JP6566591B1 - Weight training information management system, information processing apparatus, weight training information management program, and weight training information management method - Google Patents

Abstract

Provided is a weight training management technique for more efficiently and easily managing the weight and the number of trials for each user by a weight training device (WT device). A weight training information management system 1 is installed corresponding to a WT device 4, a reading unit 7 that reads and transmits user identification information that uses the WT device 4, and a WT device 4 that is installed in the WT device 4. A load detection unit 5 that detects the weight load used in the transmission, a distance measurement unit 5 that is installed in the WT device 4 and measures the distance from the object to the weight, and a transmission unit 6 that transmits the load information and the distance information. In addition to acquiring user identification information, a plurality of load information in time series and distance information in time series are acquired, and a WT for each user is obtained based on the user identification information, the plurality of load information, and the plurality of distance information. And an information processing device that generates training status information related to a training status using the device 4. [Selection] Figure 1

Description

  The present invention relates to collection and management of training information by weight training equipment.

  In recent years, interest in weight training has increased due to the growing health consciousness. Weight training is a training method in which muscle strength and muscles are trained by applying a load to the muscles with a dumbbell, a barbell, or the like. In fitness clubs and gyms, various types of equipment (weight training equipment) for efficiently performing weight training according to body parts are installed.

  For those who do weight training every day, it is of great concern to understand and manage their own training situation. Therefore, the following techniques exist.

  For example, a terminal having a control unit that receives an output signal from a sensor that detects the weight of a weight training machine and the number of trainings, a display unit that displays a training status, and a recognition unit that recognizes a user. A data measurement device for a weight training machine connected to a host computer is disclosed (for example, Patent Document 1).

  Further, for example, it has a detection member that can be attached or adsorbed to a weight that moves up and down with respect to the training machine body, and a measurement unit that can be attached or adsorbed to the body of the training machine. A weight training machine measuring device is disclosed in which a detection member for detecting the displacement of the detection member is accommodated, and the lifting and lowering of the weight is detected by the displacement of the detected member, and the number of times of lifting is counted and displayed to the athlete. For example, Patent Document 2).

  In addition, for example, during the weight training of the RFID tag and weight training equipment, the acceleration sensor attached to the part that moves the same as the attached weight, and the electric field strength of the radio wave from the RFID tag are detected. In addition, in the training content detection apparatus having the RFID reader that receives the signal including the ID information, the number of rep is detected based on the presence / absence and movement direction of the attached weight, and the weight is moving. A technique for detecting the total weight of weights based on ID information received from an RFID tag 31 whose electric field strength does not change is disclosed (for example, Patent Document 3).

Japanese Patent Laid-Open No. 10-230021 JP 2009-089799 A JP 2011-136131 A

  In the technique of Patent Document 1, markings such as a number detection member and a barcode are given to each of the weights, and the number of the number detection members or markings is placed in front of the number detection member by lifting the weight during training. A pulse generated depending on whether it has passed is detected, and the weight is detected based on the number of generated pulses. Therefore, since it is necessary to provide markings such as a number detection member and a bar code, time and cost are required for the preparation.

  In Patent Document 2, only the number of times the weight is raised and lowered is counted, and the weight is not managed. Therefore, to manage the progress of weight training, it is necessary to manage the weight separately. It becomes complicated.

Further, in Patent Document 3, it is necessary to record ID information indicating the unit weight of weights in advance on RFID tags attached to all weights, which requires manpower and cost for the work.
In addition Patent Document 3 which weights Ru be recognized or not used, it has not been disclosed until you try who use the weight Taka.

  The present invention has been made in view of the above circumstances, and as one aspect, provides a weight training management technique for more efficiently and easily managing the weight and the number of trials for each user by the weight training device. .

A weight training information management system according to one aspect of the present invention is installed corresponding to a weight training device, reads user identification information for identifying a user who uses the weight training device, and reads the read user identification information. A reading unit that transmits user relationship information, which is information relating date reading date / time information and weight training device identification information for identifying the weight training device registered in advance, and communication installed in the weight training device A load sensor with a module, which detects a load of a weight used in the weight training device, and shows weight information indicating information on the detected load, and weight training device identification for identifying the weight training device registered in advance Information and A plurality of weight sensing information including a load sensor identification information for identifying the load sensor with the communication module in time series, the load sensor with the communication module that transmits using a wireless communication function, and the weight training device. A distance sensor with a communication module, measuring the distance from the object to the distance sensor with the communication module, distance information indicating information on the measured distance, the weight training device identification information registered in advance, A plurality of distance sensing information including a distance sensor identification information for identifying the distance sensor with the communication module, transmitted in time series, using the wireless communication function, and transmitted from the load sensor with the communication module The weight sensing information and the distance sensor with the communication module A relay unit that receives the transmitted distance sensing information, adds date and time information regarding the received date and time to each of the weight sensing information and the distance sensing information, and transmits the information to an information processing apparatus via a communication network; The user relation information transmitted from the reading unit is acquired, and a plurality of time-series weight sensing information and a plurality of time-series distance sensing information are acquired from the relay unit, and the weight training device identification information The user identification information, the weight sensing information, and the distance sensing information acquired within a predetermined time are linked to each other based on the date information and the reading date information, and are included in the plurality of weight sensing information in time series A change in the weight load is calculated based on the load information, and the plurality of distance sets in time series are calculated. The information processing device that calculates the number of times the weight is raised and lowered based on the distance information included in the training information, and generates training status information regarding a training status using the weight training device for each user. Features.

A weight training information management system according to one aspect of the present invention is installed corresponding to a weight training device, reads user identification information for identifying a user who uses the weight training device, and reads the read user identification information. A reading unit that transmits user relationship information, which is information relating date reading date / time information and weight training device identification information for identifying the weight training device registered in advance, and communication installed in the weight training device A load sensor with a module, which detects a load of a weight used in the weight training device, and shows weight information indicating information on the detected load, and weight training device identification for identifying the weight training device registered in advance Information and A load sensor with a communication module that transmits a plurality of weight sensing information including a load sensor identification information for identifying the load sensor with the communication module and date and time information indicating the date and time when the load is detected, using a wireless communication function. A distance sensor with a communication module installed in the weight training device, measuring a distance from the object to the distance sensor with the communication module, and distance information indicating information on the measured distance, and registered in advance A plurality of distance sensing information including the weight training device identification information, the distance sensor identification information for identifying the distance sensor with the communication module, and the date and time information indicating the date and time when the distance is measured, in a time series, and a wireless communication function. The distance sensor with a communication module that transmits using the load sensor with the communication module The weight sensing information transmitted from the communication module and the distance sensing information transmitted from the distance sensor with the communication module are received and transmitted to the information processing apparatus via a communication network, and transmitted from the reading unit. The user relation information is acquired, and a plurality of time-series weight sensing information and a plurality of time-series distance sensing information are acquired from the relay unit, the weight training device identification information, the date / time information, and the time-series information Based on the reading date and time information, the user identification information, the weight sensing information, and the distance sensing information acquired within a predetermined time are linked, and based on the load information included in the plurality of weight sensing information in time series A change in the weight load is calculated, and the distance included in the plurality of distance sensing information in time series is calculated. The information processing apparatus, comprising: calculating the number of times the weight is raised and lowered based on separation information, and generating training status information regarding a training status using the weight training device for each user.

The information processing apparatus calculates a load difference of the load information included in the weight sensing information acquired in time series as a change in the load, and calculates a displacement of the distance information included in the distance sensing information acquired in time series. A period is calculated as the number of times of raising and lowering, and the training status information is generated based on the change in the load and the number of times of raising and lowering.

An information processing apparatus according to an aspect of the present invention includes a reading unit installed in correspondence with a weight training device installed in a store, a load sensor with a communication module installed in the weight training device, and the weight training. Receives sensing information transmitted from a distance sensor with a communication module, an information processing device, a load sensor with a communication module, and a distance sensor with a communication module installed in a device, and transmits the sensing information to the information processing device via a communication network. The information processing apparatus used in a weight training information management system including a relay apparatus for transmitting, the user identification information for identifying a user transmitted from the reading unit via the communication network, and the date and time of reading Reading date and time information and the web registered in advance in the reading unit. A user identification information acquisition unit that acquires weight training device identification information for identifying a training device, and the communication module with the load sensor with the communication module via the relay device and the communication network. The weight training device identification information, the load information on the weight load used in the weight training device, the load sensor identification information for identifying the load sensor with the communication module, and the relay device receives or detects the load A load information acquisition unit that acquires a plurality of weight sensing information including date and time information indicating the date and time in time series, and the distance sensor with a communication module via the relay device and the communication network to the distance sensor with a communication module in advance. Registered weight tray Device identification information, distance information about the distance from the object to the distance sensor with the communication module, distance sensor identification information for identifying the distance sensor with the communication module, and date and time when the relay device receives or measures the distance A distance information acquisition unit that acquires a plurality of distance sensing information including time information including time information, and the user identification information acquired within a predetermined time based on the weight training device identification information, the date information, and the reading date The weight sensing information and the distance sensing information, calculating a change in the weight load based on the load information included in the plurality of weight sensing information in time series, the plurality of time series Based on the distance information included in the distance sensing information, the number of times the weight is raised and lowered is calculated. A weight training status information generation unit configured to generate training status information related to a training status using the weight training device .

A weight training information management program according to one aspect of the present invention includes a reading unit installed corresponding to a weight training device installed in a store, a load sensor with a communication module installed in the weight training device, A communication module-equipped distance sensor installed in a weight training device, an information processing apparatus, the communication module-equipped load sensor, and the communication module-equipped distance sensor receive sensing information and receive the information processing via a communication network. User identification information for identifying a user and date and time of reading, transmitted from the reading unit to the information processing apparatus used in the weight training information management system including a relay apparatus that transmits the apparatus to the information processing apparatus. Read date and time information and the reading section User relation information that is information relating weight training equipment identification information for identifying the registered weight training equipment is acquired, and the relay module and the communication network via the communication module load sensor The weight training device identification information registered in advance in the load sensor with the communication module, the load information regarding the weight load used in the weight training device, the load sensor identification information for identifying the load sensor with the communication module, and the relay device A plurality of weight sensing information including date and time information indicating the date and time when the load is detected or detected by the load, and the distance with the communication module is obtained by the distance sensor with the communication module via the relay device and the communication network. Pre-registered in the sensor Eight training device identification information, distance information on the distance from the object to the distance sensor with the communication module, distance sensor identification information for identifying the distance sensor with the communication module, and the relay device receives or measures the distance A plurality of distance sensing information including date and time information indicating date and time is acquired in a time series, and the user identification information and the weight sensing acquired within a predetermined time based on the weight training device identification information, the date and time information, and the reading date and time Information and the distance sensing information are linked, a change in the weight of the weight is calculated based on the load information included in the plurality of weight sensing information in time series, and the plurality of distance sensing information in time series is calculated. Calculate the number of times the weight is raised and lowered based on the distance information included, and A process of generating training status information related to a training status using the weight training device is executed.

The weight training information management method according to one aspect of the present invention includes a reading unit installed corresponding to a weight training device installed in a store, a load sensor with a communication module installed in the weight training device, A communication module-equipped distance sensor installed in a weight training device, an information processing apparatus, the communication module-equipped load sensor, and the communication module-equipped distance sensor receive sensing information and receive the information processing via a communication network. The information processing apparatus used in the weight training information management system including the relay apparatus that transmits to the apparatus relates to the user identification information that identifies the user transmitted from the reading unit via the communication network and the date and time when the information is read. Reading date and time information and pre-registered in the reading unit A communication module installed in the weight training device via the relay device and the communication network for acquiring user relationship information, which is information relating the weight training device identification information for identifying the weight training device. The weight training device identification information registered in advance in the load sensor with the communication module, the load information regarding the weight load used in the weight training device, and the load sensor identification for identifying the load sensor with the communication module. A plurality of weight sensing information including information and date and time information indicating the date and time when the relay device has received or detected the load, and acquired by the distance sensor with the communication module via the relay device and the communication network. With the communication module The weight training device identification information registered in advance in the separation sensor, distance information about the distance from the object to the distance sensor with the communication module, distance sensor identification information for identifying the distance sensor with the communication module, and the relay device A plurality of distance sensing information including date and time information indicating the date and time when the distance was received or measured, and acquired within a predetermined time based on the weight training device identification information, the date information and the reading date and time Linking the user identification information, the weight sensing information, and the distance sensing information, calculating a change in the weight load based on the load information included in the plurality of weight sensing information in time series, Lifting and lowering the weight based on the distance information included in the plurality of distance sensing information The number of times is calculated , and processing for generating training status information related to the training status using the weight training device for each user is executed.

  According to one aspect of the present invention, as one aspect, it is possible to provide weight training management technology that more efficiently and easily manages the weight and the number of trials for each user by the weight training device.

It is a figure which shows the structural example of the weight training information management system which concerns on one Embodiment of this invention. It is a figure which shows an example of the weight training apparatus in this embodiment. It is a figure which shows an example of the free weight type weight training apparatus in this embodiment. It is a figure which shows an example of a structure of the sensor in this embodiment. It is a figure which shows an example of the functional block of the server in this embodiment. It is a figure which shows an example of the table managed by the memory | storage part 48 in this embodiment. It is a figure which shows an example of the information which the server in this embodiment acquires. It is a sequence diagram which shows the whole flow in this embodiment. It is a flowchart of the process of the server in this embodiment. It is a detailed flowchart of the weight calculation process (S15a) in this embodiment. It is a detailed flowchart of the frequency | count calculation process (S15b) in this embodiment. It is an example of a block diagram of a hardware environment of a computer that executes a program according to an embodiment of the present invention.

  FIG. 1 is a diagram illustrating a configuration example of a weight training information management system according to an embodiment of the present invention. The weight training information management system 1 includes a management server 2, one or more stores 3, and a communication network 9. The communication network 9 is a communication network such as the Internet, for example.

  The store 3 is a store such as a fitness club or a gym provided with one or more weight training devices 4. The store 3 includes one or more sensors 5 provided in each weight training device 4, a relay device, a card reader 7, and a wireless LAN (Local Area Network) router 8.

  The sensor 5 is a sensor such as a pressure sensor (weight sensor) that detects a pressed pressure or a distance sensor that measures a distance to an object, and has a wireless communication function. The sensor 5 performs detection at a constant timing or a predetermined timing (which will be described later), and transmits the detected information (sensing information) to the relay device 6 using the wireless communication function at each detection. .

The relay device 6 receives the sensing information transmitted from the sensor 5 and transmits the sensing information to the server 2 via the communication network 9. In addition, when transmitting the received sensing information to the server 2, date information may be given to the sensing information. Thereby, even if the sensor 5 does not have a timer function, date information can be given to the sensing information.
The card reader 7 is a user for identifying a user registered in a barcode (including a one-dimensional barcode and a two-dimensional barcode) given to the member card, an IC card built in the member card, or the like. Read the ID. The card reader 7 gives the user ID and further necessary information, and transmits it as user login information to the wireless LAN router 8 via wireless communication. Note that a bar code attached or an IC tag built-in is not limited to a card, but may be a band type wound around an arm or the like.

  The card reader 7 is provided for each weight training device 4 (hereinafter, the weight training device may be referred to as “WT device”) 4, and information (manufacturing) for identifying the corresponding WT device 4. A unique number such as a number or a weight training device ID (WT device ID) is registered in advance.

  The wireless LAN router 8 transmits the user login information transmitted by the card reader 7 to the server 2 via the communication network 9.

  The server 2 acquires the sensing information and user login information transmitted from the store 3 side, analyzes the trial situation by the WT device 4 based on the sensing information, and manages the weight training situation for each user.

  In the present embodiment, the description will be made on the assumption that the card reader 7 and the WT device 4 are 1: 1. However, the present invention is not limited to this, and the case is 1: N (N is an integer of 1 or more). May be. That is, for example, a card reader (one) having a touch panel may be arranged for a plurality of WT devices 4, and the WT device 4 used on the touch panel may be selected. The WT device ID of the WT device 4 selected on the touch panel may be related to the user ID read by the card reader 7 and transmitted to the server 2.

  FIG. 2 is a diagram illustrating an example of a weight training apparatus according to the present embodiment. When the user operates an operation unit (not shown), the WT device 4a moves the weight 12 connected to the operation unit with a wire 13 along the guide rod (not shown), thereby increasing the weight 2 A predetermined load is given to the user by the weight of the. In this case, the user can adjust the weight of the weight 12 according to the number of the weights 12 that move up and down. Further, a weight sensor 5 b that detects the pressure (weight) applied by the weight 12 is provided on the base plate 11. A weight 12 is mounted on the weight sensor 5b.

In this way, since the weight sensor 5b can be installed on the pedestal plate 11, it is only necessary to replace the weight sensor 5b or the pedestal plate 11 on which the weight sensor 5b is installed for the difference in specifications of the WT equipment. The present embodiment can be applied to various manufacturers and types of WT equipment.

  In the example of FIG. 2, when the operation unit (not shown) of the WT device 4a is not operated, the weight sensor 5b detects the total weight of the eight weights 12 (5 kg × 8 = 40 kg). To do. As shown in FIG. 2, when the operation unit (not shown) of the WT device 4 a is operated and the three weights 12 are lifted, the weight sensor 5 b is the sum of the five weights 12. The weight (5 kg × 5 = 25 kg) is detected.

  A distance sensor 5a is disposed on the uppermost weight 12. The distance sensor 5a measures the distance to the obstacle in the direction in which the weight 12 moves. When the weight moves in the vertical direction as shown in FIG. 2, the distance sensor 5a measures the distance from the distance sensor 5a to the floor or the distance from the distance sensor 5a to the ceiling. When the weight 12 moves in the horizontal direction, for example, the distance from the distance sensor 5a to the wall may be measured.

  FIG. 3 is a diagram illustrating an example of a free weight type weight training apparatus according to the present embodiment. 3 is a bench press training device, and the two support pillars 24 on both sides of the tip of the bench 25 support the shaft 23 of the barbell 21. To do. Weights 22 are attached to both ends of the shaft 23.

  In FIG. 3, an enlarged portion surrounded by a broken line is a state viewed from the cross-sectional direction of the shaft 23 surrounded by a solid line. A weight sensor 5 c for measuring the total weight of the barbell 21 is provided at the tips of the two support columns 24.

  The bench 25 is disposed on the floor 26. One or more weight sensors 5d for measuring the weight on the floor 26 are disposed between the floor 26 and the floor (not shown). In the example of FIG. 3, four weight sensors 5 d are arranged below the four corners of the floor 26. As a result, it is possible to measure the weight including objects and people placed on the plate 26. Therefore, in the case of a free weight system (for example, a dumbbell or the like) that is not disposed on the support column 24, sensing information from the weight sensor 5d is used.

  In addition, spacers (not on one or more plates) are placed on the plurality of sensors 5d so that loads are correctly applied to the plurality of sensors 5d (four sensors 5d in FIG. 3) installed under the floor 26. The load can be distributed to a plurality of sensors 5d. As a result, the weight sensor itself needs to be added if the upper limit of the weight sensor that can be loaded is exceeded, but otherwise, it can be dealt with by arranging and adjusting the spacer.

  Further, a distance sensor 5 e is installed at any part of the barbell 21. The distance sensor 5e measures the distance to the obstacle in the direction in which the barbell 21 is displaced. When the barbell 21 moves in the vertical direction, the distance sensor 5e measures the distance from the distance sensor 5e to the floor or the distance from the distance sensor 5e to the ceiling.

  FIG. 4 is a diagram illustrating an example of the configuration of the sensor 5 in the present embodiment. The sensor 5 includes a sensor module 31, a communication module 32, and a memory 33. The sensor module 31 is a sensor module that realizes a pressure sensor (weight sensor) that detects a pressed pressure, a distance sensor that measures a distance to an object, and the like. The sensor module 31 is not limited to a gravity sensor or a distance sensor, and may be an acceleration sensor (gyro sensor), a photo sensor, or the like.

  The communication module 32 is, for example, an electronic component that radiates radio waves and communicates with an external device (for example, the notification device 15). For example, a short-range wireless communication standard such as Bluetooth (registered trademark) or LPWA (Low Power Wide Area). ) And the like, and a communication device that performs communication using a communication method based on a long-range wireless communication standard. The communication module 32 transmits, for example, a beacon signal including an advertisement packet of BLE (Bluetooth (registered trademark) Low Energy) to the server 2 periodically or at a predetermined timing via the relay device 6. Thus, as a communication method between the sensor 5 and the server 2, notification to the server 2, such as BLE, can be performed in a beacon format that does not require a communication session.

  Here, the predetermined timing indicates that the operation is triggered when a change in load is detected in the case of a weight sensor or in the case where a change in distance to an object is detected in the case of a distance sensor.

  The memory 33 is, for example, a nonvolatile memory device such as a flash memory, and stores identification information for identifying the weight training device 4 in which the sensor 5 including the memory 33 is installed and a sensor ID for identifying the sensor 5. ing. The sensor 5 may have a timer function depending on the specification.

  Moreover, in this embodiment, although the communication module 32 is provided for every sensor 5, it is not limited to this, The aspect which provides one communication module with respect to the several sensor module 31 may be sufficient.

  FIG. 5 is a diagram illustrating an example of functional blocks of the server 2 in the present embodiment. The server 2 includes a control unit 47 and a storage unit 48. The control unit 47 is a processor such as a central processing unit (CPU). The storage unit 48 is a storage device that stores information.

  The control unit 47 functions as a user identification information acquisition unit 41, a load information acquisition unit 42, a distance information acquisition unit 43, and a weight training situation information generation unit 44 by reading and executing the program according to the present embodiment.

  The user identification information acquisition unit 41 acquires user login information including the user ID transmitted from the card reader 7.

  The load information acquisition unit 42 acquires sensing information (weight sensing information) transmitted from a weight sensor (hereinafter, the weight sensor is referred to as “weight sensor 5 p”) of the sensors 5 as load information.

  The distance information acquisition unit 43 acquires sensing information (distance sensing information) transmitted from a distance sensor (hereinafter, the distance sensor is referred to as “distance sensor 5 q”) among the sensors 5 as distance information.

  The weight training status information generation unit 44 generates weight training status information regarding the training status using the weight training device 4 for each user based on the user login information, weight sensing information, and distance sensing information, and stores the weight training status information in the storage unit 48. To do. The weight training situation information generation unit 44 includes a weight calculation unit 45 and a number calculation unit 46.

  The weight calculation unit 45 calculates a change in load based on the weight sensing information. The number calculation unit 46 calculates the number of times the weight training device is moved up and down based on the distance sensing information, and generates weight training status information.

  FIG. 6 is a diagram illustrating an example of a table managed by the storage unit 48 in the present embodiment. For example, (A) a user management table 51, (B) a sensor management table 52, (C) a weight training device management table 53, and (D) a weight training management table 54 are stored in the storage unit 48.

  The user management table 51 is a table for managing each user. The user management table 51 includes data items such as “user ID” 51a and “birth date” 51b. The “user ID” 51a stores user identification information (user ID) for identifying the user. In the “birth date” 51b, the date of birth of the user is stored.

  The sensor management table 52 is a table for managing each sensor 5 set in the WT device. The sensor management table 52 includes data items such as “sensor ID” 52a, “sensor type” 52b, and “sensor name” 52c. The “sensor ID” 52 a stores identification information (sensor ID) for identifying the sensor 5. The “sensor type” 52b stores information for specifying the type of sensor (weight sensor, distance sensor, etc.) specified by the sensor ID. The “sensor name” 52c stores the name of the sensor specified by the sensor ID.

  The WT device management table 53 is a table for managing the weight training device 4 in which the sensor 5 is installed. The WT device management table 53 includes data items of “WT device ID” 53a and “WT device name 53b”. The “WT device ID” 53a stores a WT device ID for identifying the WT device. The “WT device name” 53b stores the WT device name 53b specified by the WT device ID.

  The weight training management table 54 is a table for managing user weight training using the WT device 4. The weight training management table 54 includes data items of “user ID” 54a, “date and time” 54b, “WT device name” 54c, “weight” 54d, and “number of times” 54e. The “user ID” 54a stores user identification information (user ID) for identifying the user. The “date and time” 54b stores the date and time when user login information or sensing information is transmitted, received, or acquired. The “WT device ID” 54c stores a WT device ID for identifying the WT device. The “weight” 54d stores the weight calculated by the weight calculator 45. The “number of times” 54 e stores the number of times measured by the number of times calculator 46.

  FIG. 7 is a diagram illustrating an example of information acquired by the server 2 in the present embodiment. From the store 3 side to the server 2, mainly (A) user login information 61, (B) weight sensing information 62, and (C) distance sensing information 63 are transmitted.

  The user login information 61 is information that is generated when it is assumed that the user has logged into the weight training information management system 1 when the user ID is read by the card reader 7.

The user login information 61 includes “user ID” 61a, “WT device ID” 61b, and “date and time” 61c. The “user ID” 61 a is a user ID of a user who holds the member card or the like over the card reader 7 (logs in). The “WT device ID” 61 b is information registered in advance in the card reader 7 and is the WT device ID of the WT device corresponding to the card reader 7. "Date and time" 61c is, the membership card is read date and time, or user login information 61 may be Tsu Der date and time that has been transmitted to the server 2.

  The weight sensing information 62 is information transmitted from the weight sensor 5p. The weight sensing information 62 includes “WT device ID” 62a, “sensor ID” 62b, “weight information” 62c, and “date and time” 62d. The “WT device ID” 62a is a WT device ID registered in the weight sensor 5p. “Sensor ID” 62b is the sensor ID of the weight sensor 5p. “Weight information” 62c is the pressure (weight) detected by the weight sensor 5p. “Date and time” 62d is the date and time when the weight sensor 5p detects, the date and time when the weight sensor 5p transmits the weight sensing information 62, or the date and time when the relay device 6 receives or transmits.

  The distance sensing information 63 is information transmitted from the distance sensor 5q. The distance sensing information 63 includes “WT device ID” 63a, “sensor ID” 63b, “distance information” 63c, and “date and time” 63d. The “WT device ID” 63a is a WT device ID registered in the distance sensor 5q. “Sensor ID” 63b is the sensor ID of the distance sensor 5q. The “distance information” 63c is a distance detected by the distance sensor 5p. “Date and time” 63d is the date and time when the distance sensor 5p detects, the date and time when the distance sensor 5q transmits the distance sensing information 63, or the date and time when the relay device 6 receives or transmits.

  FIG. 8 is a sequence diagram showing an overall flow in the present embodiment. The member 70 holds the member card (IC tag built-in) issued to the card reader 7 corresponding to the WT device 4 desired to be used. Then, the card reader 7 reads the user ID from the IC tag in the member card (S1), assigns the time to the user ID, and transmits it to the server 2 as the user login information 61 (S2).

  Then, the member 70 performs weight training using the WT device 4 desired to be used (S3). Then, the sensor 5 such as the weight sensor 5p or the distance sensor 5q installed in the WT device 4 performs detection or measurement at a constant timing or a predetermined timing, and senses information (for example, weight sensing information 62, distance). Sensing information 63) is transmitted to the server 2 via the relay device 6 (S4, S5).

  S3 to S5 are repeated every time the member 70 performs a weight training attempt.

  FIG. 9 is a flowchart of server processing in this embodiment. The control unit 47 of the server 2 acquires user login information 61 (S11). The control unit 47 acquires the weight sensing information 62 (S12). The control unit 47 acquires the distance sensing information 63 (S13).

  The control unit 47 associates the distance sensing information 63 based on the WT device ID included in the user login information 61, the weight sensing information 62, and the distance sensing information 63 acquired within a predetermined time (S14).

  The control unit 47 generates weight training status information for each user based on the associated user login information 61, weight sensing information 62, and distance sensing information 63 (S15). In the process of S15, the control unit 47 performs the weight calculation process (S15a) for the weight sensing information 62 associated with the user login information 61, and performs the number calculation process for the distance sensing information 63 associated with the user login information 61. (S15b) is performed.

Here, whether the sensing information is the weight sensing information 62 or the distance sensing information 63 is determined by referring to the sensor type. As for the sensor type, the control unit 47 can determine the sensor type of the sensing information by comparing the sensor ID included in each of the weight sensing information 62 and the distance sensing information 63 with the sensor management table 52.
FIG. 10 is a detailed flowchart of the weight calculation process (S15a) in the present embodiment. The control unit 47 reads the weight sensing information of the earliest date from the weight sensing information 62 associated with the user login information 61 (S21).

  The control unit 47 determines whether or not the process is related to the first weight sensing information after login (S22). When it determines with it being the process regarding the first weight sensing information (it is YES at S22), the control part 47 stores the weight information contained in weight sensing information in the parameter w1 (S23).

  The control unit 47 determines whether there is unprocessed weight sensing information among the weight sensing information 62 associated with the user login information 61 (S24). When there is unprocessed weight sensing information, the control unit 47 reads the weight sensing information with the next earliest date (S25).

  When it determines with it being the process regarding the weight sensing information after the 2nd time (it is NO at S22), the control part 47 stores the weight information contained in the read weight sensing information in the parameter w2 (S26).

  The control unit 47 calculates the weight (= w2-w1), and registers the calculated weight in the “weight” 54d of the date and time of the corresponding user ID in the weight training management table 54 (S27). Thereafter, the control unit 47 reads out sensing information with the earliest date and time from the associated sensing information (weight sensing information 62, distance sensing information 63) (S28).

  FIG. 11 is a detailed flowchart of the number calculation process (S15b) in the present embodiment. The control unit 47 reads the distance sensing information 63 of the earliest date and time from the distance sensing information 63 associated with the user login information 61 (S31).

  The control unit 47 monitors the read distance sensing information 63 (S33). When the distance displacement cycle is not one cycle (NO in S34), the control unit 47 determines whether there is unprocessed distance sensing information among the distance sensing information 63 associated with the user login information 61. Is discriminated (S35). When there is unprocessed distance sensing information (YES in S35), the control unit 47 reads the distance sensing information 63 with the next earliest date (S36).

  The control unit 47 monitors the distance sensing information 63 (S33). If the distance displacement cycle is one cycle (YES in S34), the control unit 47 increments the number of times (S37). The control unit 47 determines whether there is unprocessed distance sensing information among the distance sensing information 63 associated with the user login information 61 (S35).

  If there is no unprocessed distance sensing information 63 (NO in S35), this flow ends.

  Note that the above-described method for calculating the weight and calculating the number of times is merely an example, and the present invention is not limited thereto.

  Further, the weight information and the number-of-times information thus calculated are stored in the weight training management table 54, and the training information can be confirmed in time series. At this time, the training information can be viewed on an electronic portable terminal such as a smartphone.

  Also, the amount of change in load can be digitized and notified to the server. In addition, it is possible to determine start and end from digitized data or an associated value unit. Moreover, the used load can be calculated from the digitized data or the associated value unit.

  Moreover, according to this embodiment, sensing information can be automatically stored in the server 2. The data stored in the server 2 can be confirmed in real time on each user's smartphone, computer, or the like. Since it can confirm easily with the apparatus, display, etc. which were installed in the store 3, even if there is no smart phone etc., there is no problem. Moreover, since the sensing information collected from the sensor 5 installed in the weight training device, including the free weight system, is automatically recorded in the server 2, the data can be reviewed later.

  In addition, since such accumulated data can be centrally managed across stores, the personal best list can be displayed, or the best score including factors such as gender, age, and training history can be displayed. Or the best score for each store can be displayed.

  In the present embodiment, the user ID is acquired by a route different from the sensing information, and the sensing information and the user ID are associated with each other on the server 2 side. However, the present invention is not limited to this. Information associated with sensing information may be transmitted to the server 2 via the relay device 6.

  FIG. 12 is an example of a configuration block diagram of a hardware environment of a computer that executes a program according to an embodiment of the present invention. The computer 81 functions as the server 2. The computer 81 includes a CPU 82, ROM 83, RAM 84, storage device 85, input I / F 86, output I / F 87, communication I / F 88, reading device 89, and bus 90.

  Here, CPU indicates a central processing unit. ROM indicates a read-only memory. RAM indicates random access memory. I / F indicates an interface. A CPU 82, ROM 83, RAM 84, storage device 85, input I / F 86, output I / F 87, communication I / F 88, and reading device 89 are connected to the bus 90.

  The CPU 82 reads out the program according to the present embodiment from the storage device 85 and executes the program as the control unit 47. The ROM 83 indicates a read-only memory. The RAM 84 is a memory that stores temporarily.

  The storage device 85 is a device that stores a large amount of information. As the storage device 85, various types of storage devices such as a hard disk, a solid state drive (SSD), and a flash memory card can be used. The storage device 85 stores a program according to the embodiment of the present invention. The storage unit 85 stores, as the storage unit 48, a user management table 51, a sensor management table 52, a WT device management table 53, a weight training management table 54, and the like.

  The input I / F 86 can be connected to input devices such as a keyboard, a mouse, an electronic camera, a web camera, a microphone, a scanner, a sensor, a tablet, and a touch panel. The output I / F 87 can be connected to an output device such as a display, a touch panel, a printer, and a speaker.

  The communication I / F 88 is an interface such as a port for connecting to a communication network and communicating with other devices. The communication network may be a communication network such as the Internet, a local area network (LAN), a wide area network (WAN), a dedicated line, a wired line, and a wireless line. The reading device 89 is a device that reads a portable recording medium.

  The program for realizing the processing described in the above embodiment may be stored in, for example, the storage device 85 via the communication network 9 and the communication I / F 88 from the program provider side. Moreover, the program which implement | achieves the process demonstrated by the said embodiment may be stored in the portable storage medium marketed and distribute | circulated. In this case, the portable storage medium may be set in the reading device 89 and the program read by the CPU 82 and executed. As a portable storage medium, various types of storage media such as a CD-ROM, a flexible disk, an optical disk, a magneto-optical disk, an IC card, a USB memory device, and a semiconductor memory card can be used. The program stored in such a storage medium is read by the reading device 89.

From the above, the weight training information management system (for example, weight training information management system 1) according to an example of the present embodiment is
A reading unit (for example, a card reader) that is installed corresponding to a weight training device (for example, weight training device 4) and reads and transmits user identification information (for example, user ID) that identifies a user who uses the weight training device. 7) and
A load detection unit (for example, a weight sensor 5p) that is installed in the weight training device and detects a weight load used in the weight training device;
A distance measuring unit (for example, a distance sensor 5q) that is installed in the weight training device and measures a distance from an object to the weight;
A transmission unit (for example, the relay device 6) for transmitting load information (for example, weight sensing information 62) indicating information about the load and distance information (for example, distance sensing information 63) indicating information about the distance;
Acquiring the user identification information, acquiring a plurality of load information in time series and a plurality of the distance information in time series, the user identification information, the plurality of load information, and the plurality of distance information An information processing device (for example, server 2) that generates training status information (for example, weight training management table 54) on the training status using the weight training device for each user,
Is provided.

  By comprising in this way, the weight concerning the trial for every user by the weight training apparatus and the number of trials can be managed more efficiently and easily.

  The information processing apparatus (for example, the server 2) calculates a change in load based on the plurality of load information (for example, weight sensing information 62) in time series, and the plurality of distance information (for example, time series) Based on the distance sensing information 63), the number of times of raising and lowering the weight is calculated, and the training status information is generated (for example, S15).

  By configuring in this way, it is possible to generate a change in weight load from the weight sensing information 62 and a number of times of lifting the weight from the distance sensing information.

The reading unit (for example, the card reader 7) is configured to identify the user identification information (for example, a user ID) and weight training device identification information (for example, the weight training device 4) that is registered in advance. WT device ID) to the information processing apparatus (for example, server 2),
The load detection unit (for example, the weight sensor 5p) transmits the load information and the weight training device identification information registered in advance to the information processing apparatus using the transmission unit,
The distance measurement unit (for example, the distance sensor 5q) transmits the distance information and the weight training device identification information registered in advance to the information processing apparatus using the transmission unit (for example, the relay device 6). And
The information processing apparatus relates the user identification information, the plurality of load information, and the plurality of distance information based on the weight training device identification information.

  By comprising in this way, load information and distance information can be managed for every user.

An information processing apparatus according to an example of the present embodiment
A user identification information acquisition unit (for example, a user identification information acquisition unit 41) for acquiring user identification information (for example, a user ID) for identifying a user;
A load information acquisition unit (for example, load information) that acquires a plurality of pieces of load information (for example, weight sensing information 62) in a time series indicating information regarding weight loads used in the weight training apparatus (for example, weight training apparatus 4). Acquisition unit 42);
A distance information acquisition unit (for example, distance information acquisition unit 43) that acquires a plurality of distance information in a time series (for example, distance sensing information 63) indicating information on the distance from the object to the weight;
Weight training for generating training status information (for example, weight training management table 54) on a training status using the weight training device for each user based on the user identification information, the plurality of load information, and the plurality of distance information. A situation information generator (for example, weight training situation information generator 44);
Is provided.

  By comprising in this way, the weight concerning the trial for every user by the weight training apparatus and the number of trials can be managed more efficiently and easily.

The weight training information management program
On a computer (eg, computer 81)
User identification information (for example, user ID) for identifying the user is acquired (for example, S11),
A plurality of pieces of load information (for example, weight sensing information 62) in time series indicating information on weight loads used in the weight training apparatus (for example, weight training apparatus 4) is acquired (for example, S12),
A plurality of distance information in a time series (for example, distance sensing information 63) indicating information on the distance from the object to the weight is acquired (for example, S13),
Based on the user identification information, the plurality of load information, and the plurality of distance information, training status information (for example, a weight training management table 54) regarding a training status using the weight training device for each user is generated (for example, , S15),
Execute the process.

  By comprising in this way, the weight concerning the trial for every user by the weight training apparatus and the number of trials can be managed more efficiently and easily.

In addition, the weight training information management method according to an example of the present embodiment is as follows:
A computer (eg, computer 81)
User identification information (for example, user ID) for identifying the user is acquired (for example, S11),
A plurality of pieces of load information (for example, weight sensing information 62) in time series indicating information on weight loads used in the weight training apparatus (for example, weight training apparatus 4) is acquired (for example, S12),
A plurality of distance information in a time series (for example, distance sensing information 63) indicating information on the distance from the object to the weight is acquired (for example, S13),
Based on the user identification information, the plurality of load information, and the plurality of distance information, training status information (for example, a weight training management table 54) regarding a training status using the weight training device for each user is generated (for example, , S15),
Execute the process.

  By comprising in this way, the weight concerning the trial for every user by the weight training apparatus and the number of trials can be managed more efficiently and easily.

  As mentioned above, although this aspect was demonstrated based on embodiment and a modification, embodiment of an above-described aspect is for making an understanding of this aspect easy, and does not limit this aspect. This aspect can be changed and improved without departing from the spirit and scope of the claims, and equivalents are included in this aspect. Further, if the technical feature is not described as essential in the present specification, it can be deleted as appropriate.

1 Weight training information management system 2 Management server 3 Store 4 Weight training equipment (WT equipment)
DESCRIPTION OF SYMBOLS 5 Sensor 6 Relay apparatus 7 Card reader 8 Wireless LAN router 9 Communication network 31 Sensor module 32 Communication module 33 Memory 41 User identification information acquisition part 42 Load information acquisition part 43 Distance information acquisition part 44 Weight training status information generation part 45 Weight calculation part 46 Number calculation section 47 Control section 48 Storage section

Claims (6)

User identification information that is installed corresponding to the weight training device and identifies a user who uses the weight training device, reads the user identification information and the read date / time information related to the read date / time, and the weight training registered in advance A reading unit that transmits user relationship information, which is information relating weight training device identification information for identifying a device;
A load sensor with a communication module installed in the weight training device, which detects a load of a weight used in the weight training device, shows load information indicating information on the detected load, and the weight registered in advance A plurality of weight sensing information including weight training device identification information for identifying a training device and load sensor identification information for identifying the load sensor with the communication module are transmitted in time series using the wireless communication function. A load sensor;
A distance sensor with a communication module installed in the weight training device, which measures a distance from the object to the distance sensor with the communication module, and distance information indicating information on the measured distance, and registered in advance A plurality of distance sensing information including the weight training device identification information and the distance sensor identification information for identifying the distance sensor with the communication module in time series, the communication module-equipped distance sensor using a wireless communication function;
The weight sensing information transmitted from the load sensor with the communication module and the distance sensing information transmitted from the distance sensor with the communication module are received , and received in each of the weight sensing information and the distance sensing information. A relay unit that assigns date and time information about the date and time and transmits the information to the information processing apparatus via the communication network;
The user relation information transmitted from the reading unit is acquired, and a plurality of time-series weight sensing information and a plurality of time-series distance sensing information are acquired from the relay unit, and the weight training device identification information The user identification information, the weight sensing information, and the distance sensing information acquired within a predetermined time are linked to each other based on the date information and the reading date information, and are included in the plurality of weight sensing information in time series The weight change for each user is calculated by calculating a change in the weight load based on the load information, and calculating the number of times the weight is raised and lowered based on the distance information included in the plurality of distance sensing information in time series. and the information processing apparatus for generating a training status information about the training situation using the training equipment,
A weight training information management system comprising:   User identification information that is installed corresponding to the weight training device and identifies a user who uses the weight training device, reads the user identification information and the read date / time information related to the read date / time, and the weight training registered in advance A reading unit that transmits user relationship information, which is information relating weight training device identification information for identifying a device;
  A load sensor with a communication module installed in the weight training device, which detects a load of a weight used in the weight training device, shows load information indicating information on the detected load, and the weight registered in advance A plurality of weight sensing information including weight training device identification information for identifying a training device, load sensor identification information for identifying the load sensor with the communication module, and date and time information indicating the date and time when the load is detected, in time series, wireless communication A load sensor with a communication module for transmitting using a function;
  A distance sensor with a communication module installed in the weight training device, which measures a distance from the object to the distance sensor with the communication module, and distance information indicating information on the measured distance, and registered in advance A plurality of the distance training information including the weight training device identification information, the distance sensor identification information for identifying the distance sensor with the communication module, and the date and time information indicating the date and time when the distance is measured, using a wireless communication function. A distance sensor with the communication module for transmitting;
  A relay unit that receives the weight sensing information transmitted from the load sensor with the communication module and the distance sensing information transmitted from the distance sensor with the communication module, and transmits the information to the information processing apparatus via a communication network;
  The user relation information transmitted from the reading unit is acquired, and a plurality of time-series weight sensing information and a plurality of time-series distance sensing information are acquired from the relay unit, and the weight training device identification information The user identification information, the weight sensing information, and the distance sensing information acquired within a predetermined time are linked to each other based on the date information and the reading date information, and are included in the plurality of weight sensing information in time series The weight change for each user is calculated by calculating a change in the weight load based on the load information, and calculating the number of times the weight is raised and lowered based on the distance information included in the plurality of distance sensing information in time series. The information processing apparatus for generating training status information relating to a training status using a training device;
A weight training information management system comprising: Wherein the information processing apparatus, when the difference between the load of the load information included in the acquired weight sensing information in sequence is calculated as the change in the load, the displacement of the distance information included when the distance sensing information acquired in sequence The weight training information management system according to claim 1 or 2 , wherein a cycle is calculated as the number of times of raising and lowering, and the training status information is generated based on the change in load and the number of times of raising and lowering . A reading unit installed corresponding to a weight training device installed in the store, a load sensor with a communication module installed in the weight training device, a distance sensor with a communication module installed in the weight training device, Weight training information management system comprising an information processing device and a relay device that receives sensing information transmitted from the load sensor with the communication module and the distance sensor with the communication module and transmits the sensing information to the information processing device via a communication network The information processing apparatus used in
Via the communication network, weight training equipment identifies the transmitted from the reading unit, and the read date and time information about when the read user identification information identifying the user, the weight training equipment registered in advance said read unit A user identification information acquisition unit for acquiring identification information;
Via the relay device and the communication network, by the load sensor with the communication module, the weight training device identification information registered in the load sensor with the communication module in advance, and the load related to the weight load used in the weight training device A load information acquisition unit for acquiring a plurality of weight sensing information in time series including information , load sensor identification information for identifying the load sensor with the communication module, and date / time information indicating the date / time when the relay device has received or detected the load; ,
Via the communication network and the relay device, wherein the communication distance sensor installed module, the distance between the weight training equipment identification information previously registered in the distance sensor with the communication module, from the object to the distance sensor with the communication module Distance information for acquiring a plurality of distance sensing information in time series, including distance information regarding the distance sensor identification information for identifying the distance sensor with the communication module, and date / time information indicating the date / time when the relay device has received or measured the distance An acquisition unit;
Based on the weight training device identification information, the date and time information, and the reading date and time, the user identification information, the weight sensing information, and the distance sensing information acquired within a predetermined time are linked, and the plurality of weights in time series A change in the weight load is calculated based on the load information included in the sensing information, and a weight increase / decrease count is calculated based on the distance information included in the plurality of distance sensing information in time series, A weight training status information generating unit for generating training status information related to a training status using the weight training device for each user;
An information processing apparatus comprising: A reading unit installed corresponding to a weight training device installed in the store, a load sensor with a communication module installed in the weight training device, a distance sensor with a communication module installed in the weight training device, Weight training information management system comprising an information processing device and a relay device that receives sensing information transmitted from the load sensor with the communication module and the distance sensor with the communication module and transmits the sensing information to the information processing device via a communication network In the information processing apparatus used in
Via the communication network, weight training equipment identifies the transmitted from the reading unit, and the read date and time information about when the read user identification information identifying the user, the weight training equipment registered in advance said read unit Acquire user relationship information that is information related to identification information,
Via the relay device and the communication network, by the load sensor with the communication module, the weight training device identification information registered in the load sensor with the communication module in advance, and the load related to the weight load used in the weight training device A plurality of weight sensing information in time series including information and load sensor identification information for identifying the load sensor with the communication module, and date and time information indicating the date and time when the relay device has received or detected the load ,
Via the communication network and the relay device, wherein the communication distance sensor installed module, the distance between the weight training equipment identification information previously registered in the distance sensor with the communication module, from the object to the distance sensor with the communication module A plurality of distance sensing information in a time series including distance information , distance sensor identification information for identifying the distance sensor with the communication module, and date and time information indicating the date and time when the relay device has received or measured the distance ,
Based on the weight training device identification information, the date and time information, and the reading date and time, the user identification information, the weight sensing information, and the distance sensing information acquired within a predetermined time are linked, and the plurality of weights in time series A change in the weight load is calculated based on the load information included in the sensing information, and a weight increase / decrease count is calculated based on the distance information included in the plurality of distance sensing information in time series, Generating training status information regarding training status using the weight training device for each user;
Weight training information management program that executes processing. A reading unit installed corresponding to a weight training device installed in the store, a load sensor with a communication module installed in the weight training device, a distance sensor with a communication module installed in the weight training device, Weight training information management system comprising an information processing device and a relay device that receives sensing information transmitted from the load sensor with the communication module and the distance sensor with the communication module and transmits the sensing information to the information processing device via a communication network The information processing apparatus used in
Via the communication network, weight training equipment identifies the transmitted from the reading unit, and the read date and time information about when the read user identification information identifying the user, the weight training equipment registered in advance said read unit Acquire user relationship information that is information related to identification information,
The weight training device identification information pre-registered in the load sensor with the communication module by the load sensor with the communication module installed in the weight training device via the relay device and the communication network, and the weight training device A plurality of weight sensing information in time series including load information on the weight load used, load sensor identification information for identifying the load sensor with the communication module, and date / time information indicating the date / time when the relay device has received or detected the load. Acquired,
Via the communication network and the relay device, wherein the communication distance sensor installed module, the distance between the weight training equipment identification information previously registered in the distance sensor with the communication module, from the object to the distance sensor with the communication module A plurality of distance sensing information in a time series including distance information , distance sensor identification information for identifying the distance sensor with the communication module, and date and time information indicating the date and time when the relay device has received or measured the distance ,
Based on the weight training device identification information, the date and time information, and the reading date and time, the user identification information, the weight sensing information, and the distance sensing information acquired within a predetermined time are linked, and the plurality of weights in time series A change in the weight load is calculated based on the load information included in the sensing information, and a weight increase / decrease count is calculated based on the distance information included in the plurality of distance sensing information in time series, Generating training status information regarding training status using the weight training device for each user;
Weight training information management method for executing processing.

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