CN114019814A - Intelligent transmission platform interactive system - Google Patents

Abstract

The application relates to an intelligent transmission platform interactive system, including: the intelligent control centers are 2 in number and can send out a plurality of gear signals for the single-task controller to receive; the single-task controller is used for receiving the gear signals to control the corresponding intelligent furniture to start; the handheld terminal is wirelessly connected with the intelligent control center and used for sending a control signal and controlling the intelligent control center to send a corresponding gear signal; and the control center intelligent switching equipment is used for detecting the system environment of the intelligent control center to obtain detection information, obtaining a system environment normal result or a system environment abnormal result according to the detection information, and switching the intelligent control center according to the system environment abnormal result. Through setting up single task controller, control center intelligence switching equipment, two intelligent control centers for in use's intelligent control center's system collapse back can be stood immediately and replaced with another intelligent control center, makes personnel can normally control intelligent furniture.

Description

Intelligent transmission platform interactive system

Technical Field

The application relates to the technical field of intelligent furniture, in particular to an intelligent transmission platform interaction system.

Background

The intelligent furniture is based on modern fashion furniture, and skillfully integrates combined intelligence, electronic intelligence, mechanical intelligence and thing connection intelligence into furniture products, so that the furniture is intelligentized, internationalized and fashionable, the home life is more convenient and comfortable, and the intelligent furniture is a development trend and trend of future international home. The control of intelligent furniture is generally controlled by an intelligent control center.

Aiming at the related technologies, but due to the fact that various furniture signals and tasks need to be processed in an intelligent control center, system breakdown is prone to occurring, and therefore people cannot normally control intelligent furniture, and inconvenience is caused.

Disclosure of Invention

In order to normally use intelligent furniture when an intelligent control center system collapses, the intelligent furniture intelligent transmission platform interactive system is provided.

The intelligent transmission platform interaction system provided by the application adopts the following technical scheme.

An intelligent transmission platform interactive system, comprising:

the intelligent control centers are 2 in number, have a signal transceiving function and can send out a plurality of gear signals for the single-task controller to receive;

the single-task controller has a signal transceiving function and is used for receiving gear signals to control the corresponding intelligent furniture to start;

the handheld terminal is wirelessly connected with the intelligent control center, has a signal sending function and is used for sending a control signal and controlling the intelligent control center to send a corresponding gear signal; and the number of the first and second groups,

and the control center intelligent switching equipment is used for detecting the system environment of the intelligent control center to obtain detection information, obtaining a system environment normal result or a system environment abnormal result according to the detection information, and making a response for switching the intelligent control center according to the system environment abnormal result.

By adopting the technical scheme, two intelligent control centers and the intelligent switching equipment of the control centers are arranged, so that after the system of one intelligent control center is broken down, the other intelligent control center can continuously replace the intelligent control center with the broken down to contact with the handheld terminal and the single-task controller, and personnel can normally control the intelligent furniture.

Preferably, the number of shift positions of the shift position signal is greater than 4.

Through adopting above-mentioned technical scheme, the setting of gear signal more than 4 for this system can control the intelligent furniture more than 4.

Preferably, the gear number of the gear signal is 6, the lowest gear is 1 gear and is a gear signal for opening the header, the highest gear is 6 gears and is a gear signal for closing the header, the gears 2-5 are gear selection signals, and the four gear selection signals form an identification signal for selecting corresponding intelligent furniture.

By adopting the technical scheme, the opening or closing of the corresponding intelligent furniture is determined through the combination of the gear signals, a complex communication network is not required to be established, the communication mode is simplified, and the control on the intelligent furniture is more convenient and stable.

Preferably, the four gear selection signals forming the identification signal have different gears.

Through adopting above-mentioned technical scheme, because can receive weather, person signal transmission device's ageing and the influence of voltage size after the transmission of gear signal, lead to the gear signal intensity of a certain period to reduce for the unable discernment of single task controller works as the gear of four selection gear signals of identification signal is all inequality back, through the power of the gear signal that obtains in succession relatively, the gear of this gear signal can clearly be judged to the single task controller.

Preferably, the intelligent control center is coupled with a gear signal transmitting device, the intelligent control center transmits a gear signal through the gear signal transmitting device, and the two intelligent control centers are connected in parallel with the gear signal transmitting device.

By adopting the technical scheme, the two intelligent control centers share one gear signal sending device, the difference of gear signal strength caused by the difference of the gear signal sending devices can be reduced, the intelligent control centers are switched, and the gear signal sending devices can still send original gear signals for the single-task controller to identify.

Preferably, the control center intelligent switching device includes:

and the data synchronization module is used for synchronizing the system data of the two intelligent control centers.

By adopting the technical scheme, after the intelligent switching equipment of the control center is switched to the intelligent control center, the data synchronization module can enable the new data in the intelligent control center to be matched with the original intelligent control center, so that the intelligent control center can normally send the next gear signal through the gear signal sending device.

Preferably, the single-task controller is coupled with a feedback module, the feedback module is used for detecting the working state of the intelligent furniture and sending feedback information to the intelligent control center, the intelligent control center comprises a feedback information processing module, and the feedback information processing module is used for obtaining the working state information of the intelligent furniture according to the feedback information and sending the working state information of the intelligent furniture to the handheld terminal.

By adopting the technical scheme, the intelligent control center can obtain the working state information (working/non-working) of the intelligent furniture corresponding to the intelligent furniture through the feedback module, and a person who uses the handheld terminal to access the intelligent control center can know whether the intelligent furniture is normally started or not.

Preferably, the control center intelligent switching device is coupled with a camera for collecting image information of the intelligent control center, the control center intelligent switching device has a wireless communication function, and the control center intelligent switching device is in wireless connection with the camera after switching the intelligent control center so as to transmit the image information to the intelligent control center.

Through adopting above-mentioned technical scheme, the setting of camera for after the system breakdown at intelligent control center, the camera can monitor this intelligent control center, when it appears burning out the phenomenon, in time reacts.

In summary, the present application includes at least one of the following beneficial technical effects:

by arranging the single-task controller, the control center intelligent switching equipment and the two intelligent control centers, after a system of the intelligent control center in use is crashed, the intelligent control center can be immediately replaced by another intelligent control center, so that personnel can normally control the intelligent furniture;

by setting a 6-gear shift signal, the communication between the intelligent control center and the single-task controller is facilitated;

through setting up the camera, the personnel of being convenient for monitor the intelligent control center of system collapse for personnel can in time react when burning out the hidden danger in the intelligent control center.

Drawings

Fig. 1 is a schematic structural diagram of an embodiment of the present application.

Fig. 2 is a first partial module architecture diagram of an embodiment of the present application, which mainly shows a connection relationship of a data synchronization module.

Fig. 3 is a second partial module architecture diagram according to an embodiment of the present application, which mainly shows a connection relationship of the feedback information processing module.

Description of reference numerals: 1. an intelligent control center; 2. a single task controller; 3. a feedback module; 4. a handheld terminal; 5. the control center intelligently switches equipment; 6. a gear signal transmitting device; 7. a camera; 8. a data synchronization module; 9. and a feedback information processing module.

Detailed Description

The embodiment of the application discloses an intelligent transmission platform interactive system.

Referring to fig. 1, an intelligent transmission platform interactive system includes an intelligent control center 1, a single task controller 2, a feedback module 3, a handheld terminal 4, and a control center intelligent switching device 5. The number of the intelligent control centers 1 is 2, the intelligent control centers 1 adopt PC ends, the handheld terminals 4 adopt mobile phones, and the intelligent switching equipment 5 of the control centers adopts intelligent control equipment.

The intelligent control center 1 is coupled with a gear signal sending device 6, the intelligent control center 1 sends gear signals through the gear signal sending device 6, the two intelligent control centers 1 are arranged in parallel with the gear signal sending device 6, so that any one intelligent control center 1 can send gear signals with different intensities through the gear signal sending device 6, the gear signal sending device 6 comprises a multi-gear current source and a wireless signal transmitter, and the intelligent control center 1 controls the current multi-gear current source to supply power to the wireless signal transmitter through different current gears to form multi-gear signals with different intensities;

the number of gears of the gear signal is greater than 4, the number of gears of the gear signal in this embodiment is 6, and according to the strength of the signal, the lowest gear is 1 gear, and the highest gear is 6 gears.

The handheld terminal 4 has a signal sending function, is in wireless connection with the intelligent control center 1 through a network, and is used for sending a control signal to the intelligent control center 1 so as to control the intelligent control center 1 to send a corresponding gear signal; the specific mode can adopt: through the intelligent furniture that APP selection needs to start, through selecting the back, handheld terminal 4 sends corresponding control signal, and control intelligent control center 1 sends corresponding gear signal.

The single-task controller 2 is provided with a wireless receiver, has a signal transceiving function, and adopts a single chip microcomputer for receiving gear signals to control the corresponding intelligent furniture to start.

Because the number of 6 gears is still less, the actual use requirement is not met, and the strength of a wireless signal is influenced by the environment and fluctuates, the gear signal is mistakenly identified by the single task controller 2, the communication mode of the gear signal is improved based on solving the problems, and the 1 gear signal is used as a gear signal for starting a header, so that the single task controller 2 is mainly used for making a response for starting the intelligent furniture; the 6-gear signal is used as a gear signal for closing the header head and is used for enabling the single-task controller 2 to make a response for closing the intelligent furniture; the 2 nd-5 th gear signals are used for forming identification signals, and the single task controller 2 can operate corresponding intelligent furniture to make a response of starting or closing after receiving the identification signals. The identification signal is composed of four gear signals which are sequentially sent, and each gear signal in the identification signal is not repeated, for example, the 2-gear signal, the 3-gear signal, the 4-gear signal and the 5-gear signal are composed of identification signals according to the sending sequence, and the single task controller 2 receives the 1-gear signal before receiving the 2-gear signal, so that the single task controller 2 makes a response of starting the air conditioner, namely the identification gear signals for starting the air conditioner are combined to be 12345, and the single task controller 2 receives the 6-gear signal before receiving the 2-gear signal, so that the single task controller 2 makes a response of closing the air conditioner, namely the identification gear signals for closing the air conditioner are combined to be 62345; the combination of the starting identification gear signals of the massage chair is 13245, and the combination of the closing identification gear signals is 63245, namely, the 1-gear signal, the 3-gear signal, the 2-gear signal, the 4-gear signal and the 5-gear signal are received by the single task controller 2 in sequence and then make the response of starting the massage chair, and the 6-gear signal, the 3-gear signal, the 2-gear signal, the 4-gear signal and the 5-gear signal are received by the single task controller 2 in sequence and then make the response of closing the massage chair.

Referring to fig. 1 and 2, the control center intelligent switching device 5 is configured to detect a system environment of the intelligent control center 1, obtain detection information, obtain a system environment normal result or a system environment abnormal result according to the detection information, and make a response for switching the intelligent control center 1 according to the system environment abnormal result. After the system of the intelligent control center 1 is crashed, the intelligent control center 5 can detect the system crash, the intelligent control center 1 with the system crash is closed by the intelligent control center 5, and the other intelligent control center 1 is started from the sleep mode to continuously send gear signals to the single-task controller 2 to control the intelligent furniture to be started or closed. In addition, the control center intelligent switching device 5 further comprises a data synchronization module 8, the data synchronization module 8 is an internal program module of the control center intelligent switching device 5, the two intelligent control centers 1 have the same system, when one intelligent control center 1 is in network communication with the handheld terminal 4, stored data in the intelligent control center can be changed, the data synchronization module 8 synchronizes the changed data to a corresponding storage area which is the same with the other intelligent control center 1, so that the other intelligent control center 1 realizes data synchronization, after the system of the intelligent control center 1 is crashed, the problem of data loss can be avoided, and personnel can still know how many intelligent furniture is started or closed by the intelligent control center 1.

The control center intelligent switching equipment 5 is also coupled with a camera 7 for collecting image information of the intelligent control center 1, the two intelligent control centers 1 are both positioned in the shooting range of the camera 7, the control center intelligent switching equipment 5 has a wireless communication function, after the control center intelligent switching equipment 5 obtains a normal result of the system environment, the control center intelligent switching equipment 5 sends a wireless signal to be wirelessly connected with the camera 7, the camera 7 is started, the camera 7 collects the image information of the intelligent control center 1 and inputs the image information into the control center intelligent switching equipment 5 in a wireless communication mode, the control center intelligent switching equipment 5 transmits the image information to the intelligent control center 1, then personnel can access a database of the intelligent control center 1 through the handheld terminal 4 to know the image information, if the intelligent control center 1 generates smoke and the like, the personnel can make a response in time, alarm and the like.

Referring to fig. 1 and 3, the single task controller 2 is coupled to a feedback module 3, and the feedback module 3 is used for detecting the working state of the intelligent furniture to send feedback information to the intelligent control center 1. Specifically, feedback module 3 is all kinds of sensors including voltage sensor, and intelligent furniture is after the start, and its inside circuit switches on, obtains feedback information through the voltage that detects its inside circuit, just can know whether this intelligent furniture has started, and in addition, intelligent control center 1 is provided with feedback information processing module 9 in, and feedback information processing module 9 is with receiving feedback information after, judges feedback information, reachs intelligent furniture operating condition information. Specifically, the feedback information that intelligent furniture work produced specifically is high level voltage information, feedback information processing module 9 detects high level voltage information after, feedback information processing module 9 just can judge that intelligent furniture is in the operating condition that is moving, otherwise feedback information is low level information, feedback information processing module 9 just can judge that intelligent furniture is in the operating condition that is shutting down so, after reacing intelligent furniture operating condition information, with the operating condition information of intelligent furniture through network transmission to handheld terminal 4, the personnel of being convenient for look over. The person of being convenient for knows handheld terminal 4 sends control command after, whether relevant intelligent furniture has started.

The implementation principle of the interactive system of the intelligent transmission platform in the embodiment of the application is as follows: improve the stability to intelligent furniture control through setting up single task controller 2, make its control system be difficult for collapsing, later with the communication, modules such as data processing, put on intelligent control center 1, through setting up two intelligent control centers 1 and control center intelligence switching equipment 5, make after the system collapse of an intelligent control center 1, another intelligent control center 1 can replace the intelligent control center 1 of collapse rapidly, maintain handheld terminal 4 and single task controller 2's contact, make personnel also can normally use intelligent furniture.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims (8)

1. An intelligent transmission platform interactive system, comprising:

the intelligent control centers (1) are 2 in number, have a signal transceiving function and can send out a plurality of gear signals to be received by the single-task controller (2);

the single-task controller (2) has a signal transceiving function and is used for receiving gear signals to control the corresponding intelligent furniture to start;

the handheld terminal (4) is in wireless connection with the intelligent control center (1), has a signal sending function, and is used for sending a control signal and controlling the intelligent control center (1) to send a corresponding gear signal; and the number of the first and second groups,

and the control center intelligent switching equipment (5) is used for detecting the system environment of the intelligent control center (1) to obtain detection information, obtaining a system environment normal result or a system environment abnormal result according to the detection information, and making a response for switching the intelligent control center (1) according to the system environment abnormal result.

2. The intelligent transmission platform interactive system of claim 1, wherein: the gear number of the gear signal is more than 4.

3. The intelligent transmission platform interactive system of claim 2, wherein: the gear number of the gear signals is 6, the lowest gear is 1 gear and is a gear signal for opening the header, the highest gear is 6 gears and is a gear signal for closing the header, the gears 2-5 are gear selection signals, and the four gear selection signals form identification signals for selecting corresponding intelligent furniture.

4. The intelligent transmission platform interactive system of claim 3, wherein: the gears of the four selected gear signals forming the identification signal are different.

5. The intelligent transmission platform interactive system of claim 4, wherein: the intelligent control center (1) is coupled with a gear signal transmitting device (6), the intelligent control center (1) transmits gear signals through the gear signal transmitting device (6), and the two intelligent control centers (1) are connected with the gear signal transmitting device (6) in parallel.

6. The intelligent transmission platform interactive system according to claim 5, wherein the control center intelligent switching device (5) comprises:

and the data synchronization module (8) is used for synchronizing the system data of the two intelligent control centers (1).

7. The intelligent transmission platform interactive system of claim 1, wherein: feedback module (3) is coupled to single task controller (2), feedback module (3) are used for detecting the operating condition of intelligent furniture in order to send feedback information to intelligent control center (1), intelligent control center (1) is including feedback information processing module (9), feedback information processing module (9) are used for reacing intelligent furniture operating condition information and will intelligent furniture operating condition information transmission to handheld terminal (4) according to feedback information.

8. The intelligent transmission platform interactive system of claim 1, wherein: the intelligent control center is characterized in that a camera (7) used for collecting image information of the intelligent control center (1) is coupled to the intelligent control center switching equipment (5), the intelligent control center switching equipment (5) has a wireless communication function, and the intelligent control center switching equipment (5) is in wireless connection with the camera (7) after the intelligent control center (1) is switched so as to transmit the image information to the intelligent control center (1).

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