CN109068107B - A method and device for preventing users of smart futons from being interfered with - Google Patents

Abstract

The purpose of this application is to provide a method for preventing the user of a smart futon from being disturbed, wherein the smart futon includes multiple pressure sensing units. The method includes: during the user's use of the smart futon, Detect whether the user enters a meditative state according to the pressure sensing information collected by the multiple pressure sensing units; if the user enters a meditative state, send a message that the user enters a meditative state to the monitoring device, wherein the monitoring device The device is used to prevent the user from being interfered with. This solution allows the user to not be disturbed during the meditation process, and at the same time allows the user to know the list of visitors in a timely manner after leaving the meditation state, thus improving the user experience.

Description

A method and device for preventing users of smart futons from being interfered with

Technical field

The present application relates to the field of communications, and in particular to a technology for preventing users of smart futons from being interfered with.

Background technique

With the development of the times, yoga has developed to this day and has become a physical and mental exercise practice widely spread around the world. Meditation is a technique and way to achieve meditation in yoga, focusing the heart, mind and spirit completely on the original beginning. among.

Futon is a kind of seat made of cattail grass. Its shape is round, so it is called futon. It is used by monks when sitting in meditation and kneeling, and is a common thing in temples. Meditation enthusiasts sit on it and meditate, focusing on their thoughts, looking elegant and quiet, giving people a sense of innocence.

Contents of the invention

An object of this application is to provide a method and device for preventing a user of a smart futon from being interfered with.

According to one aspect of the present application, a method for preventing the user of the smart futon from being interfered with on the smart futon side is provided. The method includes:

When the user uses the smart futon, detect whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units;

If the user enters a meditative state, a message that the user enters a meditative state is sent to a monitoring device, where the monitoring device is used to prevent the user from being disturbed.

According to another aspect of the present application, a method for preventing a user of a smart futon from being interfered with on a monitoring device side is provided. The method includes:

Receive the message sent by the corresponding smart futon that the user has entered meditation;

Detect whether there are moving objects in the target monitoring area of the smart futon;

If there are moving objects in the target monitoring area of the smart futon,

Do at least one of the following:

Present display information;

The moving object is photographed until the moving object leaves the target monitoring area.

According to yet another aspect of the present application, a method for preventing the user of a smart futon from being interfered with on the user equipment side is provided. The method includes:

Establish a communication connection between the user equipment and the smart futon;

Receive a message from the smart futon that the user enters meditation through the communication connection;

A message that the user enters meditation is sent to a monitoring device used to prevent the user from being disturbed.

According to yet another aspect of the present application, a method for preventing futon users from being interfered with at the futon auxiliary equipment side is provided. The method includes:

When the user uses the futon, it is detected whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units, wherein the plurality of pressure sensing units are arranged on the futon. below; below

If the user enters a meditative state, a message that the user enters a meditative state is sent to the monitoring device used to prevent the user from being disturbed.

According to one aspect of the present application, another method for preventing a user of a smart futon from being interfered with is provided, which method includes:

When the user uses the smart futon, the smart futon detects whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units;

If the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to the monitoring device used to prevent the user from being disturbed;

The monitoring device receives the message that the user has entered meditation, and detects whether there are moving objects in the target monitoring area of the smart futon;

If there are moving objects in the target monitoring area of the smart futon,

Do at least one of the following:

Present display information;

The moving object is photographed until the moving object leaves the target monitoring area.

According to one aspect of the present application, another method for preventing a user of a smart futon from being interfered with is provided. The method includes:

When the user uses the smart futon, the smart futon detects whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units;

The user equipment establishes a communication connection between the user equipment and the smart futon;

If the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to the user equipment through the communication connection, wherein the user equipment is used to send a message to the guardian who is used to prevent the user from being disturbed. The device sends a message that the user has entered meditation;

The user equipment receives the message that the user enters meditation, and sends the message that the user enters meditation to a monitoring device used to monitor the user;

The monitoring device receives the message that the user has entered meditation, and detects whether there are moving objects in the target monitoring area of the smart futon;

If there are moving objects in the target monitoring area of the smart futon,

Do at least one of the following:

Present display information;

The moving object is photographed until the moving object leaves the target monitoring area.

According to one aspect of the present application, there is provided yet another method for preventing the user of the futon from being disturbed. The method includes:

During the user's use of the futon, the futon auxiliary device detects whether the user enters a sitting state based on the pressure sensing information collected by the plurality of pressure sensing units, wherein the plurality of pressure sensing units arranged under said futon;

If the user enters a meditative state, the futon auxiliary device sends a message that the user enters a meditative state to the monitoring device used to prevent the user from being disturbed;

The monitoring device receives the message that the user has entered meditation, and detects whether there are moving objects in the target monitoring area of the futon;

If there are moving objects in the target monitoring area of the futon,

Do at least one of the following:

Present display information;

The moving object is photographed until the moving object leaves the target monitoring area.

According to one aspect of the present application, a device for a smart futon used to prevent users of the smart futon from being interfered with is provided. The device includes:

A detection module, configured to detect whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units while the user is using the smart futon;

A sending module, configured to send a message that the user enters a meditative state to a monitoring device if the user enters a meditative state, where the monitoring device is used to prevent the user from being disturbed.

According to another aspect of the present application, a monitoring device for preventing a user of a smart futon from being interfered with is provided. The device includes:

The receiving module is used to receive the message sent by the corresponding smart futon that the user has entered meditation;

A detection module, used to detect whether there are moving objects in the target monitoring area of the smart futon;

Presentation module, used for if there are moving objects in the target monitoring area of the smart futon,

Do at least one of the following:

Present display information;

The moving object is photographed until the moving object leaves the target monitoring area.

According to yet another aspect of the present application, a user device for preventing a user of a smart futon from being interfered with is provided. The device includes:

The connection module is used to establish a communication connection between the user equipment and the smart futon;

A receiving module, configured to receive a message sent by the smart futon that the user enters meditation through the communication connection;

A sending module, configured to send a message that the user enters meditation to a monitoring device used to prevent the user from being disturbed.

According to yet another aspect of the present application, a futon auxiliary device for preventing a user of the futon from being disturbed is provided. The device includes:

A detection module, configured to detect whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units while the user is using the futon, wherein the plurality of pressure sensing units arranged under said futon;

A sending module, configured to, if the user enters a meditative state, send a message that the user enters a meditative state to a monitoring device used to prevent the user from being disturbed.

According to one aspect of the present invention, a smart futon device for preventing a user of the smart futon from being interfered with is provided, wherein the device includes:

processor; and

Memory arranged to store computer-executable instructions which, when executed, cause the processor to:

When the user uses the smart futon, detect whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units;

If the user enters a meditative state, a message that the user enters a meditative state is sent to a monitoring device, where the monitoring device is used to prevent the user from being disturbed.

According to one aspect of the present invention, a monitoring device for preventing a user of a smart futon from being interfered with is provided, wherein the device includes:

processor; and

Memory arranged to store computer-executable instructions which, when executed, cause the processor to:

Receive the message sent by the corresponding smart futon that the user has entered meditation;

Detect whether there are moving objects in the target monitoring area of the smart futon;

If there are moving objects in the target monitoring area of the smart futon,

Do at least one of the following:

Present display information;

The moving object is photographed until the moving object leaves the target monitoring area.

According to one aspect of the present invention, a user device for preventing a user of a smart futon from being interfered with is provided, wherein the device includes:

processor; and

Memory arranged to store computer-executable instructions which, when executed, cause the processor to:

Establish a communication connection between the user equipment and the smart futon;

Receive a message from the smart futon that the user enters meditation through the communication connection;

A message that the user enters meditation is sent to a monitoring device used to prevent the user from being disturbed.

According to one aspect of the present invention, a futon auxiliary device for monitoring a user of the futon is provided, wherein the device includes:

processor; and

Memory arranged to store computer-executable instructions which, when executed, cause the processor to:

When the user uses the futon, it is detected whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units, wherein the plurality of pressure sensing units are arranged on the futon. below; below

If the user enters a meditative state, a message that the user enters a meditative state is sent to the monitoring device used to prevent the user from being disturbed.

According to one aspect of the invention, there is provided a computer-readable medium including instructions that, when executed, cause a system to:

When the user uses the smart futon, detect whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units;

If the user enters a meditative state, a message that the user enters a meditative state is sent to a monitoring device, where the monitoring device is used to prevent the user from being disturbed.

According to one aspect of the invention, there is provided a computer-readable medium including instructions that, when executed, cause a system to:

Receive the message sent by the corresponding smart futon that the user has entered meditation;

Detect whether there are moving objects in the target monitoring area of the smart futon;

If there are moving objects in the target monitoring area of the smart futon,

Do at least one of the following:

Present display information;

The moving object is photographed until the moving object leaves the target monitoring area.

According to one aspect of the invention, there is provided a computer-readable medium including instructions that, when executed, cause a system to:

Establish a communication connection between the user equipment and the smart futon;

Receive a message from the smart futon that the user enters meditation through the communication connection;

A message that the user enters meditation is sent to a monitoring device used to prevent the user from being disturbed.

According to one aspect of the invention, there is provided a computer-readable medium including instructions that, when executed, cause a system to:

When the user uses the futon, it is detected whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units, wherein the plurality of pressure sensing units are arranged on the futon. below; below

If the user enters a meditative state, a message that the user enters a meditative state is sent to the monitoring device used to prevent the user from being disturbed.

Compared with the existing technology, this application determines whether the user has entered a meditative state based on the pressure sensing information collected by the intelligent futon during the user's use of the intelligent futon. After the intelligent futon determines that the user has entered the meditative state within a period of time, the user In order to prevent the user from being disturbed by the monitoring device sending information that the user has entered meditation, the smart futon is not simply used as a cushion, but automatically collects the user's pressure sensing information in real time, and promptly sends the user's sitting status to the monitoring device , which is conducive to monitoring equipment taking monitoring measures in time to prevent users from being interfered with. At the same time, in this application, the smart futon sends information that the user has entered meditation through the user equipment to the monitoring device used to prevent the user from being disturbed. The monitoring device sends display information to the objects in the target monitoring area of the smart futon, and then uses The camera device records the visitor's information and returns it to the user's device, so that the user can obtain the visitor's information in time after leaving the sitting state, and will not miss important information. This solution not only prevents users from being disturbed when they enter a meditative state, but also obtains important visitor information when the user leaves the meditative state, improving the user experience.

Description of the drawings

Other features, objects and advantages of the present application will become more apparent by reading the detailed description of the non-limiting embodiments with reference to the following drawings:

Figure 1 shows a system topology diagram according to the present application;

Figure 2 shows a flow chart of a method on the smart futon side for preventing users of the smart futon from being interfered with according to one embodiment of the present application;

Figure 3 shows a flow chart of a method on the monitoring device side for preventing a user of a smart futon from being interfered with according to another embodiment of the present application;

Figure 4 shows a flow chart of a method on the user equipment side for preventing a user of a smart futon from being interfered with according to another embodiment of the present application;

Figure 5 shows a flow chart of a method for preventing a user of a smart futon from being interfered with on the futon auxiliary device side according to yet another embodiment of the present application;

Figure 6 shows a system method diagram for preventing users of smart futons from being interfered with according to one embodiment of the present application;

Figure 7 shows a system method diagram for preventing a user of a smart futon from being interfered with according to another embodiment of the present application;

Figure 8 shows a system method diagram for preventing a user of a smart futon from being interfered with according to an embodiment of the present application;

Figure 9 shows a schematic diagram of a smart futon device used to prevent users of the smart futon from being interfered with according to an embodiment of the present invention;

Figure 10 shows a schematic diagram of a monitoring device for preventing a user of a smart futon from being interfered with according to another embodiment of the present invention;

Figure 11 shows a schematic diagram of a user equipment used to prevent a user of a smart futon from being interfered with according to yet another embodiment of the present invention;

Figure 12 shows a schematic diagram of a futon auxiliary device used to prevent futon users from being disturbed according to yet another embodiment of the present invention;

Figure 13 shows a schematic diagram of a system for preventing a user of a smart futon from being interfered with according to an embodiment of the present invention;

Figure 14 shows a schematic diagram of a system for preventing users of smart futons from being interfered with according to yet another embodiment of the present invention;

Figure 15 shows a schematic diagram of an equipment of a system for preventing users of a futon from being disturbed according to one embodiment of the present invention;

Figure 16 illustrates an exemplary system that may be used to implement various embodiments described in this disclosure;

Figure 17 is a schematic diagram of a smart futon device provided for one embodiment of the present invention;

Figure 18 is a schematic diagram of the electrical connection of the smart futon device provided for one embodiment of the present invention;

Figure 19 is a schematic diagram of electrical connections of a smart futon device provided for another embodiment of the present invention;

Figure 20 is a circuit diagram of a comparison device provided for an embodiment of the present invention;

Figure 21 shows an electrical connection schematic diagram of a smart futon device provided by an embodiment of the present invention;

Figure 22 is a circuit diagram of an AND circuit provided for one embodiment of the present invention.

The same or similar reference numbers in the drawings represent the same or similar parts.

Detailed ways

The present application will be described in further detail below in conjunction with the accompanying drawings.

In a typical configuration of this application, the terminal, the service network device and the trusted party all include one or more processors (CPUs), input/output interfaces, network interfaces and memories.

Memory may include non-permanent storage in computer-readable media, random access memory (RAM), and/or non-volatile memory in the form of read-only memory (ROM) or flash memory (flash RAM). Memory is an example of computer-readable media.

Computer-readable media includes both persistent and non-volatile, removable and non-removable media that can be implemented by any method or technology for storage of information. Information may be computer-readable instructions, data structures, modules of programs, or other data. Examples of computer storage media include, but are not limited to, phase change memory (PRAM), static random access memory (SRAM), dynamic random access memory (DRAM), other types of random access memory (RAM), and read-only memory. (ROM), electrically erasable programmable read-only memory (EEPROM), flash memory or other memory technology, compact disc read-only memory (CD-ROM), digital versatile disc (DVD) or other optical storage, Magnetic tape cassettes, tape disk storage or other magnetic storage devices or any other non-transmission medium can be used to store information that can be accessed by a computing device.

The equipment referred to in this application includes but is not limited to user equipment, network equipment, or equipment composed of user equipment and network equipment integrated through a network. The user equipment includes but is not limited to any kind of mobile electronic product that can perform human-computer interaction with the user (such as human-computer interaction through a touch panel), such as smart phones, tablet computers, etc., and the mobile electronic product can use any operation. Systems, such as android operating system, iOS operating system, etc. Among them, the network equipment includes an electronic device that can automatically perform numerical calculations and information processing according to preset or stored instructions. Its hardware includes but is not limited to microprocessors, application-specific integrated circuits (ASICs), and programmable logic. Devices (PLD), field programmable gate arrays (FPGA), digital signal processors (DSP), embedded devices, etc. The network equipment includes but is not limited to a computer, a network host, a single network server, multiple network server sets, or a cloud composed of multiple servers; here, the cloud is composed of a large number of computers or network servers based on cloud computing (Cloud Computing). Among them, cloud computing is a type of distributed computing, a virtual supercomputer composed of a group of loosely coupled computer sets. The network includes but is not limited to the Internet, wide area network, metropolitan area network, local area network, VPN network, wireless self-organizing network (Ad Hoc network), etc. Preferably, the device may also be a program running on the user equipment, network equipment, or a device formed by integrating the user equipment with the network equipment, the network equipment, the touch terminal, or the network equipment and the touch terminal through a network.

Of course, those skilled in the art should understand that the above-mentioned equipment is only an example, and other existing or possible equipment that may appear in the future, if applicable to this application, should also be included in the protection scope of this application, and are included hereby by reference. this.

In the description of this application, "plurality" means two or more, unless otherwise expressly and specifically limited.

Figure 1 shows a typical scenario of this application. The user is using a smart futon to meditate. The smart futon determines whether the user has entered a meditative state based on whether the user's center of gravity changes within a period of time. After the user enters the meditative state, it sends a message to the user's user device. At the same time, the user equipment sends the message that the user enters meditation to the monitoring device used to prevent the user from being disturbed. The user's monitoring device sends a warning message to the moving objects in the smart futon target monitoring area and The visitor record is recorded through the camera device and returned to the user device. After the user's meditation is over, the user can learn the information about the visitors who were interrupted during his meditation through the user device.

Figure 2 shows a method for preventing the user of the smart futon from being disturbed on the smart futon side according to an embodiment of the present application, wherein the smart futon includes multiple pressure sensing units. The method includes steps S11 and Step S12. In step S11, when the user uses the smart futon, the smart futon detects whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units; in step S12, if When the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to the monitoring device, where the monitoring device is used to prevent the user from being disturbed. In this application, the pressure sensing device is integrated with the futon inside the smart futon, making it convenient for users to use.

Specifically, in step S11, when the user uses the smart futon, the smart futon detects whether the user enters a sitting state based on the pressure sensing information collected by the plurality of pressure sensing units. For example, a smart futon contains multiple pressure sensing units, and the pressure sensing units include pressure sensors. When the user uses the smart futon, multiple pressure sensing units collect the user's pressure sensing information. Based on the user's pressure sensing information, the smart futon detects the user's sitting state.

In step S12, if the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to the monitoring device, where the monitoring device is used to prevent the user from being disturbed. For example, the monitoring equipment includes but is not limited to infrared probes and cameras. The smart futon sends a message that the user is sitting quietly to the monitoring device, or the smart futon sends a message that the user is sitting still to the monitoring device through the user's user device. After receiving the message that the user enters meditation, the monitoring device activates a combination of an infrared probe and a camera for monitoring, or after receiving the message that the user enters meditation, the monitoring device directly turns on the camera for video surveillance.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A had entered a meditative state. There was a monitoring device installed outside the meditation room. The monitoring device included a display outside the door of the meditation room, and a screen outside the door. Infrared probes and cameras, etc. The smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the meditation room door prompts "User A has already meditated, please do not disturb", and starts the infrared probe to detect the area outside the meditation room door. In the infrared The probe detects a moving object outside the door and starts the camera to take pictures. Or, when the smart futon confirms that user A has entered a meditative state, the smart futon sends a message to user A's mobile phone that the user has entered a meditative state using the futon, and then user A's mobile phone sends a message to the meditation room that the user has entered a meditative state using the futon. The monitoring equipment includes a display screen outside the door of the meditation room, a camera outside the door, etc. At this time, the screen outside the door of the meditation room prompts "User A has already sat quietly, please do not disturb", and at the same time starts the camera to take pictures.

Of course, those skilled in the art should understand that the above-mentioned pressure sensors are only examples. If other existing or possible pressure sensors that may appear in the future are applicable to this application, they should also be included in the protection scope of this application and are hereby referenced. included here.

In some embodiments, the method further includes step S13 (not shown). In step S13, while the user is in a sitting state, the smart futon uses pressure sensors collected by the plurality of pressure sensing units. The sensing information detects whether the user leaves the meditative state; if the user leaves the meditative state, the smart futon sends a message that the user leaves the meditative state to the monitoring device. For example, a smart futon confirms that the user is sitting quietly based on the pressure sensing information collected by multiple pressure sensing units. During a period of time, the multiple pressure sensing units continue to collect pressure sensing information at the bottom of the futon. When the user is detected When leaving the sitting state, the smart futon sends a message to the monitoring device that the user is in a non-sitting state.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. After repeated testing over a period of time, the pressure conditions in the four directions changed. The pressure conditions in the directions of the four pressure sensors set by the smart futon were 119N, 121N, 120N, and 120N. The smart futon confirms that user A has left the meditative state. Monitoring equipment is installed outside the meditation room. The monitoring equipment includes a display screen outside the door of the meditation room, an infrared probe outside the door, etc. The smart futon sends a message to the monitoring device that the user has left the meditative state while using the futon, and the display outside the meditation room door prompts the message "User A has left the meditative state."

In some embodiments, detecting whether the user is out of a sitting state based on the pressure sensing information collected by the multiple pressure sensing units includes detecting whether the user is out of a sitting state based on the pressure sensing information collected by the multiple pressure sensing units. , and the relative position information between the multiple pressure sensing units, calculate the user's center of gravity position information; if the change in the user's center of gravity position information is greater than the predetermined first center of gravity change threshold information, determine the user's center of gravity position information Get out of a state of meditation. For example, the smart futon collects pressure sensing information at the bottom of the smart futon after the user is seated through multiple pressure sensors. The pressure sensing information includes pressure sensing values. Based on the position information of the multiple pressure sensors combined with the values of the pressure sensors, based on The moment balance principle smart futon can determine the position of the user's center of gravity. Within a period of time, if the change in the user's center of gravity position information is greater than the predetermined first center of gravity change threshold information, the smart futon determines that the user has left the meditative state.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. The units are a, b, c, and d respectively. After user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors. The values are 5mA, 5mA, 5mA, and 5mA respectively. Based on this, it can be concluded that the pressure conditions at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. Among these four pressure sensors, the positions of a and c are connected. The line is exactly perpendicular to the line connecting the positions of b and d, and their intersection point is exactly in the middle of the smart futon. The smart futon determines this position as the center of gravity of user A, and uses the center of gravity position as a circle point to select a range with a radius of B, and uses the outside of the circle as the first center of gravity change threshold. After a period of time, the smart futon repeatedly detects the position of the center of gravity. Since the positions of the four pressure sensors have not changed, the measured pressure conditions at the directions of the four pressure sensors are 130N, 110N, 120N, and 120N. The smart futon can determine that the center of gravity position has changed and is outside the circle. The change in the center of gravity position is greater than the predetermined first center of gravity change threshold, and the futon device confirms that user A has left the sitting state.

In some embodiments, detecting whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units includes: based on the pressure sensing information collected by the multiple pressure sensing units. Information, as well as relative position information between the multiple pressure sensing units, calculate the user's center of gravity position information; if the change in the user's center of gravity position information remains less than the predetermined second center of gravity change within a certain period of time Threshold information determines that the user enters a sitting state. For example, the smart futon collects pressure sensing information at the bottom of the smart futon after the user is seated through multiple pressure sensors. The pressure sensing information includes pressure sensing values. Based on the position information of the multiple pressure sensors combined with the values of the pressure sensors, based on The moment balance principle smart futon can determine the position of the user's center of gravity. Within a period of time, if the change in the user's center of gravity position information is less than the predetermined second center of gravity change threshold information, the smart futon determines that the user is out of the sitting state.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. The units are a, b, c, and d respectively. After user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors. The values are 5mA, 5mA, 5mA, and 5mA respectively. Based on this, it can be concluded that the pressure conditions at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. Among these four pressure sensors, the positions of a and c are connected. The line is exactly perpendicular to the line connecting the positions of b and d, and their intersection point is exactly in the middle of the smart futon. The smart futon determines this position as the center of gravity of user A, and uses the center of gravity position as a circle point to select a range with a radius of B, and uses the circle as the second center of gravity change threshold. After a period of time, the smart futon repeatedly detects the position of the center of gravity. Since the positions of the four pressure sensors have not changed, the measured pressure conditions at the directions of the four pressure sensors are 110N, 130N, 120N, and 120N. The smart futon can determine that the center of gravity position has changed and is within the circle. The change in the center of gravity position is smaller than the predetermined second center of gravity change threshold, and the futon device confirms that user A has entered a meditative state.

In some embodiments, sending a message that the user has entered meditation to a monitoring device used to prevent the user from being disturbed includes: sending a message through the user device of the user to the monitoring device used to prevent the user from being disturbed. Send a message that said user has entered a sit-in. For example, a smart futon contains multiple pressure sensing units, and the pressure sensing units include pressure sensors. When the user uses the smart futon, multiple pressure sensing units collect the user's pressure sensing information. Based on the user's pressure sensing information, the smart futon detects the user's sitting state. If the user enters a meditative state, the smart futon sends the information that the user enters meditation to the user's user device, and the user device immediately sends the information that the user enters meditation to the monitoring device.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. User A owns a user device, such as a mobile phone or tablet. There is a pressure sensing unit in each of the four directions at the bottom of the smart futon. After user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of moment balance, we can get these four pressure sensors. The values of the two pressure sensors are 5mA, 5mA, 5mA, and 5mA respectively. Based on this, it can be concluded that the pressure conditions at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. After repeated testing over a period of time, the pressure conditions in the four directions changed. The pressure conditions in the directions where the four pressure sensors were installed on the smart futon were still 120N, 120N, 120N, and 120N. The smart futon confirms that user A is still meditating, and then the smart futon sends a message to user A's mobile phone that user A has meditated. There is monitoring equipment set up outside the meditation room. The monitoring equipment includes a display outside the meditation room door and an infrared light outside the door. Probe etc. Immediately, the monitoring device received a message from user A that the user had entered a meditative state using a futon. The display outside the door of the meditation room prompted the message "User A is in a meditative state, please do not disturb." The monitoring device then activated the infrared probe for detection.

Figure 3 shows a method for preventing a user of a smart futon from being interfered with on the monitoring device side according to an embodiment of the present application. The method includes step S21, step S22 and step S23. In step S21, the monitoring device receives the message sent by the corresponding smart futon that the user enters meditation; in step S22, the monitoring device detects whether there are moving objects in the target monitoring area of the smart futon; in step S23, if the smart futon If there is a moving object in the target monitoring area, at least one of the following is performed: presenting display information; photographing the moving object until the moving object leaves the target monitoring area.

Specifically, in step S21, the monitoring device receives a message sent by the corresponding smart futon that the user enters meditation. For example, the smart futon detects whether the user enters the meditative state based on the pressure sensing information collected by the multiple pressure sensing units. If the user enters the meditative state, the smart futon sends a message that the user enters the meditative state to the monitoring device, and the monitoring device receives the corresponding The smart futon sends a message that the user has entered meditation.

In step S22, the monitoring device detects whether there are moving objects in the target monitoring area of the smart futon. For example, the monitoring device receives a message sent by the corresponding smart futon that the user has entered meditation. In the target monitoring area of the smart futon, the monitoring device detects the target monitoring area of the smart futon and monitors whether there are moving objects in the area.

In step S23, if there is a moving object in the target monitoring area of the smart futon, at least one of the following is performed: presenting display information; photographing the moving object until the moving object leaves the target monitoring area. For example, the monitoring device includes a display device, and the display device includes a display screen. The display screen is used to present relevant information about these moving objects when moving objects appear in the target monitoring area of the smart futon. Alternatively, the monitoring device includes an infrared probe, a camera and a display device. If there are moving objects in the target monitoring area of the smart futon, the monitoring equipment can present display information on the display device and enable the camera device to take pictures. If the moving objects leave the target monitoring area, the camera device of the monitoring equipment stops taking pictures.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A had entered a meditative state. There was a monitoring device installed outside the meditation room. The monitoring device included a display outside the door of the meditation room, and a screen outside the door. Infrared probe, etc. The smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the door of the meditation room prompts "User A has already meditated, please do not disturb" and starts the infrared probe detection at the door. The infrared probe detects as described The target monitoring area of the smart futon is to see if there are moving objects. Then the infrared probe detects two people walking around at the door of the meditation room. Then the display outside the door of the meditation room flashes and displays a "no approach" warning message. At the same time, the camera device of the monitoring equipment is monitored. was activated and filmed the two men walking until they left the door of the meditation room. Or, when the smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon, the monitoring device immediately starts the camera to take pictures. When the camera captures a picture of someone walking, it will track and shoot, and then the monitoring device will The display flashes and displays the warning message "No Approach".

In some embodiments, the method further includes steps S24 (not shown), S25 (not shown) and S26 (not shown). In step S24, the monitoring device receives the user information sent by the smart futon. message of breaking away from sitting still; in step S25, the monitoring device determines the visitor record information of the user during the sitting period based on the video information captured by the camera device during the user's sitting period, wherein the user's sitting period includes From the moment when the message that the user enters meditation is received to the moment when the message that the user leaves the meditation is received; in step S26, the monitoring device sends the visitor record information to the smart futon or the user's user equipment. For example, the smart futon confirms that the user is in a meditative state based on the pressure sensing information collected by multiple pressure sensing units. The smart futon sends a message to the monitoring device that the user is in a meditative state. At this time, the camera device of the monitoring device starts to capture the target monitoring area. Screen information, during a period of time, the multiple pressure sensing units continue to collect pressure sensing information at the bottom of the futon. When it is detected that the user has left the meditative state, the smart futon sends a message to the monitoring device that the user is in a non-sitting state. At this time, the monitoring The camera device of the equipment stops taking pictures of the target monitoring area. The monitoring device determines the visitor record information of the user during the user's sit-down period based on the video information captured by the camera device during the user's sit-down period, and records the visitor record information. Sent to the smart futon or the user's user device. Alternatively, the monitoring device sends the video information captured by the camera device during the user's sitting period to the user's user equipment, and the user equipment determines the user's visitor record information during the user's sitting period. For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A had entered a meditative state. There was a monitoring device installed outside the meditation room. The monitoring device included a display outside the door of the meditation room, and a screen outside the door. Infrared probe, etc. The smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the door of the meditation room prompts "User A has already meditated, please do not disturb" and starts the infrared probe detection at the door. The infrared probe detects as described The target monitoring area of the smart futon is to see if there are moving objects. Then the infrared probe detects two people walking around at the door of the meditation room. Then the display outside the door of the meditation room flashes and displays a "no approach" warning message. At the same time, the camera device of the monitoring equipment is monitored. is activated and records the visitor information at the entrance of the meditation room. After a period of time, the smart futon obtains the pressure conditions of the four pressure sensors as 20N, 120N, 120N, and 220N, and confirms that the user has left the meditative state. , and then sends a message to the monitoring device that user A used the futon to leave the meditative state. At this time, the camera device of the monitoring device stops recording the visitors at the door of the meditation room, and sends the video information of the visitors captured by the camera during this period to On user A's mobile phone, user A's mobile phone determines the visitor record information based on the video information, or the monitoring device determines the visitor record information based on the video information obtained by the camera device, and sends the visitor record information to user A's mobile phone.

Of course, those skilled in the art should understand that the above-mentioned mobile phones are only examples, and other existing or possible user equipment that may appear in the future, if applicable to this application, should also be included within the scope of protection of this application, and are included here by reference. Here it is.

In some embodiments, the visitor record information includes at least any of the following: the user's visitor frequency information during the meditation period; the user's visitor appearance information during the meditation period; the user's visitor name information during the meditation period . For example, while the user is meditating, the camera device of the monitoring equipment takes a record of the visitor, and uploads the video information to the server for face recognition processing and information query to determine the user's visitor appearance information and visitor name during the meditate period. , monitoring equipment determines visitor visit frequency through video information.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A had entered a meditative state. There was a monitoring device installed outside the meditation room. The monitoring device included a display outside the door of the meditation room, and a screen outside the door. Infrared probe, etc. The smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the door of the meditation room prompts "User A has already meditated, please do not disturb" and starts the infrared probe detection at the door. The infrared probe detects as described The target monitoring area of the smart futon is to see if there are moving objects. Then the infrared probe detects two people walking around at the door of the meditation room. Then the display outside the door of the meditation room flashes and displays a "no approach" warning message. At the same time, the camera device of the monitoring equipment is monitored. is activated and records the visitor information at the entrance of the meditation room. After a period of time, the smart futon obtains the pressure conditions of the four pressure sensors as 20N, 120N, 120N, and 220N, and confirms that the user has left the meditative state. , and then sends a message to the monitoring device that user A used the futon to leave the meditative state. At this time, the camera device of the monitoring device stops taking pictures of the visitors at the entrance of the meditation room. The monitoring equipment then uploads the video information captured by the camera device during the user's meditation period to the server for face recognition. Through appearance comparison, the visitors are determined to be Visitor B and Visitor C, who visited the entrance of the meditation room once each.

In some embodiments, step S22 includes step S221 (not shown). In step S221, the monitoring device displays the sit-down prompt information in the target monitoring area of the smart futon, and detects whether there are moving objects in the target monitoring area. For example, the monitoring device receives the message sent by the corresponding smart futon that the user has entered meditation. In the target monitoring area of the smart futon, the display device in the monitoring device displays the meditation prompt information, and detects the target monitoring area of the smart futon through the infrared detection device of the monitoring device. Are there any moving objects inside?

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A had entered a meditative state. There was a monitoring device installed outside the meditation room. The monitoring device included a display outside the door of the meditation room, and a screen outside the door. Infrared probe, etc. The smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the door of the meditation room prompts "User A has already meditated, please do not disturb" and starts the infrared probe detection at the door. The infrared probe detects as described The target monitoring area of the smart futon is whether there are moving objects, and then the infrared probe detects two people walking at the door of the meditation room.

Figure 4 shows a method on the user equipment side for preventing a user of a smart futon from being interfered with according to an embodiment of the present application. The method includes step S31, step S32 and step S33. In step S31, the user equipment establishes a communication connection between the user equipment and the smart futon; in step S32, the user equipment receives the message sent by the smart futon that the user enters meditation through the communication connection; in step S33, the user equipment The message that the user enters meditation is sent to the monitoring device used to prevent the user from being disturbed.

In step S31, the user equipment establishes a communication connection between the user equipment and the smart futon. For example, user devices include but are not limited to mobile phones, tablets and other devices. The user device establishes a communication connection between the mobile phone and the futon by scanning the QR code on or near the smart futon.

In step S32, the user equipment receives the message sent by the smart futon that the user enters meditation through the communication connection. For example, the smart futon confirms that the user is in a meditative state based on the pressure sensing information collected by multiple pressure sensing units. The smart futon sends a message to the user device that the user is in a meditative state. The user device receives the message sent by the smart futon through the communication connection. of users entered the sit-down message.

In step S33, the user equipment sends a message that the user enters meditation to the monitoring equipment used to prevent the user from being disturbed. For example, the smart futon confirms that the user is in a meditative state based on the pressure sensing information collected by multiple pressure sensing units. The smart futon sends a message to the user device that the user is in a meditative state. The user device receives the message sent by the smart futon through the communication connection. The message that the user enters meditation is sent to the monitoring device used to monitor the user.

For example, user A is holding a mobile phone in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A sits on the smart futon and scans the two-dimensional surface of the smart futon through the mobile phone. The code establishes a communication connection with the smart futon. There is a pressure sensing unit in each of the four directions at the bottom of the smart futon. After user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of moment balance, we can get these four pressure sensors. The values of the two pressure sensors are 5mA, 5mA, 5mA, and 5mA respectively. Based on this, it can be concluded that the pressure conditions at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A entered the meditative state, and sent the information that user A entered the meditative state to user A's mobile phone through the communication connection, and then the mobile phone The information that user A enters the sitting state is sent to the monitoring device. The meditation room is equipped with monitoring equipment, which includes a display screen outside the door of the meditation room, an infrared probe outside the door, etc. The display outside the door of the meditation room prompts "User A is already sitting quietly, please do not disturb" and activates the infrared probe at the door. The infrared probe detects whether there are moving objects in the target monitoring area of the smart futon.

Of course, those skilled in the art should understand that the above user equipment is only an example, and other existing or possible user equipment that may appear in the future, if applicable to this application, should also be included in the protection scope of this application, and are hereby referenced. included here.

Figure 5 shows a method for preventing futon users from being disturbed on the futon auxiliary equipment side according to an embodiment of the present application, wherein the futon auxiliary equipment includes a plurality of pressure sensing units, and the method includes step S41 and step S42. In step S41, when the user uses the futon, the futon auxiliary device detects whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units, wherein the plurality of pressure sensing units The sensing unit is arranged below the futon; in step S42, if the user enters a meditative state, the futon auxiliary device sends a message that the user enters a meditative state to the monitoring device used to prevent the user from being disturbed. In this application, the futon auxiliary equipment can assemble any traditional futon, without leaving the existing traditional futon idle, making full use of resources and improving the user experience.

Specifically, in step S41, when the user uses the futon, the futon auxiliary device detects whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units, wherein: A plurality of pressure sensing units are arranged below the futon. For example, the futon includes a futon auxiliary device including a plurality of pressure sensing units including pressure sensors. When the user uses the futon, multiple pressure sensing units in the futon auxiliary equipment collect the user's pressure sensing information. Based on the user's pressure sensing information, the futon auxiliary equipment detects the user's sitting state.

In step S42, if the user enters a meditative state, the futon auxiliary device sends a message that the user enters a meditative state to the monitoring device used to prevent the user from being disturbed. For example, multiple pressure sensing units in the futon auxiliary device collect the user's pressure sensing information and confirm that the user has entered a meditative state, and the futon auxiliary device sends a message that the user has entered a meditative state to the monitoring device used to monitor the user.

For example, user A is in a meditation room, and a futon is placed in the meditation room. The futon is placed in front of user A. User A is seated on the futon. The futon auxiliary equipment is provided at the bottom of the futon. A pressure sensing unit is set up in each direction. After user A sits on the futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors respectively. are 5mA, 5mA, 5mA, 5mA. Based on this, it can be concluded that the pressure conditions at the locations where the four pressure sensors are installed are 120N, 120N, 120N, 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The futon auxiliary equipment confirmed that user A had entered a meditative state. There was monitoring equipment set up outside the meditation room. The monitoring equipment included the display screen outside the door of the meditation room, the door External infrared probe, etc. The futon auxiliary device sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the meditation room door prompts "User A has already meditated, please do not disturb" and activates the infrared probe detection.

Figure 6 shows a system method for preventing a user of a smart futon from being disturbed according to an embodiment of the present application, wherein the smart futon includes multiple pressure sensing units. The method includes:

When the user uses the smart futon, the smart futon detects whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units;

If the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to the monitoring device used to prevent the user from being disturbed;

The monitoring device receives the message that the user has entered meditation, and detects whether there are moving objects in the target monitoring area of the smart futon;

If there is a moving object in the target monitoring area of the smart futon, at least one of the following is performed: presenting display information; photographing the moving object until the moving object leaves the target monitoring area.

Figure 7 shows a system method for preventing a user of a smart futon from being disturbed according to an embodiment of the present application, wherein the smart futon includes multiple pressure sensing units. The method includes:

When the user uses the smart futon, the smart futon detects whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units;

The user equipment establishes a communication connection between the user equipment and the smart futon;

If the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to the user equipment through the communication connection, wherein the user equipment is used to send a message to the guardian who is used to prevent the user from being disturbed. The device sends a message that the user has entered meditation;

The user equipment receives the message that the user enters meditation, and sends the message that the user enters meditation to a monitoring device used to monitor the user;

The monitoring device receives the message that the user has entered meditation, and detects whether there are moving objects in the target monitoring area of the smart futon;

If there is a moving object in the target monitoring area of the smart futon, at least one of the following is performed: presenting display information; photographing the moving object until the moving object leaves the target monitoring area.

Figure 8 shows a system method for preventing a futon user from being disturbed according to an embodiment of the present application, wherein the futon is provided with a futon auxiliary device, and the futon auxiliary device includes a plurality of pressure sensing units. The method includes :

During the user's use of the futon, the futon auxiliary device detects whether the user enters a sitting state based on the pressure sensing information collected by the plurality of pressure sensing units, wherein the plurality of pressure sensing units placed under said futon;

If the user enters a meditative state, the futon auxiliary device sends a message that the user enters a meditative state to the monitoring device used to prevent the user from being disturbed;

The monitoring device receives the message that the user has entered meditation, and detects whether there are moving objects in the target monitoring area of the futon;

If there is a moving object in the target monitoring area of the futon, at least one of the following is performed: presenting display information; photographing the moving object until the moving object leaves the target monitoring area.

Figure 9 shows a smart futon device used at the smart futon end to prevent the user of the smart futon from being disturbed according to an embodiment of the present application, wherein the smart futon includes a plurality of pressure sensing units, and the smart futon device It includes a detection module 11 and a sending module 12. The detection module 11 is used to detect whether the user enters a sitting state according to the pressure sensing information collected by the multiple pressure sensing units while the user is using the smart futon; the sending module 12 is used to detect if the user enters a sitting state. When the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to the monitoring device, where the monitoring device is used to prevent the user from being disturbed. In this application, the pressure sensing device is integrated with the futon inside the smart futon, making it convenient for users to use.

Specifically, the detection module 11 is configured to detect whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units while the user is using the smart futon. For example, a smart futon contains multiple pressure sensing units, and the pressure sensing units include pressure sensors. When the user uses the smart futon, multiple pressure sensing units collect the user's pressure sensing information. Based on the user's pressure sensing information, the smart futon detects the user's sitting state.

The sending module 12 is configured to, if the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to a monitoring device, where the monitoring device is used to prevent the user from being disturbed. For example, the monitoring equipment includes but is not limited to infrared probes and cameras. The smart futon sends a message that the user is sitting quietly to the monitoring device, or the smart futon sends a message that the user is sitting still to the monitoring device through the user's user device. After receiving the message that the user enters meditation, the monitoring device activates a combination of an infrared probe and a camera for monitoring, or after receiving the message that the user enters meditation, the monitoring device directly turns on the camera for video surveillance.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A had entered a meditative state. There was a monitoring device installed outside the meditation room. The monitoring device included a display outside the door of the meditation room, and a screen outside the door. Infrared probes and cameras, etc. The smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the meditation room door prompts "User A has already meditated, please do not disturb", and starts the infrared probe to detect the area outside the meditation room door. In the infrared The probe detects a moving object outside the door and starts the camera to take pictures. Or, when the smart futon confirms that user A has entered a meditative state, the smart futon sends a message to user A's mobile phone that the user has entered a meditative state using the futon, and then user A's mobile phone sends a message to the meditation room that the user has entered a meditative state using the futon. The monitoring equipment includes a display screen outside the door of the meditation room, a camera outside the door, etc. At this time, the screen outside the door of the meditation room prompts "User A has already sat quietly, please do not disturb", and at the same time starts the camera to take pictures.

Of course, those skilled in the art should understand that the above-mentioned pressure sensors are only examples. If other existing or possible pressure sensors that may appear in the future are applicable to this application, they should also be included in the protection scope of this application and are hereby referenced. included here.

In some embodiments, the smart futon device also includes a detachment detection module 13 (not shown). The detachment detection module 13 is used to detect the detachment of the smart futon according to the information of the multiple pressure sensing units while the user is in a sitting state. The collected pressure sensing information detects whether the user leaves the meditative state; if the user leaves the meditative state, the smart futon sends a message that the user leaves the meditative state to the monitoring device. For example, a smart futon confirms that the user is sitting quietly based on the pressure sensing information collected by multiple pressure sensing units. During a period of time, the multiple pressure sensing units continue to collect pressure sensing information at the bottom of the futon. When the user is detected When leaving the sitting state, the smart futon sends a message to the monitoring device that the user is in a non-sitting state.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. After repeated testing over a period of time, the pressure conditions in the four directions changed. The pressure conditions in the directions of the four pressure sensors set by the smart futon were 119N, 121N, 120N, and 120N. The smart futon confirms that user A has left the meditative state. Monitoring equipment is installed outside the meditation room. The monitoring equipment includes a display screen outside the door of the meditation room, an infrared probe outside the door, etc. The smart futon sends a message to the monitoring device that the user has left the meditative state while using the futon, and the display outside the meditation room door prompts the message "User A has left the meditative state."

In some embodiments, detecting whether the user is out of a sitting state based on the pressure sensing information collected by the multiple pressure sensing units includes detecting whether the user is out of a sitting state based on the pressure sensing information collected by the multiple pressure sensing units. , and the relative position information between the multiple pressure sensing units, calculate the user's center of gravity position information; if the change in the user's center of gravity position information is greater than the predetermined first center of gravity change threshold information, determine the user's center of gravity position information Get out of a state of meditation. For example, the smart futon collects pressure sensing information at the bottom of the smart futon after the user is seated through multiple pressure sensors. The pressure sensing information includes pressure sensing values. Based on the position information of the multiple pressure sensors combined with the values of the pressure sensors, based on The moment balance principle smart futon can determine the position of the user's center of gravity. Within a period of time, if the change in the user's center of gravity position information is greater than the predetermined first center of gravity change threshold information, the smart futon determines that the user has left the meditative state.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. The units are a, b, c, and d respectively. After user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors. The values are 5mA, 5mA, 5mA, and 5mA respectively. Based on this, it can be concluded that the pressure conditions at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. Among these four pressure sensors, the positions of a and c are connected. The line is exactly perpendicular to the line connecting the positions of b and d, and their intersection point is exactly in the middle of the smart futon. The smart futon determines this position as the center of gravity of user A, and uses the center of gravity position as a circle point to select a range with a radius of B, and uses the outside of the circle as the first center of gravity change threshold. After a period of time, the smart futon repeatedly detects the position of the center of gravity. Since the positions of the four pressure sensors have not changed, the measured pressure conditions at the directions of the four pressure sensors are 130N, 110N, 120N, and 120N. The smart futon can determine that the center of gravity position has changed and is outside the circle. The change in the center of gravity position is greater than the predetermined first center of gravity change threshold, and the futon device confirms that user A has left the sitting state.

In some embodiments, detecting whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units includes: based on the pressure sensing information collected by the multiple pressure sensing units. Information, as well as relative position information between the multiple pressure sensing units, calculate the user's center of gravity position information; if the change in the user's center of gravity position information remains less than the predetermined second center of gravity change within a certain period of time Threshold information determines that the user enters a sitting state. For example, the smart futon collects pressure sensing information at the bottom of the smart futon after the user is seated through multiple pressure sensors. The pressure sensing information includes pressure sensing values. Based on the position information of the multiple pressure sensors combined with the values of the pressure sensors, based on The moment balance principle smart futon can determine the position of the user's center of gravity. Within a period of time, if the change in the user's center of gravity position information is less than the predetermined second center of gravity change threshold information, the smart futon determines that the user is out of the sitting state.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. The units are a, b, c, and d respectively. After user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors. The values are 5mA, 5mA, 5mA, and 5mA respectively. Based on this, it can be concluded that the pressure conditions at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. Among these four pressure sensors, the positions of a and c are connected. The line is exactly perpendicular to the line connecting the positions of b and d, and their intersection point is exactly in the middle of the smart futon. The smart futon determines this position as the center of gravity of user A, and uses the center of gravity position as a circle point to select a range with a radius of B, and uses the circle as the second center of gravity change threshold. After a period of time, the smart futon repeatedly detects the position of the center of gravity. Since the positions of the four pressure sensors have not changed, the measured pressure conditions at the directions of the four pressure sensors are 110N, 130N, 120N, and 120N. The smart futon can determine that the center of gravity position has changed and is within the circle. The change in the center of gravity position is smaller than the predetermined second center of gravity change threshold, and the futon device confirms that user A has entered a meditative state.

In some embodiments, sending a message that the user enters meditation to a monitoring device used to monitor the user includes: sending the message to a monitoring device used to prevent the user from being disturbed through the user's user device. Describes the message that the user has entered meditation. For example, a smart futon contains multiple pressure sensing units, and the pressure sensing units include pressure sensors. When the user uses the smart futon, multiple pressure sensing units collect the user's pressure sensing information. Based on the user's pressure sensing information, the smart futon detects the user's sitting state. If the user enters a meditative state, the smart futon sends the information that the user enters meditation to the user's user device, and the user device immediately sends the information that the user enters meditation to the monitoring device.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. User A owns a user device, such as a mobile phone or tablet. There is a pressure sensing unit in each of the four directions at the bottom of the smart futon. After user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of moment balance, we can get these four pressure sensors. The values of the two pressure sensors are 5mA, 5mA, 5mA, and 5mA respectively. Based on this, it can be concluded that the pressure conditions at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. After repeated testing over a period of time, the pressure conditions in the four directions changed. The pressure conditions in the directions where the four pressure sensors were installed on the smart futon were still 120N, 120N, 120N, and 120N. The smart futon confirms that user A is still meditating, and then the smart futon sends a message to user A's mobile phone that user A has meditated. There is monitoring equipment set up outside the meditation room. The monitoring equipment includes a display outside the meditation room door and an infrared light outside the door. Probe etc. Immediately, the monitoring device received a message from user A that the user had entered a meditative state using a futon. The display outside the door of the meditation room prompted the message "User A is in a meditative state, please do not disturb." The monitoring device then activated the infrared probe for detection.

Figure 10 shows a monitoring device for preventing users of a smart futon from being interfered with according to an embodiment of the present application. The monitoring device includes a presentation module 21, a detection module 22 and a presentation module 23. The presentation module 21 is used to receive the message sent by the corresponding smart futon that the user enters meditation; the detection module 22 is used to detect whether there are moving objects in the target monitoring area of the smart futon; the presentation module 23 is used if the smart futon is If there is a moving object in the target monitoring area, at least one of the following is performed: presenting display information; photographing the moving object until the moving object leaves the target monitoring area.

Specifically, the presentation module 21 is used to receive a message sent by the corresponding smart futon that the user enters meditation. For example, the smart futon detects whether the user enters the meditative state based on the pressure sensing information collected by the multiple pressure sensing units. If the user enters the meditative state, the smart futon sends a message that the user enters the meditative state to the monitoring device, and the monitoring device receives the corresponding The smart futon sends a message that the user has entered meditation.

The detection module 22 is used to detect whether there are moving objects in the target monitoring area of the smart futon. For example, the monitoring device receives a message sent by the corresponding smart futon that the user has entered meditation. In the target monitoring area of the smart futon, the monitoring device detects the target monitoring area of the smart futon and monitors whether there are moving objects in the area.

The presentation module 23 is configured to perform at least one of the following if there is a moving object in the target monitoring area of the smart futon: presenting display information; photographing the moving object until the moving object leaves the target monitoring area. For example, the monitoring device includes a display device, and the display device includes a display screen. The display screen is used to present relevant information about these moving objects when moving objects appear in the target monitoring area of the smart futon. Alternatively, the monitoring device includes an infrared probe, a camera and a display device. If there are moving objects in the target monitoring area of the smart futon, the monitoring equipment can present display information on the display device and enable the camera device to take pictures. If the moving objects leave the target monitoring area, the camera device of the monitoring equipment stops taking pictures.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A had entered a meditative state. There was a monitoring device installed outside the meditation room. The monitoring device included a display outside the door of the meditation room, and a screen outside the door. Infrared probe, etc. The smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the door of the meditation room prompts "User A has already meditated, please do not disturb" and starts the infrared probe detection at the door. The infrared probe detects as described The target monitoring area of the smart futon is to see if there are moving objects. Then the infrared probe detects two people walking around at the door of the meditation room. Then the display outside the door of the meditation room flashes and displays a "no approach" warning message. At the same time, the camera device of the monitoring equipment is monitored. was activated and filmed the two men walking until they left the door of the meditation room. Or, when the smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon, the monitoring device immediately starts the camera to take pictures. When the camera captures a picture of someone walking, it will track and shoot, and then the monitoring device will The display flashes and displays the warning message "No Approach".

In some embodiments, the monitoring device further includes a breakaway receiving module 24 (not shown), a visitor recording module 25 (not shown), and a record sending module 26 (not shown). The breakaway receiving module 24 is used to receive The message sent by the smart futon that the user is leaving the meditation period; the visitor recording module 25 is used to determine the visitor record information of the user during the meditation period based on the video information captured by the camera device during the user's meditation period, Wherein, the user's meditation period includes from the time when the user enters the meditation period to the time when the user leaves the meditation period; the record sending module 26 is used to send the visitor record information to the user. the smart futon or the user device of the user. For example, the smart futon confirms that the user is in a meditative state based on the pressure sensing information collected by multiple pressure sensing units. The smart futon sends a message to the monitoring device that the user is in a meditative state. At this time, the camera device of the monitoring device starts to capture the target monitoring area. Screen information, during a period of time, the multiple pressure sensing units continue to collect pressure sensing information at the bottom of the futon. When it is detected that the user has left the meditative state, the smart futon sends a message to the monitoring device that the user is in a non-sitting state. At this time, the monitoring The camera device of the equipment stops taking pictures of the target monitoring area. The monitoring device determines the visitor record information of the user during the user's sit-down period based on the video information captured by the camera device during the user's sit-down period, and records the visitor record information. Sent to the smart futon or the user's user device. Alternatively, the monitoring device sends the video information captured by the camera device during the user's sitting period to the user's user equipment, and the user equipment determines the user's visitor record information during the user's sitting period. For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A had entered a meditative state. There was a monitoring device installed outside the meditation room. The monitoring device included a display outside the door of the meditation room, and a screen outside the door. Infrared probe, etc. The smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the door of the meditation room prompts "User A has already meditated, please do not disturb" and starts the infrared probe detection at the door. The infrared probe detects as described The target monitoring area of the smart futon is to see if there are moving objects. Then the infrared probe detects two people walking around at the door of the meditation room. Then the display outside the door of the meditation room flashes and displays a "no approach" warning message. At the same time, the camera device of the monitoring equipment is monitored. is activated and records the visitor information at the entrance of the meditation room. After a period of time, the smart futon obtains the pressure conditions of the four pressure sensors as 20N, 120N, 120N, and 220N, and confirms that the user has left the meditative state. , and then sends a message to the monitoring device that user A used the futon to leave the meditative state. At this time, the camera device of the monitoring device stops recording the visitors at the door of the meditation room, and sends the video information of the visitors captured by the camera during this period to On user A's mobile phone, user A's mobile phone determines the visitor record information based on the video information, or the monitoring device determines the visitor record information based on the video information obtained by the camera device, and sends the visitor record information to user A's mobile phone.

Of course, those skilled in the art should understand that the above-mentioned mobile phones are only examples, and other existing or possible user equipment that may appear in the future, if applicable to this application, should also be included within the scope of protection of this application, and are included here by reference. Here it is.

In some embodiments, the visitor record information includes at least any of the following: the user's visitor frequency information during the meditation period; the user's visitor appearance information during the meditation period; the user's visitor name information during the meditation period . For example, while the user is meditating, the camera device of the monitoring equipment takes a record of the visitor, and uploads the video information to the server for face recognition processing and information query to determine the user's visitor appearance information and visitor name during the meditate period. , monitoring equipment determines visitor visit frequency through video information.

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A had entered a meditative state. There was a monitoring device installed outside the meditation room. The monitoring device included a display outside the door of the meditation room, and a screen outside the door. Infrared probe, etc. The smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the door of the meditation room prompts "User A has already meditated, please do not disturb" and starts the infrared probe detection at the door. The infrared probe detects as described The target monitoring area of the smart futon is to see if there are moving objects. Then the infrared probe detects two people walking around at the door of the meditation room. Then the display outside the door of the meditation room flashes and displays a "no approach" warning message. At the same time, the camera device of the monitoring equipment is monitored. is activated and records the visitor information at the entrance of the meditation room. After a period of time, the smart futon obtains the pressure conditions of the four pressure sensors as 20N, 120N, 120N, and 220N, and confirms that the user has left the meditative state. , and then sends a message to the monitoring device that user A used the futon to leave the meditative state. At this time, the camera device of the monitoring device stops taking pictures of the visitors at the entrance of the meditation room. The monitoring equipment then uploads the video information captured by the camera device during the user's meditation period to the server for face recognition. Through appearance comparison, the visitors are determined to be Visitor B and Visitor C, who visited the entrance of the meditation room once each.

In some embodiments, the detection module 22 is configured to display sit-down prompt information in the target monitoring area of the smart futon, and detect whether there are moving objects in the target monitoring area. For example, the monitoring device receives the message sent by the corresponding smart futon that the user has entered meditation. In the target monitoring area of the smart futon, the display device in the monitoring device displays the meditation prompt information, and detects the target monitoring area of the smart futon through the infrared detection device of the monitoring device. Are there any moving objects inside?

For example, user A is in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A is seated on the smart futon. There are pressure sensors in four directions at the bottom of the smart futon. unit, after user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors as 5mA, 5mA, 5mA, and 5mA respectively. , based on this, it can be concluded that the pressure conditions experienced at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A had entered a meditative state. There was a monitoring device installed outside the meditation room. The monitoring device included a display outside the door of the meditation room, and a screen outside the door. Infrared probe, etc. The smart futon sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the door of the meditation room prompts "User A has already meditated, please do not disturb" and starts the infrared probe detection at the door. The infrared probe detects as described The target monitoring area of the smart futon is whether there are moving objects, and then the infrared probe detects two people walking at the door of the meditation room.

Figure 11 shows a user equipment for preventing a user of a smart futon from being interfered with according to an embodiment of the present application. The user equipment includes a connection module 31, a receiving module 32 and a sending module 33. The connection module 31 is used to establish a communication connection between the user equipment and the smart futon; the receiving module 32 is used to receive the message sent by the smart futon that the user enters meditation through the communication connection; the sending module 33 is used to send the user to A message to enter sit-down is sent to the monitoring device to prevent the user from being disturbed.

The connection module 31 is used to establish a communication connection between the user equipment and the smart futon. For example, user devices include but are not limited to mobile phones, tablets and other devices. The user device establishes a communication connection between the mobile phone and the futon by scanning the QR code on or near the smart futon.

The receiving module 32 is configured to receive the message sent by the smart futon that the user enters meditation through the communication connection. For example, the smart futon confirms that the user is in a meditative state based on the pressure sensing information collected by multiple pressure sensing units. The smart futon sends a message to the user device that the user is in a meditative state. The user device receives the message sent by the smart futon through the communication connection. of users entered the sit-down message.

The sending module 33 is configured to send a message that the user enters meditation to a monitoring device used to prevent the user from being disturbed. For example, the smart futon confirms that the user is in a meditative state based on the pressure sensing information collected by multiple pressure sensing units. The smart futon sends a message to the user device that the user is in a meditative state. The user device receives the message sent by the smart futon through the communication connection. The message that the user enters meditation is sent to the monitoring device used to monitor the user.

For example, user A is holding a mobile phone in a meditation room. A smart futon is placed in the meditation room. The smart futon is placed in front of user A. User A sits on the smart futon and scans the two-dimensional surface of the smart futon through the mobile phone. The code establishes a communication connection with the smart futon. There is a pressure sensing unit in each of the four directions at the bottom of the smart futon. After user A sits on the smart futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of moment balance, we can get these four pressure sensors. The values of the two pressure sensors are 5mA, 5mA, 5mA, and 5mA respectively. Based on this, it can be concluded that the pressure conditions at the locations where the four pressure sensors are installed are 120N, 120N, 120N, and 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The smart futon confirmed that user A entered the meditative state, and sent the information that user A entered the meditative state to user A's mobile phone through the communication connection, and then the mobile phone The information that user A enters the sitting state is sent to the monitoring device. The meditation room is equipped with monitoring equipment, which includes a display screen outside the door of the meditation room, an infrared probe outside the door, etc. The display outside the door of the meditation room prompts "User A is already sitting quietly, please do not disturb" and activates the infrared probe at the door. The infrared probe detects whether there are moving objects in the target monitoring area of the smart futon.

Of course, those skilled in the art should understand that the above user equipment is only an example, and other existing or possible user equipment that may appear in the future, if applicable to this application, should also be included in the protection scope of this application, and are hereby referenced. included here.

Figure 12 shows a futon auxiliary device used to prevent futon users from being disturbed according to an embodiment of the present application, wherein the futon auxiliary device includes a plurality of pressure sensing units, and the futon auxiliary device includes a detection module 41 and sending module 42. The detection module 41 is used to detect whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units while the user is using the futon, wherein the plurality of pressure sensing units The unit is arranged under the futon; the sending module 42 is used to, if the user enters a meditative state, send a message that the user has entered a meditative state to a monitoring device used to prevent the user from being disturbed. In this application, the futon auxiliary equipment can assemble any traditional futon, without leaving the existing traditional futon idle, making full use of resources and improving the user experience.

Specifically, the detection module 41 is configured to detect whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units while the user is using the futon, wherein the plurality of pressure sensing units The pressure sensing unit is arranged below the futon. For example, the futon includes a futon auxiliary device including a plurality of pressure sensing units including pressure sensors. When the user uses the futon, multiple pressure sensing units in the futon auxiliary equipment collect the user's pressure sensing information. Based on the user's pressure sensing information, the futon auxiliary equipment detects the user's sitting state.

The sending module 42 is configured to, if the user enters a meditative state, send a message that the user enters a meditative state to a monitoring device used to prevent the user from being disturbed. For example, multiple pressure sensing units in the futon auxiliary device collect the user's pressure sensing information and confirm that the user has entered a meditative state, and the futon auxiliary device sends a message that the user has entered a meditative state to the monitoring device used to monitor the user.

For example, user A is in a meditation room, and a futon is placed in the meditation room. The futon is placed in front of user A. User A is seated on the futon. The futon auxiliary equipment is provided at the bottom of the futon. A pressure sensing unit is set up in each direction. After user A sits on the futon, the weight of the entire body will be distributed to these four pressure sensors. According to the principle of torque balance, we can get the values of these four pressure sensors respectively. are 5mA, 5mA, 5mA, 5mA. Based on this, it can be concluded that the pressure conditions at the locations where the four pressure sensors are installed are 120N, 120N, 120N, 120N. The test was repeated over a period of time, and the pressure in the four directions was still at this value. The futon auxiliary equipment confirmed that user A had entered a meditative state. There was monitoring equipment set up outside the meditation room. The monitoring equipment included the display screen outside the door of the meditation room, the door External infrared probe, etc. The futon auxiliary device sends a message to the monitoring device that user A has entered a meditative state using the futon. The display outside the meditation room door prompts "User A has already meditated, please do not disturb" and activates the infrared probe detection.

Figure 13 shows a system method for preventing a user of a smart futon from being disturbed according to an embodiment of the present application, wherein the smart futon includes multiple pressure sensing units. The method includes:

When the user uses the smart futon, the smart futon detects whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units;

If the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to the monitoring device used to prevent the user from being disturbed;

The monitoring device receives the message that the user has entered meditation, and detects whether there are moving objects in the target monitoring area of the smart futon;

If there are moving objects in the target monitoring area of the smart futon, the monitoring device presents display information.

Figure 14 shows a system method for preventing a user of a smart futon from being disturbed according to an embodiment of the present application, wherein the smart futon includes multiple pressure sensing units. The method includes:

When the user uses the smart futon, the smart futon detects whether the user enters a sitting state based on the pressure sensing information collected by the multiple pressure sensing units;

The user equipment establishes a communication connection between the user equipment and the smart futon;

If the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to the user equipment through the communication connection, wherein the user equipment is used to send a message to the guardian who is used to prevent the user from being disturbed. The device sends a message that the user has entered meditation;

The user equipment receives the message that the user enters meditation, and sends the message that the user enters meditation to a monitoring device used to monitor the user;

The monitoring device receives the message that the user has entered meditation, and detects whether there are moving objects in the target monitoring area of the smart futon;

If there are moving objects in the target monitoring area of the smart futon, the monitoring device presents display information.

Figure 15 shows a system method for preventing a futon user from being disturbed according to an embodiment of the present application, wherein the futon is provided with a futon auxiliary device, and the futon auxiliary device includes a plurality of pressure sensing units. The method includes :

During the user's use of the futon, the futon auxiliary device detects whether the user enters a sitting state based on the pressure sensing information collected by the plurality of pressure sensing units, wherein the plurality of pressure sensing units placed under said futon;

If the user enters a meditative state, the futon auxiliary device sends a message that the user enters a meditative state to the monitoring device used to prevent the user from being disturbed;

The monitoring device receives the message that the user has entered meditation, and detects whether there are moving objects in the target monitoring area of the futon;

If there is a moving object in the target monitoring area of the futon, the monitoring device presents display information.

Figure 16 illustrates an example system that may be used to implement various embodiments described in this application;

As shown in Figure 16, in some embodiments, the system 300 can be used as a device for preventing the user of the smart futon from being interfered with in any of the embodiments. In some embodiments, system 300 may include one or more computer-readable media (eg, system memory or NVM/storage device 320) having instructions coupled thereto and configured to perform Instructions are provided to implement means for one or more processors (eg, processor(s) 305) to perform the actions described herein.

For one embodiment, system control module 310 may include any suitable interface controller to provide information to at least one of processor(s) 305 and/or any suitable device or component in communication with system control module 310 Any appropriate interface.

System control module 310 may include a memory controller module 330 to provide an interface to system memory 315 . Memory controller module 330 may be a hardware module, a software module, and/or a firmware module.

System memory 315 may be used, for example, to load and store data and/or instructions for system 300 . For one embodiment, system memory 315 may include any suitable volatile memory, such as suitable DRAM. In some embodiments, system memory 315 may include double data rate type quad synchronous dynamic random access memory (DDR4SDRAM).

For one embodiment, system control module 310 may include one or more input/output (I/O) controllers to provide interfaces to NVM/storage device 320 and communication interface(s) 325 .

For example, NVM/storage device 320 may be used to store data and/or instructions. NVM/storage device 320 may include any suitable non-volatile memory (e.g., flash memory) and/or may include any suitable non-volatile storage device(s) (e.g., one or more hard drives (e.g., one or more hard drives) HDD), one or more compact disc (CD) drives and/or one or more digital versatile disc (DVD) drives).

NVM/storage device 320 may include storage resources that are physically part of the device on which system 300 is installed, or that may be accessed by the device without necessarily being part of the device. For example, NVM/storage device 320 may be accessed over the network via communication interface(s) 325 .

Communication interface(s) 325 may provide an interface for system 300 to communicate over one or more networks and/or with any other suitable device. System 300 may wirelessly communicate with one or more components of a wireless network in accordance with any of one or more wireless network standards and/or protocols.

For one embodiment, at least one of the processor(s) 305 may be packaged with the logic of one or more controllers of the system control module 310 (eg, memory controller module 330). For one embodiment, at least one of the processor(s) 305 may be packaged together with the logic of one or more controllers of the system control module 310 to form a system-in-package (SiP). For one embodiment, at least one of the processor(s) 305 may be integrated on the same die as the logic of the one or more controllers of the system control module 310 . For one embodiment, at least one of the processor(s) 305 may be integrated on the same die with the logic of one or more controllers of the system control module 310 to form a system on a chip (SoC).

In various embodiments, system 300 may be, but is not limited to: a server, a workstation, a desktop computing device, or a mobile computing device (eg, laptop computing device, handheld computing device, tablet, netbook, etc.). In various embodiments, system 300 may have more or fewer components and/or a different architecture. For example, in some embodiments, system 300 includes one or more cameras, keyboards, liquid crystal display (LCD) screens (including touch screen displays), non-volatile memory ports, multiple antennas, graphics chips, application specific integrated circuits ( ASIC) and speakers.

In some embodiments of the invention, the smart futon device includes a futon body, and further includes a plurality of pressure sensing devices deployed under the futon body, and a wireless communication device electrically connected to each pressure sensing device, wherein, The pressure sensing device is used to detect the pressure sensing information of the user sitting on the futon body; the wireless communication device is used to receive and send the pressure sensing information collected by each pressure sensing device to the smart futon. The computing device corresponding to the device. For example, the pressure sensing device includes a pressure sensor, and the pressure sensor can be of BP800 or BP801 model. Wireless communication devices include but are not limited to wifi and Bluetooth. The computing device receives the pressure sensing information collected by the smart futon device and stores or counts the pressure sensing information to provide a basis for future research on the user's sitting process.

For example (Figure 17) shows a schematic diagram of the smart futon equipment of the present invention. The smart futon equipment includes a futon main body, a power supply device, a wireless communication device powered by the power supply device, and a plurality of pressure sensing devices. After the user sits on the futon body, multiple pressure sensing devices below the futon body collect multiple pressure sensing information.

In some embodiments, the smart futon device further includes a power supply device, and the power supply device is used to power the smart futon device. For example, the power supply device is used to power multiple pressure sensing devices and wireless communication devices, and the power supply device includes one or more batteries.

Figure 18 shows an electrical connection schematic diagram of the smart futon equipment of the present invention. The user sits on an intelligent futon equipment. Multiple pressure sensing devices are provided under the futon body of the smart futon equipment. The multiple pressure sensing devices are connected to The wireless communication device is electrically connected, wherein the power supply device supplies power to the smart futon device, and multiple pressure sensing devices collect force conditions at various positions of the futon after the user sits on the main body of the futon. For example, there are three pressure sensors in total. device, the three pressure sensing devices collected a total of three pressure sensing information, which are 110N, 120N and 130N respectively. The pressure sensing device sends the three pressure sensing information to the wireless communication device, and the wireless communication device receives the pressure sensing information collected by the three pressure sensors, and sends the pressure sensing information to the computing device for storage or statistics. The pressure sensing device continuously collects pressure sensing information and sends the pressure sensing information to the computing device through the wireless communication device.

In some embodiments of the invention, the smart futon equipment includes a futon main body, a pressure sensing device deployed below the futon main body, a sitting indication device deployed on or around the futon main body, and a device respectively connected to the futon main body. A pressure sensing device and a comparison device electrically connected to the sitting indication device, wherein the pressure sensing device is used to detect the pressure sensing information of the user sitting on the futon body; the comparison device is used to receive the pressure The pressure sensing information newly collected by the sensing device determines whether the newly collected pressure sensing information is equal to the pressure sensing information previously collected by the pressure sensing device, and if so, sends a trigger signal to the meditation indicating device; The sit-down instruction device is configured to present a sit-down instruction signal when receiving the trigger signal sent by the comparison device. For example, the sit-down indicating device includes but is not limited to an indicator light. The sit-down indicating device may surround the futon body in a ring shape, or the sit-down indicating device may be deployed on a certain side of the futon body, or the sit-down indicating device may be deployed above the futon. at the edge.

In some embodiments, the comparison device includes a storage unit configured to store pressure sensing information previously collected by the pressure sensing device. The memory unit includes but is not limited to a memory chip model AT24C01.

In some embodiments, the comparison device is also used to compare the newly collected pressure sensing information to the pressure sensing information previously collected by the pressure sensing device when the newly collected pressure sensing information is not equal to the pressure sensing information previously collected by the pressure sensing device. Write to the storage unit to replace the pressure sensing information previously collected by the pressure sensing device.

For example (Figure 19) shows an electrical connection schematic diagram of the smart futon equipment of the present invention. The smart futon equipment includes a futon body, a pressure sensing device, a comparison device and a sitting indication device that are electrically connected to the pressure sensing device. The user sits on the futon body of the smart futon equipment. A pressure sensing device is installed under the futon body. The pressure sensing device collects pressure sensing information after the user sits on the futon body. At this time, the pressure sensing information The value is 129N. The pressure sensing device transmits the pressure sensing information to the comparison device. The V1 port of the comparison device is used to receive the pressure sensing information collected by the pressure sensing device. The V2 port is used as a storage port to store the Pressure sensing information previously collected by the pressure sensing device. The V1 port receives the pressure sensing information 129N collected by the pressure sensing device. The V2 port stores the pressure sensing information previously collected by the pressure sensing device. The pressure value is 129N. At this time, the pressure sensing information collected by the V1 port The information is equal to the pressure sensing information of the V2 port, and the Vout port outputs a trigger signal to the sit-down indicating device, which includes but is not limited to an indicator light. The sit-down indicating device receives the trigger signal and then lights up the indicator light. Or, when the sit-down indication device receives the trigger signal, the indicator light flashes frequently to remind other people except the user. At this time, people other than the user can use this indicator light to confirm that the user has entered the sitting state, and it is inconvenient to disturb. Or, for example, the pressure sensing information collected by the pressure sensing device received by the V1 port is 129N, and the pressure sensing information collected previously by the pressure sensing device is stored in the V2 port. The pressure value is 120N. At this time, the V1 port collects The pressure sensing information is not equal to the pressure sensing information of the V2 port. The newly collected pressure sensing information 129N is written to the V2 port as the updated storage value in the V2 port. The pressure sensing device continues to collect the pressure sensing information. At this time The pressure sensing information is 129N, and the pressure sensing information is transmitted to the comparison device. The V1 port of the comparison device is used to receive the pressure sensing information collected by the pressure sensing device, and the V2 port is used as a storage port to store the The pressure sensing information 129N previously updated by the pressure sensing device. The V1 port receives the pressure sensing information 129N collected by the pressure sensing device. The V2 port stores the pressure sensing information previously updated by the pressure sensing device. The pressure value is 129N. At this time, the pressure sensing information collected by the V1 port The information is equal to the pressure sensing information of the V2 port. The comparison device compares the pressure sensing information collected by the pressure sensing device with the previous pressure sensing information. If they are equal, the Vout port of the comparison device sends a trigger signal to the sitting indication device. , for example, the sit-down indication device includes but is not limited to an indicator light. When the sit-down indicating device receives the trigger signal, the indicator light will be lit immediately, or, when the sit-down indicating device receives the trigger signal, the indicator light will flash frequently to remind other persons except the user. At this time, people other than the user can use this indicator light to confirm that the user has entered the sitting state, and it is inconvenient to disturb.

For example, Figure 20 shows a circuit diagram of a comparison device provided by an embodiment of the present invention. The V1 port is used to receive pressure sensing information newly collected by the pressure sensing device, and the V2 port is used as a storage port to store the pressure sensing information previously collected by the pressure sensing device. For example, the pressure sensing information newly collected by the pressure sensing device received by the V1 port is 129N, and the pressure sensing information collected previously by the pressure sensing device is stored in the V2 port. The pressure value is 129N. At this time, the pressure sensing information collected by the V1 port is 129N. The pressure sensing information is equal to the pressure sensing information of the V2 port, and the Vout port outputs a trigger signal, or, for example, the V1 port receives the newly collected pressure sensing information of 129N from the pressure sensing device, and the V2 port stores the pressure sensing information. The pressure sensing information collected by the device before, the pressure value is 120N. At this time, the pressure sensing information collected by the V1 port is not equal to the pressure sensing information of the V2 port. The newly collected pressure sensing information 129N is written to the V2 port as V2 The updated stored value in the port.

In some embodiments of the invention, the smart futon equipment includes a futon body, which is characterized by including a plurality of pressure sensing devices deployed below the futon body, and a sitting indication device deployed on or around the futon body. , and a comparison device electrically connected to each pressure sensing device and the sitting indication device respectively, wherein the pressure sensing device is used to detect the pressure sensing information of the user sitting on the futon body; the comparison device Used to receive the pressure sensing information newly collected by each pressure sensing device, and determine whether the pressure sensing information newly collected by the pressure sensing device is equal to the pressure sensing information previously collected by the pressure sensing device. If each pressure The pressure sensing information of the sensing device remains unchanged, and a trigger signal is sent to the meditation indication device; the meditation indication device is configured to present a meditation indication signal when receiving the trigger signal sent by the comparison device.

In some embodiments, the comparison device includes a plurality of judgment units electrically connected to a plurality of pressure sensing devices respectively, and an AND module electrically connected to each judgment unit; wherein each judgment unit is used to receive the connected The pressure sensing information newly collected by the pressure sensing device determines whether the newly collected pressure sensing information is equal to the pressure sensing information previously collected by the pressure sensing device. If so, sends a high level signal to the AND module. ; The AND module is used to send a trigger signal to the meditation indication device when the plurality of judgment units all output high-level signals. For example, the judgment unit in this embodiment can use the circuit diagram in Figure 20 to realize the function of judging whether the newly collected pressure sensing information is equal to the pressure sensing information previously collected by the pressure sensing device.

For example, Figure 21 is a schematic electrical connection diagram of the smart futon equipment of the present invention. The smart futon equipment includes a futon body, multiple pressure sensing devices, multiple comparison devices electrically connected to the multiple pressure sensing devices, and a Sitting instruction device. The user sits on the futon main body of the smart futon equipment, and multiple pressure sensing devices are installed below the futon main body. The multiple pressure sensing devices collect pressure sensing information after the user sits on the futon main body. For example, the Four pressure sensing devices (A, B, C, D) are deployed at the bottom of the smart futon equipment. The pressure sensing information collected by the four pressure sensing devices are 120N, 90N, 100N, and 90N respectively. These four pressure sensing devices are The pressure sensing information is transmitted to a comparison device, which includes a plurality of judgment units, of which four judgment units (a, b, c, d) are used to receive the corresponding four connected pressure sensing devices (A , B, C, D). For example, the judgment unit in this embodiment can use the circuit diagram of Figure 20 to judge the newly collected pressure sensing information and the pressure previously collected by the pressure sensing device. The function of sensing whether the information is equal. The V1 port of the judgment unit a is used to receive the pressure sensing information 120N collected by the pressure sensing device A, and the V2 port is used as a storage port to store the pressure sensing information previously collected by the pressure sensing device. The V1 port receives the pressure sensing information 120N collected by the pressure sensing device. The V2 port stores the pressure sensing information previously collected by the pressure sensing device. The pressure value is 120N. At this time, the pressure sensing information collected by the V1 port The information is equal to the pressure sensing information of the V2 port. The judgment unit a sends a high level 1 to the module connected to it, and so on. The judgment unit b judges that the pressure sensing information collected by the V1 port is equal to the pressure sensing information of the V2 port. , the judgment unit b sends a high level 1 to the AND module connected to it; the judgment unit c judges that the pressure sensing information collected by the V1 port is equal to the pressure sensing information of the V2 port, and the judgment unit c sends a high level to the AND module connected to it. Level 1; the judgment unit d judges that the pressure sensing information collected by the V1 port is equal to the pressure sensing information of the V2 port, and the judgment unit d sends a high level 1 to the AND module connected to it. The four judgment units output four high-level signals to the AND circuit. Figure 22 shows the AND circuit of this solution. The four judgment units input the four high-level signals into the U(1) to U(n) ports. , the AND circuit receives the multiple signals. If the signals received by the U(1) to U(n) ports are all high-level signals, the Uy port of the AND circuit outputs a high-level signal, and then starts to trigger the sit-in indication device, for example , the sitting indication device includes but is not limited to an indicator light. The sit-down indicator device receives the trigger signal and lights up the indicator light immediately. At this time, other people other than the user use the indicator light to confirm that the user has entered the sit-down state, which is inconvenient to disturb. Alternatively, the V1 port of the judgment unit a is used to receive the pressure sensing information 120N collected by the pressure sensing device A, and the V2 port is used as a storage port to store the pressure sensing information previously collected by the pressure sensing device. The V1 port receives the pressure sensing information 120N collected by the pressure sensing device. The V2 port stores the pressure sensing information previously collected by the pressure sensing device. The pressure value is 110N. At this time, the pressure sensing information collected by the V1 port If the information is not equal to the pressure sensing information of the V2 port, the judgment unit a sends a low level 0 to the module connected to it, and so on. The judgment unit b judges that the pressure sensing information collected by the V1 port is equal to the pressure sensing information of the V2 port. Information, the judgment unit b sends a high level 1 to the AND module connected to it; the judgment unit c judges that the pressure sensing information collected by the V1 port is equal to the pressure sensing information of the V2 port, and the judgment unit c sends a high level 1 to the AND module connected to it. High level 1; the judgment unit d judges that the pressure sensing information collected by the V1 port is equal to the pressure sensing information of the V2 port, and the judgment unit d sends a high level 1 to the AND module connected to it. The U(1) to U(n) ports receive signals from four judgment units. Among them, the judgment unit a outputs a low-level signal, and the Uy port of the circuit outputs a low-level signal. The meditation indication device is not triggered, and the meditation The indicator light of the indicating device does not change.

The above are the preferred specific embodiments of the present invention. The technical features in each embodiment can be combined with each other without causing conflicts. In addition, the embodiments in the present invention are only used to illustrate the present invention and do not constitute a limitation on the scope of the claims. Other substantially equivalent substitutions that can be thought of by those skilled in the art are all within the protection scope of the present invention.

This application also provides a computer-readable storage medium that stores computer code. When the computer code is executed, the method as described in the previous item is executed.

This application also provides a computer program product. When the computer program product is executed by a computer device, the method described in the previous item is executed.

This application also provides a computer device, which includes:

one or more processors;

Memory for storing one or more computer programs;

When the one or more computer programs are executed by the one or more processors, the one or more processors are caused to implement the method as described in any one of the preceding items.

It should be noted that the present application may be implemented in software and/or a combination of software and hardware, for example, using an application specific integrated circuit (ASIC), a general purpose computer or any other similar hardware device. In one embodiment, the software program of the present application can be executed by a processor to implement the steps or functions described above. Likewise, the software program of the present application (including related data structures) may be stored in a computer-readable recording medium, such as a RAM memory, a magnetic or optical drive or a floppy disk and similar devices. In addition, some steps or functions of the present application may be implemented using hardware, for example, as a circuit that cooperates with a processor to perform each step or function.

In addition, part of the present application may be applied as a computer program product, such as computer program instructions. When executed by a computer, through the operation of the computer, methods and/or technical solutions according to the present application may be invoked or provided. Those skilled in the art will understand that the form in which computer program instructions exist in a computer-readable medium includes but is not limited to source files, executable files, installation package files, etc. Correspondingly, the manner in which computer program instructions are executed by a computer includes but is not limited to Limited to: the computer directly executes the instruction, or the computer compiles the instruction and then executes the corresponding compiled program, or the computer reads and executes the instruction, or the computer reads and installs the instruction and then executes the corresponding installed program. program. Here, the computer-readable medium may be any available computer-readable storage medium or communication medium that can be accessed by the computer.

Communication media includes the medium whereby communication signals containing, for example, computer readable instructions, data structures, program modules or other data are transmitted from one system to another system. Communication media may include conducted transmission media, such as cables and wires (e.g., fiber optics, coaxial, etc.) and wireless (unguided transmission) media that can propagate energy waves, such as acoustic, electromagnetic, RF, microwave, and infrared . Computer readable instructions, data structures, program modules, or other data may be embodied, for example, as a modulated data signal in a wireless medium, such as a carrier wave or a similar mechanism such as that embodied as part of spread spectrum technology. The term "modulated data signal" refers to a signal in which one or more characteristics are altered or set in a manner that encodes information in the signal. Modulation can be analog, digital or hybrid modulation techniques.

By way of example, and not limitation, computer-readable storage media may include volatile and nonvolatile, removable, storage media implemented in any method or technology for storage of information such as computer-readable instructions, data structures, program modules or other data. Removable and non-removable media. For example, computer-readable storage media include, but are not limited to, volatile memory such as random access memory (RAM, DRAM, SRAM); and non-volatile memory such as flash memory, various read-only memories (ROM, PROM, EPROM ,EEPROM), magnetic and ferromagnetic/ferroelectric memory (MRAM, FeRAM); and magnetic and optical storage devices (hard disks, tapes, CDs, DVDs); or other media now known or developed in the future that can be stored for computer systems Computer readable information/data used.

Here, one embodiment according to the present application includes a device, the device includes a memory for storing computer program instructions and a processor for executing the program instructions, wherein when the computer program instructions are executed by the processor, triggering The device operates based on the aforementioned methods and/or technical solutions according to multiple embodiments of the present application.

It is obvious to those skilled in the art that the present application is not limited to the details of the above-described exemplary embodiments, and that the present application can be implemented in other specific forms without departing from the spirit or essential characteristics of the present application. Therefore, the embodiments should be regarded as illustrative and non-restrictive from any point of view, and the scope of the application is defined by the appended claims rather than the above description, and it is therefore intended that all claims falling within the claims All changes within the meaning and scope of the equivalent elements are included in this application. Any reference signs in the claims shall not be construed as limiting the claim in question. Furthermore, it is clear that the word "comprising" does not exclude other elements or steps, and the singular does not exclude the plural. Multiple units or means stated in a device claim can also be implemented by one unit or means by software or hardware. Words such as first and second are used to indicate names and do not indicate any specific order.

Claims (13)

1. A method for preventing the user of the smart futon from being interfered with at the smart futon end, wherein the smart futon includes multiple pressure sensing units, and the method includes: When the user uses the smart futon, the user's center of gravity is calculated based on the pressure sensing information collected by the multiple pressure sensing units and the relative position information between the multiple pressure sensing units. Position information; if the change in the user's center of gravity position information remains less than the predetermined second center of gravity change threshold information within a certain period of time, it is determined that the user has entered a sitting state; If the user enters a meditative state, a message that the user enters a meditative state is sent to the monitoring device, where the monitoring device is used to prevent the user from being disturbed, and the monitoring device displays the message "Sitting" in the target monitoring area of the smart futon. Prompt information, and detect whether there is a moving object in the target monitoring area. If so, track and photograph the moving object until the moving object leaves the target monitoring area, where the monitoring device monitors the movement of the moving object during the user's sitting period. The captured video information is used to determine the visitor record information of the user during the sitting period, the smart futon is located in the indoor area, and the target monitoring area is located in the outdoor area. 2. The method of claim 1, wherein the method further comprises: While the user is in a meditative state, detecting whether the user is out of the meditative state based on the pressure sensing information collected by the plurality of pressure sensing units; If the user leaves the meditative state, a message that the user leaves the meditative state is sent to the monitoring device. 3. The method according to claim 2, wherein detecting whether the user leaves the sitting state based on the pressure sensing information collected by the plurality of pressure sensing units includes: Calculate the user's center of gravity position information based on the pressure sensing information collected by the multiple pressure sensing units and the relative position information between the multiple pressure sensing units; If the change in the user's center of gravity position information is greater than the predetermined first center of gravity change threshold information, it is determined that the user is out of the sitting state. 4. The method according to any one of claims 1 to 3, wherein sending a message that the user enters meditation to a monitoring device used to monitor the user includes: A message that the user enters meditation is sent through the user equipment to a monitoring device used to prevent the user from being disturbed. 5. A method on the monitoring device side to prevent the user of the smart futon from being interfered with, wherein the method includes: Receive a message sent by a corresponding smart futon that the user enters meditation, wherein the smart futon includes a plurality of pressure sensing units, and the smart futon detects the user's sitting state according to the multiple pressure sensing units during the use of the smart futon by the user. The pressure sensing information collected by the sensing unit and the relative position information between the multiple pressure sensing units are used to calculate the user's center of gravity position information; if the change of the user's center of gravity position information within a certain period of time Maintaining less than the predetermined second center of gravity change threshold information determines that the user has entered a sitting state; Display the sit-down prompt information in the target monitoring area of the smart futon, and detect whether there are moving objects in the target monitoring area, wherein the smart futon is located in an indoor area, and the target monitoring area is located in an outdoor area; If there is a moving object in the target monitoring area of the smart futon, track and shoot the moving object until the moving object leaves the target monitoring area, where the video captured by the monitoring device during the user's sitting period The information is used to determine the user's visitor record during the sit-in period. 6. The method of claim 5, wherein the method further comprises: Receive a message sent by the smart futon that the user breaks away from meditation; The user's visitor record information during the user's sit-in is determined based on the video information captured by the camera device during the user's sit-in, wherein the user's sit-in period includes from the moment when the message that the user entered the sit-in is received to the time when the message is received to the moment of the message that said user breaks away from the sit-down; The visitor record information is sent to the smart futon or the user's user device. 7. The method according to claim 6, wherein the visitor record information includes at least any one of the following: Visitor frequency information of the user during the period of meditation; Information about the visitor's appearance during the user's sitting period; Visitor name information during the user's sit-in period. 8. A method on the user equipment side for preventing the user of the smart futon from being interfered with, wherein the method includes: Establish a communication connection between the user equipment and the smart futon; A message from the smart futon that the user enters meditation is received through the communication connection. The smart futon includes a plurality of pressure sensing units. When the user uses the smart futon, the smart futon responds according to the The pressure sensing information collected by multiple pressure sensing units, as well as the relative position information between the multiple pressure sensing units, is used to calculate the user's center of gravity position information; if the change in the user's center of gravity position information is Maintaining less than the predetermined second center of gravity change threshold information within a certain period of time determines that the user has entered a sitting state; Send the message that the user enters meditation to a monitoring device used to prevent the user from being disturbed, wherein the monitoring device displays the meditation prompt information in the target monitoring area of the smart futon, and detects whether the target monitoring area There is a moving object. If so, the moving object is tracked and photographed until the moving object leaves the target monitoring area, where the video information captured by the monitoring device during the user's sitting period is used to determine whether the user is in Visitors record information during the sitting period, the smart futon is located in the indoor area, and the target monitoring area is located in the outdoor area. 9. A method for preventing the futon user from being disturbed at the futon auxiliary equipment end, wherein the futon auxiliary equipment includes a plurality of pressure sensing units, the method includes: When the user uses the futon, it is detected whether the user enters a sitting state according to the pressure sensing information collected by the plurality of pressure sensing units, wherein the plurality of pressure sensing units are arranged on the futon. Below, the user's center of gravity position information is calculated based on the pressure sensing information collected by the multiple pressure sensing units and the relative position information between the multiple pressure sensing units; if the user's center of gravity If the change in position information remains less than the predetermined second center of gravity change threshold information within a certain period of time, it is determined that the user has entered a sitting state; If the user enters a meditative state, a message that the user enters a meditative state is sent to the monitoring device used to prevent the user from being disturbed. The monitoring device displays the meditating prompt information in the target monitoring area of the smart futon, and detects all Whether there is a moving object in the target monitoring area, if so, track and shoot the moving object until the moving object leaves the target monitoring area, where the video information captured by the monitoring device during the user's sitting period is used The visitor record information of the user during the period of sitting is determined, the smart futon is located in the indoor area, and the target monitoring area is located in the outdoor area. 10. A method for preventing a user of a smart futon from being disturbed, wherein the smart futon includes a plurality of pressure sensing units, the method includes: When the user uses the smart futon, the smart futon calculates the pressure sensing information collected by the multiple pressure sensing units and the relative position information between the multiple pressure sensing units. The user's center of gravity position information; if the change in the user's center of gravity position information remains less than the predetermined second center of gravity change threshold information within a certain period of time, it is determined that the user has entered a sitting state; The user equipment establishes a communication connection between the user equipment and the smart futon; If the user enters a meditative state, the smart futon sends a message that the user enters a meditative state to the user equipment through the communication connection, wherein the user equipment is used to send a message to the guardian who is used to prevent the user from being disturbed. The device sends a message that the user has entered meditation; The user equipment receives the message that the user enters meditation, and sends the message that the user enters meditation to a monitoring device used to monitor the user; The monitoring device receives the message that the user enters meditation, displays the meditation prompt information in the target monitoring area of the smart futon, and detects whether there are moving objects in the target monitoring area, wherein the smart futon is located in an indoor area, so The above target monitoring area is located in the outdoor area; If there are moving objects in the target monitoring area of the smart futon, Tracking and shooting of the moving object is performed until the moving object leaves the target monitoring area, wherein the video information captured by the monitoring device during the user's sitting period is used to determine the visitor record of the user during the sitting period. information. 11. A method for preventing a user of a futon from being disturbed, wherein the futon auxiliary device includes a plurality of pressure sensing units, the method comprising: When the user uses the futon, the futon auxiliary device calculates the pressure sensing information collected by the multiple pressure sensing units and the relative position information between the multiple pressure sensing units. The user's center of gravity position information; if the change in the user's center of gravity position information remains less than the predetermined second center of gravity change threshold information within a certain period of time, it is determined that the user has entered a sitting state, wherein the plurality of pressure sensors The unit is arranged below the futon; If the user enters a meditative state, the futon auxiliary device sends a message that the user enters a meditative state to the monitoring device used to prevent the user from being disturbed; The monitoring device receives the message that the user enters meditation, displays the meditation prompt information in the target monitoring area of the futon, and detects whether there are moving objects in the target monitoring area, wherein the futon is located in an indoor area, and the target The monitoring area is located in the outdoor area; If there are moving objects in the target monitoring area of the futon, Tracking and shooting of the moving object is performed until the moving object leaves the target monitoring area, wherein the video information captured by the monitoring device during the user's sitting period is used to determine the visitor record of the user during the sitting period. information. 12. A device used to prevent the user of a smart futon from being interfered with, wherein the device includes: processor; and A memory arranged to store computer-executable instructions which, when executed, cause the processor to perform a method as claimed in any one of claims 1 to 9. 13. A computer-readable medium comprising instructions that, when executed, cause a system to perform the operations of the method of any one of claims 1 to 9.