KR100933817B1 - Weather information display device and display management system - Google Patents

Abstract

PURPOSE: A mirror display device and an apartment weather information display operation system including the same are provided to visually or auditorily offer weather information, parking position information, and information for outdoor temperature or humidity through a half mirror. CONSTITUTION: A half mirror includes a coupling unit on a part of the rear side. A display unit visually displays weather information in a part of the half mirror. An outgo detection sensor(308) detects an outgo state of a user. If the outgo state is detected, a controller(310) requests the weather information to a home network device through a communications interface(302). If the weather information is received, the controller displays the received weather information is displayed on the display unit.

Description

Weather information display operating system of mirror display device and multi-unit house including the same {Weather information display device and display management system}

The present invention relates to a mirror display device suitable for employment in a multi-family house such as an apartment, a town house, a villa, or an officetel, and a weather information display operating system of a multi-family house including the same.

As is well known, in communal houses such as apartments, townhouses, villas, or officetels, household appliances, such as wall pads, may be generally installed.

In addition, a mirror may be installed at the entrance of each building to reflect the user's appearance when entering or exiting the building.

Techniques for displaying information needed by a user, typically through a half mirror, are known in some prior art. Most of the prior arts have a function of simply displaying on the half mirror by receiving news, advertisements, weather, and schedule information on the Internet, and automatically detecting and keeping a diary when going out at a specific time for work, etc. It was difficult to properly display the latest weather information based on forecasts or parking location information for vehicles parked in parking lots.

In other words, in the case of a technology for displaying the necessary information on the half mirror when the human body is detected, the human body detects the human body even when the user returns home and wastefully displays information that may be no longer useful.

Preferably, when the user tries to close the front door during the morning rush hour when the user needs the weather information, the weather information is properly displayed through the half mirror in a picture, text, or voice. If you tell the outside temperature together, it must be very useful to the user.

Accordingly, an object of the present invention is to provide a mirror display device capable of displaying weather information through a half mirror when going out and a weather information display operating system of a multi-family house including the same.

Another object of the present invention is to display the weather information through the half mirror in a picture, text, or voice when the user wants to leave the front door during the time of needing weather information, and if necessary, parking location information or external temperature In addition, the present invention provides a mirror display device that can inform and also a weather information display operating system of a multi-family housing including the same.

Still another object of the present invention is to visually display or voice guide information related to weather information, parking location information, external temperature, or external humidity through a half mirror when going out to improve user convenience and usability and in a building. It is to provide an improved technology that can further improve space utilization.

According to an aspect of an exemplary embodiment of the present invention, a mirror display device includes: a half mirror having a coupling portion at a portion of a rear surface thereof; A display unit coupled to the coupling unit of the half mirror and displaying weather information on a part of the half mirror; When connected to a home network device to communicate with the home network device, the home network device requests the transmission of weather information when the user detects a state of departure, and when the weather information is received, the received weather information is displayed on the display unit. And an operation control unit for controlling the display unit to be displayed.

In an embodiment of the present invention, the operation control unit may receive the parking location information together with the weather information to be displayed on the display unit. The parking location information may be obtained through an RFID reader or ZigBee or a wireless communication method and then provided to the home network device through a parking server.

In an embodiment of the present invention, the voice transmission unit for transmitting the weather information to the voice connected to the operation control unit may be further provided in the device.

In an embodiment of the present invention, the outing state of the user may be a second sensor installed at a position closer to the external door within a set time interval after the detection of the first sensor installed at a distant position based on the external door. In this case, it can be judged as going out. In addition, the user's outgoing state may be detected by a door sensor, a collective light switch, or a motion detection sensor composed of infrared, microwave, or ultrasonic sensors located inside the exterior door before the door lock installed at the exterior door is operated. In this case, it can be judged as going out. As another method, the directional sensor of the passive infrared motion detection method is provided, and when there is a detection output in the direction detection mode, it can be immediately determined as the outing state.

According to another aspect of the present invention, there is provided a mirror display device including: a half mirror having a coupling part at a rear surface thereof; A display unit coupled to the coupling unit of the half mirror and displaying weather information on a part of the half mirror; When connected to a home network device to communicate with the home network device, the home network device requests to transmit the weather information when the user detects a state of departure within a preset time range, and receives the received weather information when the weather information is received. And an operation control unit for controlling the display unit such that weather information is displayed on the display unit.

In an embodiment of the present invention, the operation control unit receives the parking location information output from the parking server to obtain the parking location information through the RFID reader or ZigBee or wireless manner to be displayed with the weather information from the home network device. Can be.

Preferably, the operation control unit may receive outdoor temperature information from the home network device to be displayed on the display unit.

According to another aspect of the present invention, there is provided a system for displaying and operating weather information of a multi-family house, including: an information providing server configured to provide weather information and / or parking location information for each region; A mirror display device connected to the information providing server through a communication line and receiving the weather information and / or parking location information from the information providing server and visually displaying the information on the half mirror when a user's outing is detected in a set time zone. do.

Preferably, a home network device for processing or interfacing the weather information and / or parking location information may be further connected between the information providing server and the mirror display device.

In an embodiment of the invention, the mirror display device,

A translucent mirror having a coupling portion at a rear portion thereof;

A communication interface unit connected to the home network device to perform communication;

A memory unit for storing program and work data related to the display of the weather information and / or parking location information;

A voice output unit for guiding the weather information and / or parking location information by voice;

A display unit coupled to the coupling portion of the translucent mirror and displaying weather information visually on a part of the translucent mirror;

Is connected to the memory, when detecting the user's outgoing state through the sensor interface to request the transmission of weather information and / or parking location information to the home network device through the communication interface, the weather information and / or parking When the location information is received, the received weather information and / or the parking location information may be provided with a control unit to be displayed on the display unit and output through the voice output unit.

In an embodiment of the present invention, the weather information display device may further display the weather temperature.

According to another embodiment of the present invention the weather information display operating system of a multi-family house,

An information providing server providing weather information and / or parking location information for each region;

It is connected to the information providing server to process or interface the weather information and / or parking location information for each area, and check the output of the sensor and outputs the weather information and / or parking location information for each area when the user's outgoing is detected in the set time A home network device;

And a mirror display device for receiving the weather information and / or parking position information for each region from the home network device and visually displaying the half mirror.

According to the exemplary embodiment of the present invention, the weather information, parking location information, external temperature, or external humidity-related information at the time of going out through the half-mirror visually or voice guidance to improve the user's convenience and usability There is an effect that can increase the space utilization in the building. In addition, there is an advantage of reducing unnecessary power consumption by displaying information on the half mirror only when there is a time out. Moreover, in the construction and distribution of apartments and houses, there is an additional advantage of widening the choice of consumers and increasing the value of products in supplying user-friendly product options.

Hereinafter, according to the preferred embodiments of the present invention, the configuration and operation of the mirror display device and the weather information display operating system of the apartment house including the same will be described in detail with reference to the accompanying drawings. Meanwhile, in describing the embodiments of the present invention, detailed descriptions of well-known functions or configurations of related circuit blocks will be omitted if it is determined that the present invention may unnecessarily obscure the subject matter of the present invention.

In an embodiment of the present invention, in order to visually display weather information and / or parking position information from the information providing server on the half mirror, the weather information display operating system of the apartment house may be configured as shown in FIG. 1.

1 is a block diagram of a weather information display operating system according to an embodiment of the present invention.

Referring to FIG. 1, the weather information providing server 100, a UPIS server 104 providing parking location information, a router / switching hub 110, a generation device 200, a door fuselage detecting unit 210, and a half mirror 320, and the weather information indicator 300 is shown.

The weather information providing server 100 is a server providing weather information for each region, and the UPIS server 104 is a ubiquitous parking information system server that provides parking location information indicating a location of a vehicle parked in a parking lot. The weather information providing server 100 and the UPIS server 104 correspond to the information providing server, and the weather information providing server 100 is connected to the router / switching hub 110 through a communication line L10. In this case, the UPIS server 104 may be connected to the weather information providing server 100. However, in other cases the UPIS server 104 may be directly connected to the router / switching hub 110.

In FIG. 1, the generation device 200 is connected to the router / switching hub 110 via a communication line L12 and functions as a home network device for processing or interfacing the weather information and / or parking location information. do. In the exemplary embodiment of the present invention, a home network device or a household network device called a wall pad installed in a common apartment house is utilized. However, when the matter is different, the communication line L12 is weathered. It may also be directly connected to the information indicator 300.

The weather information indicator 300 and the half mirror 320 constitute a mirror display device according to an embodiment of the present invention.

The mirror display device is connected to the information providing server 100 or 104 or the generation device 200 through a communication line, and when the user's outgoing is detected in a set time zone, the weather information and / or parking location information is provided. Received directly from the server (100,104) or from the generation device 200 is displayed visually on the half mirror (320).

A home network server may be connected between the information providing server 100 and 104 and the generation device 200, or the information providing server 100 and 104 may perform a function of a home network server. The weather information providing server 100 may provide the home network server with weather information including the latest updated humidity, temperature, and weather conditions every hour, for example, in response to the weather information request of the home network server.

Porch fuselage detection unit 210 is composed of an infrared sensor, a microwave, an ultrasonic sensor, etc. that can be installed in the generation porch or indoors, the detection signal of the human body in the generation porch line (L14) or line (14-1) ) On the other hand, if the directional sensor of the passive infrared motion detection method, for example, PA-0012DD is installed in place of the front fuselage detection unit 210 and the detection output in the direction mode may be immediately determined to go out.

The communication line L16 connected between the generation device 200 and the weather information indicator 300 may be formed as an RS 485 communication line.

The half mirror 320 refers to a translucent mirror and is a material that gives a feeling like a mirror by special treatment on acrylic or glass. Therefore, it usually functions as a mirror, and the LED or LCD mounted on the rear side is driven to project it onto the mirror surface only when displaying some information.

In FIG. 1, the weather information indicator 300 will be described below with reference to FIG. 5, but has a display unit and an operation control unit internally, and the display unit is coupled to a coupling part of the half mirror 320 and the weather information is Part of the half mirror serves to visually display.

In addition, the operation control unit is connected to the generation device 200, which is a home network device to perform communication, and when the user senses the state of going out, requests the transmission of weather information to the home network device 200, When the weather information is received, the display unit controls the display unit to display the received weather information on the display unit.

On the other hand, when the matter is different, the operation control unit is connected to the generation device 200 which is a home network device to perform periodic communication to update and store the weather information and / or parking location information in a memory, The display unit controls the display unit to be displayed on the storage unit when the user's out state is detected.

In the embodiment of the present invention, there are three methods for determining a user's outing state. A first determination method of determining an outing state when there is a detection of a second sensor installed at a position closer to the outside door within a set time interval after the detection of the first sensor installed at a distant position based on the outside door; There is a second determination method of determining that the user is out of the home when the internal door sensor inside the external door is detected before the door lock installed at the external door is operated.

The first sensor may be an infrared sensor, a microwave, an ultrasonic sensor, a switch-off switch, a go out / security switch, and the second sensor may be a door lock, a door closing switch, a door magnet switch, or a door lock wireless locking signal light. have.

In addition, as a third determination method, when the directional sensor of the passive infrared motion detection method is provided and there is a detection output in the direction mode, the outing state can be immediately determined.

The determination of the outing state is to be performed by the weather information display 300, but may be performed by the generation device 200 when the configuration or operation of the weather information display 300 is simplified. Of course.

Although the weather information indicator 300 is shown to be installed in the coupling portion of the half mirror 320 in the drawing, when the original mirror is prepared except the half mirror 320, the specific part of the mirror is opened and the A so-called recessed structure is also possible in which the display window of the weather information indicator 300 is directly exposed.

If the matter is different, the weather information indicator 300 may be installed in a part of the integrated control switch that is installed at the front door of the household without a mirror or a mirror and includes a collective lighting function. By providing an LED or LCD in a coupling portion which becomes a partial region of the integrated control switch unit, it is possible to display information and transmit voice announcements through this.

 In addition, the first sensor or the directional sensor may be partially exposed to the molding frame or body portion of the half mirror 320 or the molding frame or body portion of the original mirror.

2 to 4 are diagrams showing various examples of weather information display.

First, the types of weather information displayed in the half mirror are shown in FIG. According to the weather forecast, the area 20 is displayed on when the sunlight is covered by the cloud, the area 22 is displayed on the sunny day, and the area 24 is displayed on the rain when it is necessary to prepare an umbrella. It is in a state. In addition, the areas 28, 29 and 21 are areas respectively pointing to game, cloud, snow or rain after rain. Areas 23 and 25 are areas that are displayed on the display when the external temperature and humidity are displayed. For example, the regions 23 and 25 indicate that the external temperature is 23 degrees Celsius and the humidity is 35%. In addition, an area may be additionally secured so that visual information may be displayed together.

In FIG. 2, the area 26 is an area where parking location information is displayed, and a case where the vehicle is parked in the 52nd zone on the second basement floor is shown. If you were driving home last night, the messages displayed through the area 26 will save you the trouble of finding your vehicle on your busy commute.

2 may be regarded as a kind of avatar corresponding to weather information, and may be configured using an LED array or an LCD.

When the area 24 is turned on, the weather information indicator 300 of FIG. 1 analyzes the weather information transmitted from the generation device 200 and determines the area 24 to be in an on state. At all, the generation device 200 may transmit the “03” signal to drive the area 24 so that the area 24 may be turned on.

3 illustrates a case in which the clear 31, the cloudy 33, the snow 34, the rain 35, and the hail 36 can be displayed as characters in the main display window 31.

In the case of Figure 4, as shown in the message (41) through the speaker, “it may rain this afternoon (10/30). Please prepare an umbrella ”. The voice transmission of FIG. 4 may be made together with or independently of the display of FIGS. 2 and 3.

FIG. 5 is a detailed block diagram illustrating the weather information indicator of FIG. 1.

Referring to FIG. 5, the communication interface 302, the memory 304, the rectifier 306, the controller 310, the sensor interface 308, the LED array driver 312, the LED array 314, and the voice recognition unit An example in which the 311, the voice IC 316, the speaker 318, the LCD driver 330, and the LCD display 332 constitute a weather information display is shown.

The communication interface unit 302 is connected to the generation device 200 of FIG. 1, which is a home network device, performs communication, and may use a general-purpose product “MAX485”.

The memory 304 is connected to the control unit 310 to store program and work data related to the display of the weather information and / or parking location information. The memory 304 may include a DRAM and a flash memory.

The rectifier 306 converts household inlet AC power into DC power required for each block of FIG. 5, and has a configuration including a full wave rectifier therein.

The sensor interface 308 may be connected to an entrance sensor 210 of FIG. 1 or an infrared sensor or an ultrasonic sensor that can be installed therein to interface the sensing signal.

The voice IC 316 and the speaker 318 serve as a voice output unit for guiding the weather information and / or parking location information by voice. In this embodiment, the voice IC 316 uses “MLC1043”.

The LED array driver 312 and the LED array 314 or the LCD driver 330 and the LCD display 332 are coupled to the coupling portion of the half mirror 320, which is a translucent mirror, and the weather information is applied to a part of the translucent mirror. It serves as a display that displays to be shown visually. The LED array driver 312 and the LED array 314 or the LCD driver 330 and the LCD display 332 may be all adopted together in the weather information display 300 or alternatively provided when the implementation cost is reduced. .

When the LED array 314 is 7 segments, “MD-837” may be used, and the LED array driver 312 may use a latch IC “74HC573”.

The control unit 310 configurable as a micro processing unit (MPU) is connected to the memory 304 and the communication interface unit when the user's outgoing state is sensed through the sensor interface 308 without the door lock open. Request transmission of weather information and / or parking location information to the home network device 200 via 302, and when the weather information and / or parking location information is received, the received weather information and / or parking The location information is displayed on the display unit and output through the voice output units 316 and 318. In the embodiment of the present invention, the controller 310 used "ATMEGA64".

If necessary, the voice recognition unit 311 may be connected to the control unit 310. In the case where the voice recognition unit 311 is employed, the user may make the display and voice transmission as described with reference to FIGS.

FIG. 6 is a detailed block diagram of the generation device of FIG. 1.

Referring to FIG. 6, the communication interface 222, the memory 232, the rectifier 205, the controller 220, the sensing input unit 212, the driver 224, the LCD 226, and the voice recognition unit 229. ), An example in which the operation unit 230, the operation interface 228, the intercom unit 234, the speaker 236, and the microphone 238 constitute the generation device 200 is shown.

RS 485, Ethernet, wireless communication interface unit 222 is connected to the router / switching hub 110 of Figure 1 via the communication line (L12), and through the communication line (L16) the weather information indicator ( 300). In practice, the communication lines L12 and L16 may be connected to one port in the communication interface 222.

The sensing input unit 212 may be connected to an infrared sensor, a microwave or an ultrasonic sensor that may be installed near or inside the front fuselage detecting unit 210 or the half mirror 320 of FIG. 1, and may be connected to a door lock or a door open / close switch. Can be. When there is a signal detected by one of the sensors or an illumination sensor installed in the entrance luminaire in the state that no operation signal is input from the door lock or the door open / close switch, the directionality is checked as the outgoing state.

In another case, the sensing input unit 212 may be connected to the directional sensor alone.

While the controller 220 performs a general wall pad task, as shown in FIG. 7, the controller 220 stores a display code, UPIS information, external temperature data, or humidity for each weather request from the weather information display 300. When a signal is received, it transmits the stored contents. In this embodiment, the control unit 220 used "AMD AU-1200".

The memory unit 232, which may be implemented as a DRAM memory and a flash memory, stores data for a program and a task for the controller 220.

The rectifier 205 serves to convert the domestic inlet AC power source into the DC power source required for each block of FIG. 6, and a structure including a full wave rectifier is provided therein. The general-purpose device “78L05” can be used to generate a 9-volt DC power supply, and the “TLV1117-50” can be used to generate a 5-volt DC power source.

The driver 224 is connected to the controller 220 to drive the LCD 226, and the LCD 226 is a liquid crystal display window. The driver 224 and the LCD 226 may use "digital RGB" and "AT070TN83", respectively.

If necessary, the voice recognition unit 229 may be connected to the control unit 220, and the voice recognition unit 229 may recognize a user or a user's voice and apply the same to the control unit 220.

The operation unit 230 generates an operation signal in response to a user's or user's touch or key operation, and the operation signal is applied to the controller 220 through an operation interface 228. The operation unit 230 and the operation interface 228 may be configured as HT100A-NDOBP02 and HT-EBS4-1 / RS232C, respectively.

The intercom unit 234 connected to the controller 220 is connected to the speaker 236 and the microphone 238 to perform an intercom function. The intercom unit 234 is a duplex hybrid network.

FIG. 7 is a flowchart illustrating an operation related operation of displaying weather information according to FIG. 6.

After initialization in step S70 of FIG. 7, in step S71, the controller 220 stores the weather display code, UPIS information, external temperature data, or humidity in the memory unit 232. The controller 220 checks in step S72 whether a request signal is received. When the request signal is received in step S72, the stored content is transmitted in step S73. In this case, data may be transmitted in a transmission format as shown in FIG. 9.

If data transmission is successful in step S74, the controller 220 performs a general wall pad task in step S75. During the operation of step S75, the controller 220 performs step S71 periodically to update data. After that, when the request signal shown in step S72 is received, the control unit 220 performs step S73.

FIG. 8 is a flowchart illustrating an operation related to displaying weather information according to FIG. 5.

Referring to FIG. 8, the controller 310 checks whether the door is opened by performing step S80. The signal related to opening the door may be a signal given from the generation device 200 when the door lock is released and the door is opened. In addition, when the case is different, the presence of the door opening may be checked by directly applying the output of the door open detection magnet switch to the weather information indicator 300. If the detection sensor on within the set time after the door opening is checked in step S89, it turns out to be a return mode of returning home rather than a mode of going out, such as going to work.

When the detection sensor ON is checked in step S81 without the door being opened, it turns out to be the outing mode. In order to provide the necessary information at the most necessary time while consuming the minimum power in the determination of the outing mode, step S82 is provided. In step S82, it is a step of checking whether information is provided at a required time. For example, the user may preset the time from 6 am to 9 am. Therefore, if the outing mode is found around 7:00 am, it may be entered into step S83. In step S83, the control unit 310 transmits a request signal to the control unit 220 of the generation device 200. Accordingly, the control unit 220 performs step S73, and the control unit 310 checks whether the reception O.K in step S84. If the reception is successful, step S85 is performed to receive at least one of weather indication information, UPIS information, external temperature information, and humidity.

The received information is transmitted to the driving units 312 and 330 in step S86, and the display and voice transmission are performed in step S87. Step S88, which has not been described, responds to the operation / voice input reception.

Although it is described in FIG. 8 that the determination of the outing mode is performed by the controller 310, when the structure of FIG. 5 is to be implemented in a more compact and inexpensive manner, the controller 220 of the generation device 200 The go out mode may be determined and only the information to be displayed when the go out is determined may be applied to the controller 310.

9 is a diagram illustrating a transmission format of information data applied to FIG. 5. Referring to FIG. 9, the information data is largely composed of head 901, body 911, and tail 921 regions. The areas 901, 911, and 921 may be set to 6 bytes, 2 + n bytes, and 2 bytes, respectively.

The head 901 is a start byte STX 902, length LEN 903, vent VEN 904, device ID DEV 905, packet type TYPE 906, and service ID SVC 907, each 1 byte. It can be composed of). The body 911 may consist of a location LOC 912, a command CMD 913, and an argument ARG1-ARGn 914. The tail 921 may include a CRC 922 and an end ETX 923 of 1 byte each.

9 is merely an example of a transmission format of information data and can be added or subtracted from several bytes to hundreds of bytes.

As such, information related to weather information, parking location information, external temperature, or external humidity is visually displayed or voiced through a half mirror when going out to improve user convenience and usability and space utilization in the building. There is a more effective effect. In addition, there is an advantage of reducing unnecessary power consumption by displaying information on the half mirror only when there is a time out, for example, from 6 am to 9:10 am. Moreover, in the construction and distribution of apartments and houses, there is an additional advantage of widening the choice of consumers and increasing the value of products in supplying user-friendly product options.

In the above-described embodiments of the present disclosure, the control operation for the generation convenience function may include a computer readable medium including program instructions for performing operations implemented by various computers. The computer readable medium may include a program command, a data file, a data structure, etc. alone or in combination. The program instructions on the media may be those specially designed and constructed for the purposes of the present invention, or they may be of the kind well-known and available to those having skill in the computer software arts.

In the above description, the embodiments of the present invention have been described with reference to the drawings, for example. However, it will be apparent to those skilled in the art that the present invention may be variously modified or changed within the scope of the technical idea of the present invention. . For example, if the matter is different, the structure of the half mirror, the detailed configuration and display methods of the half mirror, or the method of outing detection may be changed without departing from the technical spirit of the present invention. In addition, the communication method through the communication line can be variously changed or changed to other communication methods or wireless in addition to the serial communication.

1 is a block diagram of a weather information display operating system according to an embodiment of the present invention

2 to 4 are diagrams showing various examples of weather information display

5 is a detailed block diagram of the weather information indicator of FIG.

6 is a detailed block diagram of the generation device of FIG.

FIG. 7 is a flowchart illustrating an operation control operation related to displaying weather information according to FIG. 6.

FIG. 8 is a flowchart illustrating an operation related to displaying weather information according to FIG. 5.

9 is a diagram illustrating a transmission format of information data applied to FIG. 5.

Claims (17)

delete delete delete delete delete delete A half mirror functioning as a mirror and having an engaging portion at a rear portion thereof; A display unit coupled to the coupling unit of the half mirror and displaying weather information on a part of the half mirror; A communication interface connected to a home network device for interfacing communication, an outgoing sensor for sensing a user's outgoing state, and when the outgoing state is detected through the outgoing sensor within a preset time range, And a control unit for requesting transmission of weather information to the home network device and for controlling the display unit to display the received weather information on the display unit when the weather information is received through the communication interface. Mirror display device. The apparatus of claim 7, wherein the controller of the operation controller further receives parking position information output from a parking server for acquiring parking position information through an RFID reader or a Zigbee or wireless method from the home network device through the communication interface. Mirror display device characterized in that it is displayed with information. The mirror display device of claim 8, wherein the control unit of the operation control unit receives outdoor temperature information from the home network device through the communication interface and displays the temperature on the display unit. delete A half mirror functioning as a mirror and having an engaging portion at a rear portion thereof; A display unit coupled to the coupling unit of the half mirror and displaying weather information on a part of the half mirror; A communication interface connected to a home network device for interfacing communication, an outing detection sensor for detecting a user's outing state, and periodically communicating with the home network device through the communication interface to store and update weather information in advance And a control unit configured to apply display control data corresponding to the stored weather information to the display unit only when the outgoing state is detected through the outgoing detection sensor within a set time range. An information providing server providing weather information for each region; A half mirror functioning as a mirror and having a coupling part on a rear surface thereof, a display unit coupled to the coupling part of the half mirror and displaying weather information visually on a part of the half mirror, and a communication line to the information providing server. A communication interface for interfacing the communication, an outing detection sensor for detecting a user's outing state, a memory unit for storing program and work data related to the display of the weather information, and a voice output unit for guiding the weather information by voice in advance Requests transmission of weather information to the information providing server through the communication interface when the outgoing state is detected through the outgoing detection sensor within a set time range, and receives the weather information when the weather information is received through the communication interface. Image information to be displayed on the half mirror. Apartment houses a weather information display operating system that is characterized by a mirror display device having an operation control unit comprising a control unit for controlling the display unit. The system of claim 12, wherein a home network device for processing or interfacing the weather information is further connected between the information providing server and the mirror display device. delete The system of claim 12, wherein the weather information display device further displays weather temperature. An information providing server providing weather information and parking location information for each region; A communication interface connected to the information providing server for interfacing communication, an outgoing sensor for sensing a user's outgoing state, and the outgoing state sensor through the outgoing sensor within a preset time range; A home network device for requesting transmission of the weather information and parking location information for each area to the information providing server and outputting the weather information and parking location information for each area when the weather information and parking location information for each area are received; And a mirror display device for receiving the weather information and the parking position information for each region from the home network device and visually displaying the mirrors on a part of the display unit. A generation integrated switch installed on the wall of the generation porch; A display unit coupled to the coupling unit of the generation integration switch and displaying weather information on a part of the generation integration switch; A communication interface connected to a home network device for interfacing communication, an outing detection sensor for detecting a user's outing state, and periodically communicating with the home network device through the communication interface to store and update weather information in advance And a control unit configured to apply display control data corresponding to the stored weather information to the display unit only when the outgoing state is detected through the outgoing detection sensor within a set time range.

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