CN105616000A - portable safety care method, device and system - Google Patents

Abstract

A method, device and system for personal safety care includes generating safety signal, identification information and position information by terminal device, receiving them by management center, combining them to form a report information, deciding a transmission object according to attribute of safety signal, for example, one or more terminal devices for care and transmitting report information according to attribute. When the portable safety nursing device is worn to sense the physiological signal of the person to be nursed or the emergency signal sent by the person to be nursed actively, the formed notification information is transmitted according to an event rule.

Description

Portable security care method, device and system

technical field

The present invention relates to a portable security care method, device and system, in particular to a method and system for a terminal terminal device capable of judging receiving information based on a signal generated by a terminal portable security care device.

Background technique

With the formation of an aging society and changes in people's lifestyles, the demand for elderly care or remote care that requires home care is increasing. Therefore, tele-home care has become one of the main directions of many technological developments.

Generally, the remote home care provided mostly provides remote monitoring and emergency event sensing and handling. For example, it is common to set up cameras in the living area of the care recipient, allowing relatives and friends to remotely monitor through the computer system, and even provide two-way communication. Another way is that when there are people who need home care at home, some survival sensors can be installed. The current known timing report system requires the person being cared to report the situation regularly, or judge whether there is a normal daily life through some sensors, and Connect with relevant nursing units, and send staff to deal with any abnormalities.

This type of home care technology includes the development of portable communication software and hardware, the design of wireless communication systems, the acquisition and judgment of physiological signals, and the provision of external emergency notification systems, such as cooperation with security or medical institutions, which can provide professional medical personnel Remote interactive service.

In common wearable devices that are worn by people in care, it is known that sensors for sensing physiological signals are already loaded therein, and may provide a communication function in case of emergency.

Contents of the invention

The technical problem to be solved by the present invention is to provide a portable security care method, device and system for the deficiencies of the prior art. Sensing devices and devices with communication functions such as mobile phones form a care system with location assistance.

The technical problem to be solved by the present invention is achieved through the following technical solutions:

A portable safety care method includes a control center receiving a safety signal, identification information and location information generated by a terminal device, and then, the control center combines the safety signal, identification information and location information to form a notification information, and decides according to the attributes of the safety signal A transmission object, such as one or more care-end devices, is used to transmit notification information according to the determined transmission object.

The aforementioned safety signals include terminal devices sensing the physiological signals or emergency signals of the person being cared for, and the person being cared for is wearing a portable safety care device, which includes a micro-control unit for processing the signals generated by each circuit in the personal safety care device. Signal, the sensing unit used to sense the safety signal of the physiology or movement of the person wearing the personal safety care device, electrically connected to the micro control unit, used to sense the indoor or outdoor position information of the personal safety passport device The positioning unit is electrically connected to the micro-control unit, and the communication unit for transmitting the safety signal, identification information and location information generated by the portable safety care device to the control center is electrically connected to the micro-control unit.

The present invention also provides a portable security care system comprising: the aforementioned terminal device and a control center, wherein the terminal device includes a portable security care device, or a combination of a portable security care device and a mobile communication device; the control center uses a network to receive the terminal device The generated safety signal, identification information and location information, wherein the control center combines the safety signal, identification information and location information to form a notification information, and decides to send the notification information to one or more care terminal devices according to the attributes of the safety signal , and transmit the notification accordingly.

In order to further understand the technology, method and effect that the present invention adopts to achieve the intended purpose, please refer to the following detailed description and accompanying drawings of the present invention, and believe that the purpose, characteristics and characteristics of the present invention can be deepened and concretely However, the drawings and appendices are provided for reference and illustration only, and are not intended to limit the present invention.

Description of drawings

Fig. 1 shows one of the framework embodiment diagrams of the portable safety care system of the present invention;

Fig. 2 shows the second of the frame embodiment diagram of the portable safety care system of the present invention;

Figure 3 shows one of the functional block diagrams of the embodiment of the portable safety care system of the present invention;

Fig. 4 shows the second embodiment functional block diagram of the portable security care system of the present invention;

The flow chart shown in Figure 5 describes one of the embodiments of the portable safety care method of the present invention;

The process shown in FIG. 6 describes the second embodiment of the portable safety care method of the present invention.

[Description of Reference Signs]

Network 10 Control Center 12

Care end devices 101, 102, 103

Mobile communication device 121 Personal safety care device 123

Network 20 Control Center 22

Information Center 24 Security Host 205

Portable safety care device 207, 208

Mobile communication device 209 care end devices 201, 202, 203

Portable safety care device 30 micro control unit 301

Communication unit 302 Physiological sensing unit 303

Motion sensing unit 304 Indoor positioning unit 305

Outdoor positioning unit 306 Emergency signal generating unit 307

Server 32 Network Unit 321

Information processing unit 322 Notification unit 323

Database Unit 324

Security host 40 data processing unit 401

Network unit 402 Sensor unit 403

Communication Unit 404 Control Center 42

Information center 44 Portable safety care device 46

Steps S501-S511 Flowchart of portable safety care method

Steps S601-S611 Flowchart of portable safety care method

detailed description

The present invention proposes a portable security care device and system, which proposes an integrated security care service combining a cloud system and a terminal device. The terminal device includes, for example, a portable sensing device and a device with a communication function such as a mobile phone, forming A care system with location assistance function.

According to the embodiment described in the specification, the structure of the portable safety care system can be referred to as shown in FIG. The wearable device can be worn by the care recipient, and can detect the behavior and physiological state of the care recipient. The portable security care device 123 can be an independently operated device, which can transmit signals to external devices by itself, including the host computer located in the room, or the computer system of the external control center 12; the portable security care device 123 can also be a relatively A simple sensing device is first connected to a mobile communication device 121 in a short-distance communication mode. After the signal is obtained by the mobile communication device 121, it can record and perform some preliminary processing, and then transmit the signal to an external device, including indoor Mainframe, or the computer system of the external control center 12.

For example, the portable security care device 123 can be equipped with a physiological sensor for heart rhythm detection, which can transmit heart rhythm signals at any time, and these signals can be analyzed by an external system for judgment; A motion sensor, for example, an acceleration sensor is used to sense whether the person under care falls or falls accidentally. The system can analyze the status of the person under care through these signals, which can be converted into emergency call information.

According to the embodiment of the invention, when setting up a system that adopts the portable safety care device 123 as the purpose of care, the care-end user of the care recipient can be set in the control center 12, and the care-end devices 101, 102, 103 authorized to care Various forms of computer devices may be shown as shown. When the control center 12 receives the signal generated by the device (portable safety care device 123) of the person being cared for, after analyzing and judging, it forms a notification message, which will be sent to the care terminal devices 101, 102, 103 according to an event rule. in whole or in part.

For example, the physiological signals and action signals generated by the portable safety care device 123 can be a kind of safety signal, and the control center 12 can determine a transmission object according to the attribute of the safety signal, that is, include one or more care end devices 101, 102, 103.

FIG. 2 then shows another embodiment diagram of the architecture of the portable safety care system of the present invention.

In this example, one end of the network 20 is provided with a control center 22, which is provided with an information center 24 that forms signals transmitted to each end. , Whatsapp, WeChat, etc.), social network (such as Facebook) information, network push information (notification), etc.

The equipment at the care-end includes a computer mainframe located indoors, which can be a security host 205 connected to the security system, or a general computer device connected to the network. The personal safety care devices 207 and 208 are worn on the person being cared for, and such personal safety care devices 207 and 208 can be independently operated and transmit information, such as the personal safety care device 207 in the figure; The mobile communication device 209 is connected to an external device, such as the portable security device 208 shown in the icon.

The portable security care device 207, 208 is, for example, a wearable device worn on the person to be cared for. The portable security care device 207, 208 is equipped with a positioning circuit for transmitting position information (including indoor and outdoor), sensing physiological and physical The state sensor can be in the state of sensing the physiological signals and actions of the person under care at any time. In another embodiment, the casing of the portable safety care device 207, 208 can be provided with an interface that can be touched to generate an emergency signal, and is electrically connected to the processing circuit therein, so as to provide an emergency signal for the person under care to send out an emergency signal when they feel abnormal conditions. use.

Portable safety care devices 207, 208 regularly transmit signals to the near-end computer system, such as the security host 205 of the icon, and relevant safety signals can be transmitted to external systems through the security host 205, such as the control center 22, which can be controlled by the control center 22 according to the configuration. Send notification information to the care end devices 201, 202, 203 according to the specified event rules. For example, the nursing-end devices 201, 202, and 203 can distinguish the priority according to the state of the event, and the order of reporting information, and can also select the object to be transmitted according to the state of the event, instead of sending it to all nursing end device.

In one embodiment, the control center 22 may require the care-end devices 201, 202, and 203 to respond after receiving the notification information. Accordingly, the control center 22 may determine subsequent processing according to the responses of each care-end device 201, 202, and 203. program.

The portable security care system described in the description of the present invention includes at least one terminal device, which may have a portable security care device, or a combination of a portable security care device and a mobile communication device; The control center mainly uses a network to receive the safety signal, identification information and location information generated by the terminal device. After that, the control center combines the safety signal, identification information and location information to form a notification information, and decides to send the notification information to one or more care terminal devices according to the attribute of the safety signal, and transmits the notification information accordingly. An example embodiment of the portable security care system is described below.

Fig. 3 shows a functional block diagram of an embodiment of the portable security care system of the present invention.

The figure shows the main circuit unit of the portable security care device 30 when performing the method of the present invention, including a micro control unit 301, the micro control unit 301 is used to process the signals generated by each circuit in the portable security care device 30, and the remaining circuit units will The micro control unit 301 is connected to the micro control unit 301, and after preliminary signal processing, the portable safety care device 30 can transmit relevant safety signals to an external device.

The portable security care device 30 includes sensing units 303 and 304. According to the requirements of the embodiment, the physiological sensing unit 303 or the motion sensing unit 304 can be used, or both, and various sensing units are not excluded. Sensors for physiological signals, or various sensors that can sense the state of the person being cared for.

The physiological sensing unit 303 or the motion sensing unit 304 is used to sense the safety signal of the physiological or motion of the person wearing the personal safety care device 30 . For example, the physiological sensing unit 303 may be a sensor that obtains the rhythm signal of the care recipient by means of light, vibration induction, and the like. The motion sensing unit 304 can be sensors such as acceleration and angular velocity installed in the portable safety care device 30 to sense the motions of the person being cared for, and a threshold is set in various physical data to judge whether there is any abnormal motion An emergency signal is issued, or the signal is judged by an external device to determine whether there is any abnormality.

The personal security device 30 may be provided with a positioning unit for sensing the indoor or outdoor location information of the personal security device 30 , which can be divided into an indoor positioning unit 305 and an outdoor positioning unit 306 . According to an embodiment, the indoor positioning unit 305 can use wireless communication signals, sensors installed in various indoor locations, or electronic tags to perform indoor positioning circuit modules; the outdoor positioning unit 306 can use the global positioning system (GPS) as one of the implementation modes. One, a positioning circuit for sensing satellite positioning signals.

The portable security care device 30 can be a wearable device that operates independently, and can be directly connected to the control center to directly transmit security signals, identification information and location information; the portable security care device 30 can also be a combination of a wearable device and a mobile communication device , the signal generated by the wearable device is transmitted to the control center via the mobile communication device.

Accordingly, the portable security care device 30 is provided with a communication unit 302, electrically connected to the micro control unit 301, the main purpose is to transmit the security signal, identification information and location information generated by the portable security care device 30 to a control center (server 32 ). The communication unit 302 is a wireless communication circuit of the portable security care device 30, including a short-distance communication protocol (such as Bluetooth ^TM , WiFi ^TM , NFC, etc.) and an external device. Host computer on the care side. If the portable safety care device 30 is an independently operated portable device, the communication unit 302 can also be a circuit module providing Internet access, such as a WiFi ^TM network module, or a mobile communication circuit such as 3G/4G, so that the portable safety care device 30 can be directly connected to systems such as control centers.

When the portable security care device 30 generates a security signal, it will be combined with the identification information (such as user number, device number, etc.) and location information of the portable security care device 30 to form information transmitted to the external device. The identification information can be combined with another device identifier of the care recipient, such as identification information of the mobile communication device of the care recipient, or even identification information of a computer device installed at the care recipient.

In another embodiment, the portable safety care device 30 may include an emergency signal generating unit 307 for processing special emergency signals, and the emergency signal generating unit 307 is electrically connected with the microcontroller unit 301 . The portable safety care device 30 can be provided with a button or an interface that can be touched. When the person being cared feels any need, he can touch this interface. After being processed by the emergency signal generation unit 307, an emergency signal is generated and transmitted by the communication unit 302. go out.

After the control center receives the signal generated by the above-mentioned portable safety care device 30, the control center can also combine the safety signal, identification information and location information to form a notification message, and determine the transmission object according to the attributes of the safety signal, including one or more A care terminal device, and transmit notification information accordingly.

In this example, the control center is equipped with a server 32, which is provided with a database unit 324, which is used to store and record the data of the care recipients at each end and the real-time safety signals received. The control center can call out the relevant care recipients, The information on the nursing side includes the data of related hardware devices, and the method and object of transmitting signals are determined according to the set event rules.

The server 32 includes an online network, a network unit 321 that processes network packets under a specific protocol; the server 32 is provided with an information processing unit 322, and when the control center receives a signal, the information processing unit 322 can generate corresponding information according to the signal attribute, and The notification unit 323 forms notification information to be sent to the care terminal device according to the transmission object provided by the system.

In the embodiment shown in FIG. 4 , the portable security care system of the present invention can be provided with a security host 40 at the care-end, whereby it can be connected with the control center 42 or other security-related devices and units.

In this example, the personal security device 46 can be wirelessly connected to the terminal security host 40, and the security host 40 is connected to the control center 42 through the network. Center 42. The control center 42 is provided with an information center 44 for processing signals received by the control center 42 and generating notification information accordingly.

The security host 40 is a computer device for security purposes. In addition to the data processing unit 401 for processing internal data signals, it also includes a network unit 402 that can be connected to an external server host, and receives internal security care by using near-end wireless communication technology. The communication unit 404 of the device 46 . In another embodiment, the security host 40 can receive not only the security signal generated by the portable security care device 46, but also the signals of various sensors located at the place where the care is being taken care of. The security host 40 is provided with a sensor unit 403, Used to connect and receive signals from various sensors.

Therefore, the portable security care system of the present invention can obtain security-related signals by setting up the security host 40, so that the care recipient can obtain security services including the environment, including the ability to handle the living environment, disasters, illegal intrusion, etc. Events such as life safety allow the system to provide more comprehensive care services.

According to the content contained in the above embodiments, the portable safety care device in the present invention can be equipped with a physiological sensing unit, a motion sensing unit, an indoor positioning unit, and/or an outdoor positioning unit, and even includes an emergency alarm that can actively send out an emergency signal. The signal generating unit, when the device generates the safety signal and the location information, the system end (control center, security unit) can generate information to be notified to each care end device, and can provide necessary emergency treatment services in a timely manner.

For related method embodiments, please refer to the process flow shown in FIG. 5 , which describes one embodiment of the portable security care method.

Start as in step S501, the system side continues to receive the signal generated by the terminal device, the signal generated by the terminal device at least includes the above-mentioned security signal, identification information and location information, and then as in step S503, after receiving the signal by the control center, it will be combined as in step S505 After signals such as safety signal, identification information and location information, etc., the notification information is formed, as in step S507.

The database in the server of the control center can record the care recipients at each end and the corresponding care end data, and also includes an event rule according to the needs of the care recipients, which records the transmission rules corresponding to various information, including according to safety signals, transmission Or not to send, choose the care terminal device to send the information, or the rules such as the number and order of the transmission.

Then, as in step S509, it is transmitted according to the pre-set event rules, and after the control center combines the safety signal, identification information and location information, a notification message is formed, and subsequent processing is performed. When people respond, the system will provide the service of sending people to the scene for processing. The notification information may include a map screen generated based on location information.

Fig. 6 then shows the follow-up process of the embodiment of the personal safety care method.

The safety signal generated by the terminal device includes the terminal device sensing a physiological signal of a cared person or an emergency signal. When the system end (such as the control center receives the signal from the personal safety care device, mobile communication device, computer host of the care end, and security host) receives the signal generated by the care end, as in step S601, and then determines the transmission object according to the aforementioned event rules , and transmit the signal to the corresponding care-end device accordingly, the control center will time the action of transmitting the signal, as in step S603, the purpose of which is to ensure that the care-end device receives the notification information smoothly.

According to one of the embodiments, the care-end device can be installed with relevant software programs implementing the method of the present invention, and after receiving the notification information from the control center, it can perform subsequent steps according to the guidance of the software, including marking the position according to the position information transmitted by the control center. on the map and provide directions to the location of the care recipient. At the same time, it will remind the users of the nursing end that they can reply to the control center according to the information, so that the control center can know that someone on the nursing end has paid attention to this event.

After the control center starts timing, as in step S605, it is judged whether any nursing end device responds to the notification information? If any nursing device responds to the notification information, it will continue to monitor the signal of the terminal device, that is, as in step S607, the nursing device will perform follow-up processing, or seek assistance.

During the timing process, the system sets a time threshold (which can be adjusted according to the care object), such as step S609, to determine whether there is no response from the care end device for exceeding the time threshold? If so, proceed to step S603; if there is still no care terminal device responding to the notification message after reaching this time threshold, as in step S611, the control center executes an emergency treatment procedure, including sending personnel to the location of the care recipient, and emergency search caregiver.

To sum up, the present invention proposes a terminal-mounted portable safety care device and related care methods. The portable safety care device is preferably worn on the body of the person to be cared for. The main function is to sense the user's physiological signals and emergency signals. Processing, etc., the system can use this to monitor the behavior and physiological conditions of the care recipient, and even allow the monitor to know the location of the care recipient at any time, and determine the care terminal device that needs to report this information, or cooperate with the security system to achieve a Comprehensive security care system.

However, the above description is only a preferred feasible embodiment of the present invention, and does not limit the protection scope of the claims of the present invention. Therefore, all equivalent structural changes made by using the description of the present invention and the contents of the accompanying drawings are all included in the same way. Within the scope of protection of the claims of the present invention, it is hereby declared.

Claims (10)

1. a carry-on safe nursing method, it is characterised in that described method includes:

One Control Centre receives safety signal, identification information and the positional information that a termination produces;

This Control Centre forms a circular information in conjunction with this safety signal, identification information with positional information;

This Control Centre determines a transmission object according to the attribute of this safety signal, looks after end device including one or more; And

According to this transmission object that this Control Centre determines, transmit this circular information.

2. carry-on safe nursing method as claimed in claim 1, it is characterised in that the safety signal that this termination produces includes this termination sensing one by physiological signal or a urgency signal of looking after people.

3. carry-on safe nursing method as claimed in claim 2, it is characterised in that this circular information includes the map picture produced according to this positional information.

4. carry-on safe nursing method as claimed in claim 1, it is characterised in that this Control Centre transmits after this circular information looks after end device to this one or more, including:

This Control Centre starts timing, and determines whether that arbitrary end device of looking after responds this circular information;

If there being arbitrary end device of looking after to respond this circular information, namely continue to monitor the signal of this termination;

Not having arbitrary end device of looking after to respond this circular information yet if reaching a time door, this Control Centre performs a proceedings for urgency.

5. a carry-on safe care device, it is characterised in that described device includes:

One micro-control unit, in order to process the signal that in this carry-on safe care device, each circuit produces;

One sensing unit, is electrically connected this micro-control unit, in order to sense wear this carry-on safe care device by looking after the physiology of people or the safety signal of action;

Locating unit, is electrically connected this micro-control unit, in order to sense indoor or the outdoor locations information of this carry-on safe care device; And

One communication unit, is electrically connected this micro-control unit, in order to transmit safety signal, identification information and the positional information a to Control Centre that this carry-on safe care device produces;

Wherein, after this Control Centre receives the signal that this carry-on safe care device produces, this Control Centre forms a circular information in conjunction with this safety signal, identification information with positional information, and the attribute according to this safety signal determines a transmission object, look after end device including one or more, and transmit this circular information accordingly.

6. carry-on safe care device as claimed in claim 5, it is characterised in that the Wearable device of this carry-on safe care device system one independent work, is directly connected to this Control Centre, directly transmits this safety signal, identifies information and positional information.

7. carry-on safe care device as claimed in claim 5, it is characterized in that, the combination of this carry-on safe care device system one Wearable device and an action communication device, the signal that this Wearable device produces is sent to this Control Centre via this action communicator.

8. carry-on safe care device as claimed in claim 5, it is characterized in that, this carry-on safe care device wireless online one is located at the preservation host of terminal, this preservation host passes through this Control Centre of network on-line, after the signal that this carry-on safe care device produces is collected via this preservation host, then it is transferred to this Control Centre.

9. the carry-on safe care device as described in any one of claim 6-8, it is characterized in that, it is provided with a physiological sensing unit, an action sensing unit, an indoor positioning unit and/or an outdoor positioning unit, and a urgency signal generation unit, thus produce this safety signal and this positional information.

10. a carry-on safe care system, it is characterised in that described system includes:

One termination, including a carry-on safe care device, or the combination of this carry-on safe care device and an action communication device;

One Control Centre, receives, with a network, safety signal, identification information and the positional information that this termination produces; Wherein this Control Centre forms a circular information in conjunction with this safety signal, identification information with positional information, and the attribute according to this safety signal determines that transmitting this circular information looks after end device to one or more, and transmits this circular information according to this.