KR102296037B1 - Sports Facility Member and Energy Integrated Processing System - Google Patents

Abstract

The present invention relates to a sports facility member and energy integrated management system capable of providing a solution to an efficient improvement in a management environment by providing prime costs for sports facility operation based on sports facility user status and energy consumption status as well as reducing economic burdens in sports facility operation through an energy reduction, and providing a scientific operation environment. More specifically, the sports facility member and energy integrated management system comprises: a database part (100) setting an initial value and a limit value, storing data and extracting and transmitting data matched with an inputted signal; an energy management part (200) enabling the supply or cutoff of power in accordance with an input signal sensing the condition of a physical resource existing in a set space from various sensors and controlling the consumption of the physical resource having reached the limit value; a processing part (300) receiving and analyzing the data sensed by the energy management part to transmit a processed result to the energy management part, and analyzing human resource data identified by an interface part to control a necessary device and approve payment; a human resource information management part (400) processing the data inputted from the processing part and extracting body characteristic data of a human resource to create and register a unique ID, and calculating an economic prime cost incurred by the registered human resource to convert the same into data; and an interface part (500) functioning for mutual communication in an interface between a computer system and a user using difference languages.

Description

Sports Facility Member and Energy Integrated Processing System

The present invention relates to an integrated management system for sports facility members and energy, and more specifically, to provide a solution that can efficiently improve the business environment by providing sports facility operating costs based on the current status of sports facility users and energy usage status In addition, it relates to a sports facility member and an integrated energy management system that reduces the economic burden of operating sports facilities through energy saving and provides a scientific operating environment.

Recently, there has been a rapid development in the field of information and communication technology. This is sometimes referred to as the digital revolution. Due to the digital revolution, the information age has come, and necessary information can be checked or utilized in real time through a medium such as a computer or mobile communication terminal. The digital revolution has dramatically developed the wireless Internet, and this has become the starting point for the creation of an online ecosystem.

E-commerce has become possible due to the activation of the online ecosystem, but its activity depends on the level and method of customer acquisition and customer management as in the past. On the other hand, things that cannot be traded online remain regardless of the online ecosystem activity. For example, visiting a sports facility to strengthen the body.

The sports facilities have no choice but to be visited for the purpose of strengthening physical strength and weight loss, and shower facilities are essential to the facilities. Therefore, sports facilities require the management of visitors, management of physicochemical conditions, and management of energy supply.

[0003] Research continues to be made on the management of the above-mentioned human resources. For example, a member management service system is posted in Korean Patent Publication No. 10-2015-0145322. The technical idea has the advantage of economically and efficiently managing the member database, but only the user makes it easy to modify the member information, but it does not perform any further functions, so it is not suitable for sports facilities that require integrated management.

Laid-open Patent Publication No. 10-2015-0145322 (published on December 30, 2015)

The present invention was created to more actively solve the above problems. In addition to providing a solution that can efficiently improve the business environment by providing sports facility operating costs based on the current status of people using sports facilities and the status of energy use, It aims to reduce the economic burden of sports facility operation through energy saving and to provide a sports facility member and energy integrated management system that provides a scientific operating environment.

The configuration of the sports facility member and energy integrated management system proposed in the present invention in order to achieve the above solution is as follows.

The present invention includes: a database unit 100 for extracting and transmitting data corresponding to an initial value and a limit value set, storing data and an input signal; An energy management unit 200 that enables supply or cut-off of power according to an input signal that senses the state of the physical resource existing in the set space from various sensors and controls the use of the physical resource that has reached a limit value; a processing unit 300 that receives and analyzes data sensed by the energy management unit, analyzes and transmits the processed result to the energy management unit, and analyzes the human resource data identified in the interface unit to control the necessary device and approve it when payment occurs; A human information management unit 400 that processes data input from the processing unit and extracts the body characteristic data of human resources to generate and register a unique identification ID, calculates the economic cost caused by the registered human resources and converts it into data; and an interface unit 500 responsible for communication between people who use different languages and a computer system at the boundary.

The database unit 100 includes an energy data unit 110 in which an initial value and a limit value are set and transmits a control signal according to a signal input from the energy management unit; a human data unit 120 for storing data transmitted from the human resource management unit and for extracting and transmitting data corresponding to an input signal; Accounting data unit 130 in which sales information and energy cost information processed in the processing unit are stored; and the energy management unit 200 calculates the required energy based on the real-time sports facility usage status, energy use trend, and manager settings. a manager assimilation unit 210 that calculates and calculates idle energy based on real-time energy status, and controls the energy generating device as much as required energy to efficiently control energy generation; a sensor unit 220 that detects the measurement and change of the physicochemical state of the set space and converts it into an electrical signal; and a control unit 230 for controlling a supply device of electricity, gas, and water according to an input signal in connection with a supply of electricity, gas, and water.

The processing unit 300 includes an access control unit 310 that compares the unique identification data input from the interface unit 500 with data stored in the database unit 100 and controls the entrance/exit control device; and a payment approval unit 320 that receives payment data, approves it, and stores the data required to be collected in the database unit 100;

The personal information management unit 400 includes: a member management unit 410 for managing members who regularly use facilities provided by sports facilities; a guest management unit 420 that manages guests who temporarily use facilities provided by sports facilities; and a staff management unit 430 that manages staff working in sports facilities.

The interface unit 500 is a barcode reader, an RFID reader, a receipt printer, a credit card reader, and a cash recognition/discharger using a PC (Personal Computer), POS (Point of Sales), KIOSK, and mobile phone as terminals. a terminal unit 510 that activates a data transmission/reception operation of the database unit while a signal is input and outputs the transmitted data; an online service unit 520 that promotes sports facilities and provides reservation functions for online member registration and facility use; Members who identify members using physical media including fingerprint/facial biometric authentication information, barcode/QR code (Quick Response code)/OCR (optical character recognition), and magnetic card/RFID (Radio-Frequency identification) identification unit 530; a payment module unit 540 that recognizes credit cards and cash and returns change; and an output module unit 550 that notifies the user's request processing result through screen display, receipt output, text transmission, and PUSH notification.

The sensor unit 220 includes a power sensor unit 221 for measuring power consumption; a gas sensor unit 222 for measuring the amount of gas used; a water sensor unit 223 for measuring water usage; a temperature/humidity sensor unit 224 for measuring real-time temperature and humidity; a pressure sensor unit 225 for measuring pressure and water pressure; It includes a state sensor unit 226 that measures the state of the valve, the water level in the tank, and the reverse flow of the pipe in real time.

The control unit 230 includes: a valve control unit 232 for receiving an on/off signal and a proportional control signal from the sensor unit to perform on/off control and proportional control of the electromagnetic valve; Contact control unit 234 for on/off control of motors and pumps; and a cooling/heating control unit 236 for controlling indoor and outdoor units, boilers, and air conditioners.

The admission control unit 310 is interlocked with the electronic key system, the electronic key control unit 312 to issue and control the electronic key locker; an automatic door/gate control unit 314 for controlling an automatic door, a security gate, a turn gate, etc. according to a control signal; and a parking gate control unit 316 for recognizing the vehicle number and controlling the parking gate according to the control signal.

The member management unit 410 includes: a member information registration unit 412 for registering member information so that members using the sports facility can use the program provided by the sports facility; and a member information correction unit 414 capable of modifying member information.

The guest management unit 420 includes a guest information registration unit 422 that registers guests for temporary use of the sports facilities.

The employee management unit 430 includes an employee information registration unit 432 for registering employee information working in a sports facility; and an employee information correction unit 434 for correcting employee information.

The online service unit 520 includes a public relations unit 522 for promoting sports facilities; and an online registration and reservation unit 524 that provides an end user's online member registration and facility use reservation function.

The member identification unit 530 includes a biometric authentication information identification unit 532 that registers the member's fingerprint and face in the system and transmits unique identification information to the admission control unit during fingerprint and facial authentication; an image information identification unit 534 that recognizes barcodes and QR codes, analyzes the captured image, and converts the characters in the image into characters that the computer can understand; a magnetic card identification unit 536 for recognizing a magnetic card; and an RFID information identification unit 538 for recognizing an RFID signal.

The output module unit 550 includes a screen unit 552 for delivering real-time time information to the user; a receipt printer unit 554 for printing the final processing result on thermal paper; a text transmission unit 556 for transmitting the final processing result, sports facility usage information or marketing information to the user's portable terminal by SMS, LMS, or MMS; and a PUSH notification transmission unit 558 that transmits a real-time PUSH notification to the terminal in which the application is installed.

The state sensor unit 226 includes a valve state receiver (226a) for sensing the On/Off state and control state of the valve; a water tank water level state receiver 226b for sensing the water level state of the water tank; It includes;

The interface unit 500 further includes a user status unit 560 for photographing the shape of a user using the facilities provided by the sports facility, and the user status unit 560 includes a camera unit 562 for photographing multiple objects and , a difference calculation unit 564 that receives the image taken from the camera unit 562 and calculates numerically a shape having a motion value equal to or greater than the minimum threshold for motion, and based on the numerical value calculated by the difference calculation unit It further includes a saturation state setting unit 566 for setting the degree of saturation. The saturation level set by the saturation state setting unit 566 is output on the terminal unit 510 to the online service unit 520 .

According to the present invention having the above configuration, it is possible to efficiently improve the business environment by providing the cost of energy use based on the current status of the number of people used and the status of energy use, and to control the usage status of the real-time energy generating device and the device to obtain energy The purpose is to reduce the economic burden of operation by efficiently controlling the use, and to provide a scientific sports facility membership and energy integrated management system.

In addition, an electronic key locker system is introduced to check the current status of the number of people using the facility to limit the indiscriminate entry of outsiders into the space inside the sports facility to maintain the comfort of the space. In addition, since operation information and current status can be checked on the terminal, the convenience of integrated management of sports facilities is improved.

1 is a block diagram configured according to a preferred embodiment of the present invention.
2 is a block diagram configured according to a preferred embodiment of the present invention.
3 is a block diagram configured according to a preferred embodiment of the present invention.
4 is a block diagram configured according to a preferred embodiment of the present invention.
5 is a block diagram configured according to a preferred embodiment of the present invention.
6 is a configuration diagram configured according to another embodiment of the present invention.

Advantages and features of the present invention, and a method for achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only this embodiment serves to complete the disclosure of the present invention, and common knowledge in the technical field to which the present invention pertains It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. In addition, like reference numerals refer to like elements throughout the specification.

Hereinafter, with reference to the accompanying drawings, it will be collectively described for the configuration of the present invention and the resulting action and effect.

The present inventor of the sports facility member and energy integrated management system provides energy consumption cost based on the current status of the number of people using and the status of energy use to efficiently improve the business environment, and controls the usage status of the real-time energy generating device and the device. It is to reduce the economic burden of operation by efficiently controlling energy use, and to provide a scientific sports facility member and an energy integrated management system. In particular, according to the present invention, all data is transmitted and received through wired/wireless communication, and there is a separately built homepage on the Internet, so that multiple terminals can access it. Here, the term "terminal" refers to a device connected to a communication network or the like to input data or output a processing result. Examples are mobile phones, computers, POS, and KIOSK.

To this end, as shown in FIG. 1 , an initial value and a limit value are set, and a database unit 100 for storing data and extracting data corresponding to an input signal and transmitting the data; An energy management unit 200 that enables supply or cut-off of power according to an input signal that senses the state of the physical resource existing in the set space from various sensors and controls the use of the physical resource that has reached a limit value; a processing unit 300 that receives and analyzes data sensed by the energy management unit, analyzes and transmits the processed result to the energy management unit, and analyzes the human resource data identified in the interface unit to control the necessary device and approve it when payment occurs; A human information management unit 400 that processes data input from the processing unit and extracts the body characteristic data of human resources to generate and register a unique identification ID, calculates the economic cost caused by the registered human resources and converts it into data; and an interface unit 500 responsible for communication between people who use different languages and a computer system at the boundary.

The database unit 100 is composed of a database (DB), which is a set of data in which data is integrated and managed, thereby eliminating duplication of setting items and structuring and storing data. At this time, the database (DB) is configured as a set of logical models to enable data transmission and reception, setting of a limit range through the minimum and limit values, and processing of external signals.

The database unit 100 includes an energy data unit 110 in which an initial value and a limit value are set and a signal inputted from the material resource unit is stored; a human data unit 120 for storing data transmitted from the human information management unit and for extracting and transmitting data corresponding to an input signal; and an accounting data unit 130 in which sales information processed in the processing unit and energy cost information are stored. The initial value and the limit value may mean the minimum and maximum values of the amount of supply and usage of the energy source supplied to the sports facility, which may be applied differently for each sports facility in which the present invention is used. In particular, the maximum value may increase in proportion to the number of members.

In the energy data unit 110, initial values and limit values of energy supplied to sports facilities, such as electricity, water, heat, etc. are set, the sensing information of the energy management unit 200 is stored, and at the request of the management automation unit or the control unit The requested information is transmitted to induce the operation of the energy management unit.

The personal data unit 120 stores personal information and biometric data of those who visit the sports facility and are permitted to enter.

The accounting data unit 130 includes energy operation costs according to real-time energy usage, purchase of regular membership tickets, purchase of one-time visit tickets, etc. Accounting information calculated by calculating

It detects the situation of physical resources existing in the sports facility, which is a set space, and calculates it numerically to provide the user with the real-time status of the use of the engine generator, and enables the supply or cut-off of power according to the input signal, and the physical resource that has reached the limit value. Efficiently regulate energy use by controlling the use of

To this end, as shown in FIG. 2 , the energy management unit 200 controls the energy generation device based on real-time energy status, real-time sports facility usage status, energy usage trend, manager setting, etc. to efficiently control energy generation. manager assimilation unit 210; a sensor unit 220 that detects the measurement and fluctuation of the physicochemical state of the set space and converts it into an electrical signal; The control unit 230 is configured to interlock with the source of the physical resource and control the cutoff of the supply of the source according to an input signal.

The sensor unit 220 includes a power sensor unit 221 for detecting power in a setting space; a gas sensor unit 222 for detecting the amount of gas used; Water sensor unit 223 for detecting the amount of water used; a temperature/humidity sensor unit 224 for detecting temperature and humidity; a pressure sensor unit 225 for sensing pressure; It is composed of a state sensor unit 226 that detects a valve, water tank level, and pipe reverse flow to detect each set physicochemical state. The sensed state is transmitted to the energy data unit 110 .

When the initial value and the limit value exceed the set range, the control unit 230 controls a supply source, ie, a pump, a water pipe supply shutoff valve, etc. according to a control signal from the management automation unit; a valve control unit 232; contact control unit 234; Controlled through the cooling/heating control unit 236 to maintain the set amount of usage.

The state sensor unit 226 includes a valve state receiving unit 226a for sensing the On/Off state and the proportional control state of the valve; a water tank water level receiving unit 226b for sensing the water level of the water tank; The pipe reverse flow state receiving unit 226c for sensing the reverse flow state of the pipe; the sensed state is transmitted to the energy data unit 110 .

Through the operation of the manager assimilation unit 210, the sensor unit 220, and the control unit 230 as described above, it is possible to further maintain the comfort in the sports facility and to maintain the proper energy supply, thereby reducing the economic loss of the operator.

As shown in FIG. 3 , the processing unit 300 includes a pressure control unit 310 for checking the human resource data identified in the interface unit with reference to the human information database unit 120 and controlling the entrance/exit control device; It includes configuring a; payment approval unit 320 that receives payment data, approves and processes it, and stores the data required to be collected.

The pressure control unit 310 confirms the identification information identified in the interface unit 500 with reference to the human information database unit 120, and controls the entrance/exit control devices such as electronic keys, automatic doors, gates, and parking gates with the electronic key control unit. (312); automatic door/gate control unit 314; It is controlled through the parking gate control unit 316;

The payment approval unit 320 receives payment data, responds to approval and results, stores member and guest access rights in the personal information database unit 120, and stores sales information according to sales generation in the accounting information database unit 130 save to

The electronic key control unit 312 is interlocked with the electronic key system to issue and control the electronic key locker, and identify the locker currently in use to determine the number of people using the sports facility in real time.

The automatic door/gate control unit 314 determines whether to control an automatic door, a security gate, a turn gate, etc. according to the data identified by the interface unit, and transmits a control signal to control the device.

The parking gate control unit 316 determines whether to control the gate according to the vehicle number identified in the interface unit and transmits a control signal to control the device.

As illustrated in FIG. 4 , the personal information management unit 400 includes: a member management unit 410 that is accessible by the manager and authorized staff of the sports facility and manages members who use and subscribe to programs provided by the sports facility; a guest management unit 420 that manages guests who temporarily use facilities provided by sports facilities; It includes; a staff management unit 430 that manages the staff working in the sports facility.

The member management unit 410 registers the member with the program provided by the sports facility in the member information registration unit 412 and registers the member with rights for access to the set space such as the shower room, the gym, and the swimming pool in the sports facility, and if necessary, the member It enables the information correction unit 414 to modify member information.

The guest management unit 420 registers temporary access rights of a space set in a sports facility for temporary use of the sports facility in the guest information registration unit 422 .

The employee management unit 430 makes it possible to register new employees in the employee information registration unit 432 , sets the access rights of each employee system in the employee information correction unit 434 , and sets the access rights of the sports facility manager in the accounting data unit 130 . It is possible to store the basis for calculating the labor cost and to modify it if necessary.

As shown in FIG. 5, the interface unit 500 uses a PC, POS machine, KIOSK, and mobile phone as a terminal, and a barcode reader, an RFID reader, a receipt printer, a credit card reader, a cash recognition/discharger, etc. are interlocked and a setting signal is input a terminal unit 510 that activates the data transmission/reception operation of the database unit and outputs the transmitted data; an online service unit 520 that promotes sports facilities and provides reservation functions for end users' online membership registration and facility use; a member identification unit 530 for identifying members using physical media such as fingerprint and facial recognition, barcode, QR code, magnetic card, RFID, OCR, etc.; a payment module unit 540 that recognizes a credit card, recognizes cash, and returns change; and an output module unit 550 for notifying the user's request processing result as well as the system status, receipt output, text transmission, and PUSH notification using the screen.

The online service unit 520 includes a public relations unit 522 for promoting sports facilities; and an online registration and reservation unit 524 that provides a reservation function for online member registration and facility use of an end user.

The member identification unit 530 may include: a biometric authentication information identification unit 532 for registering a member's fingerprint and face in the system and transmitting unique identification information to the admission control unit during fingerprint and facial authentication; an image information identification unit 534 that recognizes barcodes and QR codes, analyzes the captured image, and converts the characters displayed in the image into characters that the computer can understand; a magnetic card identification unit 536 for recognizing a magnetic card; and an RFID information identification unit 528 for recognizing an RFID signal.

The payment module unit 540 recognizes cash and credit/debit card information input from the user, transmits the recognized information to the payment approval unit 320, receives a response from the processing result, and returns change if necessary.

The output module unit 550 includes a screen unit 552; Receipt printer unit 554; a text transmission unit 556; an electric sign 544; PUSH notification transmission unit 558; is composed of; and delivers visual real-time information to the user and notifies the final processing result through printing or text transmission.

The biometric information identification unit 532 registers a member's fingerprint and face and transmits the recognized information to the admission control unit 310 when the fingerprint and face are recognized for use of sports facilities.

In particular, a webcam, which is a separate photographing means for facial recognition technology, may be provided, and the image taken through the webcam is face extracted, which is a machine learning-based object detection algorithm called face haar Face Haar Cascade. use. Face Haar Cascade has an optimal threshold for extracting images with and without facial information. It has the advantage that the operation speed is faster than the previous one. When the face is extracted in this way, only the face part is cut and the cut face photo is encoded as a string type string, and then the photo is decoded and converted into a jpeg image to judge the encoded photo. The result value is derived using the decoded image as input, and the result value will be the unique identification ID of the member who is the visitor.

In addition, the fingerprint recognition technology is either a capacitive fingerprint recognition method that reads and merges fingerprint information by parts while swiping the fingerprint on a designated sensor, and an area method that recognizes a fingerprint by placing a finger on a designated sensor. is employed to collect fingerprint data of human resources who wish to enter and exit sports facilities.

When the image information identification unit 534 recognizes a barcode or QR code on which a member identification number is recorded to use a member's sports facilities and a coupon for discount information recognition, the image information is recognized and the admission control unit 310 or payment is approved It transmits data to the unit 320 and analyzes the photographed image of the vehicle number to convert the characters displayed in the image into characters that the computer can understand, or read the image of the meter to measure the real-time usage in the energy database unit 110 ) is stored in

The magnetic card identification unit 536 transmits the recognized information to the compression control unit 310 when the magnetic card is recognized for the member's use of sports facilities. The RFID information identification unit 538 identifies a member using the RFID member card and NFC communication of the mobile phone, and transmits the identified data to the compression control unit 310 .

The screen unit 552 transmits visual real-time information to the user in association with the terminal unit 510 or independently.

The receipt printer unit 554 prints the final result after approval/processing of payment by the member's program registration, the customer's one-time visit ticket registration, etc.

The text transmission unit 556 notifies the user of the final processing result using SMS, LMS, or MMS, or transmits usage information or marketing information of the sea sports facility.

The PUSH notification sending unit 558 sends a control signal and notification information to an application installed in the user's portable terminal, and in particular, when a problem occurs in the energy management unit, an emergency notification is sounded so that the user can respond immediately.

As shown in FIG. 6 , the interface unit 500 further includes a user status unit 560 for photographing the shape of a user using the facilities provided by the sports facility, and the user status unit 560 includes multiple objects. A camera unit 562 that takes pictures, a difference calculation unit 564 that receives the image captured by the camera unit 562 and calculates numerically a shape having a motion value equal to or greater than the minimum threshold for motion, and a difference calculation unit It further includes a saturation state setting unit 566 for setting the degree of saturation based on the numerical value calculated by . The saturation level set by the saturation state setting unit 566 is output on the terminal unit 510 to the online service unit 520 .

When an image is captured by the camera unit 562, continuous frames are obtained. In this case, a motion value can be obtained by moving the background frame to the current frame. After distinguishing the moving objects in this way, the number and position of the objects can be obtained by using the BolbCounter to detect multiple objects instead of a single object, which is realized by the difference calculator 564 . That is, the camera unit 562 is configured as a webcam (wep cam) and transmits an image to the difference calculation unit 564 to induce the numerical calculation operation of the difference calculation unit 564 . The calculated number of objects may be set as one of the criteria classified as smooth, normal, saturated, etc. in the powa state setting unit 566 .

This can be output to the terminal unit 510 or the online service unit 520 to allow the user, the person who wants to use it, the person scheduled to visit, etc. to check the user status of the sports facility, thereby increasing their satisfaction.

As above, the present invention sports facility member and energy integrated management system maintains the comfort of the space by restricting the indiscriminate entry of outsiders to the inner space of the sports facility through biometric data. In addition, it is possible to reduce the economic burden of operators by appropriately adjusting the effective amount of energy supplied to sports facilities, and to check and respond to the operating status in a timely manner through sales analysis, etc. In addition, since operation information and status can be checked on the terminal, the convenience of integrated management of sports facilities is improved.

Although the present invention described above has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and various modifications and equivalent other embodiments are possible by those skilled in the art. should be made clear. Accordingly, the true technical protection scope of the present invention should be construed by the appended claims, and all technical ideas within the equivalent scope should be construed as being included in the scope of the present invention.

100: database unit 110: energy data unit
120: human data unit 130: accounting data unit
200: energy management department 210: manager assimilation department
220: sensor unit 221: power sensor unit
222: gas sensor unit 223: water sensor unit
224: temperature/humidity sensor unit 225: pressure sensor unit
226: state sensor unit 226a: valve state receiver
226b: water tank water level state receiver 226c: pipe reverse flow state receiver
230: control unit 232: valve control unit
234: contact control unit 236: cooling / heating control unit
300: processing unit 310: admission control unit
312: electronic key control unit 314: automatic door and gate control unit
316: parking gate control unit 320: payment approval unit
400: Human Information Management Department 410: Member Management Department
412: Member information registration department 414: Member information correction department
420: guest management unit 422: guest information registration unit
430: employee management department 432: employee information register
434: employee information correction unit 500: interface unit
510: terminal unit 520: online service unit
522: Public Relations Department 524: Online Registration and Reservation Department
530: member identification unit 532: biometric authentication information identification unit
534: image information identification unit 536: magnetic card identification unit
538: RFID information identification unit 540: payment module unit
550: output module unit 552: screen unit
554: receipt printer unit 556: text transmission unit
558: PUSH notification transmission unit 560: user status unit
562: camera unit 564: difference calculation unit
566: saturation state setting unit

Claims (1)

Energy data unit 110 for storing energy data transmitted from the energy management unit, human data unit 120 for storing human resource data transmitted from the human information management unit, and accounting data unit 130 for storing sales information and energy cost information ) including a database unit 100; The manager assimilation unit ( 210), a power sensor unit 221 for measuring power usage, a gas sensor unit 222 for measuring gas usage, a water sensor unit 223 for measuring water usage, a temperature/humidity sensor for measuring real-time temperature and humidity A sensor unit 220 including a unit 224, a pressure sensor unit 225 for measuring pressure and water pressure, a state sensor unit 226 for measuring the state of a valve, a water tank water level, and a pipe reverse flow in real time; Further including a control unit 230 that interlocks with the supply of electricity, gas, and water and controls the supply of electricity, gas, and water according to an input signal. energy management unit 200; After comparing the unique identification data of human resources input from the interface unit 500 with the data stored in the human data unit 120, the admission control unit 310 that controls whether to allow entry and exit, receives the payment data and approves it a processing unit 300 including a payment approval unit 320 that is stored in the accounting data unit 130; A member who creates and registers a unique identification ID of human resources, calculates economic costs caused by registered human resources, stores them in the accounting data unit 130, and manages members who regularly use facilities provided by sports facilities Human information management unit 400 further comprising a management unit 410, a guest management unit 420 for managing guests who temporarily use the facilities provided by the sports facility, and an employee management unit 430 for managing employees working at the sports facility; Using a PC (Personal Computer), POS (Point of Sales), KIOSK, and mobile phone as terminals, a barcode reader, RFID reader, receipt printer, credit card reader, and cash recognition/dispenser are interlocked to input a setting signal and data from the database The terminal unit 510 that activates the transmission/reception operation and outputs the transmitted data, the online service unit 520 that promotes sports facilities and provides online member registration and reservation functions for facility use, fingerprint/facial biometric authentication information , a member identification unit (530) that identifies members using a physical medium consisting of image information consisting of barcode, QR code (Quick Response code), OCR (optical character recognition), magnetic card, and RFID (Radio-Frequency identification); A payment module unit 540 that recognizes credit card and cash and returns change, an output module unit 550 that notifies the user's request processing result by screen display, receipt output, text transmission, and PUSH notification is further included. The interface unit 500 responsible for communication at the boundary between the language-speaking person and the computer system; controls reckless access to sports facilities and manages human and material resources scientifically and efficiently In the sports facility and energy integrated management system that
The state sensor unit 226 includes a valve state receiver 226a for sensing the On/Off state and control state of the valve, a water tank water level state receiver 226b for sensing the water level state of the water tank, and a reverse flow state of the pipe. Further comprising a pipe reverse flow state receiving unit 226c,
The entrance control unit 310 is interlocked with the electronic key system to issue and control an electronic key locker 312, and an automatic door/gate control unit ( 314) and a parking gate control unit 316 for recognizing the vehicle number and controlling the parking gate according to the control signal,
The output module unit 550 includes a screen unit 552 that transmits real-time visual information to the user, a receipt printer unit 554 that prints the final processing result on thermal paper, and a final processing result or sports report to the user's portable terminal. Further comprising a text transmission unit 556 for transmitting facility usage information or marketing information by SMS, LMS, or MMS, and a PUSH notification transmission unit 558 for transmitting a real-time PUSH notification to the terminal in which the application is installed,
The interface unit 500 further includes a user status unit 560 for photographing the shape of a user using facilities provided by sports facilities, wherein the user status unit 560 includes a camera unit 562 for photographing multiple objects. And, a difference calculator 564 that receives the image taken from the camera unit 562 and calculates a shape having a motion value equal to or greater than the minimum threshold for motion as a numerical value, based on the numerical value calculated by the difference calculator further including a saturation state setting unit 566 for setting the degree of saturation to ,
The member management unit 410 registers the member with the program provided by the sports facility in the member information registration unit 412 and registers the member with the right to access the set space of the shower room, the gym, and the swimming pool in the sports facility, and, if necessary, member information The correction unit 414 allows the member information to be modified, and the guest management unit 420 enables the guest information registration unit 422 to register temporary access rights to a space set in the sports facility for temporary use of the sports facility, and the The employee management unit 430 sets the access rights of the system for each employee in the registration of new employees and the employee information correction unit 434 in the employee information registration unit 432 , and the basis for calculating the labor cost of the sports facility manager in the accounting data unit 130 . including making it storable and allowing it to be modified when necessary;
The online service unit 520 includes a public relations unit 522 that promotes sports facilities; and an online registration and reservation unit 524 that provides a reservation function for online member registration and facility use of end users. sports facility membership and energy integrated management system.

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