CN204859203U - Home Management System - Google Patents

Abstract

The utility model provides a management system at home, it contains operation interface, bluetooth bridge, at least one wireless signal receiver, at least one wireless signal transmitter and an at least inductor. The Bluetooth bridge is in wireless connection with the operation interface through a first control signal, the at least one wireless signal receiver is arranged on at least one electric appliance and is in wireless connection with the Bluetooth bridge through a second control signal, the at least one wireless signal transmitter is arranged on at least one switch device and is in wireless connection with the Bluetooth bridge through a third control signal, and the at least one sensor is in wireless connection with the Bluetooth bridge through at least one fourth control signal. See through the utility model discloses a management system at home need not to connect the internet and sees through high in the clouds server, reduces the safe worry at home management system.

Description

Home Management System

technical field

The utility model relates to a home management system, in particular to a home management system capable of achieving smart houses.

Background technique

In recent years, the popularity of smart phones and tablet computers has driven the application of wireless networks and the Internet. Smartphones or tablet computers with wireless network and the Internet can be used as an application platform for home management systems. Users can remotely control home appliances through smart phones, such as controlling the electric cooker at home to cook, and they can have cooked food when they get home. Rice is edible. However, the wireless network and the Internet need to go through an external Internet network and cloud server. In addition to the high cost of building this application platform, security issues also need to be considered. Because the existing home management system needs to be connected to the external Internet, user information may be leaked from the home management system, and computer experts can invade the user's home management system from the Internet, and the home management system applied through the Internet The management system requires strict protective measures, and the maintenance cost of Internet security must be a long-term problem.

Therefore, there is a need to provide a home management system that does not need to use the Internet, reduces the security concerns of the home management system, and can achieve most of the functions of the existing home management system.

Utility model content

The purpose of this utility model is to design a home security system, which does not need to connect to the Internet and pass through the cloud server, so as to reduce the security concerns of the home management system.

According to the above purpose, the utility model provides a home management system, which includes:

an operation interface;

A bluetooth bridge, wirelessly connected to the operation interface through a first control signal;

at least one wireless signal receiver, arranged on at least one electrical appliance, and wirelessly connected to the bluetooth bridge through at least one second control signal;

At least one wireless signal transmitter is arranged on at least one switch device, and is wirelessly connected to the Bluetooth bridge through at least one third control signal;

At least one sensor is wirelessly connected to the Bluetooth bridge through the at least one fourth control signal.

According to the above purpose, the utility model provides a home management system, wherein the operation interface is set on a mobile device.

According to the above purpose, the utility model provides a home management system, wherein the operation interface is set on a bluetooth remote controller.

According to the above purpose, the home management system provided by the utility model, wherein the Bluetooth bridge includes:

A storage unit, storing at least one operation mode, and storing the first control signal corresponding to the at least one operation mode, the at least one second control signal, the at least one third control signal or the at least one a fourth control signal;

A controller electrically connected to the storage unit.

According to the above purpose, the home management system provided by the utility model, wherein the working of the first control signal, the at least one second control signal, the at least one third control signal or the at least one fourth control signal The frequency is a common frequency.

According to the above purpose, the home management system provided by the present invention, wherein the working frequency of the at least one second control signal, the at least one third control signal and the at least one fourth control signal is 433.92 MHz.

Another purpose of the utility model is to design a home security system, which uses an international channel, so that the utility model can be applied to most countries in the world.

According to the above purpose, the utility model provides a home management system, which includes:

an operation interface;

A bluetooth bridge, wirelessly connected to the operation interface through a first control signal, and the bluetooth bridge includes:

a storage unit storing at least one operation mode;

a controller, electrically connected to the storage unit, and transmitting at least one second control signal according to the at least one operation mode;

at least one wireless signal receiver, arranged on at least one electrical appliance, and wirelessly connected to the bluetooth bridge through the at least one second control signal;

At least one wireless signal transmitter is arranged on at least one switch device, and is wirelessly connected to the Bluetooth bridge through at least one third control signal;

At least one sensor is wirelessly connected to the Bluetooth bridge through the at least one fourth control signal.

According to the above purpose, the present invention provides a home management system, wherein the operation interface is set on a mobile device or a bluetooth remote controller.

According to the above purpose, the utility model provides a home management system, wherein the working frequency of the at least one second control signal, the at least one third control signal and the at least one fourth control signal is a common frequency.

According to the above purpose, the home management system provided by the present invention, wherein the working frequency of the at least one second control signal, the at least one third control signal and the at least one fourth control signal is 433.92 MHz.

Through the above-mentioned home security system, household electrical appliances can be efficiently controlled without connecting to the Internet through the cloud server, which reduces the security concerns of the home management system and can achieve most of the functions of the existing home management system.

Description of drawings

Fig. 1 is a block diagram of the home management system of the present invention.

Fig. 2 is a schematic diagram of the home management system of the present invention.

Reference number

10 home management system

11 operation interface

12 bluetooth bridge

121 controller

122 storage units

13 wireless signal receiver

14 wireless signal transmitter

15 sensors

Detailed ways

The technical means adopted by the utility model to achieve the intended purpose are further described below in conjunction with the drawings and preferred embodiments of the utility model.

Fig. 1 is a block diagram of the home management system of the present invention. As shown in FIG. 1 , the home management system 10 mainly includes an operation interface 11 , a Bluetooth bridge 12 , at least one wireless signal receiver 13 , at least one wireless signal transmitter 14 and at least one sensor 15 .

The operation interface 11 can be an application installed on a mobile device, or the operation interface 11 can be installed on a Bluetooth remote controller, and the operation interface 11 outputs a first control signal through Bluetooth wireless communication to wirelessly connect with the Bluetooth bridge 12 . The Bluetooth bridge 12 includes a controller 121 and a storage unit 122 , and the Bluetooth bridge 12 can output the second control signal through an international public channel. The controller 121 is electrically connected to the storage unit 122, and the storage unit 122 can store at least one operation mode, and store a first control signal, a second control signal, a third control signal or a fourth control signal corresponding to the operation mode. The controller 121 finds the corresponding operation mode in the storage unit 122 according to the first control signal of the operation interface 11, and outputs at least one second control signal to the at least one wireless signal receiver 13 according to the operation mode, and the Bluetooth bridge 12 It is wirelessly connected with at least one wireless signal receiver 13 through the second control signal. The wireless signal receiver 13 is installed on at least one electrical appliance at home, which can control the opening and closing of the electrical appliance, and can also control the strength of the electrical appliance. For example, the wireless signal receiver 13 is installed on the electric lamp. When the wireless signal receiver 13 on the electric lamp receives the second control signal, in addition to controlling the opening of the electric lamp according to the second control signal, it can also select which ones to open. lights, and which lights do not need to be turned on. If the wireless signal receiver 13 is installed on the air conditioner, when the wireless signal receiver 13 of the air conditioner receives the second control signal, besides turning on the air conditioner, the temperature of the air conditioner can also be controlled.

At least one wireless signal transmitter 14 is arranged on at least one switch device, such as a remote controller, a wall switch or a doorbell, and the at least one wireless signal transmitter 14 communicates wirelessly with the Bluetooth bridge 12 through at least one third control signal connect. For example, the wireless signal transmitter 14 is arranged on a remote controller. When the user presses the switch of the remote controller, the wireless signal transmitter 14 will transmit the third control signal to the Bluetooth bridge 12, and the Bluetooth bridge 12 The controller 121 finds the corresponding operation mode in the storage unit 122 according to the third control signal, and then transmits at least one second control signal to at least one wireless signal receiver 13 according to the operation mode, so that the second control signal controls the operation of the electrical product. Operations such as opening and closing.

The sensor 15 of the home management system of the present invention can be installed anywhere indoors, such as on a door or a window, and the at least one sensor 15 is wirelessly connected to the Bluetooth bridge 12 through at least one fourth control signal. For example, when a door or a window is opened, the sensor 15 will sense that the door or window is opened and transmit a fourth control signal to the Bluetooth bridge 12, and the controller 121 of the Bluetooth bridge 12 stores the data in the storage unit according to the fourth control signal. Find the corresponding operation mode in 122, and then transmit the second control signal to at least one wireless signal receiver 13 according to the operation mode, so that the wireless signal receiver 13 that receives the second control signal turns on the electrical appliance. In addition, the first control signal is a bluetooth signal, and the working frequency of the second control signal, the third control signal and the fourth control signal is an international common frequency, which is preferably 433.92 MHz.

Fig. 2 is a schematic diagram of the home management system of the present invention. As shown in FIG. 2 and referring to FIG. 1 , the user can set various operation modes on the operation interface 11 of the home management system 10 and store the different operation modes in the storage unit 122 of the Bluetooth bridge 12 . According to the third control signal transmitted by the wireless signal transmitter 14 on the switch device or the fourth control signal transmitted by the sensor 15, the controller 121 finds the corresponding operation mode on the storage unit 122. According to this operation mode, Bluetooth The bridge 12 outputs at least one second control signal to at least one wireless signal receiver 13 to turn on at least one electrical appliance. For example, when the sky is getting dark, the sensor 15 senses that it is dark, and transmits the fourth control signal to the Bluetooth bridge 12. According to the fourth control signal, the operation mode is to turn on the indoor lights and close the outdoor sunshades. Then, the second control signal of the Bluetooth bridge 12 will be output to the wireless signal receiver 13 arranged on the indoor lamp and the sunshade. Or, when the user operates the garage remote controller to open the garage, the wireless signal transmitter 14 located at the garage remote controller transmits the third control signal to the Bluetooth bridge 12 at the same time, and the Bluetooth bridge 12 transmits the third control signal according to the third control signal of the garage remote controller. , the executed operation mode is set to turn on the garage light, and the second control signal corresponding to the operation mode is output from the bluetooth bridge 12 to the wireless signal receiver 13 of the garage light to turn on the garage light. However, in different embodiments, in addition to outputting the second control signal to the wireless signal receiver 13 of the light in the garage, the second control signal is simultaneously output to the wireless signal receiver 13 of the light in a specific area indoors to turn on the light in a specific area, and the user can follow the Personal preferences set different operation modes corresponding to the third control signal transmitted by different wireless signal transmitters 14 or the fourth control signal of different sensors 15 on the operation interface 11, and store the operation mode in the Bluetooth bridge 12 storage units 122.

Through the above-mentioned home management system 10, household electrical appliances can be efficiently controlled. Its wireless communication uses the standard bluetooth communication function and uses the public radio channels (such as 433.92MHz, etc.) that have been opened in most countries in the world. Compared with using The management system of the Internet and the cloud, although the home management system 10 of the present utility model is closed and cannot be remotely controlled, it is not easy to be hacked, and the cost is low.

Claims (10)

1. a house management system, it is characterized in that, described house management system comprises:

One operation interface;

One bluetooth bridger, through one first control signal and described operation interface wireless connections;

At least one wireless signal receiver, is arranged at least one electrical equipment, through at least one second control signal and the wireless connections of described bluetooth bridger;

At least one wireless signal transmitter, is arranged at least one switching device, through at least one 3rd control signal and the wireless connections of described bluetooth bridger;

At least one inductor, it is through described at least one 4th control signal and the wireless connections of described bluetooth bridger.

2. house according to claim 1 management system, is characterized in that, described operation interface is arranged on a running gear.

3. house according to claim 1 management system, is characterized in that, described operation interface is arranged at a blue Tooth remote controller.

4. house according to claim 1 management system, is characterized in that, described bluetooth bridger comprises:

One memory cell, stores at least one operator scheme, and stores described first control signal corresponding to described at least one operator scheme, described at least one second control signal, described at least one 3rd control signal or described at least one 4th control signal;

One controller, is electrically connected described memory cell.

5. house according to claim 1 management system, is characterized in that, the operating frequency of described at least one second control signal, described at least one 3rd control signal and described at least one 4th control signal is common frequency.

6. house according to claim 5 management system, is characterized in that, the described operating frequency of described at least one second control signal, described at least one 3rd control signal and described at least one 4th control signal is 433.92MHz.

7. a house management system, it is characterized in that, described house management system comprises:

One operation interface;

One bluetooth bridger, through one first control signal and described operation interface wireless connections, and described bluetooth bridger comprises:

One memory cell, stores at least one operator scheme;

One controller, is electrically connected described memory cell, according to described at least one operator scheme, transmits at least one second control signal;

At least one wireless signal receiver, is arranged at least one electrical equipment, through described at least one second control signal and the wireless connections of described bluetooth bridger;

At least one wireless signal transmitter, is arranged at least one switching device, through at least one 3rd control signal and the wireless connections of described bluetooth bridger;

At least one inductor, through described at least one 4th control signal and the wireless connections of described bluetooth bridger.

8. house according to claim 7 management system, is characterized in that, described operation interface is arranged at a running gear or a blue Tooth remote controller.

9. house according to claim 7 management system, is characterized in that, the operating frequency of described at least one second control signal, described at least one 3rd control signal and described at least one 4th control signal is common frequency.

10. house according to claim 9 management system, is characterized in that, the described operating frequency of described at least one second control signal, described at least one 3rd control signal and described at least one 4th control signal is 433.92MHz.