KR102330904B1 - Remote control system of mobile terminal charging box - Google Patents

Abstract

The present invention relates to a remote management system of a mobile terminal charging box, which uses a manager terminal such as a smartphone and the like from a remote place without a manager staying all the time in a place wherein the charging box is installed to freely monitor and manage a driving state of the mobile terminal charging box, widely monitor temperature, humidity, air quality, and the like of a surrounding environment where the charging box is installed, maintain a pleasant environment, and monitor occurrence of fire and the like in real time, thereby effectively managing safety of the charging box and the surrounding environment.

Description

Remote control system of mobile terminal charging box {Remote control system of mobile terminal charging box}

The present invention relates to a remote management system for a portable terminal charging box, and more particularly, while charging a battery provided in a portable terminal such as a tablet PC or a smart phone, the state of the charging box freely at a remote location as well as the surrounding environment in which the charging box is installed It relates to a remote management system for a mobile terminal charging box that can make monitoring and management useful.

In general, with the development of portable communication technology, the spread of smart phones is becoming common.

Smartphones have become an essential part of daily life, with both adults and students carrying mobile phones with them as additional functions such as text messaging, games, MP3, and camera are added in addition to phone calls. However, due to the limitation of the screen composition of smartphones, the use of tablet PCs along with smartphones is also increasing due to easy eye fatigue.

Although portable terminals such as smartphones and tablet PCs are easy to carry, a battery is provided for their convenient use, and it may be impossible to use depending on the state of charge of the battery, so the management of the state of charge is very important.

On the other hand, in public facilities such as libraries and schools, some outlets are provided on the wall so that portable terminals such as smartphones or tablet PCs can be charged, but the number is limited and it is inconvenient to use a charging adapter together.

Of course, paying attention to this point, as examples of a device capable of charging a plurality of mobile terminals in one charging device, Utility Model Registration No. 20-0304094 (Reference 1), Patent Registration No. 10-2032735 (Reference 2), etc. are proposed. has been

Reference 1 relates to a multi-cell phone charging device, in which a plurality of mobile phone mounting surfaces are formed to form an external shape, while a charger body having a charging circuit built-in therein, a mobile phone provided in each of the plurality of mobile phone mounting surfaces and mounted on the mobile phone mounting surface A magnet member supported by magnetic force, a plurality of main body side charging terminals supplying stable charging voltage output through the charging circuit to the outside, a charging cable electrically connecting the main body side charging terminal and the data port of the mobile phone, and one side of the charger body It is provided in the cell phone battery is composed of a charging state indicator lamp that displays the state of charge in color.

And Reference 2 relates to a portable terminal storage device, and when the constant power supply to the portable terminal storage device is cut off due to a power outage or a system down, emergency power is quickly turned on to operate the main control unit to operate the portable terminal storage device. Provided is a portable terminal storage device that can operate stably and can easily take out all the portable terminals in storage by sequentially unlocking all door locks of a plurality of accommodation units in which the portable terminals are stored in an emergency situation.

However, the conventional mobile terminal charging device and storage device proposed in References 1 and 2 are used to charge a mobile phone or a mobile terminal, but the administrator cannot monitor and control the driving state of the charging device and the storage device from a remote location. have.

In addition, such a conventional portable terminal charging device and storage device is only used to charge a plurality of mobile phones or portable terminals, and monitors the surrounding environment such as temperature, humidity, temperature, air quality, and whether or not there is a fire in the room where the portable device charging device and storage device are installed. There is no function to perform or control, so its use is extremely limited.

Reference 1: Registered Utility Model No. 20-0304094 Reference 2: Registered Patent No. 10-2032735

Therefore, in order to solve the problems of the prior art, the present invention allows the administrator to freely monitor and manage the charging state of the portable terminal charging box for charging the battery of the portable terminal at a remote location.

In addition, an object of the present invention is to provide a remote management system for a portable terminal charging box in which an administrator can manage the surrounding environment from a remote location so as to monitor the surrounding environment in which the charging box is installed and maintain a comfortable view.

In particular, the present invention provides a comfortable and safe environment for various indoor environments, as well as the state of the portable terminal charging box installed and operated indoors while the administrator is freely active outside using a personal smartphone without using a separate remote monitoring and control device. An object of the present invention is to provide a remote management system for a portable terminal charging box capable of monitoring and managing.

The present invention in order to solve such a technical problem;

A charging monitoring and management unit for monitoring and controlling the state of the charging box for charging the mobile terminal, a management control unit for monitoring and controlling the charging monitoring and management unit, and the management and control unit to transmit monitoring information of the charging monitoring and management unit through the network to a remote manager terminal It provides a remote management system for the charging box of a mobile terminal, comprising a wired/wireless communication unit for transmitting to and receiving the control and setting information of the charging monitoring management unit from the manager terminal and transmitting the control and setting information to the management control unit.

At this time, the charge monitoring and management unit includes a charger detector for monitoring the quantity of mobile terminals connected to the charging box, a charge amount meter for measuring the amount of charge of the mobile terminal, and a door controller for monitoring and controlling the door opening state of the charging box in which the mobile terminal is stored. and a power controller for controlling charging power of the portable terminal; The management control unit transmits the charge amount monitoring information, door open state monitoring information, and charging power monitoring information received from the charging monitoring and management unit through the wired/wireless communication unit to the manager terminal, and door control received from the manager terminal through the wired/wireless communication unit information and power control information are transmitted to the charge monitoring and management unit; The manager terminal is characterized in that the smartphone is installed a management app.

In addition, the present invention;

A charging monitoring and management unit for monitoring and controlling the state of the charging box for charging the mobile terminal; A management control unit for monitoring and controlling the unit and the environment management unit, and through the management control unit, the monitoring information of the charging monitoring and management unit, the environment monitoring unit, and the environment management unit is transmitted to a remote manager terminal through a network, and from the manager terminal to the charging monitoring management unit and It provides a remote management system for a mobile terminal charging box, characterized in that it comprises a wired/wireless communication unit for receiving the control and setting information of the environment management unit and transmits to the management control unit.

At this time, the environment monitoring unit is provided in the charging box and includes a temperature sensor for measuring the temperature around the charging box, a humidity sensor for measuring humidity, a dust sensor for measuring the concentration of fine dust in the air, and a gas sensor for measuring the gas concentration. including; The management control unit transmits temperature monitoring information, humidity monitoring information, dust concentration monitoring information, and gas concentration monitoring information of the environment monitoring unit to the manager terminal through a wired/wireless communication unit, and received from the manager terminal through the wired/wireless communication unit. Temperature setting information, humidity setting information, dust concentration setting information, and gas concentration setting information are received, stored and registered, and temperature monitoring information received from the environment monitoring unit, humidity monitoring information, dust concentration monitoring information, and , when the gas concentration monitoring information is out of the allowable range of the environment setting information, the environment control information is generated and transmitted to the environment management unit to manage the indoor environment.

In this case, the environment management unit is characterized in that it includes an air purifier for controlling fine dust, an air conditioner for lowering the indoor temperature, a heater for heating the room, and a fire alarm for generating a fire alarm.

And the wired/wireless communication unit is characterized in that it includes at least one of an Ethernet controller, a Wi-Fi modem, a Bluetooth module, and a 5GNetwork module to remotely transmit and receive monitoring information, control information, and setting information with the manager terminal.

According to the present invention, the manager can freely monitor and manage the driving state of the charging box for charging the portable terminal using a manager terminal such as a smart phone from a remote location without always living in the room where the charging box is installed.

In addition, according to the present invention, the manager can widely monitor the temperature, humidity, air quality, etc. of the surrounding environment where the charging box is installed by using his smartphone, etc. while freely working outside, and can maintain a pleasant view as well as whether a fire or the like occurs. It can also monitor the lights in real time, so it is effective not only for charging, but also for safety management of the surrounding environment.

1 is an overall configuration diagram of a remote management system of a portable terminal charging box according to the present invention.
2 is a detailed configuration diagram of the charging monitoring and management unit constituting the remote management system of the portable terminal charging box according to the present invention.
3 is a detailed configuration diagram of an environment monitoring unit constituting a remote management system of a mobile terminal charging box according to the present invention.
4 is a detailed configuration diagram of the environment management unit constituting the remote management system of the portable terminal charging box according to the present invention.
5 is a detailed configuration diagram of a wired/wireless communication unit constituting a remote management system of a portable terminal charging box according to the present invention.

Hereinafter, the features of the remote management system for the charging box of the portable terminal according to the present invention will be understood by way of embodiments described in detail with reference to the accompanying drawings.

1 to 5 , the remote management system of the portable terminal charging box 100 according to the present invention includes the number of storage, the charging state and the A charging monitoring management unit 110 for monitoring and controlling the state of the charging box 100, such as the door open state of the charging box 100, and an environment monitoring unit 120 for monitoring the surrounding environment of the charging box 100; An environment management unit 130 for controlling the surrounding environment of the charging box 100, and a management control unit 140 for monitoring and controlling the charging monitoring management unit 110, the environment monitoring unit 120, and the environment management unit 130, The monitoring information of the charging monitoring and management unit 110, the environment monitoring unit 120, and the environment management unit 130 through the management control unit 140 is transmitted to the remote manager terminal 10 through the network N, and the manager terminal and a wired/wireless communication unit 150 for receiving control and setting information of the charging monitoring management unit 110 and the environment management unit 130 from the 10 and transmitting the control and setting information to the management control unit 140 .

Hereinafter, the constitution of each part of the present invention will be described in detail.

First, the charging box 100 can be charged by connecting a plurality of mobile terminals 1 with a cable, etc. include all

At this time, the charging box 100 is provided with a plurality of accommodating parts capable of holding the portable terminal 1, and a front surface of the accommodating part has a general structure in which a door capable of opening and closing the accommodating part is provided.

On the other hand, the charging monitoring management unit 110 is a function of managing the state of the charging box 100, such as the number of storage, the charging state, and the open state of the charging box door, of the portable terminal 1 being stored in the charging box 100 and being charged. By doing this, the charger device detector 111 for monitoring the quantity of the mobile terminal 1 connected to the charging box, the charge amount meter 112 for measuring the charge amount of the mobile terminal 1, and the mobile terminal 1 It includes a door (door) controller 113 for monitoring and controlling the door open state of the stored charging box 100 and a power controller 114 for controlling the charging power of the portable terminal 1 .

The charging device monitoring information monitored by the charging device detector 111 of the charging monitoring management unit 110, the charging amount monitoring information of the portable terminal 1 monitored by the charging amount meter 112, and the door (door) controller 113 ( 140) transmits charging control information, such as door control information and power control information, to the door (door) controller 113 and power controller 114 through the input/output control unit 115 to open and close the door and perform a portable terminal ( 1) to control the charging.

According to this configuration, the management control unit 140 transmits one or more charging monitoring information, such as charge amount monitoring information, door open state monitoring information, and charging power monitoring information, received from the charging monitoring management unit 110 through the wired/wireless communication unit 150 to the manager terminal. (10) and transmits one or more charge control information such as door control information and power control information received from the manager terminal 10 through the wired/wireless communication unit 150 to the charge monitoring management unit 110 .

In more detail, the charge monitoring and management unit 110 monitors the number of storage, the charging state, and the door open state of the portable terminal 1 such as a tablet being stored in the charging box 100 and being charged, and the management control unit 140 . and receives one or more charging control information from the management control unit 140 and transmits it to the door (door) controller 113 and the power controller 114 to control the opening and closing of the door and charging of the portable terminal 1 .

This structure transmits the charging monitoring information of the charging monitoring management unit 110 to the management app 12 of the manager terminal 10 through the wired/wireless communication unit 150, and the management app 12 remotely charges in real time (100) You can check the status of the battery and check the forced door open to prevent theft and control the charging monitoring management unit 110 by transmitting charging control information from the management app 12 to the charging box 100 according to the charging state. Therefore, it is also possible to manage battery explosion protection due to overcharging of the mobile terminal 1 being charged.

On the other hand, the environment monitoring unit 120 is a component that monitors the indoor environment in which the charging box 100 is installed, and measures indoor temperature, humidity, fine dust, gas (carbon dioxide, carbon monoxide, smoke, etc.).

This environment monitoring unit 120 is provided in the charging box 100, a temperature sensor 121 for measuring the temperature around the charging box 100, a humidity sensor 122 for measuring the humidity, and It includes a dust sensor 123 for measuring the concentration and a gas sensor 124 for measuring the concentration of gases such as carbon dioxide, carbon monoxide, and smoke.

Such environmental monitoring information such as temperature monitoring information, humidity monitoring information, dust concentration monitoring information, and gas concentration monitoring information of the environment monitoring unit 120 is transmitted to the management control unit 140 through the input/output control unit 125 And, the management and control unit 140 analyzes the environmental monitoring information and compares and analyzes the environment setting information to generate the environment control information and transmits it to the environment management unit 130 for indoor temperature, humidity, fine dust, and gas (carbon dioxide, carbon monoxide). , Smoke, etc.).

And the environment management unit 130 includes an air purifier 131 for controlling fine dust, an air conditioner 132 for lowering the indoor temperature, a heater 133 for heating the room, and a fire alarm 134 for generating a fire alarm. can do. The environment management unit 130 may be disposed to be physically separated from the charging box 100 , but if necessary, any one of the air purifier 131 , the air conditioner 132 , the heater 133 , and the fire alarm 134 . The above or the whole may be provided integrally in the charging box 100 .

At this time, the environment management unit 130 is installed in the room where the charging box 100 is installed, and the environment control information input from the management control unit 140 including the input/output control unit 135 is installed to adjust the surrounding environment to control the surrounding environment of the charging box. manage

According to this configuration, the management control unit 140 through the wired/wireless communication unit 150 environmental monitoring information such as temperature monitoring information, humidity monitoring information, dust concentration monitoring information, and gas concentration monitoring information of the environment monitoring unit 120 through the is transmitted to the manager terminal 10 through the wired/wireless communication unit 150, and temperature setting information, humidity setting information, dust concentration setting information, and gas received from the manager terminal 10 through the wired/wireless communication unit 150 One or more environment setting information such as environment setting information such as concentration setting information is received, stored and registered, and then temperature monitoring information received from the environment monitoring unit 120, humidity monitoring information, dust concentration monitoring information, and gas concentration When the environmental monitoring information such as monitoring information is out of the allowable range of the environment setting information, the environment control information is generated and transmitted to the environment management unit 130 to manage the indoor environment.

According to this structure, the environment monitoring unit 120 of the charging box 100 measures the indoor temperature, humidity, fine dust, gas (carbon dioxide, carbon monoxide, smoke, etc.), and the manager terminal 10 through the wired/wireless communication unit 150 You can check the indoor environmental condition in real time by sending it to the management app 12 of By transmitting the environmental control information to the back and driving it, it creates a comfortable indoor environment and enables early extinguishing in the event of a fire. Of course, if the administrator sets the environment setting information to the automatic operation mode using the management app 12 of the manager terminal 10, the environment management unit 130 is automatically operated based on various data measured in the charging box 100. may be

And the management control unit (Management Unit) 140 is for monitoring and controlling the charging monitoring management unit 110, the environment monitoring unit 120, and the environment management unit 130, a processor responsible for calculation, various monitoring information and It includes a memory in which control information, setting information, and a driving program for operation are stored, and may be configured as, for example, a microcomputer.

On the other hand, the wired/wireless communication unit 150 is for remotely transmitting and receiving monitoring information, control information, and setting information with the manager terminal 10, and consists of various communication modules to enable short-distance communication and long-distance communication, such as Ethernet, Wi-Fi , includes one or more Ethernet controller 151, Wi-Fi modem 152, Bluetooth module 153, 5GNetwork module 154, etc. to enable transmission and reception of information through various network environments such as Bluetooth, 5GNetwork, etc., and a management control unit 140 ) and may include an input/output control unit 155 for data transmission and reception.

In addition, the manager terminal 10 can be used not only with a portable smart phone, tablet PC, etc., but also with a general PC or a laptop computer if it can be connected to the wired/wireless communication unit 150 .

In addition, the manager terminal 10 is installed with a management app 12 capable of monitoring and controlling the state of the charging box 100 as well as monitoring and managing the surrounding environment in which the charging box 100 is installed. Of course, this management app 12 can be downloaded and installed through a control server (not shown) that can comprehensively manage the information of the charging box 100 .

Hereinafter, a driving example of the remote management system of the portable terminal charging box according to the present invention will be described with reference to FIGS. 1 to 5 .

The manager connects to the charging box 100 from a remote location using the manager terminal 10 and charges the battery provided in the portable terminal 1 such as a tablet PC or a smartphone in the charging box while charging the state of the charging box freely from a remote location. Monitoring and management of the installed surrounding environment can be useful.

First, the manager drives the management app 12 of the manager terminal 10, transmits charge control information to the charging box 100 through the wired/wireless communication unit 150, and controls the charge monitoring management unit 110 to control the mobile terminal (1) carry out the charging of

As such, when the manager terminal 10 and the charging box 100 are connected through the network N, the charging monitoring management unit 110 stores the charging box 100 in the charging box 100 and stores the number of portable terminals 1 such as a tablet being charged. , and transmits charging monitoring information about the state of the charging box 100 generated by monitoring the charging state and the door open state to the management control unit 140 and the management control unit 140 through the wired/wireless communication unit 150 to the manager terminal ( 10) is transmitted to the management app 12, and the administrator can check the status of the charging box 100 remotely in real time through the management app 12.

On the other hand, when the manager connects to the charging box 100 using the manager terminal 10 , the environment monitoring regarding the surrounding environment in which the charging box 100 is installed is received in real time.

To this end, the management and control unit 140 receives environmental monitoring information such as temperature monitoring information, humidity monitoring information, dust concentration monitoring information, and gas concentration monitoring information of the environment monitoring unit 120 in real time, and the wired/wireless communication unit 150 is transmitted to the manager terminal 10 through In addition, the management control unit 140 includes temperature monitoring information of the environment monitoring unit 120, humidity monitoring information, dust concentration monitoring information, and environmental monitoring information such as gas concentration monitoring information, temperature setting information, humidity setting information, The environment management unit continuously monitors whether the environment setting information such as the dust concentration setting information and the gas concentration setting information is out of the allowable range. The indoor environment is managed by selectively controlling the air purifier 131, the air conditioner 132, the heater 133, and the fire alarm 134.

In this case, the administrator can manually adjust the environment setting information arbitrarily or switch to an automatic mode after checking the various environmental monitoring information measured by the environment monitoring unit 120 through the administrator terminal 10 , When the environment setting information is input to the management control unit 140 through the wired/wireless communication unit 150 , it is registered and stored in the management control unit 140 .

Hereinafter, the monitoring and management of the indoor environment in which the charging box 100 is installed will be described in detail.

First, as an example for improving indoor air quality, since carbon dioxide starts to feel uncomfortable indoors when it is 700 ppm or more in the atmosphere, it is necessary to set the air purifier 131 to operate when it reaches about 700 ppm. For example, as the gas concentration setting information, the carbon dioxide concentration is 700 ppm as the upper limit and 400 ppm as the lower limit. Outputs to the environment management unit 130 to operate the air purifier 131, and if the carbon dioxide concentration measured from the gas sensor 124 of the environment monitoring unit 120 is less than 400 ppm, the environment management unit 130 outputs control information to air The purifier 131 is stopped. Of course, the gas concentration with respect to carbon dioxide measured from the gas sensor 124 of the environment monitoring unit 120 is transmitted from the management control unit 140 through the wired/wireless communication unit 150 and can be checked in the manager terminal 10, and the management control unit ( 140), the upper and lower limits of the gas concentration setting information regarding carbon dioxide may be arbitrarily set by the administrator using the manager terminal 10 .

Next, as another example for improving indoor air quality, the normal level of carbon monoxide is 20 ppm in the air. Since carbon monoxide is fatal, it should be set to operate the air purifier 131 when it exceeds 20 ppm. For example, as the gas concentration setting information, the carbon monoxide is 20ppm as the upper limit and 10ppm as the lower limit. Output to the environment management unit 130 to operate the air purifier 131, and if the carbon monoxide concentration measured from the gas sensor 124 of the environment monitoring unit 120 is less than 10ppm, control information is output to the environment management unit 130 and air The purifier 131 is stopped. Of course, the gas concentration related to carbon monoxide measured from the gas sensor 124 of the environment monitoring unit 120 is transmitted from the management control unit 140 through the wired/wireless communication unit 150 and can be confirmed in the manager terminal 10, and the management control unit ( 140), the upper limit and lower limit of the gas concentration setting information regarding carbon monoxide can be arbitrarily set by the administrator using the administrator terminal (10).

Also, as another example for improving indoor air quality, fine dust is in a normal state of ^{80 μg/m 3 based on PM10.} Accordingly, for example, as the dust concentration setting information, 80 ^{μg/m 3} as the upper limit and 50 μg/m ³ as the lower limit based on PM10 are used. exceeds 80 μg/m ³ based on PM10, the control information is output to the environment management unit 130 to operate the air purifier 131, and the dust concentration measured from the dust sensor 123 of the environment monitoring unit 120 is PM10 If it is less than 50 μg/m ³ as a reference, the air purifier 131 is stopped by outputting control information to the environment management unit 130 . Of course, the dust concentration measured from the dust sensor 123 of the environment monitoring unit 120 is transmitted from the management control unit 140 through the wired/wireless communication unit 150 and can be checked in the manager terminal 10, and the The upper and lower limits of the dust concentration setting information can be arbitrarily set by an administrator using the manager terminal 10 .

In addition, whether or not a fire has occurred in an indoor environment can be checked through the detection of smoke, and such smoke or combustible gas can also be detected through the gas sensor 124 . When smoke is detected through the gas sensor 124 of the environment monitoring unit 120 , the smoke monitoring information is input to the management control unit 140 , and the management control unit 140 is configured to drive the fire alarm 134 to the environment management unit. Control information is output as well as smoke monitoring information is transmitted to the manager terminal 10 through the wired/wireless communication unit 150 in real time. In this case, the manager transmits monitoring information about smoke measured by the gas sensor 124 of the environment monitoring unit 120 through the manager terminal 10 from the management control unit 140 through the wired/wireless communication unit 150. It can be checked in the manager terminal 10, and the manager can take quick action.

In addition, as another example for improving indoor air quality, the indoor temperature and humidity may be kept constant. The manager can set comfortable indoor temperature conditions (eg, 23 ℃, 60%) and humidity through the manager terminal 10, and the environment setting information regarding these indoor temperature and humidity conditions is transmitted to the management control unit through the wired/wireless communication unit 150 140, and accordingly, the management control unit 140 compares the temperature and humidity sensed through the temperature sensor 121 and the humidity sensor 122 of the environment monitoring unit, and according to the environmental setting information standard regarding the indoor temperature condition. By outputting control information, the air conditioner 132 or the heater 133 is operated through the environment management unit 130 . In this case, for example, in the case of a school, the air conditioner 132 or the heater 133 is set to operate in advance to maintain the indoor temperature and humidity conditions before going to school during the summer and winter seasons (e.g., if the school start time is 9 o’clock, start at 8 o’clock). If it works, it maintains the setting conditions around 9 o'clock) You can make it comfortable before class.

Of course, the management and control unit 140 detects a sudden change in the detected temperature measured by the temperature sensor 121 of the environment monitoring unit 120 (normally 7.5 ℃/min: type 1 detector), determines that a fire has occurred, and provides control information. It outputs and drives the fire alarm 134 through the environment management unit 130 and transmits fire monitoring information indicating that a sudden change in temperature is detected to the manager terminal 10 through the wired/wireless communication unit 150 in real time. Of course, the temperature change detection standard of the management controller 140 can be set through the manager terminal 10 .

In addition, the manager stores various parameters for managing the indoor environment in which the charging box is installed as described above through the management app 12 of the manager terminal 10, and when set to the automatic operation mode, the operations are charged (100) ), the environment monitoring unit 120 and the environment management unit 130 automatically operate, and when set to the manual operation mode, the administrator can check the current situation in the management app 12 and operate various devices.

The above description is merely illustrative of the technical idea of the present invention, and various modifications and variations are possible without departing from the essential characteristics of the present invention by those skilled in the art to which the present invention pertains. The scope of protection should be interpreted by the following claims, and all technical ideas within the equivalent range should be construed as being included in the scope of the present invention.

1: mobile terminal 10: administrator terminal
100: charging box 110: charging monitoring management unit
111: charger device detector 112: charge level meter
113: door control 114: power control
120: environmental monitoring unit 121: temperature sensor
122: humidity sensor 123: dust sensor
124: gas sensor 130: environment management department
131: air purifier 132: air conditioner
133: heater 134: smoke alarm
140: management control unit 150: wired and wireless communication unit
151: ethernet controller 152: wifi modem
153: Bluetooth module 154: 5GNetwork module

Claims (6)

A charging monitoring management unit 110 for monitoring and controlling the state of the charging box 100 for charging the mobile terminal 1, an environment monitoring unit 120 monitoring the surrounding environment of the charging box 100, and the charging An environment management unit 130 for controlling the surrounding environment of the vessel 100, a management control unit 140 for monitoring and controlling the charging monitoring management unit 110, the environment monitoring unit 120, and the environment management unit 130, and the management Through the control unit 140, the monitoring information of the charging monitoring and management unit 110, the environment monitoring unit 120, and the environment management unit 130 is transmitted to the remote manager terminal 10 through the network N, and the manager terminal 10 ), including a wired/wireless communication unit 150 for receiving the control and setting information of the charging monitoring management unit 110 and the environment management unit 130 and transmitting the control and setting information to the management control unit 140;
The manager terminal 10 is a smart phone in which the management app 12 is installed;
The environment monitoring unit 120 is provided in the charging box 100, a temperature sensor 121 for measuring the temperature around the charging box 100, a humidity sensor 122 for measuring humidity, and a dust sensor 123 for measuring the concentration and a gas sensor 124 for measuring the gas concentration;
The environment management unit 130 includes an air purifier 131 for controlling fine dust, an air conditioner 132 for lowering the indoor temperature, a heater 133 for heating the room, and a fire alarm 134 for generating a fire alarm. ;
The management control unit 140 transmits the environmental monitoring information of the environment monitoring unit 120 to the manager terminal 10 through the wired/wireless communication unit 150 , and from the manager terminal 10 through the wired/wireless communication unit 150 . Receives, stores and registers the received environment setting information, and when the environment monitoring information received from the environment monitoring unit 120 is out of the allowable range of the environment setting information, generates environment control information and transmits it to the environment management unit 130 to manage the indoor environment;
The wired/wireless communication unit 150 remotely transmits and receives monitoring information, control information, and setting information with the manager terminal 10 among the Ethernet controller 151 , the Wi-Fi modem 152 , the Bluetooth module 153 , and the 5GNetwork 154 . The remote management system of the mobile terminal charging box, characterized in that it comprises one or more.
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