KR101272653B1 - System for controlling and monitoring household appliances - Google Patents

Abstract

PURPOSE: A home device remote control and monitoring system is provided to enable a user to simply construct the system and to improve user convenience. CONSTITUTION: A home device is controlled by a control signal transmitted from an IP(Internet Protocol) camera(100). The home device includes a dedicated control device(410) and an IR(Infrared Ray) control device(420). The dedicated control device is controlled by RF(Radio Frequency) communication. A smartphone(500) includes an application for controlling the IP camera through the Internet. The smartphone transmits a control command to the IP camera with operation by a user. The smartphone displays a captured image transmitted from the IP camera. [Reference numerals] (411) Door locking device; (412) Gas valve device; (413) Distribution device; (422) Air-conditioner; (423) Fan; (431) Boiler; (432) Electric mat; (433) Lamp; (600) SMS server

Description

Home appliances remote control and monitoring system {SYSTEM FOR CONTROLLING AND MONITORING HOUSEHOLD APPLIANCES}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an indoor device remote control and monitoring system for enabling remote control and monitoring of all electrical, electronic home appliances or communication devices (collectively referred to as 'home devices') in offices and homes. Establish a remote control and monitoring system for indoor devices based on wireless network IP (Internet Protocol) cameras, and remotely control and monitor video (and voice) and indoor devices remotely by connecting to the corresponding IP cameras through smartphones. The present invention relates to a home appliance remote control and monitoring system.

In general, homes have computers, lamps, televisions, audio equipment, pet cookers, as well as boilers, air-conditioning systems such as air conditioners, microwave and rice cookers and dish dryers, kitchen appliances such as dishwashers, washing machines, etc. There may be electronic devices, which are usually designed to be operated in a single control manner.

Recently, there have been attempts to integrate and control such indoor devices, and also, by connecting the indoor devices and home automation devices to remotely control the locking device to open or close the door, or to control the operation of curtains and blinds. Various systems are being sought to adjust the brightness of the room or to control the lighting on / off.

The home automation system also provides a technology that allows remote control of home devices through a telephone line from a distance, and such a home automation system can be controlled by a button operation after a user calls a remote location to select a home device. Convenience was provided.

However, the technology of the home automation system is very expensive to build the home automation system in the house, and each home device must be equipped with the functions and hardware equipment for the home automation from the manufacturing process in advance. It was not easy to build an automation system. In addition, even if the home automation system is built in the home, it is difficult to apply a new device to the existing home automation system, and this problem is more prominent as the release rate of various new home devices is accelerating. Has become a very big obstacle when building.

The present invention has been made to solve the above problems, the problem to be solved in the present invention is to provide a remote control and monitoring system for indoor devices that are convenient to use, low cost and very simple construction.

In addition, another object of the present invention is to provide a remote control and monitoring system for indoor devices, which can be more universally applicable to a variety of indoor devices, and can be easily added, changed, and the like to be controlled and monitored.

The present invention provides an IP camera 100 connected to the Internet to transmit a captured image and transmit a control signal by a control command; A power control outlet 200 for controlling power supply according to a control signal of the IP camera 100; An indoor device 400 controlled according to a control signal transmitted from the IP camera 100 and including an exclusive control device 410 controlled by RF communication and an infrared control device 420 controlled by IR communication; An application 700 for accessing and controlling the IP camera 100 through the Internet is installed, transmits a control command to the IP camera 100 by a user's operation, and captures a captured image transmitted from the IP camera 100. The present invention provides a remote control and monitoring system for an indoor device, including a smart phone 500 to display.

The indoor device remote control and monitoring system according to the present invention is convenient for use, low cost and very simple construction, more universally applicable to a variety of indoor devices, it is easy to add, change, etc. the control and monitoring target device Can be.

In addition, the indoor device remote control and monitoring system according to the present invention can be controlled by watching the indoor device of the controlled target directly because the image captured by the IP camera is displayed on the smart phone of the remote location has the effect of increasing the reliability.

In addition, the remote control and monitoring system for indoor devices according to the present invention does not require the installation of a personal computer, and the system configuration such as real-time monitoring, operation detection, temperature detection, light detection, current detection, and the like by simply installing the corresponding IP camera. It enables to perform functions such as night intrusion detection, and has the effect of controlling the operation of air conditioners, boilers, blinds, and the like.

1 is a schematic configuration diagram of an indoor device remote control and monitoring system according to an embodiment of the present invention;
2 is a block diagram of a remote control and monitoring system for home appliances according to the present invention,
3 is a block diagram of an IP camera in the indoor device remote control and monitoring system according to the present invention,
4A and 4B are perspective views of an IP camera according to an embodiment in a premises device remote control and monitoring system according to the present invention;
5 is an internal block diagram (a) and an external perspective view (b) of a control outlet in a home appliance remote control and monitoring system according to the present invention;
6 is a schematic internal block diagram of a smart phone in the indoor device remote control and monitoring system according to the present invention,
7 is a view showing the mode of the application installed in the smart phone in the indoor device remote control and monitoring system according to the present invention,
8 to 16 is a view showing the UI of the application installed in the smart phone in the indoor device remote control and monitoring system according to the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms and the inventor may properly define the concept of the term in order to best describe its invention It should be construed as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiments of the present invention and do not represent all of the technical idea of the present invention, various equivalents that may be substituted for them at the time of the present application It should be understood that there may be variations and variations.

1 is a schematic diagram of an indoor device remote control and monitoring system according to an embodiment of the present invention, Figure 2 is a block diagram of an indoor device remote control and monitoring system according to the present invention.

The present invention establishes a remote control and monitoring system for indoor devices based on IP (Internet Protocol) cameras, connects to the corresponding IP cameras via smartphones, remotely checks the captured images of the indoors, and controls the indoor devices. The present invention relates to a remote control and monitoring system for home equipment that can be monitored.

As shown in the accompanying drawings, the indoor device remote control and monitoring system of the present invention is largely, IP camera 100, power control outlet 200, indoor device 400, smart phone 500 and SMS server ( 600).

Referring to FIG. 2, the configuration of the present invention will be described in brief, and is connected to an external smart phone 500 through the Internet to transmit a captured image, and controls various kinds of indoor devices by a control command from the smart phone 500. IP camera 100 for performing; An application for accessing and controlling the IP camera 100 through the Internet is installed, and includes a smart phone 500 that accesses the IP camera 100 by a user's operation and transmits various control commands of the indoor device.

Prior to describing the IP camera 100, the indoor device 400 may be classified into various types according to a control method, a driving method, a power consumption amount, and the like. The indoor device 400 according to the present invention may be roughly classified into three categories operated according to the control signal of the IP camera 100.

First, a dedicated control device 410 that receives power from a commercial power source, communicates with the IP camera 100, and operates according to a control signal of the IP camera 100.

Second, the infrared control device 420 receives power from a commercial power source and is operated by a control signal of the IP camera 100 and

Third, it is classified as a power control device that executes stored logic only by supplying commercial power.

Firstly, the dedicated control device 410, which is classified with the IP camera 100, receives a control signal from the IP camera 100, performs an operation suitable for the control signal, and transmits the result to the IP camera 100. do. Accordingly, the power plug of the dedicated control device 410 is connected to the commercial outlet 450, and includes a module capable of communicating with the IP camera 100. At this time, the communication between the IP camera 100 and the dedicated control device 410 may be made by RF communication.

The device that can be included in the dedicated control device 410 includes a module that can communicate with the IP camera 100 or a device that can combine the module, for example, as shown in the figure, door lock Device 411, gas valve device 412, drainage device 413, and the like.

The door lock device 411 is a device that regulates the door according to the control signal of the IP camera 100, and can be operated even with a commercial power source, but can also be operated with a battery.

The gas valve device 412 is installed on a gas supply line supplied to a gas range or a gas boiler to control the gas supply according to the control signal of the IP camera 100, and the food dispensing device 413 is used for pets. It is a device that charges the food and discharges a predetermined amount of food according to the control signal of the IP camera 100.

The second category infrared control device 420 is a device that operates by receiving only a control signal from the IP camera 100, the device is driven by one-way communication. Accordingly, the power plug of the infrared control device 420 is connected to the commercial outlet 450, and includes a communication module that receives only a control signal from the IP camera 100. Devices belonging to this may include a television 421 (referred to as “TV”), an air conditioner 422, a fan 423, and the like. At this time, the communication between the IP camera 100 and the infrared control device 420 may be made by IR communication.

The third-class power control device 430 does not include a module that can communicate, and is a device that performs stored logic only by applying power. Accordingly, the power plug of the power control device 43 is connected to the power control outlet 200 controlled by the IP camera 100. Devices belonging to this may include a boiler 431, an electric field plate 432, and a lamp (or light bulb) 433.

The classified devices are classified to configure the system by minimizing the structural change of the indoor device 400, and the classified devices may be reclassified according to the configuration of the communication module, the communication method and the installation location. For example, if infrared control is possible by applying an infrared communication module to the boiler 431, it is classified as an infrared control device 420. Therefore, devices classified in detail above are according to an embodiment, and thus the scope of the present invention is not limited thereto.

The IP camera 100 is connected to the Internet, transmits a captured image, and transmits a control signal by a control command. The configuration of the IP camera 100 is illustrated in FIG.

3 is a block diagram of an IP camera in the indoor device remote control and monitoring system according to the present invention. The Internet connection unit 110 is connected to the Internet for communication, the camera unit 120 for capturing an image, and the camera unit. The motor driving unit 130 for moving the photographing area of the 120, the lighting unit 140 for irradiating a light source to the photographing area of the camera unit 120, and the control signal generator 150 for transmitting a control signal to the indoor device 400. ), The sensor unit 160 for detecting the state of the shooting area, the call button 170, the microphone 180 for receiving the voice of the shooting area and the speaker 185 for outputting the voice and the captured image and the detected signal And a control unit 190 which transmits to the Internet and controls the camera to photograph the direction and light of the camera according to a control command transmitted from the Internet, and transmit the control signal to the indoor device 400.

The internet access unit 110 is connected to the Internet and may be configured as a module for communication in a wired or wireless communication manner.

The camera unit 120 is a device for photographing a surveillance region, and may be configured as a CCD camera, a thermal imaging camera, or a combination of these.

The motor driver 130 is a device that tilts up, down, left, and right of the camera unit 120 to move the monitoring (or photographing) area under control.

The lighting unit 140 is a lamp for irradiating a light source when the photographing area is dark, and may be configured as an LED lamp.

The control signal generator 150 is a module that transmits a control signal for controlling the indoor device 400, and controls the RF communication unit 151 and the infrared control device 420 for controlling the dedicated control device 410. It consists of an IR communication unit 152. At this time, the RF communication unit 151 communicates using a radio frequency, and is a communication module for controlling the dedicated control device 410, and the IR communication unit 152 communicates using infrared rays, and the infrared control device 420 Communication module for controlling).

The sensor unit 160 includes a photographing area to sense a state or situation in the vicinity thereof, and includes a motion detection sensor 161 for detecting a movement; A temperature sensor 162 for sensing a temperature; And an illuminance sensor 163 for detecting illuminance and a current detecting sensor 164 for detecting current. In particular, the current sensor 164 is installed in the power supply line of a specific device, such as a computer, a television, is configured to detect the current of the specific device to check the use state of the device, use time and leakage. In addition, the illumination sensor 140 may be configured to control the on / off of the illumination unit 140 according to the illuminance sensed.

Call button 170 is a configuration for transmitting a short message to the smart phone 500 in a situation requiring an emergency or a call, it is associated with the SMS server 600 connected to the Internet. That is, the pressing signal is transmitted to the SMS server 600 connected to the Internet as the call button 170 is pressed, and the SMS server 600 performs the stored logic according to the pressing signal to send a call message to the smartphone 500. Send it out.

The microphone 180 and the speaker 185 receive voices in the area of the IP camera 100 and output voices.

The controller 190 controls the Internet connection unit 110, the camera unit 120, the motor driver 130, the lighting unit 140, the control signal generator 150, the sensor unit 160, and the call button 170. Control to execute the set logic.

An embodiment of the IP camera 100 configured as described above is illustrated in FIGS. 4A and 4B. Figures 4a and 4b shows the appearance of the IP camera according to an embodiment in the indoor device remote control and monitoring system according to the present invention, Figure 4a is a ceiling-mounted IP camera 100, Figure 4b is a stand / wall surface Attachable IP camera 100.

As shown in FIGS. 4A and 4B, the microphone 180, the camera unit 120, the sensor unit 160, and the like are positioned at the front side, and the motor driver 130 is positioned at the rear side. In particular, in the case of a ceiling-mounted IP camera, it is difficult to operate the call button 170 because the call button may be configured out of reach of the user. Therefore, the call button 170 may be configured to be provided only on the stand / wall-mounted IP camera 100 (FIG. 4B).

As described above, in the present invention, the indoor device 400 controlled by the IP camera 100 is classified into three types. IP controller 100 is classified into a dedicated control device 410 operated by two-way communication, an infrared control device 420 operated by one-way communication, and a power control device 430 that performs stored logic according to whether power is supplied. .

At this time, each power plug for driving the dedicated controller 410 and the infrared controller 420 is connected to a commercial outlet 450 (refer to FIG. 1) into which commercial power is applied, and a control signal from the IP camera 100. Receive and perform logic appropriate to the received control signal.

The power control device 430 performs the stored logic according to whether the power is turned on, and the power control device 430 is connected to a separate outlet to control the power supply.

Thus, in the present invention, a power control outlet 200 is provided as a method of controlling the power control device 430 and the power control device 430 is controlled by controlling the power control outlet 200 with the IP camera 100. .

Figure 5 shows an internal block diagram (a) and an external perspective view (b) of the control outlet in the indoor device remote control and monitoring system according to the present invention.

According to the accompanying drawings, the power control outlet 200 is installed between the commercial outlet 450 and the power control device 430 to control the power supply to the power control device 430 according to the control signal of the IP camera 100. The outlet includes a control plug 210, a control outlet 220, a control relay 230, and a control communication unit 240.

The control plug 210 is connected to the commercial outlet 450 and is configured in a general plug shape.

The control outlet 220 is a part that is connected to the power plug of the power control device 430 of the indoor device 400 is made of a conventional outlet shape.

 The control relay 230 is installed between the control plug 210 and the control outlet 220 to control the electrical connection between the control plug 210 and the control outlet 220 according to the connection signal.

The control communication unit 240 receives a control signal from the IP camera 100 and transmits a connection signal to the control relay 230. At this time, the control communication unit 240 communicates with the RF communication unit 151 of the IP camera 100 to transmit and receive a signal.

Next, the smartphone 500 will be described.

Figure 6 shows a schematic internal block diagram of a smart phone in the indoor device remote control and monitoring system according to the present invention.

The smartphone 500 is usually configured with a display screen, and includes a display module 510 for displaying execution images of various application programs of the corresponding terminal, various operating states and menu states of the corresponding terminal, and the like; An operation module 520 which is configured as a touch screen associated with the display module 510 and receives a user's touch screen operation; A communication module 530 for performing wireless communication such as telephone communication; A voice input / output module 540 including a speaker, a microphone, and the like to receive a voice of the user and output an audible sound to the user; A controller 560 which controls each module as a whole and controls the operation of the corresponding terminal as a whole; An operation program related to the operation of the control unit 560, and a memory 550 for storing various application programs and related content or image data.

In particular, the communication module 530 is configured to use a wireless Internet service through a mobile communication network or a wireless Internet network. In addition, the memory 550 is installed with an application 700 for controlling the indoor device 400 through the IP camera 100 by accessing the IP camera 100 through the Internet. Accordingly, the operation module 520 receives the user's multi-touch and interlocked touch movement state (ie, gesture), and the control module 560 detects the touch movement state and performs the set logic according to the IP camera 100. Send a control command. That is, the manipulation signal of the user through the application 700 transmits a control command to the IP camera 100, and displays the captured image transmitted from the IP camera 100. This application 700 may be configured to be downloaded from a separate supply server (not shown in the figure) or SMS server 600 installed.

7 illustrates a mode of an application installed in a smart phone in the indoor device remote control and monitoring system according to the present invention.

The application 700 installed in the smart phone 500 preferably includes a login access process configured to log in only a specific user by inputting an ID and a password in order to prevent access of others according to execution.

In addition, the application 700 may be divided into respective modes according to a target to be managed, and such a mode may include a child care mode 702, a pet care mode 704, and a home care mode 706. . In addition, each mode includes at least one user interface (UI).

UIs that can be configured include a photographed video display UI 710, voice call UI 720, light control UI 730, TV control UI 740, feeding control UI 750, air conditioning control UI 760, heating The control UI 770, the gas valve control UI 780, and the access control UI 790 are included.

Such a UI may be selected and displayed according to each mode. For example, the child care mode 702 includes a captured image display UI 710 and a voice call UI 720, and the pet management mode 704 includes a captured image display UI 710 and a voice call UI 720. ), A light control UI 730, a TV control UI 740, and a meal control UI 750, and the home management mode 706 includes a shot image display UI 710, a voice call UI 720, and a light control. The UI 730, the air conditioner control UI 760, the heating control UI 770, the gas valve control UI 780, and the access control UI 790 may be configured.

Here, the captured image display UI 710 and the voice call UI 720 may be applied to all three modes, and configured to add or delete the UI in each mode according to the user's setting.

8 to 16 is a view showing a UI installed in a smart phone in the indoor device remote control and monitoring system according to the present invention.

FIG. 8 illustrates a captured image display UI according to an exemplary embodiment. The captured image display UI 710 is a UI for outputting a captured image. The image output UI and IP outputting an image transmitted from the IP camera 100 are illustrated. And a move button for moving the photographing area of the camera 100. The captured image display UI 710 may be configured to be displayed in common in all modes. In addition, although not shown in the drawing, a zoom button for enlarging or reducing the photographing area of the camera may be further provided.

9 illustrates a voice call UI according to an embodiment. The voice call UI 720 connects an IP camera 100 and a smartphone 500 to make a voice call between a home and a remote place. Volume control button for adjusting the volume of the voice transmitted from the 100) is configured.

FIG. 10 illustrates a light control UI according to an embodiment. The light control UI 730 controls on / off of a lamp installed in a home, and includes a selection button for selecting a lamp and on / off a selected lamp. Button for lighting is provided.

FIG. 11 illustrates a TV control UI according to an embodiment, wherein the TV control UI 740 is used to control a television, a TV on / off button for turning on / off a television, and a channel selection button for selecting a channel. And a volume control button for adjusting the volume.

FIG. 12 illustrates a feeding control UI according to an embodiment, and the feeding control UI 750 includes a feeding device 413 (see FIG. 2) for charging a pet's food and discharging a predetermined amount of food according to a control signal. To control, the food discharge button and the like is provided.

FIG. 13 illustrates an air conditioner control UI according to an embodiment, wherein the air conditioner control UI 760 is configured to set an air conditioner on / off button for turning on / off an air conditioner, a temperature control button for adjusting temperature, and an operation time. Uptime adjustment buttons and the like are provided.

14 illustrates a heating control UI according to an embodiment. The heating control UI 770 is for controlling a boiler and includes a boiler on / off button, a heating temperature control button, a boiler operating time button, and the like.

15 illustrates a gas valve control UI according to an embodiment, and the gas valve control UI 780 is provided with a gas open / block button for turning on / off a gas valve device 412 (see FIG. 2). At this time, the gas valve control UI is to prevent an accident due to the outflow of the gas in the state of emptying the house without blocking the gas valve, the open button for opening the gas line can be omitted.

16 illustrates an access control UI according to an embodiment, and the access control UI 790 is provided with an opening / closing button for opening or closing the door lock. In this regard, the access control UI 790 may also be changed to a UI for detecting access.

As such, each UI is included in each mode 702, 704, and 706 to control the indoor device 400 at a remote location. In particular, since each image captured by an IP camera is displayed on a remote smartphone, each UI is displayed. This can be controlled by directly watching the indoor device of the controlled target, so that the operation of the control command can be directly checked, thereby increasing reliability.

On the other hand, for each mode, if the child management mode 702 includes a captured image display UI 710 and the voice call UI 720, whether the child returns home through the image transmitted from the IP camera 100 You can check and voice calls to your child through the voice call can be induced to adjust the TV watching time.

The pet management mode 704 includes a captured image display UI 710, a voice call UI 720, a light control UI 730, a TV control UI 740, and a meal control UI 750. You can manage your pets remotely, such as observing animals, transmitting or receiving voices (voices) with voice calls, controlling lights, controlling TVs to avoid alienation, and providing meals. have.

The home management mode 706 includes a photographed image display UI 710, a voice call UI 720, a light control UI 730, an air conditioner control UI 760, a heating control UI 770, and a gas valve control UI 780. Including the access control UI 790, to monitor the intruder, it is possible to safely manage the home.

Each mode may be configured to add or remove a UI according to a user's operation. For example, the mode may be configured to control the TV by adding the TV control UI 740 to the parental management mode 702. .

In addition, while the application 700 is executed and one mode is executed, another mode which is not executed may be configured to display on one side.

In addition, the entire UI may be configured to display a screen regardless of the mode. That is, the application 700 includes a photographed image display UI 710, a voice call UI 720, a light control UI 730, a TV control UI 740, a meal control UI 750, an air conditioning control UI 760, The heating control UI 770, the gas valve control UI 780, the entrance control UI 790 may be configured with one or more selected.

The indoor device remote control and monitoring system according to the present invention can control the indoor device by the UI displayed on the user's smartphone, it is convenient to use. In addition, a control program is installed by installing an application on a smartphone, which enables low cost and very simple construction. In addition, the present invention may be more universally applied to various indoor devices, and it may be easy to add or change a control and monitoring target device.

In addition, the remote control and monitoring system for indoor devices according to the present invention does not require the installation of a personal computer, and the system configuration such as real-time monitoring, operation detection, temperature detection, light detection, current detection, and the like by simply installing the corresponding IP camera. It enables to perform functions such as night intrusion detection, and has the effect of controlling the operation of air conditioners, boilers, blinds, and the like.

100: IP camera 110: Internet connection
120: camera unit 130: drive driver
140: lighting unit 150: control signal generator
151: RF communication unit 152: IR communication unit
160: sensor unit 161: motion detection sensor
162: temperature sensor 163: light sensor
164: current sensor 170: call button
180: microphone 185: speaker
190: control unit 200: control outlet
400: home appliances 410: dedicated control equipment
411: door lock device 412: gas valve device
413: breeding equipment 420: infrared control equipment
421: TV 422: air conditioning
423: fan 430: power controller
450: commercial outlet 431: boiler
432: electric field 433: lamp
450: commercial outlet 500: smartphone
600: SMS server 700: application
702: Child Care Mode 704: Pet Care Mode
706: Home management mode 710: Shooting image display UI
720: voice call UI 730: light control UI
740: TV control UI 750: Feed control UI
760: air conditioning control UI 770: heating control UI
780: gas valve control UI 790: access control UI

Claims (9)

An IP camera 100 connected to the Internet to transmit a captured image and transmit a control signal by a control command;
A power control outlet 200 for controlling power supply according to the control signal of the IP camera 100;
An indoor device 400 controlled according to a control signal transmitted from the IP camera 100 and including an exclusive control device 410 controlled by RF communication and an infrared control device 420 controlled by IR communication;
An application 700 for accessing and controlling the IP camera 100 through the Internet is installed, and transmits a control command to the IP camera 100 by a user's operation, and is transmitted from the IP camera 100. Including a smart phone 500 for displaying a shooting image,
The IP camera 100 is
An internet access unit 110 connected to the internet to perform communication;
Camera unit 120 for taking an image;
A motor driver 130 for moving the photographing area of the camera unit 120;
An illumination unit 140 irradiating a light source to a photographing area of the camera unit 120;
A control signal generator 150 for transmitting a control signal to the indoor device 400;
A sensor unit 160 for detecting a state of the photographing area;
A microphone 180 for receiving a voice in the shooting area, a speaker 185 for outputting voice, and
A control unit which transmits the captured image, the detected signal and the voice to the Internet, turns on the photographing direction and lighting of the camera according to a control command transmitted from the Internet, and transmits the control signal to the indoor device 400; An indoor device remote control and monitoring system comprising: 190.
delete The method according to claim 1,
Further provided with a call button 170 in the IP camera 100
The indoor device remote control and monitoring system, characterized in that it further comprises an SMS server 600 connected to the Internet to send a call message to the smart phone according to the pressing signal of the call button (170).
The method according to claim 1,
The control signal generator 150
The indoor device remote control and monitoring system comprising an RF communication unit (151) for controlling the dedicated control device (410) and an IR communication unit (152) for controlling the infrared control device (420).
The method according to claim 1,
The sensor unit 160
A motion sensor 161 for detecting a motion; A temperature sensor 162 for sensing a temperature; The indoor device remote control and monitoring system, characterized in that it comprises a light sensor (163) for sensing the illumination and a current sensor (164) for sensing the current.
The method according to claim 1,
The power control outlet 200 is
A control plug 210 connected to the commercial outlet 450;
A control outlet 220 connected to the power plug of the indoor device 400;
A control relay 230 installed between the control plug 210 and the control outlet 220 to control electrical connection between the control plug 210 and the control outlet 220 according to a connection signal;
The indoor device remote control and monitoring system comprising a control communication unit 240 for receiving a control signal from the IP camera 100 and sending a connection signal to the control relay 230.
The method according to claim 1,
The application 700 installed on the smartphone 500 is
At least one selected from the child care mode (702), pet management mode (704) and home care mode (706) remote control and monitoring system.
The method of claim 7,
The child care mode 702, pet management mode 704 and home care mode 706 is
Shooting image display UI (710), voice call UI (720), light control UI (730), TV control UI (740) and meal control UI (750), air conditioning control UI (760), heating control UI (770), Indoor valve remote control and monitoring system, characterized in that at least one selected from the gas valve control UI 780, access control UI (790).
The method according to claim 1,
The application 700 installed on the smartphone 500 is
Shooting image display UI (710), voice call UI (720), light control UI (730), TV control UI (740) and meal control UI (750), air conditioning control UI (760), heating control UI (770), Indoor valve remote control and monitoring system, characterized in that at least one selected from the gas valve control UI 780, access control UI (790).

Images