TWM526148U - Intelligent home monitoring system - Google Patents

Description

Smart home monitoring system

This creation department is related to a monitoring system, especially one that is applied to the current and temperature monitoring and sensing of the connecting circuit between the household electrical appliances and the commercial power supply, and can also grasp the related information of the electricity consumption and the electricity usage of each electrical appliance. By.

"Architecture" is mainly used to provide human life, space for activities, and shelter from wind and rain. In order to make the living environment and activity space in the building more comfortable and safer, people need to build space in the interior and surrounding space. Carry out all or part of the design, planning and construction work; in addition to being used as a space, the building has also become a work of art, which has become a special role in beautifying the city or the representativeness of the city.

In addition to the display of space and aesthetics, modern architecture is also paying more and more attention to the symbiosis with nature. Therefore, the concept of "green building" has begun to emerge. The so-called "green building" refers to compliance with "ecology, energy conservation, waste reduction and health". (EEWH) buildings are designed to integrate sustainable environmental protection concepts into architectural design, so that the entire life cycle of the building, from planning, design, construction, use, maintenance to disposal, is energy-saving, resource-saving, and low. Targets of pollution and low waste.

In recent years, due to the development of information technology and automation control technology, many daily necessities have gradually been combined with technology, and have been widely used in home appliances, communication engineering and hydropower projects, and then developed "smart buildings." The so-called "smart building", also known as "smart building", refers to the building as a platform, combining construction equipment, office automation and communication network systems, integrating structure, system, service, management and the optimal combination between them. People provide a safe, efficient, comfortable and convenient built environment. Its main components include the Building Management Automation System, the Communication Automation System, and the Office Automation System. In detail, the building and its base are set up with the Building Automation System (BAS). Building space, building components, from the perspective of ergonomics, physical environment, work type and management type, the electrical, telecommunications, water supply and drainage, air conditioning, disaster prevention, anti-theft and transportation equipment systems and space in the building The operation and maintenance management are automated to improve the function and quality of the building to achieve the safety, health, energy saving, convenience and comfort of the building.

As the industrial application of "smart building" covers a wide range of aspects, including hardware management, air conditioning, hydropower, gas, lighting, fire safety and home appliances, it also includes software security, network, Telecommunications, logistics management, emergency rescue and medical care, etc. Such a technology, such as the "Access Control Identification System" disclosed in the new patent No. 104206116, is a security technology application; and the "temperature and humidity controller and its system" disclosed in the domestic patent No. 104205383 is an air conditioning technology application; In addition, the "power supply integration device and its power supply control method" disclosed in the domestic invention No. 102139707 is a technical application of power management.

In addition to the integration of the above-mentioned related engineering techniques of a single building or single-dwelling application, "Smart Building" is a "residential" smart building that combines multiple buildings or multi-dwelling buildings, which is used to set up a central control in the community central control room. The system, combined with the aforementioned related technical engineering, to monitor and control the household status of each household. Such a technology is disclosed in the "Integrated Network Type Security Device" disclosed in the Japanese Patent No. 098210618, and the "Home Security Manager System" disclosed in the Japanese Patent No. 098208395.

In addition to monitoring in a central control room, in recent years, due to the development of portable communication devices, mobile phones or tablets can be used to monitor and control home-related soft receptors; such technologies are disclosed in the domestic patent No. 100210402 The "Operational Safety Monitoring System" and the "Home Integration Monitoring System" disclosed in the new domestic patent No. 103221235.

Further analysis of the "Power Management" technology is mainly for the control and statistics of all household appliances in the home. It is mainly divided into two categories: "Power Control" and "Electric Energy Analysis", among which "Power Control" It refers to the technology for controlling the opening and closing of electric energy used by household appliances, and the "electrical energy analysis" is a technique for statistical analysis of electricity-related data.

According to the power management technology of the smart building, the "power switch device" disclosed in the new patent No. 102209800 includes a manual switch module for the user to manually control the power switch device. Open or close; an automatic switch module, including: a relay unit for turning on or off the power; a wireless transmission unit for receiving setting information of a reservation time; and a controller unit for controlling the operation of the relay unit according to the setting information of the reservation time; a power supply unit for supplying power required by the automatic switch module; wherein the wireless transmission unit can store the setting information of the reservation time after receiving the timing signal, and the controller unit sets the setting information according to the reservation time Control the relay unit.

There is also a power management technology known in the art of smart buildings, such as the "portable energy management device, energy management module, and energy management method" disclosed in the domestic invention No. 103113715, which is set in a power source when used. Between the supply and an electrical load to control the supply of power, the portable energy management device includes: a transmission module for receiving or transmitting a wired signal or a wireless signal to communicate with a remote control device One of the scheduling commands can be transmitted by the wired signal or the wireless signal; a micro processing unit analyzes and identifies the electrical load, and transmits information related to the electrical load to the electrical transmission module through the transmission module The remote control device; a scheduling module executed by the micro processing unit to store and execute the scheduling command; and a power control circuit controlled by the scheduling command to determine whether to supply power; wherein the scheduling command The execution result is presented on the display of one of the remote control devices in the form of a warning text, a prompt text, or a statistical chart.

There is also a power management technology that is known in the art of smart buildings, such as the "smart switch and the smart home system using the smart switch" disclosed in the Japanese Patent No. 101132222, including at least one smart switch and one and the smart switch. The smart switch is configured to connect at least one electrical device to a power supply by using a PLC or an OPLC. The smart switch includes: a display unit; and a storage unit that stores a calculation formula of the electricity fee; a power detecting unit, configured to detect real-time power information of the power device connected to the smart switch; a processor, the storage unit, the display unit, and the power detecting unit Connected, the processor includes a control module and a computing module, the control module is configured to control display of the instant power information on the display unit; and the computing module is configured to use the Accumulating the total power consumption of the electrical equipment by the instantaneous power consumption information of the electrical equipment, and controlling to display the calculated total total power consumption on the display unit, and Calculating an accumulated electricity rate of the electric equipment according to a calculation formula of the electricity fee stored in the storage unit and a preset electricity price, and controlling to display the calculated accumulated electricity fee amount on the display unit; a button, a The button is configured to generate a first signal and send the first signal to the processor when being short pressed; the control module controls the display unit when receiving the first signal The accumulated total power consumption of the displayed electrical equipment and the accumulated electricity cost are cleared; the computing module recalculates the cumulative total power consumption and the accumulated electricity cost of the electrical equipment when the first signal is received, And controlling to display the recalculated total total power consumption amount and the accumulated electricity cost amount on the display unit; when the button is long pressed, the control module further controls the power consumption displayed on the display unit An input box is displayed next to the digit for the user to update the electricity price corresponding to the input power; and a communication unit is configured to transmit the power information of the power device to the gateway by wire or wirelessly For statistics, comparison and analysis.

Among the above-mentioned structures, they are all power-related technologies related to smart buildings. The first case is the "power control" technology for monitoring appliances. It is a switch that can be connected to electrical appliances and power supplies by manual or portable devices. In turn, the operation of the electrical device connected to the switch can be started or stopped. The second and third cases are the techniques of "electrical energy analysis", which are linked to a control device and an electrical appliance to perform statistics and analysis of information related to electrical energy use.

However, the above-mentioned conventional structures cannot be directly connected to existing power supply circuits and electrical appliances. In the application, the existing power supply circuits and electrical appliances need to be completely updated, and the electrical appliances need to have the functions of signal transmission to integrate with the system. The new electrical appliances and equipment will be re-connected with new circuits, making it necessary to upgrade the existing traditional buildings into smart buildings, which will cost a lot of money and put the users at a standstill. On the other hand, the conventional power management Failure to monitor the current flow and circuit temperature during electrical operation, the overall structural practicality is necessary to be improved; therefore, the creator of this case provides a compatibility with existing power supply circuit configurations and existing household appliances to The low-cost cost of building a smart home system, and the ability to simultaneously monitor the current and circuit temperature of the appliance during operation to solve the aforementioned problems.

In view of this, the smart home monitoring system disclosed in the present invention includes: an electric device for generating household appliances that need to use electricity; and a power supply device for the home appliance The device is coupled to provide power for the household appliance, and has a base, and a current detecting module and a temperature detecting module connected to the base and connected to the mains, wherein the current detecting module The device can sense the charge flow condition of the circuit connected to the commercial power when the household electrical appliance is in operation, and the temperature detecting module can sense the circuit temperature connected to the commercial power when the household electrical appliance is in operation; a control device, and the power supply device In connection, the control device has an operation and processing unit, and each of the current detection module and the temperature detection module detects the current state and temperature of the circuit connected to the mains when the home appliance is operated. The information is transmitted to the control device, and the control device can receive signals from the current detecting module and the temperature detecting module to perform current and temperature judgment analysis, and the control device can transmit the control signal to the power supply device. Switching on and off of current to control the operation or stop of the household appliance; a communication monitoring device for communication technology application is connected with the control device for signal The transmission has a home monitoring management program (APP), which is built in each of the control device and the communication monitoring device to provide circuit current intensity, power consumption, circuit temperature, and power consumption time when the home appliance device operates. Monitoring, calculating, counting, recording, displaying and storing related data; by using the above-mentioned components, the power supply device is disposed between the existing home appliance device and the existing mains wiring circuit, and is connected with the control device, At a lower cost, the smart home system can be built, and the current and circuit temperature of the appliance can be monitored, and the control device can be further provided for statistics and analysis, and the information related to the power can be obtained, and the portable device can be used at the same time. The distance to the electrical operation of the opening and closing and reading electrical appliances related information, the home system circuit configuration is simple and easy, can shorten the working time to reduce personnel costs, so the overall structure can be convenient and practical.

The main purpose of this creation is to provide a smart home monitoring system that is compatible with existing power circuit configurations and existing home appliances, without the need to change circuit wiring or replace new home appliances, at a lower cost. Building a smart home system.

The second purpose of this creation is to provide a smart home monitoring system that has the dual function of simultaneously monitoring the current and circuit temperature when the appliance is running, and automatically powers off when the current magnitude and circuit temperature exceed the preset value. In order to reduce the occurrence of wire fire, it can improve the safety of electricity.

Another goal of this creation is to provide a smart home monitoring system that can be combined with portable The device monitors the current level and circuit temperature when the appliance is running. It can use the mobile phone or tablet computer to reach the opening and closing of the electrical device from a long distance. It can also read the information about the electrical power of the appliance by mobile phone or tablet computer. It has remote monitoring and query. effect.

A further object of the present invention is to provide a smart home monitoring system in which the circuit configuration of the home system is simple and easy, and the working time can be shortened to reduce personnel costs.

[This creation]

(10)‧‧‧Power supply unit

(11)‧‧‧Power switch module

(111)‧‧‧Base

(112)‧‧‧Open and close switch components

(113)‧‧‧ Current Detection Module

(114)‧‧‧Temperature Detection Module

(12)‧‧‧Power socket module

(121)‧‧‧Base

(122)‧‧‧Socket components

(123)‧‧‧ Current detection module

(124)‧‧‧Temperature Detection Module

(13)‧‧‧Gas Detection Module

(131)‧‧‧ Circuit Breakers

(14) ‧‧‧Help button

(15)‧‧‧Humidity detection module

(16)‧‧‧Gas Detection Module

(17)‧‧‧Environmental temperature detection module

(20)‧‧‧Home Appliances

(21)‧‧‧First home appliance

(22)‧‧‧Second home appliance

(30)‧‧‧Control devices

(40)‧‧‧Communication monitoring device

(41) ‧ ‧ Home Monitoring Management Program

(50) ‧‧‧Wireless development devices

(60)‧‧‧Central monitoring device

(61)‧‧‧ Computing Module

(62)‧‧‧ display module

The first figure is a schematic diagram 1 of a configuration of a preferred embodiment of the present invention.

The second figure is a schematic diagram 2 of the configuration of a preferred embodiment of the present invention.

The third figure is an exploded perspective view of the power supply device of a preferred embodiment of the present invention.

The fourth figure is a perspective exploded view of the power supply device of a preferred embodiment of the present invention.

The fifth figure is a schematic diagram 1 of the configuration of the second embodiment of the present invention.

The sixth figure is a schematic diagram 2 of the second embodiment of the creation.

The seventh figure is a schematic diagram of the configuration of the third embodiment of the creation.

The eighth figure is a schematic diagram of the configuration of the fourth embodiment of the present invention.

The ninth drawing is an exploded perspective view of the power supply device of the fourth embodiment of the present invention.

Figure 11 is a perspective exploded view of the power supply device of the fourth embodiment of the present invention.

Fig. 11 is an exploded perspective view showing the power supply device of the fifth embodiment of the present invention.

Fig. 12 is an exploded perspective view showing the power supply device of the sixth embodiment of the present invention.

Figure 13 is a schematic view showing the configuration of the seventh embodiment of the present invention.

Figure 14 is a perspective exploded view of the power supply device of the seventh embodiment of the present invention.

The fifteenth drawing is an exploded perspective view of the power supply device of the seventh embodiment of the present invention.

Figure 16 is a schematic view showing the configuration of the eighth embodiment of the present invention.

Figure 17 is a perspective exploded view of the power supply device of the eighth embodiment of the present invention.

Figure 18 is a perspective exploded view of the power supply device of the eighth embodiment of the present invention.

First, please refer to the first to fourth figures. The smart home monitoring system provided by the present invention mainly includes: a power supply device (10), and a home appliance connected with the power supply device (10) by signal. The device (20), a control device (30), a communication monitoring device (40) and a wireless switching device (50).

The power supply device (10) has a power switch module (11) and a power socket module (12), and each of the power switch module (11) and the power socket module (12) has a base (111) (121), the power switch module (11) is provided with an opening and closing switch assembly (112) on the base (111); the power socket module (12) has a base (121) a socket assembly (122); each of the power switch module (11) and the power socket module (12) has a current detecting mode connected to the mains (111) (121) a group (113) (123) and a temperature detecting module (114) (124), wherein the current detecting module (113) (123) senses a charge flow condition in the circuit when coupled with the mains, The temperature detection module (114) (124) senses the circuit temperature coupled to the mains.

The household electrical appliance (20) is a household appliance that needs to be operated by using electric power, and has a first household electrical appliance (21) and a second household electrical appliance (22), and the first household electrical appliance (21) is connected to the power switch The module (13) is coupled, and the power switch is turned on and off by the opening and closing switch component (112); the second home appliance (22) is coupled to the power socket module (12). And supplying power to one of the second household appliances (22) after the plug is connected to the socket assembly (122); each of the first and second home appliances (21) (22) starts to operate, and each of the current detectors The measuring module (113) (123) can sense the charge flow condition of the electrical device (20) and the mains connected circuit, and the temperature detecting module (114) (124) can sense the household electrical device (20) The circuit temperature that is connected to the mains.

The control device (30) is coupled to the power supply device (20) by a wireless transmission method. The control device (30) has an operation and processing unit, each of the current detection modules (113) (123) and temperature The detecting module (114) (124) transmits the measured information to the circuit current condition and temperature connected to the mains when each of the first and second home appliances (21) (22) operates Control device (30), the control device (30) can receive signals from each of the current detecting module (113) (123) and the temperature detecting module (114) (124) for determining the current magnitude and temperature The control device (30) can transmit a control signal to the power supply device (20) to switch the current on and off to control the operation or stop of each of the first and second home appliances (21) (22).

The communication monitoring device (40), which is a communication technology application, is coupled to the control device (30) for signal transmission, and has a home monitoring management program (41) disposed on each of the control devices (30) and communication The monitoring device (40) provides monitoring, calculation, statistics, recording, display and storage of related data such as circuit current intensity, power consumption, circuit temperature, and power consumption time when the household electrical appliance (20) operates; The communication monitoring device (40) is one of a mobile phone, a tablet computer, a desktop computer or a notebook computer.

The wireless switching device (50) is connected to the control device (30) by wireless transmission for signal transmission, and after the signal is provided to the control device (30) in an active manner, the control device (30) Controlling the transmission control signal to the power supply device (20) for switching the current on and off; the home monitoring management program (41) is built in the wireless switching device (50); the wireless switching device (50) is an indoor walkie-talkie Or a remote control device or the like; the wireless switch device (50) has a display module coupled to the control device (30), and displays the related information and information of the operation and processing unit in a screen display manner for Browse and query.

The power supply device (10) is provided between the existing home appliance device (20) and the existing mains wiring circuit by the above-mentioned member, and is connected to the control device (30), thereby being able to be built at a low cost. a smart home system, and can monitor the current magnitude and circuit temperature of each household appliance (20) during operation, and further provide the control device (30) for statistics and analysis, and obtain power-related information, and cooperate with the communication. The monitoring device (40) reaches the opening and closing of the operation of the household electrical appliance (20) and reads the information related to the electrical energy of the household electrical appliance from a long distance, and the circuit configuration of the home system is simple and easy, and the working time can be shortened to reduce the personnel cost, so the overall structure It is convenient and practical.

In order to further understand the characteristics of this creation, the use of technical means and the expected results, the use of this creation is described as follows: Please refer to the first to second figures. Before the creation is placed in the building, the power supply device (10) is pre-assembled. The power supply device is divided into two types, one of which is the power switch mode. The group (11) and the other power socket module (12); firstly, each of the current detecting module (113) and the temperature detecting module (114) are disposed on the circuit board in a preset configuration; Each of the opening and closing switch assembly (112) and the socket assembly (121) are respectively disposed on each of the bases (111) (121); and then each of the current detecting modules (113) and the temperature detector are assembled. The test modules (114) are respectively connected to the base (111) (121), that is, respectively forming the power switch module (11) and the power socket module (12); Yuan Jian is placed in the control device (30); each of the wireless switch device (50) and the communication monitoring device (40) is respectively connected with the control device (30) by wireless transmission; and the home is built separately The monitoring management program (41) is included in each of the control device (30), the wireless switching device (50), and the communication monitoring device (40).

When creating a smart home system under the existing building and circuit configuration, the first step is to remove the original power socket and power switch, and retain the mains circuit; the power supply device that has been set up (10) After being connected to the mains circuit, the group is returned to the wall surface of the building, that is, a power socket for electrically connecting the household appliances (20), and a power switch for opening and closing the home appliance (20) by a button are formed. That is, the construction is completed.

The home appliance (20) is used for power supply, and the home appliance (20) that is powered by a plug, such as an electric fan, a television, a microwave oven, a refrigerator, or an air conditioner, belongs to the second type of home appliance (22). Plugging the plug into the power supply device (10) having the power socket module (12), and supplying power to the home appliance (20); if the appliance is powered by a switchover mode The device (20), such as an electric lamp, a ceiling fan, etc., belongs to the first type of household electrical appliance (21), and the power supply device (10) having the power switch module (11) is directly pressed, so that the household electrical appliance can be 20) Generate operation or stop.

The present invention has two methods for querying electricity-related information, and the system uses the wireless switch device (50) to wirelessly connect the operation and processing unit of the control device (30) to cooperate with the home monitoring management program ( 41) After the signal is obtained by wireless transmission, the relevant power information is displayed on the display screens of the wireless switch device (50) and the communication monitoring device (40); the second is to use the communication monitoring device (40) The operation and processing unit of the control device (30) is connected by wireless transmission, and the operation of the home monitoring management program (41) is performed, and then the signal is obtained by wireless transmission, and then displayed on the communication monitoring device (40). The relevant power information is displayed on the screen. The present invention utilizes each of the wireless switch device (50) and the communication monitoring device (40) to query relevant power consumption information, including: circuit current intensity, power consumption, and circuit temperature associated with each of the home appliance devices (20) Monitoring, calculation, statistics, recording, display and storage of related data such as electricity usage time.

The intelligent home monitoring system of this creation can be built in the existing building, circuit configuration and household appliances in the mode of adding and replacing the least components. It only needs to replace the power switch and power socket. For the power supply device (10) of the present invention, each control device (30), communication monitoring device (40) and wireless switch device (50) are added, and the construction can be completed without It is necessary to change the existing circuit wiring or replace the new household appliances, so it is compatible; at the same time, the smart home system of this creation has low cost, and can build a smart home system at a lower cost, and solve the conventional intelligence. Home systems are not compatible with existing lines and appliances and cost.

After the power supply device (20) of the present invention is connected to each of the household electrical appliances (10), the utility power can be provided, and the current detecting module (113) (123) and the temperature detecting module (114) are utilized. (124) sensing and returning the signal to the control device (30), and processing, analyzing, counting, and managing the control device (30) and the home monitoring management program (41) The switching device (50) and the communication monitoring device (40) inquire and monitor the power consumption situation to achieve the dual function of simultaneously monitoring the current magnitude and the circuit temperature during operation of the household electrical appliance (20); When the current magnitude of the device (20) or the circuit temperature exceeds a preset value, the control device (30) can transmit a signal to the power supply device (10), thereby cutting off the power supply, thereby reducing the circuit overheating and causing the line to escape. The situation can occur, which can improve the safety of electricity.

Through the wireless switch device (50) and the communication monitoring device (40), the present invention can query the power usage of each of the home appliances (20) and the circuit temperature of each of the home appliances (20), especially The wireless switching device (50) and the communication monitoring device (40) respectively perform transmission of control signals and information signals between the wireless transmission mode and the control device (30), and have the function of long-distance transmission; meanwhile, at a long distance In the case of a related power inquiry, if the abnormality is found, the power supply device (10) can be powered off immediately by each of the wireless switch device (50) and the communication monitoring device (40), and the home appliance device (20) is stopped. Power supply to achieve remote control power supply and remote power off function.

This creation utilizes existing buildings, circuit wiring, and household appliances, and can be upgraded by combining the power supply devices (10), control devices (30), wireless switch devices (50), and communication monitoring devices (40) of the present creation. The intelligent home monitoring system only needs to remove the old power supply socket and switch, replace the power supply device (10) of the creation, and then add each control device (30), wireless switch device (50) and communication monitoring. The device (40) can be constructed completely, the overall configuration is simple and easy to set up, the construction time is short, and the construction can be carried out without a high-tech threshold, thereby greatly reducing personnel costs.

Please refer to the fifth embodiment to the sixth figure, which is a second embodiment of the present invention, which further has a central monitoring device (60), which is disposed in the central control room of the community building, and is externally connected to the control device ( 30) a connection device having an operation module (61) and connecting the operation mode Group (61) and mutually transmitting a signal display module (62), and the home monitoring management program (41) is built in the computing module (61); the computing module (61) provides information and The processing, judging, transmission, control, statistics and storage of related signals; the display module (62) displays the related data and information processed by the computing module (61) by using a screen display mode for Browse and query.

In this embodiment, the home monitoring system of the present invention is mainly combined with the central control system of the community house. When the construction is constructed, the control device (30) is connected to the community control room by a circuit or wireless transmission. The central monitoring device (60), and the home monitoring device (60) is built in the central monitoring device (60), so that the electricity usage of each household can be monitored in real time, and the central monitoring device (60) can be used in an emergency. Transmitting the control signal to the control device (30), and then powering off the power supply device (10) through the control device (30), stopping the power supply to the home device (20) to achieve remote control power supply And remote power off function, and improve the safety of electricity. Other technical applications, construction wiring, and use states and expected functions of the present embodiment are all the same as those of the foregoing first embodiment.

Please refer to the seventh embodiment, which is a third embodiment of the present invention, which mainly includes: an electric device (20), and a power supply device (10) connected to the home appliance device (20) by a signal. A control device (30), a communication monitoring device (40), a wireless switching device (50) and a central monitoring device (60).

The household electrical appliance (20) is a household appliance that needs to be operated by using electric power; the power supply device (10) is capable of providing electrical energy of the household electrical appliance (20) after the household electrical appliance (20) is coupled, and has a base (111), and a current detecting module (113) and a temperature detecting module (114) connected to the base (111) and connected to the mains, wherein the current detecting module (113) The device can sense the state of charge flow in the circuit connected to the mains when the home appliance (20) is in operation, and the temperature detecting module (114) can sense the circuit temperature of the home appliance (20) when it is connected to the mains.

This embodiment is mainly to provide another embodiment, wherein the power supply device (10) is in any form and can be used for the home appliance (20) power technology and structure; when the group is set up, the utility power and the creation are The power supply device (10) is coupled to each other; the wireless switch device (50) and the communication monitoring device (40) having the home monitoring management program (41) are respectively configured to wirelessly transmit the device and the control device (30) Linking; further, the central monitoring device (60) having the home monitoring management program (41) is connected to the control device (30) by a line, that is, the construction is completed.

The power supply of the present embodiment is such that the home appliance (20) is coupled to the power supply device (10) to provide the required power, and the current detecting module (113) and the temperature detecting module are provided. (114) Continuous sensing monitoring, transmitting the signal back to the control device (30), and cooperating with the home monitoring management program (41) for processing, analysis, statistics, etc., by the wireless switching device (50) and communication monitoring The device (40) queries the power-related information of the home appliance (20); each of the wireless switch device (50), the communication monitoring device (40), and the central monitoring device (60) also directly input a control signal to enable the control signal. The control device (30) transmits the power to the power supply device (10), and further controls switching between power supply and power-off of the home device (20). Other technical applications, construction wiring, and use states and expected functions of the present embodiment are all the same as those of the foregoing first embodiment.

Please refer to the eighth embodiment to the tenth embodiment, which is a fourth embodiment of the present invention, which is a simplified implementation, which mainly includes: a power supply device (10), and the power supply device (10) A home appliance device (20), a control device (30), and a wireless switch device (50) are connected by a signal. The power supply device (10) has a current detecting module (113) for sensing the state of charge flow in the circuit connected to the commercial power when the household electrical appliance (20) is in operation.

This embodiment is applicable to a device that has a walkie-talkie device configuration, in which the old walkie-talkie is replaced, the wireless switch device (50) that is the original creation is replaced, and the power supply device (10) that is the original socket or the power switch is replaced. At the same time, the control device (30) is additionally provided, and the home monitoring management program (41) is built between the wireless switching device (50) and the control device (30); the wireless switching device (50) is The wireless transmission fraction is coupled to the control device (30), that is, the installation is completed.

In this embodiment, the smartest home monitoring system is provided, which only has a current level detecting function, and the current detecting module (113) continuously monitors the signal and transmits the signal back to the control device (30). The processing, analysis, statistics, and the like of the home monitoring management program (41) can be used to query the power-related information of the home appliance by the wireless switch device (50); the wireless switch device (50) must also directly input the control signal. The control signal is transmitted to the power supply device (10) through the control device (30), thereby controlling the switching of power supply and power-off of the home device (20).

Compared with the preferred embodiment, the embodiment has fewer built-in components and shorter construction time, so the cost is lower, and the most basic smart home power monitoring function can be achieved. Other technical applications, construction wiring, and use states and expected functions of the present embodiment are all the same as those of the foregoing first embodiment.

Referring to FIG. 11 , a fifth embodiment of the present invention provides another form of the power supply device (10), wherein the power supply device (10) has a plug for the home appliance (20) at the same time. And the user of the household appliance (20) for switching the switch type; the setting of each current detecting module (113) and the temperature detecting module (114) is preset Provided on the circuit board; and each of the opening and closing switch assembly (112) and the socket assembly (122) are respectively disposed on the base (111); and each current detecting module in the assembled state The (113) and the temperature detecting module (114) are connected to the base (111), and the related lines are connected to form the power supply device.

In this embodiment, a power supply mode of "switching" and "socket connection" is provided on a base (111), and the user is selected for the other power supply device (10). Adjustments and changes can be made according to requirements, and the application is quite extensive. Other technical applications, construction wiring, and use states and expected functions of the present embodiment are all the same as those of the foregoing first embodiment.

Please refer to the twelfth embodiment, which is a sixth embodiment of the present invention, wherein the power supply device (10) is in the form of a universal socket; when the device is set, the current detecting module (113) is pre-configured. The configuration is disposed on the circuit board; the socket component (122) of the universal form is connected to the base (121); and the current detecting module (123) of the assembled state is connected to the circuit board The power supply device (10) is formed on the base (121) by coupling the relevant lines.

In this embodiment, a power supply mode in the form of a "universal socket connector" is provided on a base (111) to provide another selection of the power supply device (10), so that the adjustment can be adjusted according to requirements. Changes are widely used. Other technical applications, construction wiring, and use states and expected functions of the present embodiment are all the same as those of the foregoing first embodiment.

Referring to the thirteenth to fifteenth drawings, a seventh embodiment of the present invention, wherein the power supply device (10) further has a gas detection mode disposed on the base (111) (121) a group (13) and a circuit breaker (131) disposed at a preset portion of the gas pipeline, the gas detecting module (13) sensing a gas concentration within a preset range, and the control device (30) The phase detection and signal transmission, when the gas supply device (10) detects that the gas concentration exceeds a preset value within the preset range, the gas detection module (13) transmits a signal to the control device (30) And transmitting, by the control device (30), the control signal to the circuit breaker (131), the gas circulation in the gas pipeline can be cut off; the power supply device (10) is further connected to the base (111) (121) The upper help button (14) is coupled to the control device (30) and For signal transmission, when the help button (14) is pressed, the emergency help signal is transmitted to the control device (30), and then the control device (30) transmits the distress signal to the central monitoring device (60) or the communication monitoring device. Device (40).

In this embodiment, the power supply device (10) is further provided with each of the help button (14) and the gas detecting module (13), wherein the gas detecting module (13) continuously detects the surrounding The gas concentration in the preset range is transmitted to the control device (30), and when the gas concentration is detected to exceed the preset value, the control device (30) transmits a control signal to the circuit breaker (131). ), in order to cut off the gas, thus having a gas detection and cutting function; meanwhile, if an abnormal situation in which a gas leak is detected, the control device (30) also simultaneously transmits a signal to each of the wireless switching devices (50) The communication monitoring device (40) and the central monitoring device (60) can issue warnings, notify and remind relevant personnel, and can also record relevant information for inquiry.

The help button (14) provides a safe button for the occupant to manually press the help button (14) provided on the power supply device (10) to transmit a signal to the control device (30). The control device (30) transmits a help message to the wireless switch device (50), the communication monitoring device (40), and the central monitoring device (60) to issue a warning, notify and remind relevant personnel, and record related information for Inquire. Other technical applications, construction wiring, and use states and expected functions of the present embodiment are all the same as those of the foregoing first embodiment.

Please refer to the sixteenth to eighteenth drawings, which are the eighth embodiment of the present invention, wherein the power supply device (10) has a humidity detecting module disposed on the base (111) (121) (15), which can sense the water vapor concentration in the preset range, and is connected with the control device (30) and can perform signal transmission, and the humidity detecting module (15) will sense the water vapor concentration after the sensing The signal transmission signal is sent to the control device (30), and then the control device (30) performs calculation, analysis and processing, and the home monitoring management program (41) can be used to query the humidity information related to the current indoor environment; the power supply The device (10) has a gas detecting module (16) disposed on the base (111) (121) for sensing a gas type and concentration within a preset range, and the control device (30) The gas detection module (16) transmits the sensed surrounding gas type, composition and concentration signal to the control device (30), and then operates by the control device (30). , analysis and processing, information on current indoor gas and concentration can be obtained through the home monitoring management program (41) The power supply device (10) has an ambient temperature detecting module (17) disposed on the base (111) (121) for sensing a preset range The temperature is connected to the control device (30) for signal transmission, and the ambient temperature detecting module (17) transmits the sensed ambient temperature signal to the control device (30), and then The control device (30) performs calculation, analysis and processing, and can query the current indoor gas and concentration related information through the home monitoring management program (41).

The present embodiment further includes each of the humidity detecting module (15), the gas detecting module (16) and the ambient temperature detecting module (17) on the power supply device (10), wherein each of the humidity The detection device (15) gas detection module (16) and the ambient temperature detection module (17) continuously detect the water vapor concentration, the gas type and composition and concentration, and the indoor ambient temperature in a predetermined range. And transmitting the detection signals to the control device (30) respectively, and then transmitting the message to the wireless switch device (50), the communication monitoring device (40) and the central monitoring device (60) through the control device (30), respectively. It can provide information on indoor humidity, gas type and composition and concentration, and indoor ambient temperature.

In this embodiment, the humidity detection module (15), the gas detection module (1) and the ambient temperature detection module (17) are added, so that the humidity, the gas type and concentration, and the indoor temperature are monitored. And many other features. Other technical applications, construction wiring, and use states and expected functions of the present embodiment are all the same as those of the foregoing first embodiment.

To sum up, the "Smart Home Monitoring System" disclosed in this paper provides a monitoring system for domestic electricity supply that is compatible with existing buildings, circuit wiring and household appliances. The power supply device for the current and the circuit temperature is connected between the existing commercial power supply and the household electrical appliance, and is provided with the control device and the wireless switch device and the communication monitoring device for wireless transmission. The home monitoring management program is built in the control device, the wireless switching device and the communication monitoring device, so that it can be upgraded to a smart building, and the smart home system is built at a lower cost, and the current of each household appliance is monitored. Size and circuit temperature, and can expand the function to detect the gas, humidity, ambient gas and ambient temperature, as well as the distress notification function, all of which can provide the control device for statistics and analysis, and obtain electricity-related information for inquiry. Or judged as the next action, and its overall structure is simple, the circuit configuration of the home system is simple and easy, and can be shortened In order to reduce personnel costs, the company has achieved a smart home monitoring system with a stable combination and high ease of assembly, which makes the whole industry practical and cost-effective, and its structure has not been seen in books or public use. The requirements for new patent applications, please ask the Bureau to understand the patent, and grant the patent as soon as possible.

To be clear, the above is the specific embodiment of the creation and the technical principles applied. If the changes made according to the concept of this creation, the functional role produced by it does not exceed the spirit of the manual and the drawings. At the time, it should be combined with Chen Ming within the scope of this creation.

(10)‧‧‧Power supply unit

(11)‧‧‧Power switch module

(12)‧‧‧Power socket module

(20)‧‧‧Home Appliances

(21)‧‧‧First home appliance

(22)‧‧‧Second home appliance

(30)‧‧‧Control devices

(40)‧‧‧Communication monitoring device

(50) ‧‧‧Wireless development devices

Claims (13)

The invention relates to a smart home monitoring system, which comprises: an electric device, which is a household appliance that needs to be operated by using electric power; and a power supply device, which is provided after the household electrical appliance device is connected, can provide electric energy of the household electrical appliance, and has a base. And a current detecting module and a temperature detecting module connected to the base and connected to the mains, wherein the current detecting module senses the electric charge in the circuit connected to the mains when the household appliance is in operation In the flow condition, the temperature detecting module can sense the circuit temperature connected to the commercial power when the household electrical appliance is in operation; a control device is connected to the power supply device by wireless transmission, and the control device has an operation and a processing The unit, each of the current detecting module and the temperature detecting module transmits the measured information to the control device after sensing the current state and temperature of the circuit connected to the mains in operation of the household appliance, and the control device can receive The signals from each of the current detecting module and the temperature detecting module are used for judging and analyzing the current magnitude and temperature, and the control device can transmit the control signal to the power source. The device should be switched on and off to control the operation or stop of the home appliance; a communication monitoring device, which is a communication technology application, is connected to the control device for signal transmission, and has a home monitoring management program (APP) It is built in each of the control device and the communication monitoring device to provide monitoring, calculation, statistics, recording, and related data such as circuit current intensity, power consumption, circuit temperature, and power consumption time when the home appliance device operates. Display and storage. A smart home monitoring system includes: a power supply device having a power switch module and a power socket module, each of the power switch module and the power socket module respectively having a base, the power switch The module is provided with an opening and closing switch assembly on the base, the power socket module has a socket assembly disposed on the base, and each of the power switch module and the power socket module is respectively disposed on the base thereof A current detecting module and a temperature detecting module connected to the mains, wherein the current detecting module senses a charge flow condition in the circuit when the mains is coupled, and the temperature detecting module senses Measuring a circuit temperature coupled with the mains; an electric device, which is a household appliance that needs to be operated by using electric power, has a first home appliance device and a second home appliance device, and the first home appliance device is coupled to the power switch module And switching the power supply on and off by the opening and closing switch assembly, the second home appliance is coupled to the power socket module, and is plugged into one of the second home appliances In the The power supply module is configured to sense the charge flow in the circuit connected to the commercial power when the home appliance is in operation, and the temperature detecting module can sense the connection between the home appliance and the utility power. a control device is coupled to the power supply device in a wireless transmission mode, the control device having an operation and processing unit, each of the current detection module and the temperature detection module sensing the operation of the home appliance After the current condition and temperature of the circuit connected to the mains, the measured information is transmitted to the control device, and the control device can receive signals from the current detecting module and the temperature detecting module to perform current magnitude and temperature. Judging analysis, the control device can transmit a control signal to the power supply device for switching the current to switch on or off to control the operation or stop of the home appliance; and a communication monitoring device for communication technology application is coupled with the control device Signal transmission, which has a home monitoring management program, which is built in each of the control device and the communication monitoring device to provide each Associated circuitry when electrical current intensity operating means, power consumption, circuit temperature, time and other relevant information of the power monitoring, operation statistics, recording, display and storage. According to the intelligent home monitoring system of claim 1 or 2, the wireless home monitoring system further has a wireless switching device disposed in the room, and is connected to the control device by wireless transmission to transmit signals for active mode. After the signal is sent to the control device, the control device controls the transmission control signal to the power supply device to switch the current on and off. The home monitoring management program is built in the wireless switch device. According to the intelligent home monitoring system of claim 3, wherein the wireless switch device is one of an indoor walkie-talkie or a remote controller; the wireless switch device has a display module coupled to the control device, and is displayed on a screen In this way, the relevant information and information of the operation and processing unit are displayed for browsing and inquiry. The smart home monitoring system according to claim 1 or 2, wherein the communication monitoring device can be one of a mobile phone, a tablet computer, a desktop computer or a notebook computer. According to the intelligent home monitoring system described in claim 1 or 2, the system further has a central monitoring device, which is disposed in the central control room of the community building, and is connected to the control device by an external connection method, and has an operation. a module, and a display module that connects the computing module and transmits a signal to each other, and the home monitoring management program (APP) is built in the computing module, and the computing module provides data and related signals. Processing, judging, transmitting, controlling, counting, and storing operations; the display module uses the screen display mode to process the processed module Information and message display for browsing and enquiry. The smart home monitoring system according to claim 1 or 2, wherein the power supply device further has a gas detecting module disposed on the base, and one of the preset portions of the gas pipeline is disconnected The gas detecting module can sense the gas concentration in the preset range, and is connected with the control device and can perform signal transmission. When the power supply device detects the gas concentration exceeds the preset within the preset range. In the case of the value, the gas detection module transmits a signal to the control device, and then the control device transmits a control signal to the circuit breaker to cut off the gas circulation in the gas pipeline. The smart home monitoring system according to claim 1 or 2, wherein the power supply device further has a help button disposed on the base, coupled to the control device and capable of transmitting signals for pressing When the help button is pressed, the emergency help signal is transmitted to the control device, and the control device transmits the help signal to the communication monitoring device. According to the intelligent home monitoring system of claim 6, wherein the power supply device further has a help button on the base, and is connected to the control device and can transmit signals, when the help button is pressed, That is, the emergency help signal is transmitted to the control device, and then the control device transmits the help signal to the central monitoring device. The smart home monitoring system according to claim 1 or 2, wherein the power supply device has a humidity detecting module disposed on the base, and is capable of sensing a water vapor concentration within a preset range. And the signal is transmitted to the control device, and the humidity detection module transmits the sensed water vapor concentration signal to the control device, and then the control device performs calculation, analysis and processing The home monitoring management program queries the current humidity information of the indoor environment. The smart home monitoring system according to claim 1 or 2, wherein the power supply device has a gas detecting module disposed on the base, and is capable of sensing a gas type and concentration within a preset range And connecting to the control device for signal transmission, the gas detecting module transmits the sensed surrounding gas type and concentration signal to the control device, and then the control device performs calculation, analysis and processing, Information about the current indoor gas and concentration can be obtained through the home monitoring management program. According to the intelligent home monitoring system of claim 1 or 2, wherein the power supply device has an ambient temperature detecting module disposed on the base, which is capable of sensing a preset a temperature within the range and coupled to the control device for signal transmission, the ambient temperature detecting module transmits the sensed ambient temperature signal to the control device, and then the control device performs calculation, analysis and After processing, you can check the information about the current indoor gas and concentration through the home monitoring management program. According to the intelligent home monitoring system described in claim 2, wherein the power socket module is in the form of a universal socket.