KR101617742B1 - Shop management system - Google Patents

Abstract

The present invention can provide an environment in which a customer can purchase goods in a stable situation by detecting an event occurring in a store where the sale of goods is made and automatically responding to the sensed event, And to minimize a waste of energy.
A feature of the present invention is that an event sensing unit (100) is provided in a store for providing space for selling objects and detects an event inside the store, a load unit (200) provided in the store and using energy supplied from the outside, A load unit 200 that is provided in the store and receives the sensing state of the event sensing unit 100 and transmits the signal to the outside and operates the load unit 200 using external communication by an external input, And a smart switch device 300 corresponding to the identification ID received based on the sensing state of the event sensing unit 100 transmitted from the smart switch device 300. [ The management server 400 transmits the operation status of the load unit 200 to the outside together with the identification ID while operating the load unit 200 and the operation status of the load unit 200 together with the identification ID transmitted from the management server 400 And loads the load section 200 And a management mobile 500 that controls the management server 400 to operate the management server 400.

Description

SHOP MANAGEMENT SYSTEM

The present invention can provide an environment in which a customer can purchase goods in a stable situation by detecting an event occurring in a store where the sale of goods is made and automatically responding to the sensed event, And to minimize a waste of energy.

In general, shopping malls are made up of a collection of shops selling various goods. In addition, a movie theater that displays movies, a stage where you can see theater, and an aquarium where you can see marine life are also provided. There is also an indoor rest area and a restaurant where you can enjoy a variety of food.

As described above, the shopping mall provides a variety of places for entertainment, attractions, and rest space, thereby extending the time for the customer to stay inside the shopping mall, thereby enhancing the activation of the store.

However, when the customer purchases the product at the store, the internal temperature is high or low, and the humidity is high and the discomfort index is high. In addition, a large number of customers increase the amount of carbon dioxide to provide a pleasant indoor environment There is a problem such as intrusion of a thief or fire.

In addition, there is a problem that energy consumption is wasted because the management center can not periodically manage the use state of the lighting equipment, the gas appliance, the heating / heating equipment, the blower fan, and the shutter used in each store.

Accordingly, there is a demand for a system capable of automatically and promptly solving the above-mentioned problems so that customers can shop in a pleasant and stable situation, as well as systematically managing energy waste used in each store, thereby reducing energy management. to be.

The background art of the present invention is disclosed in the Korean Intellectual Property Office (KIPO) Patent Publication No. 10-2012-0006184 (Jan. 18, 2012).

The object of the present invention is to provide an environment in which a customer can purchase goods in a stable situation by detecting an event occurring in a store where a sale of goods is made and automatically responding to the sensed event, Which can minimize energy wastage by systematically managing the waste of energy.

The store management system according to an embodiment of the present invention includes an event sensing unit 100 provided in a store for providing space for selling objects and sensing an event inside the store, A load unit 200 provided in the store, and a load unit 200 is operated using local communication by an external input so as to receive and transmit the sensed state of the event sensing unit 100 to the outside, A smart switch device 300 having an identification ID for transmitting the identification ID to the smart switch device 300 and a smart switch device 300 corresponding to the identification ID received based on the sensing state of the event sensing part 100 transmitted from the smart switch device 300 A management server 400 that externally transmits the operation status of the load unit 200 together with the identification ID while operating the load unit 200 through the input unit 300 and the identification ID transmitted from the management server 400, (200) Receiving state, and characterized in that it comprises a mobile management (500) for controlling the management server 400 to handle the load 200.

The present invention can detect an event occurring in a store where a sale of a water object is performed and automatically respond to a sensed event to provide an environment in which a customer can purchase goods in a stable situation, So that the energy waste can be minimized.

1 is a state diagram of a store management system according to an embodiment of the present invention;
FIG. 2 is a view showing a main part applied to the store management system of the present invention. FIG.
3 is a view schematically showing the internal configuration of the store management system of the present invention.
4 is a view showing a main part of a smart switch device applied to the present invention.
5 is a view showing a main part of a management server applied to the present invention;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1, the store management system according to an embodiment of the present invention includes an event sensing unit 100, a load unit 200, a smart switch device 300, a management server 400, Management mobile 500.

As shown in FIG. 2 to FIG. 5, the event sensing unit 100 is provided in a store for providing space for selling goods, and is for sensing an event inside the store.

The event sensing unit 100 includes a temperature sensor 110 for sensing an internal temperature of the store. The temperature sensor 110 is connected to a wireless communication device installed in the store, sensing the temperature of the air inside the store, and performing short-range wireless communication to transmit the sensed temperature to the outside. That is, the temperature sensed through the wireless communication is transmitted to the external smart switch device 300.

Preferably, the temperature sensor 110 is installed apart from the load unit 200. That is, the lamp must be spaced apart from a gas appliance, a heating appliance, or a cooling appliance using lighting or gas of a halogen lamp that emits heat at a high temperature.

Here, as shown in FIG. 2, the temperature sensor 110 further includes a diaphragm member 111 for isolating the temperature sensor 110 from the load unit 200. The diaphragm member 111 is bent in an L shape and fixed by bolting in a state where one end is in close contact with a ceiling or a wall surface and the other end is positioned between the temperature sensor 110 and the load unit 200. Accordingly, the heat generated in the heating unit or the gas mechanism, which is the load unit 200, can be prevented from being directly transmitted to the temperature sensor 110, so that the temperature sensor 110 can sense the room temperature without distortion.

In addition, the event sensing unit 100 includes a humidity sensor 120 that senses the humidity in the store. The humidity sensor 120 is connected to a wireless communication device installed in the store, sensing the humidity of the air inside the store, and performing short-range wireless communication to transmit the sensed humidity to the outside. That is, the humidity sensed through the wireless communication is transmitted to the external smart switch device 300.

The humidity sensor 120 is preferably installed at a predetermined interval from a humidifier for discharging moisture or a decorative water for purifying air by circulating water. Thereby, it is possible to sense the average humidity in the store while preventing the excessive humidity from being sensed.

In addition, the event sensing unit 100 includes a CO2 sensor 130 for sensing CO2 in the store. The CO 2 sensor 130 is connected to a wireless communication device installed in the store and sensing the CO2 of the air inside the store and performing near field wireless communication so as to transmit the sensed CO2 value to the outside. That is, the CO2 value sensed through wireless communication is transmitted to the external smart switch device 300.

The event sensing unit 100 may detect various types of internal events that may occur in the store.

The load unit 200 is provided in a store and uses energy supplied from the outside. The load unit 200 includes a lighting device that provides illumination to a product displayed on a store, a water supply facility that supplies tap water, a gas appliance that uses gas, A cooling device that provides cool air to the store, and a blower fan that supplies fresh outside air to the store. Here, electric appliances such as a lighting device, an air conditioner / heating device, a blower fan, and a shutter can be connected to an electric meter, and a water supply or gas appliance can be connected to a water meter and a gas meter indicating water usage and gas consumption . Such a meter can transmit usage to the outside via wireless communication.

As described above, the load unit 200 can supply lighting, heating, cooling, and external air to the interior of the store using energy such as electricity or LPG gas supplied from the outside, Customers can enjoy convenient shopping while taking in fresh air in a cold or hot condition.

Also, the load unit 200 may be a shutter that opens and closes the entrance of the store using the input electrical energy. This shutter can be configured to be operated by the Smart Switch device 300 described later and can be configured to be operated by a key possessed by the store manager managing the store.

In addition, the load unit 200 includes a CCTV that photographs the interior of the store. One or more CCTVs can be installed in the store to capture the entrance of the shop where the customer goes in and the counter for calculating the cost at the same time. Of course, the CCTV may also include a zoom function to zoom in on a specific area, and a pan / tilt function to shoot at various angles to minimize blind spots in the shop floor. The CCTV is connected to a wireless communication device that performs short-range wireless communication to transmit the photographed image to the outside. That is, the image photographed through the wireless communication may be transmitted to the external smart switch device 300 or may be transmitted to the management server 400.

The smart switch device 300 is provided in the store to operate the load unit 200 using local communication by an external input so as to receive the sensed state of the event sensing unit 100 and transmit the sensed state to the outside, As shown in Fig.

The smart switch device 300 includes a load switch 310 for controlling the load unit 200, a panic switch 320 for transmitting a dangerous situation inside the store to the outside, an event sensing unit 100, And a switch communication unit 330 that wirelessly communicates with the base station 400.

The load switch 310 includes a lighting switch 311 for controlling the lighting device, a gas switch 312 for controlling the gas supply of the gas appliance, a blowing fan switch 313 for controlling the blowing fan, And a shutter switch 314.

The lighting switch 311 can turn on or off the lighting device by applying or breaking external power.

The gas switch 312 may control the gas valve connected to the gas appliance to supply or block gas to the gas appliance.

The blowing fan switch 313 can operate or stop the blowing fan and increase or decrease the rotational speed of the blowing fan.

The shutter switch 314 can open or close the shutter.

When the panic switch 320 is pressed and operated by the store manager, the panic switch 320 transmits an emergency signal for the dangerous situation inside the store to the outside. That is, when the emergency signal is transmitted to the management server 400 through the switch communication unit 330, the manager managing the management server 400 can recognize the sagittal situation and take measures against it. For example, the panic switch 320 can be used even when an intruder such as a robber enters a store or an emergency patient occurs.

In addition, the panic switch 320 may be configured to include a timer so that the panic switch 320 is operated to be pressed by a predetermined time or longer to prevent malfunction. For example, if the panic switch 320 is pressed for 3 seconds or more while the timer is set to 3 seconds, the store manager may set the panic switch 320), the timer counts the time for one second, so no emergency signal is sent. Of course, when the store manager presses for 3 seconds or more, the timer counts the time of 3 seconds, so that the panic switch 320 can be normally operated.

At this time, a microphone operated by the switching operation of the panic switch 320 and a speaker connected to the control center or the call center and outputting sound transmitted from the ship may be connected to the smart switch device 300. Therefore, after depressing the panic switch 320, the store manager can tell the store situation through the microphone and can respond to instructions from a person speaking at the center through the speaker.

The switch communication unit 330 can communicate with the event sensing unit 100, the load unit 200, and the management server 400 through ZigBee-based wireless communication. Accordingly, the switch communication unit 330 can receive the sensing signal transmitted from the event sensing unit 100, amplify the sensing signal, and transmit the amplified sensing signal to the remote management server 400.

The switch communication unit 330 can transmit the communication signal generated by the load switch 310 to the load unit 200 so that the lighting device, the gas appliance, the blower fan, and the shutter can be controlled through the load switch 310 have. Of course, the switch communication unit 330 may be set to transmit a communication signal for controlling a heater or a cooling system.

Also, the switch communication unit 330 can sense the identification ID by the management server 400 according to the identification ID. That is, the management server 400 can determine which store has transmitted the wireless communication signal by identifying the identification ID. In particular, the switch communication unit 330 can transmit the identification ID to the management server 400 together with the emergency signal generated by the operation of the panic switch 320.

In addition, since the switch communication unit 330 can operate the load unit 200 wirelessly, the switch communication unit 330 is not limited by unnecessary installation space such as being installed at a specific position in the store. That is, the switch communication unit 330 can be installed at a convenient location for the store manager himself / herself.

On the other hand, the switch communication unit 330 can be set to transmit the switch operation signal to the management server 400 together with the identification ID each time the load switch 310 is operated.

The management server 400 operates the load unit 200 through the smart switch device 300 corresponding to the received identification ID based on the sensing state of the event sensing unit 100 transmitted from the smart switch device 300 And transmits the operation state of the load section 200 to the outside together with the identification ID. The management server 400 may be a PC or a controller including a circuit board on which a programmable IC chip and electronic parts are mounted.

The management server 400 recognizes an emergency signal generated by operating the panic switch 320 of the smart switch device 300 and operates an alarm (not shown) or a warning light (not shown) And may be set to transmit to the center.

In addition, the management server 400 outputs the identification ID recognized by the ID recognition unit 420, a sensing state recognized by the sensing recognition unit 430 and an operation state of the operation unit 450, which will be described later, on the screen Monitor can be connected.

The management server 400 includes a server communication unit 410 for wirelessly communicating with the smart switch device 300, an ID recognition unit 420 for recognizing the identification ID of the smart switch device 300, an event sensing unit 100 A sensing recognition unit 430 for recognizing a sensing state of the sensing unit 100, and an abnormality determination unit 430 for comparing the sensed state of the event sensing unit 100 recognized by the sensing recognition unit 430 with a preset reference state, And an operation unit for operating the load unit 200 by controlling the smart switch device 300 corresponding to the ID recognized by the ID recognition unit 420 based on the abnormality judged by the abnormality judging unit 440 The management mobile terminal 500 searches for a telephone number corresponding to the identification ID recognized by the ID recognition unit 420 and transmits the telephone number to the management mobile terminal 500 And a mobile transmission unit 460 that transmits the operation state.

The server communication unit 410 can communicate with the switch communication unit 330 through ZigBee-based wireless communication.

Since the ID recognition unit 420 recognizes the received identification ID, it can know which store the smart switch device 300 is used in.

The sensing recognition unit 430 can confirm the temperature, humidity, and CO2 sensed by the event sensing unit 100.

The abnormality determiner 440 compares and determines the preset reference temperature, the reference humidity, and the reference CO2 with the temperature, humidity, and CO2 sensed by the event sensing unit 100, respectively.

If the abnormality determination unit 440 determines that the reference temperature, the reference humidity, the temperature sensed with respect to the reference CO2, the humidity, and the CO2 are high and the abnormality determination unit 440 determines that the abnormality is abnormal, And generates an operation signal for operating the apparatus 300. [ The generated operation signal can be transmitted through the server communication unit 410 to the smart switch device 300 corresponding to the corresponding identification ID recognized by the ID recognition unit 420. That is, the smart switch device 300 is operated by the management server 400 to operate the air blowing fan or the cooling mechanism as the load unit 200 so that the room temperature and the room humidity of the store are lowered, and at the same time, The store can be maintained.

The abnormality determination unit 440 is configured to set a specific reference temperature in advance and to compare and determine a predetermined reference temperature and a sensing temperature and the operation unit 450 causes the abnormality determination unit 440 to determine whether the sensing temperature The fire signal may be set to be transmitted to the control center while generating an operation signal for operating the smart switch device 300 so that the load unit 200 is stopped.

Therefore, the temperature can be set to any one of 70 to 100 degrees Celsius so that a specific reference temperature can be recognized as a fire. That is, if the sensing temperature is higher than the specific reference temperature, it is regarded that a fire has occurred in the store, and the gas unit, the blowing fan, or the heating mechanism is stopped to stop the load unit 200, As it helps, the fire signal can be sent to the control center so that it can cope with the fire quickly.

On the other hand, the operation unit 450 may be configured to include a lighting device operating unit for operating the lighting device, a gas appliance operating unit for operating the gas appliance, a gas appliance operating unit for operating the blowing fan, and a CCTV operating unit for operating the CCTV . Accordingly, the manager can turn on / off the lighting device or adjust the illuminance through the operation unit 450 of the management server 400, and can supply gas to the gas device or shut off the supply of the gas, You can control the zoom function and pan tilt function of CCTV.

The mobile transmission unit 460 may store and store two or more matching phone numbers corresponding to the identification IDs. That is, the mobile transmission unit 460 can transmit the operation state of the operation unit 450 to two or more management mobile stations 500. [

The management server 400 includes a switch recognition unit 401 that recognizes the type of the load unit 200 operated by the smart switch device 300 and a load unit 200 that is recognized by the switch recognition unit 401, A time recording unit 402 for counting the use time of the load unit 402 and recording the counted usage time and the type of the load unit 200 by matching them and the use time of the load unit 200 recorded in the time recording unit 402 A time confirming unit 403 for confirming an initial use time and a last use time of the load unit 200 for a preset time, a time checking unit 403 for checking the initial use time and the last use time of the load unit 200, And a mobile operation unit 404 for operating the mobile transmission unit 460 so that the usage time is transmitted to the management mobile 500. [

The switch recognizing unit 401 recognizes switches used in the smart switch device 300 and recognizes which one of the lighting device, the gas appliance, the blowing fan, and the shutters of the load unit 200 is operated.

The time recording unit 402 is configured to include a timer for counting time, and can store time and type of load in a storage device such as a memory. That is, the time recording unit 402 can be recorded by matching the usage time with the information about the type of the load unit 200 transmitted through the switch communication unit 330 of the smart switch device 300, The amount of energy to be consumed can be confirmed. At this time, the time recording unit 402 may be set to calculate the usage amount of the load unit 200 used in each store, and the calculated usage amount may be set to be outputted as a graph.

The time confirmation unit 403 can set the set time to one day, one week, one month, and the like. If the set time is one day, the first use time and the last use time of the load unit 200 during a day can be confirmed.

The mobile operating unit 404 may operate the mobile transmitting unit 460 to allow the initial usage time and the last usage time of the load unit 200 to be transmitted to the management mobile 500. [

Therefore, the manager carrying the management mobile 500 can confirm the opening time and the closing time of the store from the outside, as well as the stores that are not opened in the morning and those that are not closed in the afternoon. That is, the manager carrying the management mobile 500 can compare and check the opening state and the closed state of each store without visiting the store from the outside.

The management server 400 may further include a load checking unit 405 for checking the operating state of the load unit 200. The load check unit 405 may be connected to a meter for measuring the usage amount of the load unit 200 by wired / wireless lines to check the operation state of the meter. That is, the load check unit 405 can confirm the operation state of the load unit 200 by checking the operation state of the meter.

The mobile transmitting unit 460 may store at least two or more telephone numbers by matching the identification ID and the time verifying unit 403 may check the use time of the load unit 200 recorded in the time recording unit 402 And the mobile operating unit 404 can set the time from the last use time to the first use time as the sleep time. When the load checking unit 405 confirms the operation state of the load unit 200 at the sleep time, The mobile transmitter 460 may be operated to transmit a warning signal for the status to the management mobile 500 corresponding to the stored phone numbers.

Accordingly, when the load unit 200 is operated in the dormancy time, it is confirmed that the load unit 200 is operated by the load verification unit 405, so that the two or more management mobile 500 A state in which the load section 200 is operated in the dormancy time can be transmitted. At this time, if the mobile number of the store mobile 600 is stored in the mobile transmission unit 460, the state in which the load unit 200 is operated may also be transmitted to the store mobile 600. As a result, the server manager carrying the management mobile 500 can know that energy is being used at night in the shop, so that water leakage, electric leakage, gas leakage, and the like can be estimated. Of course, the store manager who carries the store mobile 600 can promptly respond to this and inspect the water pipes, gas appliances and electrical wiring. Alternatively, it can be confirmed that the intruder has infiltrated the sleeping time at night to use the load unit 200.

When the usage time of the load unit 200 recorded in the time recording unit 402 exceeds the reference usage time, the management server 400 determines that the usage time The mobile transmission unit 460 may be operated so that the information is transmitted to the management mobile 500 or the store mobile 600. [

Accordingly, the server manager or the management mobile 500 carried by him or her can confirm that energy is used at a specific store out of the stores managed by him or her, so that the energy can be taken. As a matter of course, the store manager can confirm that energy is used in a store managed by him through the management mobile 500 carried by him or her, above the reference value, so that the store manager can immediately respond to the energy.

As described above, the server manager can remotely check the energy usage in each store without visiting the site from the outside, thereby efficiently managing energy used in a plurality of stores.

The management server 400 further includes an operation time calculating unit 470 that calculates the operation state of the load unit 200 transmitted from the smart switch device 300 of each store. The operation time calculating unit 470 calculates the operation state of the load unit 200 used in each store by time and displays it on the screen of the monitor. Therefore, the server administrator can determine the operation time of the load unit 200 Little stores can be easily identified. Of course, the management server 400 may be set such that the usage amount of the load unit 200 calculated in the operation time calculation unit 470 is transferred to the management mobile 500. [ In addition, the management server 400 may set the amount of water or the amount of gas to be sent through each meter connected to the water supply unit of the load unit 200 or the gas appliance to be displayed on the monitor screen and transmitted to the management mobile 500 .

In this manner, the operating state of the load section 200 used in the store can be calculated over time through the operation time calculating section 470, so that the amount of energy used in each store can be confirmed. Therefore, the server manager can separately manage the energy-consuming stores separately, thereby minimizing energy waste.

The management mobile 500 is connected to the smartphone set to control the management server 400 to receive the operation status of the load unit 200 together with the identification ID transmitted from the management server 400 and to operate the load unit 200 Lt; / RTI > The smartphone needs to download and install an app that can set the management server 400 or control the load unit 200 through the management server 400.

The management mobile 500 includes a server operation unit 510 for remotely operating the management server 500, an operation display unit 520 for displaying the operation status of the management server 500, And an abnormality display unit 530 for displaying a status.

The server operating unit 510 can operate the management server 500 remotely by the server manager carrying the management mobile 500 to operate the load unit 200 of the store in a state where the server manager itself does not visit each store can do.

The operation display unit 520 can display the operation status of the management server 500 on the screen of the management mobile 500. Therefore, when the server manager itself does not visit each store, the load unit 200 of the store operates Can be confirmed.

The abnormality display unit 530 can cause an abnormality of the load unit 200 generated in each store to be displayed on the screen of the management mobile 500, so that the server manager can take care of the abnormality.

In this manner, the server manager can operate the management server 500 through the management mobile 500 and visually confirm the operation status.

Meanwhile, the present invention may further include a store mobile 600 carried by a store manager who manages the store. The store mobile 600 includes an abnormal display unit 530 that displays an abnormal state of the load unit 200.

Therefore, the store manager carrying the store mobile 600 can visually confirm the abnormal state of the load unit 200 through the store mobile 600, so that the store manager can directly manipulate the load unit 200 at the store .

As described above, the present invention can prevent external light from penetrating in the process of viewing an image, so that the feeling of immersion for watching an image can be increased, which is a very useful invention that can be widely applied to an HMD.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is to be understood, therefore, that the above description is intended to be illustrative, and not restrictive, and that the scope of the present invention will be defined by the appended claims rather than the foregoing description, All changes or modifications that come within the scope of the equivalent concept are to be construed as being included within the scope of the present invention.

100: an event sensing unit 110: a temperature sensor
120: Humidity sensor 130: CO2 sensor
111: diaphragm member 200: load section
300: smart switch device 310: load switch
320: Panic switch 330: Switch communication part
311: Lighting switch 312: Gas switch
313: blower fan switch 314: shutter switch
400: management server 410: server communication section
420: ID recognition unit 430:
440: abnormality determination unit 450:
460: mobile transmission unit 461: time counting unit
462: Time recording unit 463:
470: Operation Time Calculator 500: Management Mobile
510: server operation unit 520: operation display unit
530: abnormality display section

Claims (10)

An event sensing unit 100 provided in a store for providing space for selling objects and detecting an event inside the store,
A load unit 200 provided in the store and using energy supplied from the outside,
The load unit 200 is operated by the external input to operate the load unit 200 to receive the sensed state of the event sensing unit 100 and transmit the sensed state to the outside and operate the load unit 200 to operate the load unit 200, A smart switch device 300,
The smart switch device 300 operates the load unit 200 through the smart switch device 300 corresponding to the received identification ID based on the sensed state of the event sensing unit 100 transmitted from the smart switch device 300, A management server 400 that externally transmits the operating state of the server 200,
And an administration mobile 500 that receives the operation status of the load unit 200 together with the identification ID transmitted from the management server 400 and controls the management server 400 to operate the load unit 200,
The event sensing unit 100 includes a temperature sensor 110 for sensing the internal temperature of the store, a humidity sensor 120 for sensing the humidity in the store, and a CO2 sensor 130 for sensing CO2 in the store,
The temperature sensor 110 further includes a diaphragm member 111 for isolating the temperature sensor 110 from the load unit 200. The diaphragm member 111 is bent in an L shape so that one end thereof is fixed to a ceiling or a wall surface, (110) and the load section (200)
The load section 200 includes a lighting device for providing illumination to a store, a gas appliance using gas, a blowing fan for supplying outdoor air to the store, and a shutter for opening and closing an entrance of the store,
The smart switch device 300 includes a load switch 310 for controlling the load unit 200, a panic switch 320 for transmitting a dangerous situation inside the store to the outside, an event sensing unit 100 and a management server 400 And a switch communication unit 330,
The load switch 310 includes a lighting switch 311 for controlling the lighting, a gas switch 312 for controlling gas supply to the gas appliance, a blowing fan switch 313 for controlling the blowing fan, Switch 314,
The panic switch 320 includes a timer for counting time to be actuated when pressed for more than a predetermined time to prevent a malfunction,
If the panic switch 320 is pressed for 3 seconds or more while the timer is set to 3 seconds, an emergency signal is set to be transmitted through the switch communication unit 330,
The management server 400
A server communication unit 410 for wirelessly communicating with the smart switch device 300,
An ID recognition unit 420 for recognizing the identification ID of the smart switch device 300,
A sensing recognition unit 430 for recognizing a sensing state of the event sensing unit 100,
An abnormality determination unit 440 for comparing the sensed state of the event sensing unit 100 recognized by the sensing recognition unit 430 with a predetermined reference state to determine the presence or absence of an abnormality,
An operation unit 450 for operating the load unit 200 by controlling the smart switch device 300 corresponding to the ID recognized by the ID recognition unit 420 based on the abnormality determined by the abnormality determination unit 440,
The identification IDs are stored in a state matched with the telephone numbers and the telephone number corresponding to the identification ID recognized by the ID recognition unit 420 is searched to transmit the operation status of the operation unit 450 to the corresponding management mobile 500 A mobile transmission unit 460,
A switch recognition unit 401 for recognizing the type of the load unit 200 operated by the smart switch device 300,
A time recording unit 402 for counting the usage time of the load unit 200 recognized by the switch recognition unit 401 and for matching and recording the counted usage time and the type of the load unit 200,
A time checking unit 403 for checking the use time of the load unit 200 recorded in the time recording unit 402 and confirming the first use time and the last use time of the load unit 200 for a preset time,
A mobile operation unit 404 for operating the mobile transmission unit 460 so that the initial usage time and the last usage time of the load unit 200 confirmed by the time confirmation unit 403 are transmitted to the management mobile 500,
A load check unit 405 for checking the operation state of the load unit 200,
And an operation time calculating section (470) for calculating, in terms of time, an operation state of the load section (200) transmitted from the smart switch device (300) of each store,
The mobile transmission unit 460 stores at least two telephone numbers in the identification ID by matching them,
The time verifying unit 403 checks the use time of the load unit 200 recorded in the time recording unit 402 and sets the time from the last use time to the first use time as the sleep time,
When the load checking unit 405 confirms the operating state of the load unit 200 at the sleeping time, the mobile operating unit 404 transmits a warning signal for the confirmed operating state to the management mobile 500 corresponding to the stored phone number When the use time of the load unit 200 recorded in the time recording unit 402 exceeds the usage reference time, the information on the use time is managed Operates the mobile transmitter 460 to be transmitted to the mobile 500,
The management mobile 500 includes a server operating unit 510 for remotely operating the management server 500, an operation display unit 520 for displaying the operating status of the management server 500, And an abnormality display unit (530) for displaying the abnormality information.
delete delete delete delete delete delete delete delete delete

Images