KR20200008700A - The real time management smart health system using the intelligently crm system and smart health system control method - Google Patents

Abstract

The present invention relates to a real-time complex measurement smart health system using an intelligent CRM system to effectively operate a health club and a control method thereof. According to the present invention, the real-time complex measurement smart health system using an intelligent CRM system comprises: a doorframe; a gate door installed in the doorframe; and an unmanned health club door system installed on both side parts of the gate door to face each other. The unmanned health club door system comprises: a gate reader to identify a person who enters or exits the health club; and a gate door opening and closing a door to control access of a member identified by the gate reader.

Description

Real-time complex management smart health system using intelligent CRM system and control method for smart health system {TH REAL TIME MANAGEMENT SMART HEALTH SYSTEM USING THE INTELLIGENTLY CRM SYSTEM AND SMART HEALTH SYSTEM CONTROL METHOD}

The present invention relates to a real-time complex management smart health system using an intelligent CRM system and a method for controlling the smart health system, and more particularly, a member card to which user information is input, a card recognizer for member recognition, and input / output of members. The central server and the fitness equipment, and the health terminal and the status of the user to send and receive information with the fitness equipment to the central server to send information to the central server and to use the intelligent CRM (customer management) server to analyze the transmitted data It manages in real time to allow users to systematically exercise, detects access by using user recognition means, and controls it with a central server to send access information and exercise information to the info center and coaching terminal in real time, effectively Manage health clubs and reduce labor costs It relates to a real-time hybrid smart health management system and a smart health control method using the intelligent system to the CRM system.

In general, as the industrial development continues, the development of scientific and medical businesses is becoming more advanced, and as the society ages, personal health care becomes a very important point.

For this reason, an individual purchases a personal fitness device such as a treadmill at home, and keeps it in the home, but does not have a balanced exercise in general. And there are side effects such as damage to the body, such as muscles or the like caused additional diseases.

In addition, modern people are increasingly using the gym as a way to exercise systematically and effortlessly due to the increase in the number of internal jobs and the lack of exercise using muscles.

On the other hand, modern people use the health club near the company mainly due to their busy schedule, and it is difficult to obtain certain information due to the exercise performed without their own exercise knowledge. There was a problem that dropped and cost increased.

Although the users who visited the gym were able to receive the exercise guidance through the trainers, the trainers could not help the coach consistently and continuously because of the lack of trainers, and the exercise time was insufficient for the personalized exercise. In the health club, the employment cost increased due to the labor cost of the trainer, which made management difficult.

In addition, each member was unable to select one-on-one trainers and health clubs that could consistently and consistently coach according to their exercise inclination, exercise volume, and exercise equipment. There is a problem that the unmanned is not made because of the difficulty of access management, exercise management and coaching management by the members who want to enter from time to time.

1) Republic of Korea Patent Publication No. 10-1129329 2) Republic of Korea Registered Utility Model Publication No. 20-0320519

The present invention has been devised to solve the above problems, by providing a personalized exercise course in the health club to achieve a balanced exercise of members and at the same time to secure the individual exercise data and stored in an intelligent CRM (customer management) server The purpose of the present invention is to provide a real-time complex management smart health system and a method of controlling the smart health system by using an intelligent CRM system that can be shared with each other by a trainer and an operator.

The present invention provides a real-time complex management smart health system using an intelligent CRM system that can be entered and exited by using a personal identification means, detects a third party to enter and then alarm or block the alarm when the individual enters and exits the health club. It is for that purpose.

In addition, the present invention obtains personal exercise information, such as which fitness device the individual has exercised for how long and how much the individual's physical fitness and body has changed, and stores the information, AI (AI) Predictive analysis using

Monthly cost of individual members, salary and general expenses of trainers, and operating expenses of operators are predicted and stored using the intelligent CRM management system, the number of real-time users of the club, and the possible PT (PERSONAL TRAINING) and OT ( ORIENTATION) Trainer and intelligent CRM (customer management) server and the central server through the app to share the information between each other to install and send artificial intelligence (AI) and the Internet of Things (IOT) and to send information to the members of the trainer Real-time complex management smart health system and its smart health using intelligent CRM system that can be managed through the process of communicating with members in real time to reduce the cost of individual exercise management and health club, but operate more efficiently and systematically Its purpose is to provide a system control method.

The present invention provides real-time information such as access control, warning control, club recommendation, trainer recommendation, etc. to members by using a smart gate system that controls access to only authorized members when the health club unmanned system operates. Real-time complex management smart health system using intelligent CRM system that connects the nearest health club with trainers near the recommended club so that matching management between members, trainers and health clubs can be done efficiently and excellently And it aims to provide the smart health system control method.

In addition, if there is no user in the health club, real-time complex management smart health system using an intelligent CRM system that automatically controls the electrical equipment indoors, such as air conditioning, boiler, light, display, etc. through an intelligent CRM (customer management) server and Its purpose is to provide the smart health system control method.

The present invention, the door frame; A gate door installed at the door frame;

An unmanned health door system installed to face each other at both sides of the gate door, and the unattended health door system includes a gate reader configured to identify and authenticate a person; The door is opened to control the access of the member authenticated by the gate reader and the unapproved person entering the back of the approved member is displayed as an alarm or a warning light, and the determined information is transmitted to the operator terminal, the trainer terminal, and the information system. It is characterized by managing.

The present invention is the gate reader and the body portion; A recognition device sensor unit installed to recognize member information in front of the body unit; It is preferable to include a display unit for displaying the member information by the recognition device sensor unit.

The present invention provides an unmanned health door system for opening and closing a gate door by identifying and determining member information entering and exiting; A central control system for receiving the member information identified in the unmanned health door system and using the information received from the trainer and the operator and the unmanned health door system to distinguish and feed back the information of the approved member and the unauthorized user; ; An exercise management system that stores the time of entry / exit of authorized members and provides the members with the appropriate exercise method and equipment; Information system for receiving and storing information from the central control system, exercise management system, and unmanned health door system, and managing members, and transmitting and receiving information in connection with the central control system and information system, and using the member's cost and trainer's cost. It is desirable to further include an intelligent CRM system.

The present invention includes the steps of recognizing the member information in the gate reader; Recognizing and detecting the member information, and transmitting the member information to a central control system and an information system; Transmitting the member information from the central control system receiving the member information to a trainer terminal and an operator terminal; Loading the member information passing through the gate in the central control system to check the exercise amount information of the member analyzed for each individual, and providing exercise information such as exercise equipment and exercise sequence to the exercise management system through the member terminal; Receiving, by the member, the exercise information and using the member terminal to select and execute the exercise information; Using the exercise information to locate each of the exercise equipment and recognizing the member terminal means by touching the exercise equipment; Checking the member information recognized by the exercise equipment to measure the time to start the exercise and the time to finish the run, and storing the exercise time.

And after the exercise in the exercise equipment, transmitting the achieved exercise information to the trainer terminal, the operator terminal and the central control system; Receive the exercise information transmitted from the central control system and analyze and determine the exercise amount and target exercise amount, the accumulated exercise amount and exercise time of the individual in the exercise information using artificial intelligence and the Internet of things, and the information system and exercise It is preferred to include the step of transmitting and storing to the management system.

As such, the real-time complex management smart health system and intelligent smart system control method using the intelligent CRM system of the present invention provides an optimized exercise system that cannot be performed by individuals through artificial intelligence and the Internet of Things, and integrates a health club and a trainer. Efficient exercise can be performed by reprinting easily, and the exercise information is stored and managed by the central server and transmitted to each trainer and gym to significantly reduce labor costs.

At the same time, the entrance of the health club can be managed by minimizing the entry and exit of the health club to prevent unauthorized access to the health club, thereby minimizing the operation and management costs of the health club.

And the present invention, the personalized exercise by the operator and the trainer and the members share the information in real time with each other, the systematic exercise management of the individual, that is, how much exercise when, which part of the exercise and what part of the exercise effect, etc. The exercise management can be effective in providing a very effective exercise system, and also provides exercise data to trainers to maximize the effect of personalized exercise management.

In addition, by combining the smart gate system that can operate the health club unattended and the visitor surveillance management can significantly reduce the operation and management costs to generate revenue.

1 is a perspective view showing the structure of the unmanned health door system of the real-time complex management smart health system using the intelligent CRM system of the present invention
Figure 2 is a perspective view showing the open structure of the unmanned health door system of the real-time complex management smart health system using the intelligent CRM system of the present invention
Figure 3 is a block diagram showing a control method of a real-time complex management smart health system using the intelligent CRM system of the present invention
Figure 4 is a block diagram showing a control method of a real-time composite management unmanned health door system using an intelligent CRM system of the present invention
Figure 5 is a block diagram showing the operation of the access management server of the present invention
6 and 7 are flowcharts showing the unmanned health door system of the present invention.
8 is a block diagram showing the operation of the exercise management system of the present invention
9 is a block diagram showing a control method of an intelligent CRM server of a real-time complex management smart health system using the intelligent CRM system of the present invention.

Hereinafter, a specific embodiment according to the configuration and operation of the real-time complex management smart health system using the intelligent CRM system and a method for controlling the smart health system will be described.

1 is a perspective view showing the structure of the unmanned health door system of the real-time compound management smart health system using the intelligent CRM system of the present invention, Figure 2 is an unmanned health door of the real time compound management smart health system using the intelligent CRM system of the present invention The open structure of the system is shown.

Figure 3 is a block diagram showing a control method of the smart health system of the present invention, Figure 4 is a block diagram showing a control method of the unmanned health door system of the present invention, Figure 5 shows the operation of the access management server of the present invention. 6 and 7 are flowcharts illustrating the unmanned health door system of the present invention.

And, Figure 8 is a block diagram showing the operation of the exercise management system of the present invention, Figure 9 is a block diagram showing a control method of a real-time complex management smart health system using the intelligent CRM system of the present invention.

The configuration of a real-time complex management smart health system and a method for controlling the smart health system using the intelligent CRM system of the present invention will be described with reference to FIGS. 1 to 9. First, referring to FIGS. 1 and 2, the present invention The unmanned health door system includes a door frame 200, a gate door 300, a gate reader 104, a display device 106, a gate controller 10 and 11 and a sensing sensor installed to face each other (not shown). ).

In this case, the gate door 300 includes a switch contact, and the gate controller 10 and 11 include a board (not shown).

The gate controllers 10 and 11 transmit and receive information to the information system.

The smart health system includes a central control system, an information system, an unmanned health door system, an exercise management system, and an intelligent CRM (customer management) server.

The unmanned health door system includes an access management server.

The unmanned health door system transmits and receives information with a gate reader. The gate reader receives information by detecting an access card, a barcode or a fingerprint recognition, an iris recognition, etc. of members, and a detection signal is input from the gate reader. If so, open and close the door.

The gate reader includes artificial intelligence (A.I) and the Internet of Things (IOT) and uses the technology.

The gate controllers 10 and 11 include a gate motor door unit (not shown) to open and close the door by driving a motor at an inner side thereof, and apply a driving signal to the gate door motor unit for a predetermined time to provide the gate door 300. The gate door is opened by swinging in a forward and backward motion, and when a detection signal is not input from the gate reader, the gate door is positioned at the center of the gate to close the door by default processing.

The gate door 300 includes a gate control unit provided to face each other, and is provided at each of a predetermined first position and a second position provided on the door frame so as to face each other on opposite sides of the door.

And, the unmanned health door system, the entrance / exit setting information of the gate door for the first position and the second position input according to the operator operation, and the passage direction setting for whether the entrance direction of the gate door is bidirectional or one direction It is preferable to include a door direction control unit for controlling the opening and closing of the gate door according to the information.

At this time, the access management server provided in the unmanned health door system to determine the entrance direction of the member passing through the door may include an entrance direction determination unit.

That is, when it is determined that the member enters in the reverse direction or when one or more persons enter or exits as a result of the determination of the entrance direction discrimination unit with the entrance direction set in one direction, the central control system and the information system output the reverse entrance alarm. It includes an alarm means.

The alarm means includes a display device 106, an alarm controller, and a fire detection means.

In addition, the alarm means of the unmanned health door system is provided with an alarm control unit, the alarm control unit is provided with a display device 106 having an LED (LED) lighting, according to the entrance / exit setting information of the gate door It includes a door direction control unit for operating the LED lights (red, blue, etc.) to output differently to each other and to inform members of access availability information and access availability information.

In the sensing operation of the gate door 300, first, a detection signal input through the gate reader 104 is determined, and the number of members entering and exiting the health club is detected using a sensor to detect information such as access members and members. The information is transmitted to the central control system, stored, and transmitted to the information system having a door direction control unit.

If the access user is determined to be an unauthorized person, the unapproved person information is transmitted to the central control system and the information system, respectively, and if the user is an authorized member, the approval information is transmitted. Flashing 106) to warn.

In more detail, the unmanned health door system includes a gate reader and a sensor (not shown).

The operation signal of the sensor and the switch contact (not shown) is transmitted to the board (not shown).

The unmanned health door system distinguishes the inlet and the outlet, and automatically sets the inlet and the outlet direction in the unmanned health door system when the gate reader and the switch contact signal are transmitted to the board.

Upon entering without the switch contact signal, an alarm sounds and the color of the display lights up red.

Indicators on the display are normally blue, and when the gate reader and switch contact signals are delivered to the board (not shown), the blue lamp flashes to indicate that the signals have been delivered. When the unauthorized member enters, the indicator of the display turns red.

The sensor of the gate reader is preferably used to use photosensors installed to correspond to each other on both sides, it is preferable to detect the sensing distance within 1m-3m.

The detection sensor of the gate reader is preferably controlled to detect the accessor through the six combined programs, the six combined programs are input to the board (not shown) to be automatically distinguished.

In this case, the contact point (not shown) and the switch contact signal of the gate reader is preferably made to receive from the board.

On the other hand, since the central control system is connected to transmit and receive information with the gate door, it is constructed to determine the approved member and the unapproved member and transmit the information to the information system.

In this way, the authorized member and the unauthorized user is sensed and the information is transmitted to the central control system, and the central control system transmits to the information system, the trainer terminal, and the operator terminal that there is an unauthorized user.

That is, the central control system receiving the member's information from the unmanned health door system loads and grasps the personal information of the member, notifies the information system that there is at least one person, and guides the user to join the unauthorized user. The text is sent to the member terminal, the trainer terminal and the operator terminal, and the information is transmitted to the exercise management system.

At this time, the exercise management system includes a fitness equipment control means and fitness equipment control unit to limit the use of the fitness equipment of the member.

Subsequently, the central control system collects and stores access times of members at predetermined times, predetermined days, quarters and semesters, and annually, and executes exercise information such as time, daily, weekly, and monthly according to each member access. Deliver to the management system.

The exercise management system includes an exercise amount control unit and an exercise management control unit, and calculates an exercise amount by comparing the time of entering and leaving the health center with the amount of use of the fitness exercise equipment, and transferring the stored individual exercise amount to the exercise amount control unit for storage. In addition, the exercise amount control unit includes an exercise management server that manages the member's exercise amount and muscle mass management, weight management, obesity management and the like.

On the other hand, the gate door 300 is provided with a gate control unit, the gate control unit is provided with a temperature sensor for sensing the ambient temperature of the gate, and when the temperature sensor senses the temperature of the room or more than the set temperature value And a fire treatment control unit for determining that a fire has occurred and transmitting a forced open signal to a door motor (not shown) of the gate door to open the gate door.

More specifically, the real-time composite management unmanned health door system using the intelligent CRM system of the present invention will be described with reference to FIGS. 3 to 4, wherein a central control system is provided, and the central control system delivers information system and information. It is connected to each other to receive, the central control system includes an unmanned health system and exercise management system.

The unmanned health system includes a gate door, a recognition device, and a sensing device as described above, and the exercise management system is connected to each exercise device, and includes an exercise amount control unit and an exercise management server.

Each of the exercise equipment is set to be connected to the member terminal to determine which exercise equipment is available.

 As shown in FIGS. 4 and 5, the gate reader 102, the gate controller 104, the door controller, the door direction controller, and the gate door motor unit provided to use artificial intelligence (AI) and the Internet of Things (IOT) technology. , An alarm control unit and a transmission control unit.

The gate reader has a body installed above the gate, and includes a recognition sensor such as an access barcode, an NFC card or a fingerprint sensor, and an RFID sensor recorded on an access card. The signal is input to the gate control unit and transmitted to the intelligent CRM server.

The intelligent CRM (customer management) server includes artificial intelligence (A.I) and the Internet of Things (IOT) to analyze and predict in real time.

The intelligent CRM (customer management) server is connected to the members, trainers, business owners or business owners in real time by sharing information and at least three or more multi-faceted management.

At this time, the recognition sensor unit is connected to the central control system to determine the detected signal and delivers the information of the member approved to the central processing server of the central control system.

When the detection signal is input from the gate reader, the gate controller applies a driving signal to the gate door motor unit for a predetermined time to swing the gate door forward and backward to open the door, and immediately when the detection signal is not input from the gate reader, Close the gate door to prevent member access.

The door direction control unit sets an entrance / exit of the gate door to the first position and the second position input according to a user's operation when the gate door is installed at each of the predetermined first and second positions corresponding to both ends of the gate. It is to control whether the gate door is opened or closed according to the information and the passage direction setting information on whether the member's entrance and exit direction is forward or reverse.

The alarm control unit outputs a reverse access alarm to the corresponding member when the door direction controller determines the member's entrance direction and determines that the member has entered in the reverse direction as a result of the determination of the door direction controller when the entrance direction is set to the forward direction.

That is, when the predetermined first signal is input from the door direction controller and the member enters the reverse direction, when the entrance direction is set to the forward direction, the reverse entrance alarm is output to the corresponding member.

The reverse alarm output is indicated by a red light on the LED lamp and the alarm sounds.

On the other hand, when a predetermined second signal is input from the door direction controller and the passenger enters the forward direction, when the entrance direction is set to the forward direction, the reverse entrance alarm is not output to the member.

The forward alarm output is indicated by a blue light on the LED lamp and the alarm does not sound.

In more detail, the alarm controller is installed at the entrance / exit of the gate door, and when the forward and the reverse information are set, the LED display part blinks blue or red according to the entrance / exit information of the gate door. It stores the available and unavailable information, and set the alarm to the blue light display, the alarm to the red light display, and inform the members and unauthorized users entering the gym as an indication.

On the other hand, the LED display of the portion set to the entrance to display the access available information in the letter (O or YES) and the LED display of the portion set to the exit to display the access disabled by the letter (X or NO) to inform the access user Can be.

The door controller stores the number of members who have entered the gate when the gate is opened and closed as data for each entrance, and when the request for the predetermined access information is requested, the corresponding door controller transmits the data to the central control system and the information system to inform.

A member who wants to enter the club is classified into an approved member and an unapproved user.In the case of an approved member, the entrance time and the exit time are checked to check the time the member stays in the club and the usage time of the sports equipment. After comparing the member's exercise time, determine the exercise time.

In addition, the exercise time of each member is compared in units of days, weeks, and months, and the graph is displayed, and the fitness of the exercise amount is converted into data to transmit the exercise amount information through the terminal of the member.

At this time, the exercise amount is compared with the entry and exit time, it is preferable to calculate and transmit the exercise amount of the member by storing the amount of use and use time of each individual exercise equipment.

When the approved member passes, the gate controller receives information through the gate reader, operates the gate door motor unit to open the gate door, and closes the gate door when the member enters through the gate door.

On the other hand, when the non-approved member enters according to the behind of the approved member, the gate controller determines that there are two or more members and transmits the sensing information to the central control system.

The central control system that senses the information of the unauthorized user is configured to compare and determine the member information and transmit that there is an unauthorized user to the information system, the trainer terminal, and the operator terminal when there is no member information.

6 and 7 are flowcharts of the unmanned health door system of the present invention, which show operations according to the configuration of members entering and leaving the room.

This will not be described in detail as a general flow chart and those skilled in the art can configure a variety of flow charts in addition to this will be within the scope of the present invention.

The smart health system of the present invention includes a member for recognizing means, an exercise information storing means, a measuring means, a transmitting means for transmitting the measured exercise information, and a visualization means for informing a member of weight, posture, and number of times at the time of weight. An exercise device, the exercise management system having a means for collecting and analyzing the amount of exercise transmitted from the exercise device.

More specifically, the exercise device includes each control means for automatically controlling the intensity during exercise by a member as a user, identification means for visually identifying his or her exercise intensity and amount of exercise during exercise, and In-body means for grasping body characteristics and current physical condition, Receiving means for receiving the amount of exercise transmitted from the exercise management system to the exercise equipment, Storage means for storing the received information, Analysis means for processing and analyzing the stored information And transmitting means for transmitting the analyzed information.

As shown in Figure 2 to 8, when explaining the operation of the present invention, first, the recognition of the bar code, fingerprint recognition, NFC, RFID, iris recognition, etc. recorded in the access card gate readers installed on the left and right of the gate door The means may be installed and sensed by any one of the recognition means, and transmits the corresponding detection signal to the gate controller.

The gate controller receives a signal sensed by the gate reader, applies a driving signal to the gate door motor unit, operates the gate signal for a predetermined time, and swings the gate door forward and backward to open the gate door.

Thereafter, when a detection signal is not input from the gate reader or after a certain time has passed after the door is opened, the member may enter and close the gate door by rotating the gate by default processing.

The gate door in which the gate reader is installed is provided with a gate control unit having a transmitter and a receiver at left and right sides of all doors of the door frame, and provided with a transmitter and a receiver at the left and right sides of the door, respectively. It is preferable to install so as to be connected to one of the set transmitter.

Subsequently, the gate controller includes a fire treatment controller.

The fire treatment control unit is provided with a temperature sensor.

The fire treatment controller compares the temperature around the gate detected by the temperature sensor with the set temperature, and when it is determined that the temperature around the gate is greater than or equal to the set temperature, the fire treatment controller determines that a fire has occurred and operates the gate door motor unit to the gate door. A forced open signal is applied to force the gate door to open.

When the gate door is received from the central control system that there is no member information for the unlicensed user, as a result of the detection signal input from the gate reader, the current passenger is determined as an unauthorized driver (unregistered member). If it is determined to be an accessor who is closed and enters behind an approved member, the approved member's information is output by sending the approved member's personal information to the trainer terminal, the owner's terminal, and the information system. Stores user's relationship information.

At this time, the entrance time of the approver registered as a member and the non-approval not registered as a member is checked and stored, and the fitness equipment used by the approver and the unapproval is checked and stored, and the usage time of the fitness equipment is stored as data and output.

Referring to the control method of the operation of the above-described unmanned health door system step by step, first, the step of recognizing the authentication means of the member entering and exiting the gate reader of the unmanned health door system, and the member information recognized the authentication means Transmitting to a control system and an information system, determining the transmitted member information, and opening the door by operating a gate door, detecting a state in which the door is opened by the gate door, Sensing means for determining whether an approved member and an unapproved user pass and transmitting the information to the central control system, and closing the door opened by the gate door after the approved member has entered and exited. .

And, if the gate reader of the unmanned health door system is touched or recognized by the authentication means such as barcode card, RFID, fingerprint, iris, etc., the sensing sensor connected to the gate reader operates, and the sensing sensor has one member passing through the gate reader. Or detect if two people.

Subsequently, the unmanned health door system recognizes the member information in the gate reader, and after detecting and detecting the member information, transmitting the member information to the central control system and the information system, and the member information. Receiving the information from the central control system and transmitting the member information to the trainer terminal and the operator terminal, and loading the member information passing through the gate in the central control system to check the exercise amount information of the member analyzed for each individual and through the member terminal. Providing exercise information such as exercise equipment and exercise order, and receiving and receiving exercise information from a member, selecting and executing exercise information using a member terminal; At this time, by using the exercise information in each of the exercise equipment and the member terminal means by touching the exercise equipment to recognize, and check the member information recognized by the exercise equipment to start the time and the time to finish the luck Measuring and storing the exercise time.

At this time, the exercise information is stored in the exercise equipment control server and transmits to the central control system and the information system to achieve the goal, such as the distance, the number of times, the weight identified in the exercise equipment, after the exercise in the exercise equipment, Transmitting the collected exercise information to the trainer terminal, the operator terminal, and the central processing system, receiving the exercise information transmitted from the central control system and executing the exercise amount and the target exercise amount, the accumulated amount of exercise of the individual, Determining, displaying, transmitting, and storing the exercise time.

3 to 9 are block diagrams illustrating a control method of a real-time complex management smart health system using the intelligent CRM system of the present invention. First, a smart health system includes a step in which a member passes through an unmanned health door system and the unmanned health. Pass the door system, use the central control system to send the necessary exercise information to the member terminal and the necessary sensor information to the member terminal, and the sensor such as the distance, frequency, weight, posture, etc. After the device saves the member's exercise and the exercise information is delivered to the central control system by the exercise machine, the central control system receives the exercise information, saves and discriminates the information, and compares it with the member's full-day exercise information. Send the tabulated information to the trainer terminal, operator terminal and information system, Select Fitness exercise equipment, depending on membership level degree of the user is made to convey information, and presenting the momentum.

The information system includes a display device for informing members of information, a member terminal for selecting an exercise order, a card recognizer for checking user information of each member through a membership card, and a system for receiving information from a central control system. And a transmitting device for transmitting to an exercise management system having an exercise management server for storing and managing the exercise sequence selected by the receiving device and the central control system.

The exercise management system includes a receiving device for recognizing member information and receiving information through a card reader of a member, an exercise information storage device for storing user information, various exercise analysis information, exercise plan information, and exercise order information. The apparatus may further include a transceiver for transmitting and receiving the information of the exercise information storage device, and an exercise information analysis control unit for comparing and analyzing and deriving a result using the information stored in the exercise information storage device.

The exercise device includes a sensor for detecting the number of exercise, the distance of movement, and the weight when the user, who is a user, exercises, an operator input device that can be connected to the central control system, and an appropriate exercise posture according to the individual of the member. And a display device for showing the number of times of exercise and the appropriate amount of exercise, and a transmitting / receiving device for transmitting and receiving the exercise information.

The smart health system of the present invention is provided with a separate staff management terminal operating in a health club, an exercise information server receiving exercise information and exercise plan from the staff management terminal, a member exercising in a health center and a member thereof And a member terminal, wherein the staff management terminal, the exercise management server, and the member terminal are connected to each other by a predetermined information communication network, and are installed to transmit and receive mutual information, and the staff in the health club using the staff management terminal. To prevent accidents caused by excessive exercise.

The exercise information is made in a stepwise and sequential manner with the professional knowledge of the exercise trainer, and the members learn as a training method to grasp each member's physical condition, present the appropriate exercise according to each member's physical condition, and grow a diet or partial muscle. You can provide multimedia content that you can understand.

In the exercise information, each member's muscles are coded and checked, and each part to lose weight is coded and stored, and the trainer informatizes these codes and stores them in the trainer terminal, and the member accesses the exercise management system to exercise In this case, present the exercise plan and the amount of exercise for each member.

For example, if a member named A wants to increase their leg muscles, she suggests a squad exercise registered with A code, selects the number, time and exercise equipment, provides the information, and presents the exercise goal. It manages the members to reach the goal, compares and checks whether they have achieved the exercise goal and sends it to the central control system, the information system and the staff management server for management.

As described above, a member who wants to be coached directly using exercise information selects a dedicated trainer, and the selected trainer shows a list of contents about an exercise method, which is preferably composed of photos and videos, and a suitable exercise method that he has. By driving an interface that shows a list of contents, the exercise information is delivered to the member, and the member who has received the exercise information selects the content of the exercise method so that the user can select the exercise method he / she wants to exercise.

The exercise management server includes a program module server, an interface operation server, and an exercise amount control unit.

The program module server may operate in a linked type linked with the exercise management server, or operate as a relay type receiving information from a central control system while being driven separately from the corresponding member information database, or may be constructed as a standalone type different from the exercise management system. Can be.

At this time, the program module server is controlled through the terminal of the trainer and transmits and receives the information through the terminal of the professional trainer or the trainer in charge to provide the exercise information to the member.

The central control system and exercise management system are linked with management server programs such as membership management, accounting management, and ERP, such as intelligent CRM, and are combined with artificial intelligence (AI) and IoT (IOT) technology to share information in real time. Management operation is performed.

In this case, the intelligent CRM (customer management) server receives the customer's information from the central control system, analyzes, predicts and provides the information to the trainer or the owner or the business owner to display and display the training results in detail.

The program module server categorizes and provides exercise types such as fitness, GX, yoga, staff, 1: 1 PT, group PT, body shape, pilates, zoom bar, tabata, ABT, core training, correction, rehabilitation, and diet. And produced by each content and stored in a content server.

The program module server is installed in conjunction with a content server.

The content server installed in conjunction with the program module server selects a list of a fitness type, yoga, staff, tabata, 1: 1 PT, group PT, etc. input by the trainer according to the corresponding exercise type, and provides the authenticated member to the authenticated member.

The exercise type provided as described above transmits the exercise information to the trainer terminal, which is executed in association with the server of the exercise management system connected to the exercise equipment while the member performs the exercise.

The content server provided with the exercise type includes a picture, a video, and the like produced by the trainer.

9 is a block diagram showing a control method of the intelligent CRM server of the real-time complex management smart health system using the intelligent CRM system of the present invention, which is capable of analyzing and predicting an intelligent CRM (customer management). It has a server. The intelligent CRM (customer management) server analyzes and predicts customer's exercise preference, muscle development status, and endurance through artificial intelligence (AI) and the Internet of Things (IOT) to provide exercise, exercise equipment and exercise contents suitable for the customer. Done.

Recognize the members who have passed through the unmanned health door system, identify the member's entry status, receive the member information from the central processing system, analyze and predict through the artificial intelligence (AI) and the Internet of Things (IOT), and notify the trainer. Match the trainer located in the gym closest to the gym you want to use.

At this time, the trainer checks the health club in which the member has entered and received the member information through the intelligent CRM (customer management) server, and after setting the most appropriate exercise of the day as a coaching point, the Internet of Things (IOT) The application provides content such as an image and a video, and calculates and displays a performance model in the case of exercising by providing the provided content as it is.

At the same time, the trainer will contact the member in real time with the assigned coaching point through the AI application and check whether the exercise is being performed according to the provided contents, and the feelings and achievements of lacking and excessive parts or members during the exercise Respond while talking in real time.

In addition, the trainer provides the members to exercise conveniently and stably by sequentially recommending at a glance the conditions necessary for training and the fitness equipment to be provided through the provided contents.

After trainer matching, the central server monitors the member's exercise status in real time and transmits the monitored information to the intelligent CRM server in real time.

The intelligent CRM (customer management) server provides the information received through the central server back to the trainer through artificial intelligence (AI) and the Internet of Things (IOT), the trainer uses the artificial intelligence (AI) to exercise the member's method And by adjusting the direction of movement and exercise and coaching time, such as to optimize the training flow.

The artificial intelligence (A.I) optimizes the training flow by providing a trainer by checking the member's bio status, exercise propensity, and today's condition in real time, collecting information, and then predicting and analyzing the information.

The Internet of Things (IOT) monitors the member's exercise progress in real time, checks the exercise activation state and exercise progress rate, collects information, and then predicts and provides the trainer to the trainer to optimize the training flow and provide the trainer. do.

After checking the training flow received from the Internet of Things (IOT), the trainer acquires athletic performance by taking measures such as modifying or maintaining in real time through the Internet of Things (IOT) and artificial intelligence (A.I).

The coaching point receives information from the Internet of Things (IOT) application and artificial intelligence (AI) application and delivers the received information to the trainer so that the trainer identifies the most suitable exercise situation for the coach and coaches in an optimized exercise method.

That is, the Internet of Things (IOT) application monitors the member's past data and training results by analyzing and analyzing the current exercise status and stores them as data, and provides them to the trainer in real time. Optimization is achieved by providing content and making specific suggestions accordingly.

In addition, artificial intelligence (AI) application is optimized by identifying the current state of the members who are exercising and contacting the members in real time to communicate, identification of members, designation of exercise targets and exercise equipment, change of exercise equipment, sampling of members Optimization is achieved by collecting the extraction data and providing it to the trainer.

The present invention as described above is not limited to the preferred embodiment as described above, it is common in the art to which the present invention pertains without departing from the spirit of the invention as claimed in the claims of the present invention. Those skilled in the art will be able to form a variety of materials and shapes, modifications are possible, of course, such modifications will be within the scope of the claims described as key elements of the present invention.

10,11: gate controller 12: reader body
14: fingerprint recognition device 16: card recognition device
18: keypad
100,101: unmanned health door system 104: gate reader
106: display device
200: door frame 300: door

Claims (5)

A door frame;
A gate door installed at the door frame;
It consists of an unmanned health door system installed to face each other on both sides of the gate door,
The unmanned health door system includes a gate reader configured to identify and authenticate a person;
The door is opened to control the access of the member authenticated by the gate reader, and an unapproved person entering the back of the approved member is displayed as an alarm or a warning light, and the determined information is transmitted to an operator terminal, a trainer terminal, and an information system. Smart health system, characterized in that to manage.
The method of claim 1,
The gate reader has a body portion;
A recognition device sensor unit installed to recognize member information in front of the body unit;
And a display unit for displaying member information by the recognition device sensor unit.
An unmanned health door system for identifying and discriminating member information entering and exiting to open and close the gate door;
A central control system for receiving the member information identified in the unmanned health door system and using the information received from the trainer and the operator and the unmanned health door system to distinguish and feed back the information of the approved member and the unauthorized user; ;
An exercise management system that stores the time of entry / exit of authorized members and provides the members with the appropriate exercise method and equipment;
Information system for receiving and storing information from the central control system, exercise management system, and unmanned health door system, and managing the member, and interworking with the central control system and information system to transmit and receive information, and to use the member's use cost and trainer's cost. Smart health system further comprises an intelligent CRM system.
Recognizing the member information in the gate reader;
Recognizing and detecting the member information, and transmitting the member information to a central control system and an information system;
Transmitting the member information from the central control system receiving the member information to a trainer terminal and an operator terminal;
Loading the member information passing through the gate in the central control system to check the exercise amount information of the member analyzed for each individual, and providing exercise information such as exercise equipment and exercise sequence to the exercise management system through the member terminal;
Receiving, by the member, the exercise information and selecting and executing the exercise information using the member terminal;
Using the exercise information to locate each of the exercise equipment and recognizing the member terminal means by touching the exercise equipment;
Checking the member information recognized by the exercise equipment, measuring the time to start the exercise and the time to finish the run and smart exercise system control method comprising the step of storing the exercise time.
The method of claim 4, wherein
After completing the exercise in the exercise equipment, transmitting the achieved exercise information to a trainer terminal, an operator terminal, and a central control system;
Receive the exercise information transmitted from the central control system and analyze and determine the exercise amount and the target exercise amount, the accumulated exercise amount and exercise time of the individual in the exercise information using artificial intelligence and the Internet of things, the information system and exercise Smart health system control method comprising the step of transmitting and storing to the management system.

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