KR20220094331A - Personal smart block pin capable of measuring exercise amount - Google Patents

Abstract

The present invention provides a personal smart block pin capable of measuring the amount of exercise, which comprises: an insertion unit inserted into an insertion hole formed in a weight block of a weight exercise machine; and a gripping unit coupled to the insertion unit and configured to be gripped by a user. The gripping unit comprises: a weight setting part configured to set weight information of a selected weight block by manipulation of a user; a measurement sensor part measuring the number of repeated movements and a distance of the movement of the weight block during exercise; and a calculation control part calculating the amount of exercise for use of weight exercise equipment and controlling the weight setting part. According to the above, the personal smart block pin can be used instead of a conventional block pin or can be configured in a form of a holder or clip to be attached to or detached from the conventional block pin. In addition, the personal type smart block pin is made as a personal type which can be carried by individuals for easy portability and management. It is possible to measure the amount of exercise regardless of a specific sports center or weight exercise equipment such that a user can easily grasp and cumulatively analyze the amount of exercise, exercise records, and the like in using the weight exercise equipment.

Description

Personal smart block pin capable of measuring exercise amount

The present invention relates to a personal smart block pin capable of measuring the amount of exercise, and more particularly, it can be used regardless of the type of weight exercise equipment while being carried by the user, or can be attached and detached to an existing block pin in the form of a holder or clip, and each weight It relates to a personal smart block pin that can easily measure and evaluate the amount of exercise, exercise record, and exercise habit through exercise equipment.

In recent years, more and more people are exercising by using weights to keep their health and build a nice body. However, most users who exercise using these weight exercise equipment cannot exercise with awareness of how much weight and how many times they exercise each weight exercise equipment, but also rely on the user's memory. Since the exercise is performed after setting the amount of exercise, systematic exercise management and evaluation are not performed.

Accordingly, an exercise amount calculating device for calculating the amount of momentum when exercising using a weight exercise device is being developed, and as an example of a technology for such an exercise amount calculating device, Korean Patent Laid-Open No. 10-2010-0053753 discloses, A transceiver module that transmits electromagnetic waves and receives reflected electromagnetic waves, a reflective body that reflects the electromagnetic waves emitted from the transceiver module, and a reflective body that protrudes from the reflective body and is inserted into a specific block among the stacked weight blocks A separation device in which a separation pin is installed to allow blocks stacked on top of a specific block to move up and down, and a time to calculate time flight, which is the difference between the transmission time point at which electromagnetic waves are transmitted from the transceiver module and the reception time of the reflected electromagnetic waves Momentum calculating device comprising: flight calculation means; weight calculation means for calculating the weight of the moving block according to a change in time flight; has been disclosed.

However, since this conventional apparatus for measuring the amount of exercise is provided in the weight exercise equipment itself, the structure is complicated, and the amount of exercise can be measured only for the weight exercise equipment. In the case of using it, there was a problem in that it was difficult to grasp the exercise history or equipment use status, including the amount of exercise in the past.

In addition, in the conventional exercise measuring device, although most of the weight exercise equipment uses standardized weight blocks, the shape of the weight exercise equipment by manufacturer and brand, the movement distance of the weight block when the exercise posture is completed, and the amount of exercise through this Since standardization such as calculation is not made, there is a problem in that it is difficult to accurately calculate and analyze the exercise amount measurement and exercise evaluation of these weight exercise equipment.

Republic of Korea Patent Publication No. 10-2010-0053753

The present invention is an individual type that can be carried by an individual, and it is possible to grasp and cumulatively analyze the exercise use information and exercise amount of the weight exercise equipment regardless of a specific sports center or weight exercise equipment, and the weight block type weight exercise equipment The purpose of this is to provide a personalized smart block pin that can measure the amount of exercise that can be standardized and can more accurately calculate and analyze exercise quantity and exercise evaluation.

The present invention is inserted into the insertion hole formed in the weight block of the weight exercise equipment, the insertion unit to select the weight of the weight block; Is coupled to the insertion unit, is configured to be gripped by the user so that the user can insert the insertion unit into the insertion port; is configured to include, the holding unit, the weight information of the selected weight block to the user a weight setting unit configured to be set by the operation of ; a measurement sensor unit for measuring the number of repetitions and movement distance of the weight block during exercise; Based on the weight information of the weight block received from the weight setting unit and the number of movement and movement distance of the weight block received from the measurement sensor unit, calculate the amount of exercise for using the weight exercise equipment, and the weight setting unit It is possible to provide a personal smart block pin capable of measuring the amount of exercise, characterized in that it includes;

The personal smart block pin capable of measuring the amount of exercise according to the present invention is composed of a personal type that can be carried by an individual, so it is easy to carry and manage, as well as applicable to all weight exercise equipment using a weight block and wireless communication Since it is composed of an individual type that can do this, it is possible to measure the amount of exercise regardless of a specific sports center or weight exercise equipment, and the user can easily grasp and accumulate analysis of the amount of exercise and exercise record by using the weight exercise equipment.

In addition, the personal smart block pin capable of measuring the amount of exercise according to the present invention can standardize the weight block type weight exercise equipment, and the user's exercise amount, exercise record, etc. can be identified and analyzed through synchronization with the dedicated application of the personal portable terminal In addition to this, it is possible to easily evaluate exercise habits and exercise guidance, enabling convenient health management.

In addition, the personal smart block pin capable of measuring the amount of exercise according to the present invention is a rechargeable low-power method that does not require replacement of weight exercise equipment and electric wiring on the floor. It can be used for measurement and analysis of exercise lifelogs for individuals.

1 is a perspective view showing a personal smart block pin capable of measuring the amount of exercise according to an embodiment of the present invention inserted into a weight exercise device.
2 is a diagram schematically showing the configuration of a personal smart block pin capable of measuring an amount of exercise according to an embodiment of the present invention.
3 is a perspective view showing an embodiment having an operation dial in a personal smart block pin capable of measuring an amount of exercise according to an embodiment of the present invention.
4 is a diagram illustrating an encoding method according to disk rotation when a light-responsive encoder is provided in a personal smart block pin capable of measuring momentum according to an embodiment of the present invention.
5 is a perspective view illustrating another embodiment having a number dial in a personal smart block pin capable of measuring an amount of exercise according to an embodiment of the present invention.
6 is a block diagram illustrating a control flow of an operation control unit in a personal smart block pin capable of measuring an amount of exercise according to an embodiment of the present invention.

Hereinafter, a preferred embodiment will be described with reference to the accompanying drawings so that the present invention may be understood in more detail.

Since the present invention can have various changes and can have various embodiments, specific embodiments are illustrated in the drawings and described in detail. However, this is not intended to limit the present invention to specific embodiments, and it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention.

Terms such as first, second, etc. may be used to describe various elements, but the elements should not be limited by the terms. The above terms are used only for the purpose of distinguishing one component from another. For example, without departing from the scope of the present invention, a first component may be referred to as a second component, and similarly, a second component may also be referred to as a first component. and/or includes a combination of a plurality of related listed items or any of a plurality of related listed items.

When an element is referred to as being “connected” or “connected” to another element, it is understood that it may be directly connected or connected to the other element, but other elements may exist in between. it should be On the other hand, when it is said that a certain element is "directly connected" or "directly connected" to another element, it should be understood that the other element does not exist in the middle.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise. In the present application, terms such as “comprise” or “have” are intended to designate that a feature, number, step, operation, component, part, or combination thereof described in the specification exists, but one or more other features It should be understood that this does not preclude the existence or addition of numbers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical and scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related art, and should not be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present application. does not

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. In describing the present invention, in order to facilitate the overall understanding, the same reference numerals are used for the same components in the drawings, and duplicate descriptions of the same components are omitted.

First, a personal smart block pin capable of measuring the amount of exercise according to an embodiment of the present invention (hereinafter referred to as 'personal smart block pin') is inserted into the weight block 10 (refer to FIG. 1) of the weight exercise equipment to reduce the weight. As a selection, it is configured so that the user can carry it with a personalized configuration, and it is possible to identify and cumulatively analyze the exercise usage information and exercise amount of the weight exercise equipment regardless of a specific sports center or weight exercise equipment, so that the user can more easily enable you to manage your health.

In addition, the personal smart block pin of the present invention can be used as a replacement for the existing block pin, or can be used by attaching and detaching to an existing block pin in the form of a holder or clip. Information can be provided, and the amount of exercise analyzed through the user's exercise time, exercise speed, exercise distance, and calories burned, as well as the user's exercise state and exercise habit, is evaluated, and through this, the user can provide optimal exercise guidance can provide

Referring to FIG. 1 , the personal smart block pin of the present invention may include an insertion unit 100 and a gripping unit 200 .

First, the insertion part 100 is inserted into the insertion hole 20 formed in the weight block 10 of the weight exercise device so that the weight of the weight block 10 can be selected. The insertion part 100 functionally corresponds to the role of the block control pin used in a general weight exercise device, and the shape may be various types such as a pin type or a rod type.

In the drawings, the insertion part 100 of the present invention is illustrated in the form of a pin, but as an embodiment, various embodiments are possible, such as attaching and detaching to an existing block pin in the form of a holder or clip. In addition, the weight exercise equipment can be any weight exercise equipment that includes the weight block 10, and the insertion unit 100 may be configured to be applicable to these various weight exercise equipment.

The insertion part 100 is configured to be removably inserted into the insertion groove formed in the gripping part 200, and the shape of both ends is formed in different shapes such as a pin shape and a rod shape, so that the user corresponds to the corresponding weight exercise device. Thus, it can be selectively used by changing the end direction, or it can be configured in the form of a holder or clip to be detachably attached to an existing block pin.

Meanwhile, in the present invention, the components for measuring the momentum are built-in and installed in the gripper 200 , and the configuration for measuring the momentum and the configuration of the gripper 200 will be described in detail below.

The gripper 200 may be coupled to the insertion portion 100 and configured to be gripped by a user so that the user can insert the insertion portion 100 into the insertion hole 20 .

The holding part 200 may be configured to include a holding part body 210 to which an accommodating space is formed therein and the insertion part 100 is coupled, and the amount of momentum in the accommodating space of the holding part body 210 . Various components for measuring may be installed built-in.

The gripper 200 is configured so that the user can set the weight information of the weight block 10, and when the user sets the weight information of the weight block 10 in this way, the amount of exercise is calculated and analyzed through this, and the amount of exercise by the user It can be configured to recognize

Referring in detail to FIG. 2 , the holding unit 200 includes a weight setting unit 300 , a measurement sensor unit 510 , a display unit 520 , a power supply unit 530 , and an operation control unit 400 . It may be composed of

First, the weight setting unit 300 may be configured so that the user can set the weight information corresponding to the weight of the selected corresponding weight block 10 by directly manipulating it.

The weight setting unit 300 may be configured in various embodiments, and as an embodiment for this, when a user manipulates the operation dial 311 according to the weight of the weight block 10 in a dial manner, it encodes and sets it It may be configured to calculate the weight.

In detail, the weight setting unit 300 calculates the set weight through an encoder using an optical signal and an electric signal (position, number of rotations) due to the user's dial operation, such as a dial, a port register, a disk disk, a jog shuttle, etc. In the present invention, an embodiment in which weight information is calculated through a double photoreaction method and an electric reaction method will be examined respectively.

First, a light-responsive weight setting unit 300 will be described.

As shown in FIG. 2, the weight setting unit 300 sets the weight of the weight block 10 by constantly generating a light emitting part at each point light position on the disc track of the switching type, and displays and calculates it. can be configured to do so.

The weight setting unit 300 may be configured to include an operation dial 311 and a photoresponse encoder 312 (refer to FIG. 2 ) as shown in FIG. 3 . The operation dial 311 may be configured so that the user can set the weight information by rotating it in response to the corresponding weight. Referring to the drawings, the operation dial 311 is configured as a cylindrical lever so that the user can rotate it, and the user can rotate the operation dial 311 through the screen of the display unit 520 or a separate scale. It is possible to set the weight information of the weight block 10 according to the. However, this is an embodiment, and as long as the operation dial 311 is a means for setting the weight by a user's operation, various configurations such as a button configuration may be applied.

The optical response encoder 312 may be configured to detect the weight information according to an optical signal pattern according to the rotation of the operation dial 311 , and transmit the detected weight information signal to the operation control unit 400 .

Specifically, the photoresponse encoder 312 may include a disk 313 , a light emitting unit 314 , and a light receiving unit 315 .

Referring to (a) of FIG. 4 , the disk 313 has a disk shape, and the operation dial 311 is axially coupled to rotate correspondingly when the user rotates the operation dial 311 , and a plurality of patterns on the outer circumferential surface The slits 3131 are formed to be spaced apart according to a set interval.

Here, the pattern slits 3131 control the passage of light irradiated from the light emitting unit 314 when the disk 313 rotates, and can be formed to create a digital signal according to the weight information of the set weight block 10 . have.

The light emitting unit 314 may be positioned above the disk 313 and configured to radiate an optical signal toward the slit. As the light emitting unit 314, a known light generating device including a light source and an irradiator for irradiating the light source may be applied, and a detailed description thereof will be omitted.

The light receiving unit 315 is located on the lower side of the disk 313 , and receives an optical signal that is irradiated from the light emitting unit 314 and passes through the pattern slit 3131 and transmits the detected detection signal to the operation control unit 400 . can be

Meanwhile, the photoresponse encoder 312 may be configured to recognize an increase or decrease in the weight information value of the weight block 10 according to the rotation direction thereof.

To this end, the operation dial 311 may be configured to indicate that the weight (information) increases when rotating in a clockwise direction and decreases in weight (information) when rotating in a counterclockwise direction.

And the optical response encoder 312 automatically recognizes that the value of the weight information increases when the disk 313 rotates clockwise, and when the disk 313 rotates counterclockwise, the value of the weight information It can be configured to automatically recognize that it is decreasing. At this time, the automatic recognition of the increase and decrease of the value according to the rotation direction can be automatically recognized through the pattern (shape) of the detection digital signal.

Figure 4 (b) is a view showing another embodiment in which the pattern slits 3131 are double patterned slits in the radial direction, unlike in Figure 4 (a).

Referring to the drawings, the disk 313a may have first pattern slits 3132 formed along an outer circumferential surface thereof, and second pattern slits 3133 may be formed inside the first pattern slits 3132 .

In this case, the light emitting unit 314 is configured to radiate an optical signal toward the first pattern slit 3132 and the second pattern slit 3133 , and the light receiving unit 315 includes the first pattern slit 3132 . and the second pattern slit 3133 may be configured to receive an optical signal passing through and transmit a detection signal.

In this case, the detection signal is output as a double digital signal as shown, and the weight information of the weight block 10 through the pattern of the detection digital signal according to the rotation direction of the disk 313a as shown in FIG. It can be configured to automatically recognize increases and decreases in values.

According to the above, the photoresponse encoder 312 can recognize the increase and decrease of the weight information value more quickly as the double pattern slits having the first pattern slit 3132 and the second pattern slit 3133 are formed. , the weight information can be further subdivided and recognized.

5 is a diagram illustrating another embodiment of the weight setting unit 300 . Referring to the drawings, the weight setting unit 300 may be configured in an electrical response method, and when the number dial 321 is rotated to set the weight, the weight setting unit 300 may be configured to be converted into an electrical signal for display and processing.

In detail, the weight setting unit 300 may be configured to include a numeric dial 321 and an electrical response encoder (not shown) as shown.

The number dial 321 may be configured such that a plurality of numbers are arranged in a line according to the number of digits, each number is marked on an outer circumferential surface, and the user can set the weight by rotating it so that a number corresponding to the corresponding weight is displayed.

The electrical response encoder may be configured to convert the rotation of the numeric dial 321 into an electrical signal to detect the set weight, and to transmit a detection signal to the operation control unit 400, for a detailed description thereof Since it corresponds to the configuration of the reactive encoder, it will be omitted.

Meanwhile, in another embodiment, the weight setting unit 300 may be configured to automatically measure the weight of the weight block 10 using a load sensor such as a known load cell and transmit the measurement information to the portable terminal, The portable terminal may be configured to display and store measurement information through a dedicated application.

The measurement sensor unit 510 serves to measure the number of repeated movements (number of movements) and the movement distance of the weight block 10 by the user's use of the weight exercise equipment.

Specifically, the measurement sensor unit 510 may be configured to include an acceleration sensor for measuring the acceleration of the weight block 10 by sensing the speed at which the user lifts or lowers the weight block 10 . Here, details of calculating the number of movement and movement distance through the sensor value measured from the acceleration sensor will be described in detail in the description of the operation control unit 400 to be described later.

The display unit 520 receives various information including the operation control unit 400 and displays it on the screen so that the user can recognize it.

The display unit 520 includes the amount of motion calculated by the operation and control unit 400, whether it is operated, the degree of power consumption, the weight of the weight block 10, the number of times, the number of sets, the state of connection with the portable terminal, the weight It may be configured to display various information such as the setting value of the setting unit 300, exercise evaluation and map contents provided by a dedicated application on the screen. Here, the display unit 520 may be an LCD display device, but is not limited thereto.

The power supply unit 530 is configured to supply power to the entire configuration to operate the present invention, and includes a weight setting unit 300 , a measurement sensor unit 510 , an operation control unit 400 and a display unit 520 , etc. It may be configured to supply power. In this case, the power supply unit 530 is applicable to various batteries such as an external charging method or a self-replaceable battery.

Hereinafter, various configurations provided in the holding unit 200 in addition to the above-described configuration will be described.

Referring to FIG. 6 , the holding unit 200 includes a sensing unit 550 for detecting whether the insertion unit 100 is inserted into the insertion hole 20 , and a recognition unit 540 for recognizing a corresponding user. can be configured.

Here, the sensing unit 550 is configured to detect whether the insertion unit 100 is properly inserted into the insertion hole 20 , which is when the insertion unit 100 is not properly inserted into the insertion hole 20 . This is to prevent the possible impact of the weight block 10, malfunction of the device, and to consider safety.

The recognition unit 540 enables user registration and user recognition, and for this purpose, a fingerprint recognition sensor or the like may be applied. Here, the recognition unit 540 may be configured so that when the recognition unit 540 recognizes a user by interworking with a dedicated application of the portable terminal, it can be approved and registered. In addition to this, the recognition unit 540 may be configured to enable registration and recognition of not only the user but also the weight exercise equipment, and may recognize the weight exercise equipment through a process of registering and approving the weight exercise equipment through a dedicated application.

The holding unit 200 may be configured to further include an instrument detection sensor 570 that detects the type of weight exercise equipment and transmits instrument information to the operation control unit 400 . The apparatus detection sensor 570 may be configured to recognize various identification information such as barcodes and RF-ID tags provided in weight exercise equipment.

At this time, when the type of the weight exercise equipment is detected from the equipment detection sensor 570 and transmitted to the operation control unit 400, the operation control unit 400 transmits the identification information of the weight exercise equipment to the portable terminal, and thus the portable terminal is dedicated The application may be configured to identify the type of the weight exercise equipment by matching it among the registered weight exercise equipment.

The holding unit 200 may be configured to further include an operation switch 560 that allows the user to control the operation of the operation control unit 400 . The operation switch 560 allows the user to control the overall operation of the personal smart block pin including the operation of the operation control unit 400, and prevents unnecessary operation and energy waste of the power supply unit 530. let there be The operation switch 560 includes an on/off button for removing on/off of the device, an insertion check button for checking whether the insertion unit 100 is properly inserted into the insertion hole 20, and a reset button Various configurations of various functions may be applied.

The holding unit 200 may be configured to include a storage unit 590 in which all data such as user's personal information and user's exercise-related data, overall device, and operation-related data are stored. The storage unit 590 is provided in the holding unit 200 and can be configured in various ways, such as being configured to be connected from the outside through wired/wireless communication.

The holding unit 200 may be configured to further include a communication unit 580 for communication between the operation control unit 400 and the user's portable terminal. Here, the communication unit 580 is configured to enable wireless communication, and various communication methods such as Bluetooth may be applied.

Here, a dedicated application is installed in the mobile terminal, so that the user's exercise amount calculated from the operation control unit 400 is analyzed to evaluate and guide the user's exercise, as well as allow the user to browse the exercise amount, evaluation content and guidance content And, in response to the user, it is possible to perform user-customized exercise management, such as the amount of exercise to be performed by weight exercise equipment or recommended weight exercise.

Hereinafter, the operation control unit 400 will be described in detail.

Referring to FIG. 6 , the operation control unit 400 calculates the momentum based on the weight information received from the weight setting unit 300 and the measurement sensor unit 510 , the number of movements and the movement distance of the weight block 10 . Of course, it serves to control the overall configuration of the personal smart block pin of the present invention.

First, the operation control unit 400 calculates the number of repeated movements and the movement distance of the weight block 10 based on the acceleration of the weight block 10 received from the acceleration sensor of the measurement sensor unit 510, and the repetition calculated in this way Based on the number of times of movement, movement distance, and weight information of the weight block 10 received from the weight setting unit 300 , it is possible to calculate the amount of exercise of the user by using the weight exercise equipment.

Here, the calculation control unit 400 calculates the number of repeated movements and the movement distance from the acceleration value of the weight block 10. When the user exercises, the lifting or lowering speed of the weight block measured by the acceleration sensor is integrated. to calculate the average speed value, and integrate the calculated speed value to calculate the moving distance for lifting and lowering the weight block 10 . The number of movement (number of movements) of the weight block 10 can be calculated through the speed at which the user lifts and lowers the weight block 10 .

In calculating the amount of exercise, the operation control unit 400 builds an exercise amount calculation algorithm for each weight exercise equipment based on registered user information, such as age, gender, weight, etc., calculates the weight based on the moving distance, and calculates the calculated It may be configured to calculate the momentum by adding the weight to the reference momentum calculated through the number of movements received from the acceleration sensor and the weight of the weight block 10 .

The reason why the weight is added according to the moving distance in this way is that the amount of momentum may vary according to the moving distance of the weight block 10 . That is, the operation control unit 400 measures the optimal movement distance for completing the movement posture for each weight exercise equipment, and adds a weight in consideration of whether the weight block 10 is included within an appropriate effective movement distance, etc., By calculating the weight on the basis of the appropriate movement distance through the calculation of the number of movement between the starting point, the highest point, and the lowest point of the weight block 10, it is possible to calculate a more accurate muscular exercise amount. On the other hand, here, the operation control unit 400, it is necessary to distinguish the movement distance of the first weight block 10 per set and the movement authorized distance of the weight block 10 thereafter. For this, the movement distance from the second time is once The moving distance can be reduced within about 5cm compared to the previous time.

The operation control unit 400 may not only calculate and calculate the amount of exercise of the user as described above, but also control each configuration of the personal smart block pin of the present invention.

First, the operation control unit 400 may control the weight setting unit 300 and calculate weight information. Specifically, the operation control unit 400 may control the above-described optical response encoder 312 and the electrical response encoder, respectively, and the light irradiation control of the light emitting unit 314 and the movement of the pattern slits 3131 from the light receiving unit 315 By analyzing the pattern of the optical signal according to , it may be configured to calculate the weight set by the user by rotating the operation dial 311 .

Furthermore, the operation control unit 400 recognizes an increase in weight from the first pattern generated by rotating the disk 313 clockwise in association with the rotation of the operation dial 311 , and the disk 313 rotates in the counterclockwise direction. It may be configured to calculate the weight by recognizing the weight reduction from the second pattern generated by rotating to.

The operation control unit 400 may be configured to calculate the amount of exercise of the user when the user is recognized by the recognition unit 540 and the insertion unit 100 is inserted into the insertion hole 20 from the sensing unit 550 .

Hereinafter, a method of using the personal smart block pin of the present invention will be described. First, before examining how to use the personal smart block pin, the following personal smart block pin is linked with a mobile terminal and allows the user to read various analysis and evaluation contents and map contents through a dedicated application as an example. let's take a look

First, the user performs device registration and user registration through the dedicated application of the portable terminal, the device detection sensor 570, and the recognition unit 540, and after authentication, in the insertion hole 20 of the weight block 10 of the weight exercise device. Insert the insertion part 100 . Here, user recognition may be performed through fingerprint recognition by the recognition unit 540 of the grip unit 200 , and recognition of an application may be performed through wireless communication approval.

At this time, the personal smart block pin is operated by detecting whether the insertion unit 100 is completely inserted into the insertion hole 20 through the sensing unit 550 to be safe, and whether the insertion unit 100 is inserted and user authentication is performed. It may be automatically operated after completion, but in some cases, when the display unit 520 indicates that it is usable, the user may manually operate the operation switch 560 .

When user registration and weight exercise equipment registration are completed, the movement distance of the individual smart block pin is automatically measured when the exercise posture is completed in each weight exercise equipment, and then the setting is performed for each weight exercise equipment, and the error range at this time is a predetermined value. It can be set according to (eg, less than 5cm allowed). Here, the personal smart block pin can be used for each weight exercise equipment in the dedicated application measurement mode, and can also be used when changing the weight of the weight exercise equipment.

When the registration and recognition of the user and the weight exercise equipment are completed as described above, the user inserts a personal smart block pin into the insertion hole 20 of the weight exercise equipment to be exercised and then adjusts to the weight of the selected weight block 10 Set weight information. In this case, the weight information setting may be set through the dial-type optical response encoder 312 or the electrical response encoder as described above.

When the weight information is set in this way, the user exercises while moving the weight block 10, and the effective movement distance and number of movements according to the movement are measured through the acceleration sensor, and the weight and number of movements of the selected weight block 10 and Through the moving distance, the set/number of times, the amount of exercise, the total amount of exercise, etc. for the corresponding weight exercise equipment may be calculated and stored and displayed on the screen of the display unit 520 .

In addition, the personal smart block pin not only displays information on its own display unit 520, but also transmits the measured value to the user's portable terminal to analyze the user's exercise amount in a dedicated application, resulting in muscle strength exercise measurement results and purpose exercise. Evaluation and guidance for each exercise machine can be made.

In detail, the above-mentioned dedicated application calculates the optimal amount of muscular exercise for each exercise machine, and the risk of exceeding the appropriate range, such as exceeding the appropriate maximum block weight and maximum number of times, and the maximum number of sets for each exercise machine, or block pin unstable fixation, etc. It may be configured to provide notification information for notifying danger, a map for each appropriate exercise machine, and a map for the collected exercise habits. In this case, the notification may be displayed on the portable terminal or displayed on the display unit 520 of the personal smart block pin.

In addition, the above-mentioned dedicated application is configured to stop working and standby mode (communication disconnect notification) when not in operation for a certain period of time, or it can be reconfirmed whether or not the block is in operation after user 1:1 synchronization. On the other hand, such a dedicated application can be configured to be able to make an automated exercise guidance comment through the rule base algorithm.

According to the above, these dedicated applications include personal information (residential area, age, gender, occupation, medical history) registration, physical fitness information (height, weight, blood pressure, body mass, obesity, muscle mass) registration, as well as maximum muscle mass by exercise machine equipment Measurement mode including measurement and movement distance measurement, registered physical strength and health status information, maximum muscle mass measured in test mode, muscle strength exercise target area, and exercise goal setting It can be operated including the included exercise modes (automatic mode / PT mode), and it measures and stores the amount of strength exercise for each exercise machine, and provides automatic/manual evaluation and recommended daily strength exercise amount, the number of times per set, the total number of times measurement, and the user Appropriate amount of strength exercise can be presented for certification and purpose, strength training guidance program (trainer comment), exercise machine search/selection and registration (automatic, QR authentication method, list selection, manual processing) are possible, and communication and synchronization ( Selection and authentication of exercise machines), collection, storage, evaluation, guidance, and personal coaching for each strength exercise machine Various functions are possible, such as linking with

Although the present invention has been described with reference to the embodiment shown in the drawings, which is merely exemplary, those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

100: insertion part
200: grip part
210: grip part body
300: weight setting unit
311: operation dial
312: photoresponse encoder
313,313a: disk
3131: pattern slit
3132: first pattern slit
3133: second pattern slit
314: light emitting part
315: light receiving unit
321: number dial
400: operation control unit
510: measurement sensor unit
520: display unit
530: power supply
540: recognition unit
550: sensing unit
560: operation switch
570: instrument detection sensor
580: communication department
590: storage

Claims (7)

an insertion unit inserted into an insertion hole formed in the weight block of the weight exercise device to select the weight of the weight block;
Is coupled to the insertion portion, the user is configured to be gripped so that the user can insert the insertion portion into the insertion port; is configured to include a,
The grip part,
a weight setting unit configured to set weight information of the weight block selected by a user's manipulation;
a measurement sensor unit for measuring the number of repetitions and movement distance of the weight block during exercise;
Based on the weight information of the weight block received from the weight setting unit and the number of movement and movement distance of the weight block received from the measurement sensor unit, calculate the amount of exercise for using the weight exercise equipment, and the weight setting unit A personal smart block pin capable of measuring the amount of exercise, characterized in that it includes;
The method of claim 1,
The grip part,
It is configured to further include a sensing unit for detecting whether the insertion unit is inserted into the insertion hole, and a recognition unit for recognizing the corresponding user,
The operation control unit,
Personal smart block pin capable of measuring exercise amount, characterized in that when the user is recognized by the recognition unit and the insertion unit is inserted into the insertion hole from the sensing unit, the exercise amount of the user is calculated.
The method of claim 1,
The measurement sensor unit,
and an acceleration sensor for measuring the acceleration of the weight block,
The operation control unit,
Personal smart block pin capable of measuring the amount of exercise, characterized in that it is configured to calculate the number of repeated movements and the moving distance of the weight block through the acceleration of the weight block measured by the acceleration sensor.
The method of claim 1,
The weight setting unit,
an operation dial configured to be rotated by a user to set the weight information;
Personal smart block pin capable of measuring momentum, comprising an optical response encoder that detects the weight information set by the optical signal pattern according to the rotation of the operation dial and transmits a detection signal to the operation control unit.
5. The method of claim 4,
The photoresponse encoder is
A disk in which a plurality of pattern slits are formed to be spaced apart according to a set interval on the outer peripheral surface in a disk shape, and the operation dial is axially coupled to rotate in response to a user rotating the operation dial;
a light emitting unit located above the disk and irradiating an optical signal toward the pattern slit;
It is located on the lower side of the disk and is configured to include a light receiving unit which receives the optical signal pattern irradiated from the light emitting unit and passes through the pattern slit and transmits the detected signal to the operation control unit,
The operation control unit,
Personal smart block pin capable of measuring the amount of exercise, characterized in that it is configured to calculate the weight information set by the user by rotating the operation dial by analyzing the optical signal pattern according to the movement of the slits from the light receiving unit.
6. The method of claim 5,
The operation dial is
It is configured to indicate that the weight of the weight block increases when rotating in a clockwise direction, and that the weight of the weight block decreases when rotating in a counterclockwise direction,
The operation control unit,
It is configured to recognize an increase in weight from a first pattern generated by rotating the disk in a clockwise direction according to the rotation direction of the operation dial, and to recognize a decrease in weight from a second pattern generated by rotating the disk in a counterclockwise direction. Personal smart block pin capable of measuring the amount of movement characterized in that it is configured.
The method of claim 1,
The weight setting unit,
A number dial configured to set a weight by rotating a plurality of numbers according to the number of digits in a line, each number is marked on the outer peripheral surface, so that the number corresponding to the corresponding weight information is displayed;
Personal smart block pin capable of measuring momentum, comprising an electrical response encoder that converts the rotation of the numeric dial into an electrical signal to detect the weight information, and transmits a detection signal to the operation control unit.

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