Integrated home training posture coaching platform system using artificial intelligence and big data

Abstract

The present invention relates to an integrated home training posture coaching platform system using artificial intelligence and big data, and provides an integrated home training posture coaching platform system using artificial intelligence and big data, wherein the system collects and analyzes data using artificial intelligence from published big data, compares training information, classified and managed by exercise type and body size, with the size, direction, and angular velocity of movement of each joint of individuals doing home training, provides personalized coaching of posture according to the standardized training method most suitable for the corresponding body information of each individual, and manages, analyzes, and recommunicates exercise methods, exercise habits, exercise amounts, exercise times, and exercise postures so as to enable convenient and safe training at a desired time at home or in a personal private space.

Description

An integrated platform system for home training and posture coaching using artificial intelligence and big data.

[0001] The present invention relates to an integrated platform system for home training posture coaching using artificial intelligence and big data, and more specifically, to a home training system where one exercises (trains) alone at home or in a personal space, and it is relatively difficult to check and correct the exercise posture (training posture), but by using a smart mirror to scan and input the exercise posture of a home exerciser, and analyzing it using digital image processing technology, the magnitude, direction, and angular velocity of movement for each joint part of the body are extracted, and the training standard information is analyzed by collecting, analyzing, and classifying it from big data by artificial intelligence, and the training standard method most suitable for the input body information of the home exerciser is provided in the form of personal training, so that in each home, for a specific type of exercise selected according to personal preference, a corresponding professional health trainer directly coaches the home exerciser on the exercise method, exercise habits, exercise volume, exercise time, exercise posture, etc. in the form of personal training, manages it, analyzes it, and informs it again, so that the home exerciser can conveniently and safely train at a desired time in a non-face-to-face manner at home or in a personal space.

[0002] As interest in health generally increases, maintaining health and improving physical strength are being supplemented with individual exercise (training) such as health, fitness, sports, and dance. When using a health club or health center, you pay a fee in advance for a certain period of use and become a member, and then use or utilize the facilities to start exercising. You receive guidance (coaching) from a professional trainer on how to use various exercise equipment and correct posture, but it is common to manage the appropriate amount of exercise per day on your own. In the case of receiving one-on-one trainer training or private lessons, you must select the training time and arrive on time.

[0003] In other words, as interest in health increases, personal investment in a healthy life is also increasing, and as the field of recreational sports is gradually developing, interest in systematic and effective exercise methods is also increasing, and many people are even paying trainers to receive exercise management.

[0004] There may be personal trainers, exercise therapists, rehabilitation exercisers, coaches, etc. who personally guide exercise practice to ensure effective training (exercise) without injury while doing various exercises (weight lifting, yoga, pilates, etc.), and these personal trainers apply personal training programs based on a training standard model based on frequency, intensity, time, and form of exercise (FITT principle) according to an evaluation of the exercise performance ability of the training subject.

[0005] Additionally, when living in a social setting, it can be difficult to arrive at the gym or fitness center on time for training, and there are hygiene issues when meeting or coming into contact with many other people.

[0006] Meanwhile, it is very common to use a full-length mirror while doing various exercises to increase the effectiveness of the exercise, prevent muscle injuries, and maintain accurate and correct exercise posture.

[0007] Mirrors are very familiar objects that have been used by humans for a long time, and are mainly used as a means of checking one's own appearance.

[0008] People look at themselves or their workouts in the mirror several times a day, but this can only be confirmed in real time and cannot be recorded or saved.

[0009] Recently, thanks to the advancement of camera functions and technology, it has become possible to not only check one's own exercise by taking self-photos, but also observe and record them and then check them again later. However, there is a problem that it is very cumbersome to take self-photos with the camera carried every time one exercises.

[0010] Therefore, a technology was needed that would allow users to record themselves exercising using a mirror and also receive coaching directly from a professional trainer at any time when needed.

[0011] As an example of a prior art that partially resolves these needs and problems, a 'smart mirror device' is disclosed in Korean Patent Registration No. 10-1494301 (February 11, 2015).

[0012]

[0013] Figure 1 is a configuration diagram of a home training smart mirror device according to an embodiment of the prior art.

[0014] Hereinafter, with reference to the attached drawings, the prior art will be described in detail. A camera module (100), a printing module (110), and a display (130) are provided on one side of a main body (10) having a mirror (20) on the front.

[0015] The image captured or edited after capture by the camera module (100) of the mirror device is displayed on the display (130) or printed out through the print module (110). That is, when a home workout user uses a mirror (20), the camera module (100) captures the home workout user and the home workout user checks his / her image through the display (130).

[0016] These conventional techniques still have the problem of not being able to confirm or guess whether the movement trajectory of the home exerciser's movements is the same as or different from the movement trajectory of the trainer's training.

[0017] An improved conventional technology that partially resolves these problems is the 'Fun Extreme Management System for Health Training' disclosed in Korean Patent Registration No. 10-1856054 (May 2, 2018).

[0018]

[0019] Figure 2 is a configuration diagram of a training center management system according to another embodiment of the prior art.

[0020] Hereinafter, with reference to the attached drawings, the improved conventional technology will be described in detail. When a member (including a home exerciser) visits a center (including a club), the center terminal (30) recognizes that he or she has visited the center, and the center terminal (30) guides the member on the health training route and the type of exercise equipment to be performed, and the member receives and wears the member terminal (40) and then moves to the appropriate exercise equipment location to exercise. The exercise equipment terminal (20) mounted on the exercise equipment communicates with the member terminal (40) worn by the member who has approached, identifies the member, provides images and various information suitable for the member's exercise schedule information, operates the exercise equipment according to the member's operation and exercise schedule information, analyzes the member's exercise amount, etc. and shows it to the member through a monitor and also transmits it to the management server (10), and the management server (10) transmits exercise amount, diet information, etc. through the member's mobile device (50) possessed by the member, thereby increasing the efficiency of the member's health training.

[0021] The improved conventional technology has the advantage of providing information and images suitable for the exercise schedule and showing the analyzed exercise amount while wirelessly communicating with the exercise equipment needed by members or home trainers, thereby increasing the training effect. However, it still has not solved the problem that home trainers cannot train in a personal space exclusively for home trainers by selecting a specific type of exercise arbitrarily according to their needs and in a way that suits their personal physical condition.

[0022] Therefore, there is a need to develop coaching techniques that allow individuals to perform specific exercises of their choice at the time they need them in their own private space, just as if they were coached by a professional health trainer, so that training that best suits their physical condition is achieved.

[0023] In addition, since personal training is done in an individual's private space, it is necessary to develop a technology that can check the difference between the information received from the detailed coaching and the results of one's own exercise in a three-dimensional virtual space (AR) to determine whether training was done with the correct exercise trajectory and whether the amount of exercise, exercise method, exercise habits, and exercise posture are efficient and not dangerous or injurious.

[0024] In order to solve the problems and needs of the above-mentioned conventional technology, the present invention has been devised to collect and analyze training information classified and managed by type of exercise and body size using artificial intelligence from public big data, and compare the size, direction, and angular velocity of movement of each joint part of the analyzed home exerciser with the training standard method most suitable for the corresponding body information of the individual, and manage and analyze the exercise method, exercise habit, exercise amount, exercise time, and exercise posture and inform it again, so that one of the purposes is to provide an integrated platform system for home training posture coaching using artificial intelligence that allows convenient and safe training in a private, dedicated space at a desired time without face-to-face contact.

[0025] In addition, one of the purposes of the present invention is to provide an integrated platform system for home training posture coaching using artificial intelligence that records and displays or informs the state of training by receiving posture coaching as a training standard method, and informs the part that needs to be supplemented while confirming it in a virtual reality (VR) or augmented reality (AR) manner, thereby enabling efficient and effective exercise and training without injury or damage to muscles, etc.

[0026] In order to achieve the above purpose, the present invention is provided with a home training mirror terminal device (1000) that is installed in a personal space and inputs the body information of a home training user by operating a home training app, receives and records training standard method information including exercise method, exercise amount, exercise time, and exercise posture for each exercise, outputs it as multimedia, photographs the training image of a home training user with a stereo camera, processes it with image processing, analyzes the movement size and direction and angular velocity values ​​for each joint part of the body, analyzes and outputs the difference values ​​by comparing them with each value by the training standard method, and communicates with a designated counterpart using a home training platform packet frame (8000); A home platform central server (3000) that connects via the home mirror terminal device (1000) and the platform multi-communication system (2000) and provides the latest version of the home app, collects, classifies, and records and stores training standard method information for various types of exercise training from disclosed big data in a state linked to body information, and provides training standard method information most suitable for the body information of a home exerciser upon request and communicates with the home mirror terminal device (1000) and the home platform packet frame (8000); A training public server (4000) that connects via the home platform central server (3000) and the platform multi-communication system (2000), records and manages disclosed training standard methods, and provides them as multimedia signals by search; It may include a mobile communication system server (5000) that provides mobile communication services in a code division multiple access manner by accessing the home training platform central server (3000) and platform multi-communication system (2000) and provides an LBS service upon request; a home training communication terminal device (6000) that selectively accesses the home training mirror terminal device (1000) and the mobile communication system server (5000), installs and operates a home training app, inputs body information of a home training user, receives training standard methods for each exercise, and records and outputs them.

[0027] The integrated platform system for home training posture coaching using artificial intelligence and big data may further include a GPS satellite (7000) consisting of two or more GPS satellites that rotate on a designated orbit of the Earth and broadcast GPS signals analyzed by latitude, longitude, sea level, and time values.

[0028] The above home mirror terminal device (1000) is a home mirror centralized control unit (1010) that connects to each functional unit equipped with a built-in operation program and parameter values ​​to monitor the entire operation of the home mirror terminal device (1000) in real time, outputs corresponding control signals, and outputs average coordinate information and average time information values ​​calculated by arithmetic means, respectively; a home mirror GPS unit (1020) that receives and analyzes a GPS signal from a GPS satellite (7000) by the corresponding control signal of the home mirror centralized control unit (1010) to confirm, record, and output first coordinate information and first time information consisting of latitude, longitude, and sea level values ​​of the current location; A home T-LS unit (1030) that receives and analyzes an LBS signal from a telecommunication system server (5000) by the corresponding control signal of the home T-mirror centralized control unit (1010) to confirm, record, and output second coordinate information and second time information consisting of latitude, longitude, and sea level of the current location; a home T-infrared sensor unit (1040) that activates an infrared sensor provided by the corresponding control signal of the home T-mirror centralized control unit (1010) to detect and output whether a home T-exerciser is approaching and the approaching distance; a stereo shooting color analysis unit (1050) that captures the body shape of an approaching home T-exerciser as a visible light stereo image by the corresponding control signal of the home T-mirror centralized control unit (1010), digitally processes the image to separate and extract the body shape of the home T-exerciser, and records and outputs 128 color-coded image signals, each of which is color-coded into 128 per pixel of the stereo image signal, in an assigned area; A body joint movement analysis unit (1060) that receives a body shape signal of a home trainer that is photographed and separated and extracted with visible light by the corresponding control signal of the above home trainer mirror concentration control unit (1010), extracts the direction and size of movement of each joint feature point extracted from each body joint part by digital image processing, and records and outputs the same;A training posture management unit (1070) that compares the values ​​of the joint feature points moving by the corresponding control signal of the home mirror concentration control unit (1010) with the corresponding values ​​of the training reference method information and extracts and records the difference values; A multimedia touch display unit (1080) that compares the training reference method information with the average coordinate information by the corresponding control signal of the home mirror concentration control unit (1010) and outputs skeletal pattern information by a multimedia signal and inputs an external signal by touch; A training reference method DB unit (1090) that records, stores, and outputs skeletal pattern information by the training reference method information in an allocated area by linking it with the corresponding input time by the corresponding control signal of the home mirror concentration control unit (1010); A home platform packet frame unit (1100) that converts a data signal transmitted to the outside by the corresponding control signal of the home mirror centralized control unit (1010) into a series of home platform packet frames (8000) for each unit size and analyzes each of the series of home platform packet frames (8000) received from the outside and extracts the corresponding data signal composed of a series of unit sizes; a TTS and ST unit (1110) that converts text data applied by the corresponding control signal of the home mirror centralized control unit (1010) into audio speech data and outputs it and converts audio speech data applied into text data and outputs it; A multi-path simultaneous communication unit (1120) that simultaneously provides communication function units of CDMA, Wi-Fi, Bluetooth, and TRS modes by the corresponding control signal of the above home mirror centralized control unit (1010), and simultaneously activates and operates any one or more of the selected communication function units, and simultaneously transmits and receives communication signals of the same content through communication paths by each communication function unit; a home mirror circuit board unit (1130) in which the home mirror infrared sensor unit (1040) and the stereo shooting color analysis unit (1050) are fixedly installed on each of the four edges, but are arranged to face the multimedia touch display unit (1080) in a total reflection and semi-transparent state;It may include a total reflection reinforced mirror part (1140) made of a material that is relatively strong against mechanical shock and is made of the same size as the above home mirror circuit board part (1130) and reflects light coming from the outside in one direction of the front part or transmits light coming from the rear part in one direction of the front part.

[0029] The present invention, having the above configuration, collects and analyzes publicly known big data using artificial intelligence, manages training information classified by type of exercise and body size, and compares the size, direction, and angular velocity of movement of each joint part of a home exerciser with the analyzed training information, and manages and analyzes the exercise method, exercise habits, exercise amount, exercise time, and exercise posture in a personalized manner to provide detailed coaching for the most suitable training standard method for the individual's corresponding body information, thereby managing and analyzing the exercise method, exercise habits, exercise amount, exercise time, and exercise posture and informing it again, so it has the advantage of being able to conveniently and safely train in a private, dedicated space at a desired time without face-to-face contact.

[0030] In addition, the present invention has the advantage of training efficiently and effectively without injury or damage to muscles, etc. by recording and showing or informing the state of training by receiving posture coaching as a training standard method, and pointing out or informing the parts that need to be supplemented while confirming them in a virtual reality (VR) or augmented reality (AR) manner.

[0031] Meanwhile, the present invention has the advantage of being able to analyze the accuracy of training while training along the trajectory of each joint or skeleton while a professional health trainer coaches the training posture by selecting the type of training at the necessary time in a dedicated space for home exercisers, and to repeatedly train by selecting a specific section of training.

[0032] Figure 1 is a configuration diagram of a home training smart mirror device according to an embodiment of the prior art.

[0033] Figure 2 is a configuration diagram of a training center management system according to another embodiment of the prior art.

[0034] Figure 3 is a functional configuration diagram of an integrated platform system for home training posture coaching using artificial intelligence and big data according to an embodiment of the present invention.

[0035] Figure 4 is a detailed functional configuration diagram of the circuit portion of a home mirror terminal device according to an embodiment of the present invention.

[0036] Figure 5 is a detailed configuration diagram of the mechanical part of a home mirror terminal device according to an embodiment of the present invention.

[0037] Figure 6 is a field configuration diagram of a home platform packet frame according to an embodiment of the present invention.

[0038] and

[0039] FIG. 7 is a diagram illustrating a training reference method information displayed as augmented reality (AR) information through home training posture coaching according to an embodiment of the present invention.

[0040] The present invention is capable of various modifications and embodiments, and specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and it should be understood that all modifications, equivalents, and alternatives included in the spirit and technical scope of the present invention are included. In describing the present invention, if a detailed description of a related known technology is judged to obscure the gist of the present invention, the detailed description thereof will be omitted.

[0041] In the following description, "health" is defined as encompassing all physical exercise, including fitness, sports dance, weight training, dance, choreography, yoga, Pilates, barbell exercises, and calisthenics. Meanwhile, those who train alone in a private space are referred to as "home trainers."

[0042]

[0043] FIG. 3 is a functional configuration diagram of an integrated platform system for home training posture coaching using artificial intelligence and big data according to an embodiment of the present invention, FIG. 4 is a detailed functional configuration diagram for a circuit portion of a home mirror terminal device according to an embodiment of the present invention, FIG. 5 is a detailed configuration diagram for a mechanical portion of a home mirror terminal device according to an embodiment of the present invention, FIG. 6 is a field configuration diagram of a home platform packet frame according to an embodiment of the present invention, and FIG. 7 is a diagram in which training reference method information is displayed as augmented reality (AR) information by home training posture coaching according to an embodiment of the present invention.

[0044] Hereinafter, with reference to all attached drawings, a detailed description will be given of a home training posture coaching integrated platform system (900) using artificial intelligence and big data, which comprises a home mirror terminal device (1000), a platform multi-communication system (2000), a home training platform central server (3000), a training public server (4000), a telecommunication system server (5000), a home training communication terminal device (6000), a GPS satellite (7000), and a home training platform packet frame (8000).

[0045] The home mirror terminal device (1000) is installed in a personal space and inputs the body information of a home exerciser by operating a home exercise app, receives and records training standard method information including exercise method, exercise amount, exercise time, and exercise posture for each exercise, and outputs it as multimedia, photographs the training image of the home exerciser with a stereo camera, processes it with image processing, analyzes the movement size, direction, and angular velocity values ​​for each joint part of the body, and analyzes and outputs the difference values ​​compared to each value by the training standard method, and communicates with a designated counterpart using a home exercise platform packet frame (8000).

[0046] The home mirror terminal device (1000) is configured to include a home mirror centralized control unit (1010), a home mirror GPS unit (1020), a home mirror LS unit (1030), a home mirror infrared sensor unit (1040), a stereo shooting color analysis unit (1050), a body joint movement analysis unit (1060), a training posture management unit (1070), a multimedia touch display unit (1080), a training standard method DB unit (1090), a home mirror platform packet frame unit (1100), a TTS and ST unit (1110), a multipath simultaneous communication unit (1120), a home mirror circuit board unit (1130), and a total reflection reinforced mirror unit (1140).

[0047] The home mirror terminal device (1000) may be equipped with three or more wheels to ensure mobility while maintaining balance on the lower side. These wheels may further be equipped with a brake device to ensure they are fixed in a specific location.

[0048] Since the above wheel is exposed to the outside, it must have excellent corrosion resistance, durability, waterproofing, and stain resistance properties. To this end, the outer surface of the wheel is coated with a coating solution in which 100 parts by weight of polycarbonate resin, 10 parts by weight of polymethylpentene, 2.5 parts by weight of sintered ytterbium oxide, 15 parts by weight of bisphenol A-epichlorohydrin-methacrylic acid polymer, 10 parts by weight of sepiolite, 5 parts by weight of sodium aluminate, and 5 parts by weight of manganese acetate are mixed.

[0049] At this time, polymethylpentene is a resin material that is easy to mold due to its low viscosity and good fluidity, and in particular, it has a very high melting point of 235℃, excellent mechanical strength at high temperatures, excellent heat stability, and excellent bonding strength.

[0050] In addition, sintered ytterbium oxide is a rare earth metal with high heat resistance, with a melting point of 824℃, and increases strength through grain refinement, thereby satisfying both fire resistance and durability.

[0051] In addition, bisphenol A-epichlorohydrin-methacrylic acid polymer is a substance corresponding to CAS number 36425-15-7 and is added to enhance erosion resistance, corrosion resistance and contamination prevention.

[0052] Additionally, Sepiolite is a round, tubular variant of Meerschaum, which is added to promote the separation of odorous substances through the adsorption of organic matter and to enhance waterproofing properties.

[0053] Here, sodium aluminate is added to enhance antifouling properties as it has the property of decomposing and removing various organic substances and harmful substances.

[0054] In addition, manganese acetate decomposes into a rectangular crystalline powder and gradually oxidizes to form manganese oxide, thereby enhancing the effect of promoting organic matter decomposition reactions.

[0055]

[0056] The home mirror centralized control unit (1010) monitors the entire operation of the home mirror terminal device (1000) in real time by connecting to each function unit equipped with a built-in operation program and parameter values, outputting corresponding control signals and outputting average coordinate information and average time information values ​​obtained by calculating the arithmetic mean. The average coordinate information is generated by calculating the arithmetic mean of the first coordinate information and the second coordinate information. The average time information is generated by calculating the arithmetic mean of the first time information and the second time information.

[0057] The home training mirror concentration control unit (1010) processes training reference method information to be displayed as augmented reality (AR) information through home training posture coaching, as shown in FIG. 7 as an example, and this augmented reality (AR) information is output wired or wirelessly through the multi-path simultaneous communication unit (1120). A home exerciser must have dedicated equipment consisting of AR glasses or a headset. This AR dedicated equipment is configured to be able to use all known things.

[0058]

[0059] The home mirror GPS unit (1020) receives and analyzes a GPS signal from a well-known GPS satellite by the corresponding control signal of the home mirror centralized control unit (1010) to confirm, record, and output the first coordinate information and the first time information by longitude, latitude, and elevation at the current location.

[0060] The home T-LS unit (1030) receives and analyzes an LLS signal from the telecommunication system server (5000) by the corresponding control signal of the home T-mirror centralized control unit (1010) to confirm, record, and output second coordinate information and second time information consisting of latitude, longitude, and sea level values ​​of the current location.

[0061] The home infrared sensor unit (1040) activates the infrared sensor provided by the corresponding control signal of the home mirror concentration control unit (1010) and detects and outputs whether a home exerciser is approaching and the distance.

[0062] In order to increase the reliability of detection of the approach of a home trainer, the home trainer infrared sensor unit (1040) may be provided with first to fourth infrared sensors (1031, 1032, 1033, 1034) on each of the four side edges of the smart mirror terminal device (1000), and it is quite natural that the number may be increased or decreased as needed.

[0063] The stereo shooting color analysis unit (1050) captures a stereo image of the appearance or body shape of a home trainer who approaches the home trainer with a visible light stereo image by the corresponding control signal of the home trainer mirror concentration control unit (1010), performs digital image processing to separate and extract the body shape of the home trainer, and records 128 color-coded image signals by color-separating each pixel of the captured stereoscopic stereo image signal into 128 in the assigned area and outputs them respectively.

[0064] Stereo shooting uses stereo cameras, and stereo cameras use a general technology that allows three-dimensional viewing, analysis, or confirmation when two cameras are installed at a certain distance and take pictures of the same object while maintaining a certain angle and then checked again with the corresponding lens, etc. It is a configuration that imitates the structure of the human eye by placing two identical cameras at a certain interval in a straight line. It is well known that the greater the separation distance between identical cameras installed in a straight line, the higher the analyzed three-dimensionality, and this separation distance is generally any value selected from the range of 5 to 20 centimeters (cm), and for standardization, it is relatively desirable to separate them by 10 centimeters. It is quite natural that the range of separation distance can be increased or decreased as needed, such as when the installation area is relatively small or when increasing the depth of three-dimensionality without being limited by the installation area. Here, depth refers to the sense of depth and precision that can be felt in a video image.

[0065] Meanwhile, the stereoscopic shooting color analysis unit (1050) can be provided with the first to fourth stereoscopic shooting color analysis units (1041, 1042, 1043, 1044) at each of the four side edges of the home mirror terminal device (1000) to separate only the stereoscopic image of the left or right side while shooting the body of the home trainer in three dimensions from the front if necessary, and to further increase the three-dimensional effect by individually processing and synthesizing the images shot respectively, and it is quite natural that further additions and subtractions can be made if necessary.

[0066] The body joint movement analysis unit (1060) receives the body shape signal of the home trainer, which is photographed and separated and extracted with visible light by the corresponding control signal of the home trainer mirror concentration control unit (1010), and records and outputs the direction, size, and angular velocity of movement of each joint feature point extracted from each body joint through digital image processing.

[0067] The body has various joints and corresponding joint features, including hands, wrist joints, forearms, shoulders, torso, feet, thighs, and hips, and the body shape is divided into shoulders, shoulder joints, upper arms, elbow joints, lower arms, wrist joints, hands, fingers, torso, hip joints, upper legs, knee joints, lower legs, ankle joints, feet, toes, etc. Each joint feature, the connecting angle of each joint feature (stereoscopic angle), and the distance between each feature point (stereoscopic distance) are used for feature point analysis, and can be increased or decreased as needed.

[0068] Increasing the number of recognized joint features allows for more precise analysis of the training status, but there are many limitations in terms of data usage, memory capacity, processing time, etc., so it is advisable to set it appropriately based on the performance of the available hardware and software.

[0069] The training posture management unit (1070) compares the value of the joint feature point moving by the corresponding control signal of the home mirror concentration control unit (1010) with the corresponding value of the training reference method information, and extracts and records the difference value.

[0070] When comparing the corresponding feature points in the same or similar locations among the home trainer and joint feature points, if the locations are close or identical, training can be determined to have been performed well according to the training standard method. Furthermore, if the lengths connecting each joint feature point and the angles formed by the lines connecting each joint feature point with the adjacent corresponding lines are close or identical, training can be determined to have a high degree of similarity.

[0071] The multimedia touch display unit (1080) outputs training reference method information as skeletal pattern information by comparing it with average coordinate information by the corresponding control signal of the home mirror concentration control unit (1010) and inputs an external signal by touch.

[0072] The multimedia touch display unit (1080) is semi-transparent and can be partially turned into a fully transparent state by the corresponding control signal.

[0073] The video-level signal output and displayed by the multimedia touch display unit (1080) is output in one direction toward the front.

[0074] The training standard method DB unit (1090) records and stores the skeletal pattern information by the training standard method information in the allocated area by linking it with the corresponding input time by the corresponding control signal of the home mirror concentration control unit (1010) and outputs it.

[0075] Information according to the training standard method for each field is recorded, stored, and managed in the home training platform central server (3000), and the home training mirror concentration control unit (1010) searches for and downloads the stereoscopic training video information of the trainer preferred and designated by the home training user and the corresponding skeletal pattern information from the home training platform central server (3000) in a cycle of one of the time units selected between 12 hours and 24 hours, and records, stores, and manages the information in the allocated area by linking it with the corresponding time information. Meanwhile, the periodic access time can be increased or decreased as necessary.

[0076] The home platform packet frame unit (1100) converts a data signal transmitted to the outside by the corresponding control signal of the home mirror centralized control unit (1010) into a series of home platform packet frames (8000) for each unit size, and analyzes each of the series of home platform packet frames (8000) received from the outside to extract a corresponding data signal composed of a series of unit sizes.

[0077] The TTS / STT (text to speech / speech to text) (1110) converts text data input by the corresponding control signal of the home mirror concentration control unit (1010) into audio speech data and outputs it, and converts audio speech data input by text data and outputs it. Since the TTS function unit and the STT function unit are generally well known, a detailed description thereof will not be provided further.

[0078] It is quite natural that text data and speech data are transmitted as multimedia information or signals.

[0079] The multi-path simultaneous communication unit (1120) is equipped with communication function units of CDMA, Wi-Fi, Bluetooth and TRS modes simultaneously by the corresponding control signal of the home mirror centralized control unit (1010), and operates them simultaneously, and transmits and receives communication signals of the same content simultaneously through the communication paths of each communication function unit.

[0080] The home mirror circuit board (1130) has a similar external size to the multimedia touch display unit (1080) and is installed in a fixed position at the back of the multimedia touch display unit (1080).

[0081] The home mirror circuit board (1130) is a double-sided printed circuit board (PCB) that mounts all circuit configurations including the home mirror centralized control unit (1010), the home mirror GPS unit (1020), the home mirror infrared sensor unit (1040), the stereo shooting color analysis unit (1050), the body joint movement analysis unit (1060), the pattern designation record unit (1060), the training posture management unit (1070), the training standard method DB unit (1090), the home mirror platform packet frame unit (1100), the TTS and STT units (1110), and the multipath simultaneous communication unit (1120).

[0082] The home mirror circuit board (1130) is configured to have a home infrared sensor (1040) and a stereo shooting color analysis unit (1050) installed on each of the four edges, and positioned so as to face the multimedia touch display unit (1080) in a semi-transparent, total reflection state.

[0083] The multimedia touch display unit (1080) can be controlled to always be in a translucent state or always be in a transparent state by a corresponding control signal of the home mirror concentration control unit (1010) to control the corresponding part of the four edges where the home infrared sensor unit (1040) and the stereo shooting color analysis unit (1050) are installed, and preferably, it is controlled to always be in a transparent state.

[0084] The total reflection reinforced mirror part (1140) is made of a size identical to that of the multimedia touch display part (1080) or the home mirror circuit board part (1130), is fixedly installed at the front side of the multimedia touch display part (1080), reflects light coming in from the outside in one direction of the front side, or transmits light coming in from the rear side in one direction of the front side, and is made of a material that is relatively strong against mechanical shock.

[0085] The outer surface of the total reflection reinforced mirror (1140) is spray-coated with an anti-fouling coating solution to perform anti-fouling and moisture-proofing functions.

[0086] In particular, the antifouling function is to prevent various foreign substances from adhering to the surface and making it dirty. To this end, the antifouling coating solution is formed by adding and mixing 5.5 parts by weight of potassium silicate, 8 parts by weight of bisphenol A-epichlorohydrin-methacrylic acid polymer, 4.5 parts by weight of polyamide, 2.5 parts by weight of hydrocolloid, and 5 parts by weight of abietic acid to 100 parts by weight of polymethylpentene.

[0087] At this time, polymethylpentene is a resin material that is easy to mold due to its low viscosity and good fluidity, and in particular, its melting point is very high at 235℃, its mechanical strength at high temperatures is superior to that of PP or PC, and it has excellent heat resistance and stability and excellent bonding strength.

[0088] Additionally, potassium silicate is added to provide and increase the incombustibility of the mineral, and also contributes to suppressing condensation and thereby mold growth.

[0089] In addition, bisphenol A-epichlorohydrin-methacrylic acid polymer is a substance corresponding to CAS number 36425-15-7 and is added to enhance erosion resistance, corrosion resistance and contamination prevention.

[0090] In addition, polyamide is a synthetic polymer with amide bonds, one of the high-functionality resins, and has excellent self-lubricating properties and a low coefficient of friction, which reduces dust adhesion and enhances antifouling properties.

[0091] Additionally, hydrocolloid enhances waterproofing and water-repellent properties, preventing wetting. Abiestic acid is added to ensure both stain- and corrosion-resistant properties.

[0092] The home mirror centralized control unit (1010) selects and uses the communication signal of the communication function unit with the best signal-to-noise ratio and no transmission errors among the communication signals received by the four communication function units, and if no transmission errors occur in two or more communication function units, it uses the communication signal received by any one communication function unit randomly selected at random.

[0093] The platform multi-communication system (2000) is equipped with a CDMA mobile communication system network, a Wi-Fi communication system network, a Bluetooth communication system network, and a TRS communication system network all at the same time, and connects to the called party through a communication path formed by any one or more of the selected communication system networks among all four communication system networks provided as a communication path with the designated called party at the request of the connected caller, and sets the communication path to a connected state. Here, when two or more communication system networks are connected, switching is performed so that signals with the same content are transmitted and received or transmitted. Since the communication technologies of the CDMA, Wi-Fi, Bluetooth, and TRS methods are already well known, further detailed descriptions will be omitted. Meanwhile, it is quite natural that the platform multi-communication system (2000) may further include a wired telephone communication network and a wired LAN communication network.

[0094] The home training platform central server (3000) connects via the home training mirror terminal device (1000) and the platform multi-communication system (2000) and provides the latest version of the home training app, periodically connects to the training public server (4000), and collects, classifies, records and stores all training standard method information for various types of exercise training from the public training-related big data in a state linked to body information, and provides the training standard method information most suitable for the body information of a home training user upon request and communicates with the home training mirror terminal device (1000) and the home training platform packet frame (8000).

[0095] The home platform central server (3000) records and manages all searched information in the allocated area and provides it through request or access search.

[0096] It is quite natural that the periodic time at which the home platform central server (3000) connects to the training public server (4000) is set to one of the time units selected between 12 hours and 24 hours, and that this can be increased or decreased as needed.

[0097] The training public server (4000) connects via the home training platform central server (3000) and the platform multi-communication system (2000), records and manages the disclosed training standard method, and provides it as a multimedia signal through search. The multimedia signal is a signal composed of one or more of a video-level signal, an audio-level signal, and a text-level signal.

[0098] The mobile communication system server (5000) connects via the home platform central server (3000) and the platform multi-communication system (2000) and provides mobile communication services using a code division multiple access method, while providing LBS services upon request.

[0099] The LBS service involves highly accurate measurement, recording, and management of coordinate information, including longitude, latitude, and elevation, for each base station, as mobile carriers deploy multiple adjacent base stations to form a wireless service area. Meanwhile, mobile communication systems have the operational requirement of understanding the current location, direction, speed, and angular velocity of a mobile device.

[0100] Due to these operational characteristics, when the terminal requests it, the current coordinate information of the terminal can be precisely provided based on the coordinate information of the base station, and this coordinate information is known to be more precise than GPS coordinate information. The service in which the mobile communication system provides such precise coordinate information is called the LBS service and is generally well known. Here, it is very natural that the mobile communication system is identical to the mobile communication system server (5000).

[0101] The home training communication terminal device (6000) selectively connects to the home training mirror terminal device (1000) and the mobile communication system server (5000), installs and operates the home training app, inputs the body information of the home training user, receives the training standard method for each exercise, and records and outputs the results.

[0102] The home telecommunication terminal device (6000) has a similar configuration and function to the home telemirror terminal device (1000), but records training reference method information and repeatedly outputs it by a corresponding control command signal.

[0103]

[0104] The home communication terminal device (6000) is configured to include a home communication terminal control unit (6010), a home communication terminal simultaneous communication unit (6020), a home communication terminal touch display unit (6030), a home communication terminal image capture unit (6040), and a home communication terminal audio input / output unit (6050).

[0105] The home communication terminal control unit (6010) connects to each functional unit constituting the home communication terminal device (6000) and monitors the operating status through various built-in and installed operating programs and operating parameters, and controls them through the output of corresponding control signals.

[0106] The home communication terminal simultaneous communication unit (6020) connects simultaneously through the above four communication methods via the multipath simultaneous communication unit (1120) and the platform multi-communication system (2000) and transmits or receives communication signals of the same content to a designated counterpart at the same time. It is equipped with communication function units of CDMA, Wi-Fi, Bluetooth, and TRS methods and operates them simultaneously, and transmits and receives communication signals of the same content simultaneously through the communication paths of each communication function unit.

[0107] The home communication terminal control unit (6010) selects and uses the communication signal of the communication function unit with the best signal-to-noise ratio and no transmission errors among the communication signals received by the four communication function units, and if no transmission errors occur in two or more communication function units, it uses the communication signal received by any one communication function unit randomly selected at random.

[0108] The home terminal touch display unit (6030) is activated by the corresponding control signal of the home communication terminal control unit (6010), and a signal input by touch can be input by electrostatic method or pressure method, but the electrostatic method is relatively preferable.

[0109] The home terminal touch display unit (6030) visually outputs a video image to be displayed when a command signal is input by touch, and can be formed of one selected from among LED and LCD methods, which are well known.

[0110] The home terminal image capture unit (6040) is activated by a corresponding control signal from the home terminal control unit (6010) and captures a still image or moving image of a designated subject using visible light. It is quite obvious that the home terminal image capture unit (6040) can capture an image of a subject using an infrared signal as needed.

[0111] The homet terminal audio input / output unit (6050) is activated by the corresponding control signal of the homet communication terminal control unit (6010) and inputs an external audio-level signal or outputs an internal audio-level signal to the outside.

[0112] GPS satellites (7000) are generally well known and consist of two or more satellites that rotate in a designated orbit around the Earth and broadcast GPS signals that are analyzed into latitude, longitude, elevation, and time values.

[0113]

[0114] Meanwhile, data transmitted, received, or transmitted between the home mirror terminal device (1000), the platform multi-communication system (2000), the training public server (4000), and the home communication terminal device (6000) is transmitted in units of home platform packet frames (8000).

[0115] The home platform packet frame (8000) consists of a total of 185 bytes and includes an overhead field, a first packet frame data field, a second packet frame data field, a third packet frame data field, a check data field, and an end field.

[0116] A byte is a collection of 8 bits, which are the smallest units that record the presence or absence of a pulse signal in a digital signal. If necessary, more than 8 bits can be defined as one byte, but in the following explanation, 8 bits are defined as one byte.

[0117] The overhead (OVHD) field consists of 10 bytes and includes the starting position where the recording of data constituting the frame begins, transmission destination, transmission time, generation coordinate information, the size of the entire data in bits, and frame serial number information indicating the connection status since the data may be composed of multiple frames if the amount of data is large.

[0118] The first packet frame data field consists of 50 bytes separated by a 1-byte gap from the overhead field, and the designated gap control data is recorded.

[0119] The second packet frame data field consists of 50 bytes with a 1-byte gap from the first packet frame data field, and the same data stored in the first packet frame data field is repeatedly recorded.

[0120] The third packet frame data field consists of 50 bytes with a 1-byte gap from the second packet frame data field, is managed as a blank space, and is used for undefined purposes or purposes, thereby increasing the usability and expandability of the gap data block unit frame.

[0121] The check (CHK, check) data field consists of 10 bytes with a 1-byte gap from the third packet frame data field, and if it is determined that the same data is not recorded by comparing the data recorded in the first packet frame data field and the second packet frame data field, error detection and recovery are processed using a cyclic redundancy check method.

[0122] The END field consists of 10 bytes with a 1-byte gap from the check data field, and contains information such as whether an error has been detected and recovered, whether a retransmission has been requested, data generator information, the end position of the frame, and the frame serial number.

[0123] The training public server (4000) is explained to be composed of two or more servers, including each portal site server, each media company server, each broadcasting company server, financial server, industrial server, education server, Korea Meteorological Administration server, and government office server.

[0124]

[0125] Although the present invention has been described in detail with respect to the described specific examples, it will be apparent to those skilled in the art that various modifications and variations are possible within the technical scope of the present invention, and it is natural that such modifications and variations fall within the scope of the appended patent claims.

[0126]

[0127] 〔Explanation of symbols〕

[0128] 900: An integrated platform system for home training and posture coaching using artificial intelligence and big data.

[0129] 1000: Hometmirror terminal device 2000: Platform multi-communication system

[0130] 3000: Home Training Platform Central Server 4000: Training Public Server

[0131] 5000: Telecommunications system server 6000: Home telecommunications terminal device

[0132] 7000: GPS satellite 8000: Homet platform packet frame

Claims

1. A home training mirror terminal device (1000) installed in a personal space and inputting the body information of a home training user through the operation of a home training app, receiving and recording training standard method information including exercise method, exercise amount, exercise time, and exercise posture for each exercise, outputting it as multimedia, filming the training of a home training user with a stereo camera, processing it with image processing, analyzing the movement size, direction, and angular velocity values ​​for each joint part of the body, analyzing and outputting the difference values ​​compared to each value by the training standard method, and communicating with a designated counterpart using a home training platform packet frame (8000); A home platform central server (3000) that connects via the home mirror terminal device (1000) and the platform multi-communication system (2000) and provides the latest version of the home app, collects, classifies, and records training standard method information for various types of exercise training from public big data in a state linked to body information, and stores the training standard method information most suitable for the body information of a home exerciser upon request, and communicates with the home mirror terminal device (1000) and the home platform packet frame (8000); A training public server (4000) that accesses via the above home platform central server (3000) and platform multi-communication system (2000), records and manages the disclosed training standard method, and provides it as a multimedia signal through search; A mobile communication system server (5000) that provides mobile communication services through the above-mentioned home platform central server (3000) and platform multi-communication system (2000) and provides LBS services upon request while providing mobile communication services in a code division multiple access manner; A home training posture coaching integrated platform system using artificial intelligence and big data, including a home training communication terminal device (6000) that selectively connects to the above home training mirror terminal device (1000) and the mobile communication system server (5000), installs and operates a home training app, inputs the body information of a home training user, receives training standard methods for each exercise, and records and outputs them.

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