KR20220056966A - Multi-function 3d body scan apparatus - Google Patents

Abstract

The present invention relates to a multi-function three-dimensional body scan apparatus and, more specifically, to a multi-function three-dimensional body scan apparatus which can collect three-dimensional body information of a user, measure body balance maintaining ability (exercise evaluation), suggest a health care program based on the collected and measured information, and promote the correction of an unbalanced body. According to the present invention, the multi-function three-dimensional body scan apparatus comprises: a body scan means using a plurality of scanning cameras to collect three-dimensional body information of a user; and a balance measuring means linked to and mounted on the body scan means, allowing the user to assume a designated position while stepping thereon, measuring weight moving information when assuming the designated position, and measuring the body balance maintaining ability of the user based on the information.

Description

Multifunctional 3D body scan device {MULTI-FUNCTION 3D BODY SCAN APPARATUS}

The present invention relates to a multifunctional 3D body scanning device, and more particularly, measures the user's three-dimensional body information collection and body balance maintenance ability (exercise evaluation), and health care based on the collected and measured information. ) program, and it relates to a multifunctional 3D body scan device that can correct the imbalanced body.

Sedentary death syndrome, or sedentary death syndrome, has recently been coined.

In other words, there are many cases where human body imbalance is caused by bad posture, usual habits or diseases. this can result

Accordingly, the role and necessity of exercise is being emphasized more than ever as a very important and most desirable way to prevent and overcome the aforementioned health problems and lead a healthy life.

In relation to this, as customized health care based on IT (information technology) convergence technology has been in the spotlight recently, it is possible to identify one's body type information through anthropometric measurement and implement a customized health care program based on that information. These are gradually increasing.

Here, anthropometric measurement (human body measurement, somatometry) refers to the task of quantitatively grasping the size or morphological characteristics of the human body using dedicated digital measuring equipment, and the data obtained through the operation is not only used for body shape correction but also for the rehabilitation system. It is widely used in related clinical medicine fields.

As the aforementioned digital measuring instrument, there is a 3D body scanner. The 3D body scanner uses a high-sensitivity device and optical technology to search and capture the human body without contacting the human body, and through this, the existing tape measure, etc. Beyond the level of providing simple human body numerical information using the In other words, it precisely collects human body information such as a user's height, weight, and skeletal size, and proposes a health care program based on the collected data.

In this regard, through Republic of Korea Patent Publication No. 10-2016-0105598, objectification of body type diagnosis using 3D sensor and scientific approach as a body type disease diagnosis platform, and comparison and diagnosis of various types of body type diagnosis, spinal diseases, before and after surgery, etc. A scanner system using a 3D sensor for predicting and presenting an objective standard for judging diseases and characteristics of diseases has been disclosed.

1 is a conceptual diagram of a scanner system using a 3D sensor according to the prior art. In the conventional scanner system using the 3D sensor, a 3D sensor 910 is provided on an upper portion of a pillar 911, and the pillar 911 and A turntable 920 is provided for the user to climb from a distance, and when the 3D sensor 910 is operated, the turntable 920 is rotated in one direction through the control unit, and at the same time, the beam of the 3D sensor 910 is irradiated to the user's whole body. It is characterized in that three-dimensional body measurements (body measurements) are made.

However, in the conventional scanner system using the 3D sensor, as described above, when the 3D sensor 910 is operated, the turntable 920 is rotated in one direction through the control unit, and the beam of the 3D sensor 910 is irradiated to the whole body. As a three-dimensional anthropometric measurement is made, in this way, the turntable 920 is rotated so that a user who steps on the turntable 920 and climbs it maintains a fixed posture while stopping breathing for a certain period of time for body measurement (human body measurement). it's not easy

For this reason, there is a problem in that accurate and detailed human body measurement and measurement information for the user's body type or posture cannot be provided, and the reliability of the human body measurement through the conventional scanner system using the 3D sensor is denied due to the problem. there has been no

In the end, it is not only possible to measure the three-dimensional human body even in a posture in a user's stationary state, but also to provide customized exercise evaluation through weight mobility measurement, as well as improvement of body balance ability and body correction effect. R&D is urgently needed.

(Document 1) Republic of Korea Patent Publication No. 10-2016-0105598 (published on Sep. 7, 2016) (Document 2) Republic of Korea Patent Publication No. 10-2019-0095231 (published on August 14, 2019)

An object of the present invention is to solve the above problems, by placing a plurality of scanners (main scanner, sub-scanner) equipped with an infrared 3D scanning camera in all directions based on the user's location point, and using these scanners An object of the present invention is to provide a multifunctional 3D body scan device that enables precise and rapid measurement of a user's three-dimensional human body information.

Another object of the present invention is to make it possible to measure the user's body balance ability (exercise evaluation) in the process of performing the user's determined posture and performing the determined posture using various sensing means (the first and second moving scaffolds). It is to provide a multifunctional 3D body scan device.

In order to achieve the above object, the present invention provides a body scan means for collecting three-dimensional human body information of a user using a plurality of scanning cameras; And, the device linked to the body scan means, while allowing the user to take a predetermined posture while standing on their feet, acquires weight movement information when taking the predetermined posture, and maintains the user's body balance based on the information It is characterized in that it comprises a; balance measuring means for measuring the ability.

In addition, the body scanning means includes a main scanner that scans the user's whole body in a state spaced apart in front of the user's location point, and a plurality of scans of the user's whole body in a state spaced apart from each other behind and on the left and right of the user location point of a sub-scanner, wherein the main scanner and the sub-scanners are equipped with a scanning camera for collecting human body information, wherein the scanning camera is configured to analyze body fat, energy consumption rate and body type in addition to the circumference and height of the body It is an infrared 3D scanning camera capable of acquiring and obesity risk, and in the main scanner, the user can visually check his or her appearance when standing in a designated position, and his body information collected through the scanning cameras and the information A mirror display capable of displaying the suggested information of a user-customized health management program derived based on the screen is configured.

In addition, the balance measuring means includes a stepping board that the user can step on with both feet, and a first guide bar connected to a main scanner that extends from the stepping board and is spaced apart in front of the user's location among the body scan means. , A plurality of second guide bars each extending diagonally to the left and right rear sides from the stepping board and hingedly coupled to each other in a state where rotation and folding toward the first guide bar is possible, and a user who climbs up the stepping board with both feet A first movable mill plate, which is provided and assembled on the first guide bar in a slidable state to take a predetermined posture by pushing the foot forward, and a user standing on the stepping plate with two feet, one foot is moved from the side to the rear It consists of a plurality of second movable mill plates that are provided and assembled on each of the second guide bars in a slidable state so as to push them out while pushing them to take different predetermined postures.

In addition, the stepping plate includes a base housing and a scale that is mounted on the upper part of the base housing so that a user can step on it with two feet and measure the weight of the user who climbs on it with both feet, and between the base housing and the scale. It is connected to the body and consists of a driving unit that moves the scale left and right to measure the sense of balance when the position of the step foot is moved.

In addition, in the first and second movable scaffolds, a sensor for determining the movement distance by the amount of the foot pushed by the user is provided at the end facing the stepping board, wherein the sensor transmits ultrasonic waves to the object to be measured It is combined with a distance sensor that detects the distance by measuring the time it takes to receive the reflected wave from the water, and a wheel sensor that detects the moving distance by calculating the number of revolutions when moving along the longitudinal direction of the first and second guide bars. .

In addition, on the scale, a position image for positioning that allows the user to put his or her stepping feet in the correct position when taking the predetermined postures is printed on the upper surface, and an indicator for guiding the implementation of the predetermined postures is displayed on the upper surface of the scale. provided on another surface.

In addition, the driving unit includes a driving motor that generates rotational power when a signal is input, a guider that moves the scale left and right in connection with the operation of the driving motor, and converts the rotational motion generated by driving the driving motor into a linear motion, the guider It consists of a rack and pinion that is delivered to

In addition, the indicator includes four light emitting diodes for inducing implementation of the predetermined posture in which the user selectively pushes any one of the first and second moving plates using any one foot in addition to confirming the position of the stepping foot. Constructed, one light emitting biod for inducing the stepping board is disposed in the center, and along the advancing direction of the first and second guide bars based on the one light emitting biod for inducing the stepping step. Three light emitting diodes are respectively disposed.

As can be clearly seen from the above description, the multifunctional 3D body scan device of the present invention uses a body scan means that collects the user's three-dimensional human body information with a plurality of scanning cameras to determine the user's height, weight, and skeleton size in three dimensions. It can measure (body scan) accurately, clearly and quickly, and analyze the user's posture, scoliosis, and pelvic distortion based on the obtained data to receive high-quality prescriptions, Through monitoring and periodic measurement, it is possible to check whether treatment is progressing well, and it has the effect of enabling the establishment of quantitative standard medical data by using various anthropometric big data such as anthropometric research.

In addition, it is possible to measure the body balance maintenance ability along with the user's weight by using a balance measuring means that allows the user to take a predetermined posture with their feet on the ground and acquires weight movement information when taking such a posture, Based on the obtained data, there is an effect of implementing an efficient device that can manage both the content and problem analysis and solution methods for the management of body control ability.

At the same time, the evaluator records the measured value on the evaluation sheet, displays the corresponding balance ability level on the graph, and the evaluator observes the user's balance ability in the analog-type measuring equipment from the side and checks the distance performed It is not a recording method, but the measurement and self-evaluation of the above-mentioned human body information and body balance ability is possible by the user alone. In addition, by grafting wireless transmission systems such as Bluetooth and Wi-Fi, data can be transmitted to a smartphone or various portable recording devices to be checked and managed, and it is suitable ( It is a very useful invention that can greatly contribute to the development and revitalization of related technologies and related fields as a leader in the healthcare system that provides customized exercise prescriptions.

1 is a conceptual diagram of a scanner system using a 3D sensor according to the prior art.
2 to 3a are a perspective view and a plan view showing a configuration relationship of a multifunctional 3D body scanning device according to the present invention.
Figure 3b is a plan view showing the folding relationship of the second guide bar of the body scanning means in the multifunctional 3D body scanning device according to the present invention.
4A and 4B are a front cross-sectional view and a side cross-sectional view showing the internal structure and moving relationship of a stepping plate among balance measuring means in the multifunctional 3D body scanning device according to the present invention.
5A and 5B are a perspective view and a front sectional view showing the configuration relationship of the first and second movable scaffolds among the balance measuring means in the multifunctional 3D body scanning device according to the present invention.
6A to 6C are diagrams showing the measurement relationship between 3D body scan and body balance maintaining ability using the multifunctional 3D body scan device according to the present invention.
7 is a state diagram showing a communication pattern between a multifunctional 3D body scan device and a smart terminal according to the present invention.
8 is a screen configuration diagram showing a UI of an application of a smart terminal that is interlocked with the multifunctional 3D body scan device according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those of ordinary skill in the art can easily practice the present invention.

First, it should be noted that in adding reference numerals to the components of the drawings, the same components are given the same reference numerals as much as possible even though they are indicated on different drawings. In addition, in the description of the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

2 to 3a of the accompanying drawings are a perspective view and a plan view showing the configuration relationship of the multifunctional 3D body scanning device according to the present invention, and FIG. 3B is a second guide bar of the body scanning means in the multifunctional 3D body scanning device according to the present invention. 4A and 4B are a front sectional view and a side sectional view showing the internal structure and moving relationship of a stepping board among the balance measuring means in the multifunctional 3D body scan device according to the present invention, 5A and 5B are a perspective view and a front sectional view showing the configuration relationship of the first and second movable scaffolds among the balance measuring means in the multifunctional 3D body scan device according to the present invention.

As shown in FIGS. 2 and 3A, the multifunctional 3D body scanning device (A) according to the present invention includes a body scanning means (1) for collecting three-dimensional human body information of a user using a plurality of scanning cameras; While the device is linked to the body scan means (1), it allows the user to take a predetermined posture while standing on their feet, acquires weight movement information when taking the predetermined posture, and maintains the user's body balance based on the information and a balance measuring means (2) for measuring the ability (身体均衡維持能力, maintenance ability of body balance).

The body scan means 1 is for collecting three-dimensional human body information such as a user's height, weight, and skeleton size, and a main scanner 11 that scans the user's whole body in a state that is spaced apart from the user's location in the front by a predetermined distance. ) and a plurality of sub-scanners 12 that scan the user's whole body while being spaced apart from each other by a predetermined distance to the rear, left and right from the user's location point.

The main scanner 11 and the plurality of sub-scanners 12 are equipped with scanning cameras 111 and 1121 for collecting (scanning) human body information. In addition to the height and height, it is preferable to use an infrared 3D scanning camera that can analyze body fat, energy consumption, body type, and obesity risk.

In addition, in the main scanner 11, the user can visually check his/her appearance when standing at a designated position, and based on his/her human body information collected through the scanning cameras 111 and 121 and the information. It is preferable that a mirror display 112 capable of displaying the derived user-customized health care program suggestion information is configured.

The balance measuring means 2 is for measuring the user's weight and body balance ability, and as shown in FIGS. 3A and 3B, a stepping plate 21 that the user can step on with both feet, and the step One first guide bar 22 extending long from the footrest 21 and connected to the main scanner 11 of the body scanning means 1, and diagonally extending left and right from the footrest 21, respectively, the second A plurality of second guide bars 23 and 23 ′ each hinged in a state in which rotation and folding toward the first guide bar 22 are possible, and a user who climbs the stepping plate 21 with two feet can use any one foot The first movable mill plate 24 and the stepping plate 21, which are provided and assembled in a slidable state on the first guide bar 22, to take a predetermined posture by pushing the A plurality of second movable mill plates provided and assembled on each of the second guide bars 23 and 23 ′ in a slidable state so that the line user pushes one foot out to the side and rear to take a different predetermined posture. (25) and (25').

The stepping plate 21, as shown in FIGS. 4A and 4B, is mounted on the base housing 211 having an inner space and the base housing 211, so that the user can step on it with both feet and so A scale 212 for measuring the weight of a user who has climbed on both feet is a linkage device between the base housing 211 and the scale 212, and the scale 212 is moved left and right to measure a sense of balance when moving the stepping foot. It is composed of a driving unit 213 that moves to

In addition, it is preferable that the base housing 211 has an area suitable for placing the user's two feet, and an internal space capable of accommodating the driving unit 213 is provided. In addition, a pressure sensor (not shown) for detecting the user's weight and weight movement is included, and the indicator of the scale 212, the pressure sensor, and the operation control of the driving unit 213 and the user's body balance, which will be described later, are included. It is preferable that a control module (eg, microcomputer / not shown) for executing a preset program for acquiring maintenance capability measurement information is built-in.

Here, the pressure sensor is preferably a strain gauge type sensor that detects a change in electrical resistance when deformation occurs due to pressure.

In addition, the control module controls each electronic module based on a preset program, a microcomputer using a microprocessor as a central element and adding a main memory, peripheral circuits, and an interface with an input/output device to it. ) is preferred, but it is not necessarily limited thereto, and as long as it exhibits the same or similar action, it can be changed freely.

In addition, the scale 212 is preferably an electronic scale for measuring weight using an electronic circuit, but is not necessarily limited thereto and may be changed as long as it exhibits the same or similar action. . In addition, a position image 212-1 for positioning that allows the user to put his or her stepping foot in the correct position when taking the predetermined postures is printed (or engraved) on the upper surface.

In addition, an indicator 212-2 for guiding the implementation of the predetermined postures is further provided in another portion of the upper surface, and the indicator 212-2 is, in addition to confirming the position of the stepping foot, the user It is composed of a total of four light emitting diodes for inducing the implementation of the predetermined posture of selectively pushing any one of the first moving mill plate 24 and the second moving mill plate 25 and 25 ′ using the bar , one light emitting diode for inducing the step of the step plate 21 is disposed in the center, and along the advancing direction of the first and second guide bars 22, 23, and 23' based on the light emitting diode Three light emitting diodes are disposed adjacent to each other at a predetermined position.

In addition, the driving unit 213 includes a driving motor 213-1 that generates rotational power when a signal (power) is input from the control module, and the weight scale 212 in connection with the operation of the driving motor 213-1. ) with a guider 213-2 that moves left and right, and a rack and pinion 213-3 that converts the rotational motion generated by driving the drive motor 213-1 into a linear motion and transmits it to the guider 213-2. is composed

Here, the driving motor 213-1 is preferably a servo motor capable of precise control of the rack and pinion 213-3 because it drives a mechanical load in response to an input signal, but is not necessarily limited thereto. As long as it shows the action, it can be changed at will. And, the drive gear 213-11 for power transmission to the rack and pinion 213-3 is shaft-coupled to the rotating shaft.

In addition, the guider 213-2 includes a guide rail 213-21 for guiding the movement of the weight scale 212 in a state provided and coupled to the upper end of the base housing 211, and the guide rail 213- 21) and coupled to the lower end of the weight scale 212, when the driving gear 213-11 is rotated according to the driving of the driving motor 213-1, it is engaged with the driving gear 213-11. It consists of slide rails 213-22 that move to the left or right of the base housing 211 along the guide rails 213-21.

In addition, the rack and pinion (213-3) includes a rack gear part (213-31) continuously formed along one direction at the lower end of the slide rail (213-22), and the driving motor (213-1). ) in gear meshing between the drive gear 213-11 and the rack gear unit 213-31, and transmits the rotational power generated by the drive motor 213-1 to the rack gear unit 213-31 to the weight scale. It is preferable that the pinion gears 213-32 are configured such that the 212 is moved left and right, but the present invention is not limited thereto and may be changed as long as it exhibits the same or similar action.

The first guide bar 22 and the second guide bars 23 and 23 ′ are the first movable mill plate 24 and the first moving plate 24 using any one of the feet of the user who climbs on the stepping plate 21 . 2, an appropriate length in consideration of the maximum movement distance of the first and second movable scaffolds 24, 25, and 25' when taking the predetermined posture for pushing any one of the movable scaffolds 25 and 25' It is preferable that it is a angular pipe with

It is preferable that the first moving mill plate 24 and the second moving mill plate 25, 25 ′ form a wide shape to the left and right so as to be suitable for pushing with the foot. And, as shown in FIGS. 5A and 5B, through-holes 241 and 251 for through-inserting the first and second guide bars 22, 23, 23' are formed so as to penetrate the central part back and forth. In addition, on both sides of the through holes 241 and 251, receiving grooves 242 and 252 for accommodating other guide bars are formed inwardly.

In addition, sensors 243 and 253 are provided at the ends facing the stepping plate 21 to determine the distance the user pushes with their feet, and the detector 243 has a directivity to the object to be measured. A distance sensor (243-1) (253-1) for determining the distance by measuring the time it takes to transmit a sharp ultrasonic wave and receive a reflected wave from the object to be measured, and the first and second guide bars (22) ) (23) (23') It is preferably a wheel sensor (243-2) (253-2) for determining the moving distance by calculating the number of revolutions when moving along the longitudinal direction, but is not necessarily limited thereto. As long as they show the same or similar action, they can be changed freely.

Unexplained symbols, (m) and (p) are mobile devices and/or related devices that are paired with the present invention via Bluetooth so that the user's human body information and measurement information of body balance ability can be wirelessly transmitted. .

The operation of the multifunctional 3D body scanning device (A) according to the present invention having the above configuration will be described in detail as follows.

First, FIGS. 6A to 6C are diagrams showing the relationship between 3D body scanning and body balance maintenance using the multifunctional 3D body scanning device according to the present invention, and FIG. 7 is a multifunctional 3D body scanning device and a smart device according to the present invention. It is a usage state diagram showing a communication pattern between terminals, and FIG. 8 is a screen configuration diagram showing a UI of an application of a smart terminal interlocked with the multifunctional 3D body scan device according to the present invention. As shown in FIG. 6A, the body scan means (1 ) of the user's three-dimensional anthropometric measurement (3D body scan), as in FIGS. 6B and 6C, exercise evaluation by measuring the user's body balance ability using the balance measuring means 2 (aluation of exercise) For the purpose of the present invention, it is possible to use the multifunctional 3D body scanning device (A).

To this end, the multifunctional 3D body scanning device (A) of the present invention having the configuration described so far is installed on the floor of a place to measure the user's three-dimensional anthropometric measurement (body scan) and body balance.

In this state, in the case of human body measurement, as shown in FIG. 6a, when the user steps on the stepping plate 21 of the balance measuring means 2 among the multifunctional 3D body scanning device A of the present invention , the user's weight is automatically measured by the scale 212 mounted on the stepping plate 21, while the user's human body information is measured three-dimensionally by the body scan means 1 , this user's human body information (3D body scan) is mounted on the main scanner 11 and a plurality of sub-scanners 12 of the body scanning means 1 arranged in all directions based on the stepping plate 21. The first and second scanning cameras 111 and 121 collect three-dimensional human body information such as the user's height, weight, and skeletal size from various angles, and based on the collected information, the user's human body measurement and information are provided, In addition, a user-customized health management program based on the anthropometric information will be proposed.

And, in the case of measuring the ability to maintain body balance, as described above, a user who climbs on the stepping plate 21 of the balance measuring means 2 with two feet uses one of the first guide bars 22 The first movable mill plate 24 or the second guide feet 23, 23 ′ provided and assembled in the second movable mill plates 25 and 25 ′ are provided to take predetermined postures for pushing as much as possible, and In the process of taking the fixed postures, the aforementioned ability to maintain body balance is measured.

Specifically, in a state where the user steps on the stepping board 21 with one foot and climbs it as a stepping foot in a state in which it is accurately positioned on the sign image 212-1 printed on the upper surface of the scale 212, As shown in Fig. 6b, the process of taking a predetermined posture in which the other foot is pushed forward as far as possible while maintaining the body balance of the first moving plate 24 assembled with the first guide bar 22 is measured. Through this, information on the user's ability to maintain body balance can be acquired. Here, when the stepping foot is the left foot, one foot for pushing the first moving mill plate 24 is used with the right foot, and when the stepping foot is the right foot, one foot for pushing the first moving mill plate 24 is used with the left foot. .

In addition, as shown in FIG. 6C , the user steps up the stepping plate 21 with one foot and takes the other foot as the stepping foot in a state accurately positioned in the position image 212-1. Any one of the first and second movable mill plates 25 and 25' assembled with the first and second guide bars 23 and 23' (the first movable board or the second movable board) is moved from the side to the rear By measuring the process of taking a different predetermined posture that pushes to the maximum (right or left), more information on the user's body balance ability can be obtained. Here, when the stepping foot is the left foot, the right foot is used to push the second moving foot plate 25, and when the step foot is the right foot, the left foot is used to push the second moving foot foot 25'.

On the other hand, in the process of taking the predetermined postures as described above, the first and second movable mill plates 24, 25, and 25 ′ provided and assembled on each of the first and second guide bars 22, 23, and 23 ′ are removed. Checking how much the user pushed, the stepping plate 21 by the distance sensors 243-1, 253-1 or the wheel sensors 243-2 and 253-2 of the detectors 243 and 253 and the first and second movable mill plates 24, 25, and 25 ′ are made possible according to the determination of the variation of the separation range between each other.

In addition, inducing the user to take predetermined postures for pushing the first and second movable push plates 24, 25, and 25 ′ with one foot while standing on the stepping board 21 is the stepping board ( 21) It is possible through the user directly checking the lighting process of the four light emitting diodes constituting the indicator 212-2 provided on the display, or by notifying the user after the evaluator confirms.

For reference, stand-type safety guards (not shown) are placed on both sides of the balance measuring means 2 so that the safety guard can be held when the body loses balance, which may occur in a situation where the body loses balance and falls. To prevent accidents in advance.

As such, it is possible to measure the user's human body information and to measure the ability to maintain body balance through all the processes described so far. This is possible by rotationally folding the second guide bars 23 and 23 ′ toward the first guide bar 22 so that they are in close contact with each other.

And, as shown in FIG. 7 , the user's body information and the acquisition information of the body balance ability described so far are the mobile device m paired with the multifunctional 3D body scan device A of the present invention or It can be transmitted to the related equipment (p) such as a computer, and through this, the user's own physical condition can be easily identified, and also can be used as exercise data for health management based on the suggested information of the provided health management program. As shown in FIG. 8 , as described above, the aforementioned human body information and suggested information of the health management program can be received through the dedicated application installed on the mobile device m or the related equipment p.

In summary, according to the multifunctional 3D body scanning device (A) according to the present invention, three-dimensional human body information such as the height, weight, and skeleton size of the user of the user using the body scanning means (1) is precisely, clearly and quickly It can be measured (body scan), and based on the data obtained, it analyzes the user's posture analysis, scoliosis, pelvic distortion, etc. to receive a high-quality prescription, and the treatment is monitored through periodic measurement. It can be checked whether progress is being made, and it is possible to achieve the effect of enabling the establishment of quantitative standard medical data by using various anthropometric big data such as anthropometric research.

In addition, it is possible to induce the user to take predetermined postures along with the user's weight using the balance measuring means 2 and measure the body balance ability through weight movement detection in the process, and based on the data obtained therefrom, the body It is possible to achieve the effect of implementing an efficient device capable of managing both the content and problem analysis and solution methods for control capability management.

The above description is merely illustrative of the technical idea of the present invention, and a person skilled in the art to which the present invention pertains may make various modifications, changes and substitutions within the scope without departing from the essential characteristics of the present invention. will be. Accordingly, the embodiments disclosed in the present invention and the accompanying drawings are for explaining, not limiting, the technical spirit of the present invention, and the scope of the technical spirit of the present invention is not limited by these embodiments and the accompanying drawings . And, the protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be interpreted as being included in the scope of the present invention.

A: 3D body scan device, 1: body scan means
2: balance measuring means, 11: main scanner
12: sub scanner, 21: stepping board
22: first guide bar, 23, 23': second guide bar
24: first movable scaffold, 25, 25 ': second movable scaffold
111: first scanning camera, 112: mirror display
121: second scanning camera, 211: base housing
212: scale, 212-1: position image
212-2: indicator, 213: driving unit
213-1: drive motor, 213-2: guider
213-3: rack and pinion, 213-11: drive gear
213-21: guide rail, 213-22: slide rail
213-31: rack gear part, 213-32: pinion gear
241, 251: through hole, 242, 252: receiving groove
243, 253: detector, 243-1, 253-1: distance sensor
243-2, 253-2: wheel sensor

Claims (8)

a body scan means for collecting three-dimensional human body information of a user using a plurality of scanning cameras; and,
On the other hand, the device linked to the body scan means allows the user to take a predetermined posture while standing on their feet, acquires weight movement information when taking the predetermined posture, and determines the user's ability to maintain body balance based on the information A multifunctional 3D body scan device comprising a; balance measuring means for measuring.
According to claim 1,
The body scanning means includes a main scanner that scans the user's whole body in a state spaced apart in front of the user's location, and a plurality of subs that scan the user's whole body in a state that is spaced apart from each other behind and to the left and right of the user's location It consists of a scanner,
The main scanner and the sub-scanners are equipped with a scanning camera for collecting human body information. Infrared 3D scanning camera,
In the main scanner, in addition to being able to visually check the user's appearance when standing at a designated location, his/her human body information collected through the scanning cameras and suggested information of a user-customized health care program derived based on the information A multifunctional 3D body scan device characterized in that a mirror display capable of displaying a screen is configured.
According to claim 1,
The balance measuring means includes a stepping board that the user can step on with both feet,
One first guide bar extending from the stepping plate and connected to the main scanner spaced apart in front of the user's location among the body scanning means;
A plurality of second guide bars respectively extending from the stepping plate to the left and right rear diagonally and hingedly coupled to each other in a state in which rotation to the first guide bar is possible;
A first movable mill plate provided and assembled on the first guide bar in a slidable state so that a user who climbs the stepping plate with two feet pushes one foot forward while taking a predetermined posture;
A plurality of second movable mill plates are provided and assembled on each of the second guide bars in a slidable state so that a user who climbs the stepping plate with two feet pushes one foot out to the side and rear to take a different predetermined posture. Multifunctional 3D body scan device, characterized in that it consists of.
4. The method of claim 3,
The stepping plate, the base housing,
a weight scale mounted on the upper part of the base housing so that the user can step on it with both feet and measure the weight of the user who climbs on it with both feet;
A multifunctional 3D body scanning device, characterized in that it is connected between the base housing and the scale, and comprises a driving unit that moves the scale to the left and right to measure a sense of balance when the position of the step foot is moved.
4. The method of claim 3,
In the first and second movable scaffolds, a sensor for determining the movement distance by the amount pushed by the user with their feet is provided at the end facing the stepping board,
The detector includes a distance sensor for determining a distance by measuring a time until the ultrasonic wave is transmitted to the object to be measured and received a reflected wave from the object, and A multifunctional 3D body scan device characterized by being combined with a wheel sensor that detects the moving distance by calculating the number of revolutions.
5. The method of claim 4,
On the scale, a position image for positioning that allows the user to put his or her stepping feet in the correct position when taking the predetermined postures is printed on the upper surface,
A multifunctional 3D body scanning device, characterized in that the indicator for guiding the implementation of the predetermined postures is provided on the other surface of the top.
5. The method of claim 4,
The driving unit includes a driving motor that generates rotational power when a signal is input;
a guider for moving the scale left and right in relation to the operation of the driving motor;
A multifunctional 3D body scanning device, characterized in that it consists of a rack and pinion that converts the rotational motion generated by the driving of the driving motor into a linear motion and transmits it to the guider.
7. The method of claim 6,
The indicator is composed of four light emitting diodes for inducing implementation of the predetermined posture in which the user selectively pushes any one of the first and second moving plates using any one foot in addition to confirming the position of the stepping foot. ,
One light-emitting biod for inducing the stepper step is disposed in the center, and three light-emitting diodes are emitted along the advancing direction of the first and second guide bars based on the one light-emitting biod for inducing the stepping step. A multifunctional 3D body scan device characterized in that each diode is disposed.

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