TW201722518A - Interactive movement tracking system applicable to articles of clothing - Google Patents

Abstract

The present disclosure relates to an interactive movement detection system applicable to articles of clothing that allows a user to interact with virtualized controllable environments such as the graphical programming environments of personal computers and/or those generated by video game consoles. Similarly, the system of example implementations of the present disclosure allows feedback of actions to the system in the form of impulses that generate pressure and/or vibration sensations that simulate interaction with elements of the controllable interface.

Description

Interactive mobile tracking system for clothing objects

The present invention relates to a mobile tracking system, and more particularly to a mobile tracking system having an interactive capability to feed mechanical pulses back to a user.

The motion detection system available to the human body has a variety of potential uses. In order to detect changes due to the movement of the device, related art systems typically have a sensor located in the device used by the operator from which the sensor sends a signal to a control system, such as a virtual reality. The virtual reality of these related technologies can be an immersive environment, often combined with a three-dimensional environment (3D environment) created by a computer, and can be captured by a human body, such as a hood, gloves, or the like. The position of the part and the rotating device are operated. However, in these related art systems, these devices and sensors are limited to being able to handle only a single part of the user's body, and each part of the body must be tracked using a separate device and sensor. position. In addition, most related art devices do not have the ability to provide feedback from the virtual reality to the device. Segments, thus failing to achieve the purpose of physical contact with the simulated object.

A related art approach provides a device called "smart" or "interactive" "clothing" that has more direct interaction with the user's anatomical form, which can be used to measure the wearer's creature. Medical parameters. These "clothings" can function as a unit for recording different biometric measurements such as heartbeat, pulse, or number of steps taken, and can be used to measure the temperature and blood pressure in the medical field. Applications such as Vital Signs and calorie expenditures in the field of sports.

These related art smart clothes can display connectivity with other electronic devices such as mobile phones using mobile applications (apps) or other computer interfaces. These related art garments use sensors that are only used to measure the predictive manner of footsteps and movements performed by the user. An example of such a device is described, for example, in the invention patent CN 203789183, which is owned by Zhejiang University of Science and Technology, which describes smart outdoor clothing for monitoring blood pressure and heartbeat. The related art garment includes an outer layer of cloth and an inner layer of cloth, and includes an intelligent electronic automatic blood pressure monitor connected by a wireless Bluetooth, a waist-heartbeat monitor connected by a Bluetooth, and a rechargeable power source to provide Power is given to the blood pressure monitor and the waist beat monitor. The blood pressure monitor and waist beat monitor can be connected to a smart hand through the blue bud Machine or other computer device. However, the device of this related art cannot track the movement of the operator by the value collected by the sensor, nor can it actively feedback to interact.

The related technical invention patent CN203662042 describes a smart clothing item for monitoring and warning, which comprises an inner bag and a smart host device, the inner bag is sewn inside the body of the garment, and the smart host device is configured The inner bag includes a central processing unit (CPU), a global positioning system (GPS) locator, an electronic gyroscope, a Bluetooth receiver, and a processor. Used to monitor heartbeats in real time. The smart clothing also includes a module for transmitting an urgent text message including information from a GPS locator, an electronic gyroscope, and an instantaneously measured heartbeat, where appropriate. These related art garments have the function of intelligently monitoring heartbeat and position in real time, and transmitting emergency information according to the measured heartbeat and position. However, these related art garments cannot function as a controller of a virtual environment because they lack a means for detecting the relative positions of the limbs or body parts of the user.

The related art patent application US 2014/142459 A1 is mainly related to computer programs, movable electronic products, wireless communication connections, and monitoring systems that can be used as clothes. More specifically, the technical content, system, sensor, circuit, algorithm, and method of monitoring a device that can be used as a clothing and a device associated with motion are described. here In the related art application, it is described that the sensor system within the garment is capable of collecting data of the user's performance during the exercise. In the related art system, the data can be analyzed immediately, and the feedback can also be provided to the user based on the analysis of the obtained data. The analysis can be used to correct the user's behavior and/or a device that is linked during the user's activities such as exercise, conditioning, therapy, and the like. In a related art system, a motion device can be placed in communication with and in communication with a sensor system or another system, and can be instantly controlled in an exercise routine to adjust its configuration to affect the user. However, in this related art system, the interaction is limited to an indication made to change the conventional intensity or to stop the routine when the operator's vital sign exceeds a predetermined threshold or falls below a predetermined threshold. Moreover, the monitoring of the relative position of the limbs or body parts of the user is not actively performed in the related art system, nor is any immediate indication transmitted to the attached device for immediate execution of the voluntary control of the device. .

Other related art garments use an exercise computer that is sewn into a cellular communication connection within sports underclothes. In this way, it is possible to display such signals as heartbeats and other information on the phone. In addition, athletes can transmit their training materials to their personal computers over the Internet. These athletes can plan and analyze their sports programs with the help of software in the computer. This type of clothing uses inertial movement sensors and biomedical sensations. The detector is used to perform measurement and monitoring. However, among these related art clothes, not only the possibility that the sensor is distributed in different parts of the body but also the feeling of providing vibration during the user's interaction with the clothing is not considered. That is, the related art garment does not have means for receiving stimuli from a controlled environment, which refers to direct interaction of the simulation with the virtual object and provides kinesthetic sensation to the user, such as tactile sensation. The insertion of a haptic sensor, and the related art clothing can detect the relative position of the limbs of the limbs in real time to determine the spatial relationship with the external system of the virtual reference, and cannot be consciously manipulated by the user. Action to directly control the interface. Based on the above, the clothing system mentioned in the related art document cannot be used as an effective control system such as a controllable graphic environment that can be found in an electronic game system.

One of the technical solutions of the present invention provides an interactive mobile tracking system that can be connected to a clothing item to directly interact with a data collection system and/or a programming environment, and detects the user through the use of an inertial sensor. The relative position of the limbs and ribs can also be derived from pulse stimulation from the data collection system and/or the programming environment via a pulse generator device such as a tactile sensor and an awareness control of the motion.

Another aspect of the present invention provides an interactive system having a plurality of motion sensors coupled to a central processing unit having a watertight structure to prevent foreign matter from entering the system.

Still another aspect of the present invention provides a clothing article incorporating the above-described mobile tracking system that is ergonomic and capable of detecting the relative position of the user's limbs and torso.

Another aspect of the present invention provides a clothing item that can further detect a user's biometric value, such as heart rate, temperature, and/or any other physiological measurement value that is easily measured by a body sensor. Is sent to a controllable interface, and feedback is received from the controllable interface, and the user's behavior can be corrected in the face of the received stimulus, such as increasing the video game as the recorded heartbeat increases or decreases. The difficulty, or the pace of modifying the exercise routine.

Yet another technical solution is to provide a clothing item that can be used as a graphic programming environment controller, and which can further communicate through a wireless communication protocol such as Bluetooth, Wi-Fi or infrared. Protocol) to send and receive data.

Still another technical solution of the present invention is to provide a clothing outfit as a physical controller that interacts with a programming environment such as an electronic game, and in addition, generates a pulse that is perceived by the user. The entity and virtual feedback that performs the action.

Other technical solutions of the present invention will be more clearly and more fully understood from the following detailed description of the drawings.

1‧‧‧ first opening

1’‧‧‧Two other openings

2‧‧‧First Communication Port/Micro USB Port

3‧‧‧Second communication port/mini HDMI port

5‧‧‧Three openings

6‧‧‧ Track

7‧‧‧Microprocessor panel

8‧‧‧Waterproof cover

9‧‧‧Microvibration motor

10‧‧‧Lighting diode unit

11‧‧‧Accelerometer

12‧‧‧Biometric Sensor

13‧‧‧Charging port

14‧‧‧Central battery

15‧‧‧Wireless communication module

16‧‧‧Communication Control Unit

17‧‧‧Motion detection module

18,1010,1110‧‧‧data receiving unit/user input device

19‧‧‧Pulse Generator Unit/Feedback Unit

20‧‧‧Central Control Unit

24‧‧‧ start/stop button

26‧‧‧ Cover

27‧‧‧ pedestal

28‧‧‧Central rib

29‧‧‧ Computing device interface

30‧‧‧Interactive Mobile Tracking System

35‧‧‧Flexible film

40,112,725‧‧‧Clothing/Jacket

50,105‧‧‧ computing device

110,700‧‧‧ integrated motion detection system

115‧‧‧LED

120,820,1020,1120‧‧‧ haptic feedback device

125‧‧‧Interactive device

130‧‧‧Removable central control unit

135‧‧‧Sports/Position Detection Sensor

705‧‧‧Removable back module

710‧‧‧Fixed back module

715‧‧‧ chest module

720‧‧‧Sleeve or arm module

730‧‧‧Integrated leads

805, 905‧‧ ‧ processor

810,910‧‧‧Magnetic contact connector

815, 1015, 1115‧‧‧ wired connectors

915‧‧‧Wireless Communication Transceiver

920‧‧‧Power battery

1005‧‧‧ sensor

C‧‧‧Controllable interface

M‧‧‧ film

T‧‧‧External transmitter

1 shows an exploded view of a central control unit of an exemplary embodiment of the present invention.

2 shows a perspective view of a central control unit in accordance with an exemplary embodiment of the present invention.

3 shows a circuit diagram of a central control unit in accordance with an exemplary embodiment of the present invention interconnecting each module and unit that may include an interactive mobile tracking system.

4 shows an interactive mobile tracking system in accordance with an exemplary embodiment of the present invention integrated into a clothing item.

Figure 5 is a block diagram showing the general control flow of an interactive mobile tracking system in accordance with an exemplary embodiment of the present invention.

6 is an illustration of the interaction between a computing device and an article of clothing having an integrated mobile tracking system in accordance with an exemplary embodiment of the present invention.

7A through 7C illustrate another illustrative embodiment of an integrated mobile tracking system of the present invention.

FIG. 8 illustrates a fixed back module of another exemplary embodiment of an integrated mobile tracking system in accordance with an exemplary embodiment of the present invention.

9 is a detachable back module illustrating an exemplary embodiment of an integrated mobile tracking system of the present invention.

Figure 10 is a diagram showing another illustration of the integrated mobile tracking system of the present invention. The sleeve or arm module of the embodiment.

Figure 11 is a diagram showing a chest module of another exemplary embodiment of the integrated mobile tracking system of the present invention.

An exemplary embodiment of the present invention provides an interactive mobile tracking system suitable for a clothing item, comprising a series of modules for detecting and receiving data and generating pulses, which are connected to the center by a single port. Processing unit. This portion may include means for connecting a suitable structure of at least one detector unit, at least one receiver unit, and at least one pulse generator unit.

The system can be constructed in a manner that can be placed in traditional clothing items such as jackets, sweaters, sweaters, T-shirts, shirts, undershirts, windbreakers, sportswear, vests, safety and/or protective equipment, pants, footwear. , caps and gloves.

The interactive mobile tracking system of the present invention for a clothing item includes a central control unit having a waterproof outer cover. 1 shows an exploded view of a central control unit 20 in accordance with an exemplary embodiment of the present invention. 2 shows a perspective view of a central control unit 20 in accordance with an exemplary embodiment of the present invention.

The central control unit 20 includes a cover 26 having a first opening 1 and two other openings 1' for accessing a start/stop button located in the central control unit 20. 24, while two of them Its opening 1' is connected to a micro USB port (micro-USB (universal serial bus) port) 2 and a mini HDMI port (mini-HDMI (high definition multimedia interface; high) Resolution multimedia interface) port)3. The central control unit 20 also includes a base 27 having a central rib 28 that assists in symmetrical bending, provides greater malleability when the central control unit 20 is in operation, and, due to the housing Provides flexibility for better safety to the user. The base 27 further includes three openings 5 that coincide with a plurality of openings in the cover 26 and a track 6 at a central portion of the base 27 to hold a microprocessor board 7. Two waterproof covers 8 may be provided for opening the micro USB port 2 and the mini HDMI port 3 to cover the ports and keep the central control unit 20 waterproof.

The microprocessor panel 7 can also include at least one micro vibration motor 9 that provides a feedback sensation, at least one LED unit 10 that exhibits a system state, and at least one acceleration. Accelerometer 11, at least one infrared biometric sensor 12 (for example, a pulsometer or other sensor that is obvious to those of ordinary skill in the art to which the invention pertains), at least A charging port 13 and a central battery 14 for providing power to the system.

All components of the microprocessor panel 7 can be stored by software or stored in The central control unit 20 is controlled by a series of commands for controlling signal transmission between various components of the central control unit 20, and a wireless communication module (wireless) for bidirectional circulation via, for example, the Bluetooth 4.0 module. The communication module 15 communicates with other components of the interactive mobile tracking system in conjunction with the control central control unit 20. The wireless communication module 15 can cause the interactive mobile tracking system to transmit data to a computing device interface 29 and receive data from the computing device interface 29. The computing device interface 29 provides an interactive virtual environment to a computing device 50, such as A personal computer, a data collection station, a web server, a virtual reality goggles, an augmented reality visor, and an electronic game machine are shown in FIG. 5 and described below.

The central control unit 20 is powered by the central battery 14, and the central battery 14 is charged by induction through the charging port 13, so that the central control unit 20 does not need to be physically connected to any type of charger. Since the central control unit 20 can be charged by a general induction method as long as it is close to the effective range of any of the charging stations, the autonomy of the system is increased.

3 shows a circuit diagram in which the central control unit 20 of the interactive mobile tracking system 30 of the present invention is interconnected with other components. As shown, the central control unit 20 is coupled to a communication control unit 16 via a mini HDMI port 3, thereby enabling connection to a wide variety of input devices. As shown in the figure, the communication control unit 16 can The central control unit 20 is coupled to at least one motion detection module 17. The at least one motion detection module 17 can include, for example, an accelerometer for detecting movement of the X-axis, the Y-axis, and the Z-axis, which can be interpreted by the system and determine the relative positions of the limbs and/or the body of the operator. .

Communication control unit 16 may also connect central control unit 20 to at least one data receiver unit or user input device 18. User input device 18 can be, for example, a switch or button that causes the user to interact with the system to generate a signal that is independent of the operator's position. For example, the operator can use the user input device 18 to generate an action signal (such as a trigger pull or an action to open the door) in an electronic game. The use of other user input devices 18 will be apparent to those of ordinary skill in the art to which the invention pertains.

Communication control unit 16 may also connect central control unit 20 to at least one pulse generator unit or feedback unit 19. The feedback unit 19 can be, for example, a tactile sensor or motor for generating a pulse of vibration that produces feedback from the system to the operator to give it an operational feel.

All of the above described components are placed in a textile or other flexible film 35. For example, the flexible film 35 can be any suitable material including, for example, a flexible textile material that can be ergonomically adapted to the movement of the operator and that is placed on the inner lining of the article of clothing, which clothes For example, jackets, sweaters, sweaters, T-shirts, shirts, undershirts, windbreakers, sportswear, vests, safety and / or protective equipment, pants, footwear, hats and gloves.

In certain exemplary embodiments, the central control unit 20 is placed in a central portion of the article of clothing that is easily accessible to the user, such as in the central rear region of the upper portion of the garment on the back of the shirt, t-shirt or jacket. In the area where the pants are located on the buttocks or near the waist; in the central part of the cap's brim; on the side of the footwear; and in the back of the glove's hand. This position is preferably determined by the proximity of the central control unit 20 to each of the devices and sensors that make up the system, maintaining it in a symmetrical position relative to the central axis of the garment.

Further, in some exemplary embodiments, the at least one motion detection module 17 is placed in the clothing article near a bending point corresponding to the body joint, preferably corresponding to the wrist, the forearm, the elbow, the shoulder, The area of the buttocks, knees, ankles, and the bottom of the neck.

Still further, in certain exemplary embodiments, the at least one data receiver unit 18 can be placed in an area proximate to the user for easy access, such that the user can voluntarily operate for the purpose of performing the control action. For example, the data receiver unit 18 can be, for example, a button, a switch, or a pressure sensor placed at the end of the sleeve, near the waist, or at the ankle, or any other user. Easy access area.

In the example of the at least one pulse generator unit or feedback unit 19, the placement is based on the area required for the garment, and the simulation simulates an event such as pressure or vibration caused by interaction with the physical component to simulate and virtualize. Mechanical interaction of the environment. The at least one pulse generator unit 19 can be located in an area of the garment that is adjacent to a highly sensitive location of the user's body, such as the palm of the hand, or in an area near which a better simulated motion can be performed, for example as a simulated blow in an action game (blow) ) or the area of the shot action. For example, an area placed on the body or torso of the garment can be used to stimulate impact from the virtual environment. The position of the end of the sleeve or leg can also be used to simulate the interaction associated with the touch virtual environment.

In certain exemplary embodiments, the at least one pulse generator unit 19 may include a network or mesh of a plurality of haptic sensors or a plurality of motors throughout the garment, such that feedback at different locations The stimuli can occur simultaneously to achieve a comprehensive immersive experience.

Further, in certain exemplary embodiments, the pulse generator unit or feedback unit 19 may also include mechanisms to simulate other touch related experiences. For example, an electronic heating or cooling plate can be used to simulate temperature changes, and a fan can be used to simulate winds in the breeze or other flows. Other simulated sensory experiences are apparent to those of ordinary skill in the art to which the invention pertains.

In certain exemplary embodiments of the present system, a sensor dedicated to a biometric parameter can be further connected to the communication control unit 16 for the purpose of detecting an operator's vital signs, recording and The operator's temperature, heartbeat, blood pressure and/or its oxygen saturation level, or any other measurable parameter related value, and used to send the above values to the central control unit 20 of the system, wirelessly processed and sent to A computing device interface 29 located, for example, as a portable device such as a personal computer or mobile phone.

Once the system is placed in the selected clothing item, it can transmit the information obtained via the wireless communication module 15 to a controllable system or a system for operating and processing the data to interact with the system of the present invention. The signals originating from each component are interpreted to be executed as instructions for a graphical programming environment, and/or obtained biometric data that may be temporarily or permanently stored in a storage unit. This can be used to consult and determine the health status of the operator.

4 shows an interactive mobile tracking system 30 integrated into a clothing item 40 in accordance with an exemplary embodiment of the present invention. In this exemplary embodiment, system 30 is applied to a jacket 40, central control unit 20 is placed in an area corresponding to the user's back, and at least one motion detection module 17 is located on the chest, forearm, shoulders, and In the area of at least one part of the waist. Further, at least one data receiver unit 18 is located in an extension of each of the cuffs of the jacket 40 for inserting a thumb, such that The data receiver unit 18 is located adjacent to the palm of the user. Finally, the at least one pulse generator unit 19 is placed in at least a selected area, such as the forearm, chest region, back, neck region, lumbar region, and lumbar region, to create a tactile sensation like pressure or vibration (contact Sensation). Other feelings like hot and cold, or wind blowing can also be provided.

Figure 5 is a block diagram showing the general control flow of the interactive mobile tracking system 30 of an exemplary embodiment of the present invention. Referring to Figures 4 and 5, the function of the interactive mobile tracking system 30 of the present invention is performed by the user wearing the clothing item 40 and activating the central control unit 20 of the system through the activation button 24, the activation button 24 being Provided away from the central control unit 20 and connected to the central control unit 20 in a wired or wireless connection to activate the central control unit 20 and transmit signals via the wireless communication module 15, thereby enabling the system 30 to provide a controllable virtual environment. A computing device interface 29 of a personal computer, a removable device, a database, and/or an electronic gaming machine is synchronized.

Once the system 30 is synchronized with the computing device interface 29 that provides the controllable virtual environment, the user can perform the movement detected by the at least one motion detection module 17 and the graphics control elements displayed by the controllable system. Interactive, for example, controllable systems are, for example, pointers, graphical programming interfaces, or video game virtual avatars that perform selection or other actions by activation of at least one data receiver unit 18.

Further, the computing device interface 29 sends a feedback to the system 30 in the form of pulses via the same wireless communication module 15. The pulse can be interpreted by the central control unit 20 to be converted into a signal that activates the at least one pulse generator unit or feedback unit 19, and the user is notified by vibration, generated pressure sense, or other sensor experience. It has interacted with objects that provide a computing device interface 29 of the controllable virtual environment. It is possible to provide, for example, an action notification in an electronic game, such as being shot, being beaten, or feeling the vibration of the car body, making it more realistic.

Still further, the system 30 of the present invention acquires a form of measurement of body temperature, blood pressure, or pulse from the biometric sensor 12 as it receives feedback from the computing device interface 29 that provides the controllable virtual environment. The information is sent to the computing device environment of the interpretable data via the wireless communication module 15. The data from the biometric sensor 12 can be fed back to the system 30 for correction. For example, the intensity of the exercise routine is modified based on the detected increase in heartbeat to avoid injury, or When the system 30 detects a decrease in the user's pulse or heart rate, it accelerates the frequency of the action in the electronic game to motivate the user to perform a greater amount of physical activity.

6 illustrates the interaction between computing device 105 and clothing article 112 having integrated motion detection system 110 in accordance with another exemplary embodiment of the present invention. The system 110 of the illustrated embodiment of Figure 6 can have a similar manner of operation to the systems of Figures 1 through 5 mentioned above.

As shown, system 110 includes a detachable central control unit 130 that is configured to be attached to a portion of clothing article 112. In certain exemplary embodiments, the detachable central control unit 130 can be coupled to the upper back of the item of clothing 112. The detachable central control unit 130 includes one or more LEDs 115 to be configured to display the state of the detachable central control unit 130. The detachable central control unit 130 can also have one or more buttons or interaction devices 125 configured to operate the detachable central control unit 130, such as power on, power off, reset, or any other field of the invention. It is an obvious operation for those who have the usual knowledge. The detachable central control unit 130 can also include a wireless communication device (not labeled) that can communicate with a computing device 105 in a wireless manner. Wired communication between the detachable central control unit 130 and the computing device 105 can also be performed in the manner of certain illustrative embodiments of the present invention.

Further, the detachable central control unit 130 can also be configured in a manner disposed above a haptic feedback device 120, thereby controlling the haptic feedback device 120 and communicating with other regions of the system 110 via the haptic feedback device 120. The haptic feedback device 120 can include a motor, a vibrating element, or a pressure generating device configured to create an experience of physical or mechanical sensation to the user. The haptic feedback device 120 may also include an electronic heating or cooling plate for simulating hot and cold temperatures, or may also include a fan for use A sensory experience that produces wind or other air flow.

The system 110 also includes another haptic feedback device 120 and one or more buttons or interaction devices 125 and is mounted over the front side of the chest of the article of clothing 112. Likewise, haptic feedback device 120 may also include an electronic heating or cooling plate for simulating hot and cold temperatures, or may also include a fan for generating a sensational experience of wind or other air flow.

Still further, an LED 115, a tactile feedback device 120, and at least one pair of buttons or interaction devices 125 can be added to the cuffs or sleeves of the article of clothing 112. Still further, a motion or position detecting sensor 135 can also be mounted on each cuff or sleeve of the article of clothing 112. The motion or position detection sensor 135 can include one or more accelerometers or other sensors configured to measure and sense the position and movement of the user's limbs.

In the same manner as the system 30 illustrated in Figures 1 through 5 above, the system 110 of Figure 6 can transmit input signals from the motion or position detection sensor 135 and the button or interactive device 125 to A detachable central control unit 130 for processing signals and transmitting data to the computing device 105 for the user to control the interface on the computing device 105. Still further, the computing device 105 can send a feedback signal to the detachable central control unit 130 according to the user's control of the interface. The detachable central control unit 130 can interpret the feedback signal according to the user's control over the interface. The sensory feedback device 120 is controlled to simulate a sensory experience to the user. For example, an interface can be used to simulate shock or vibration to provide an immersive experience.

Figures 7A through 7C illustrate another exemplary embodiment of an integrated motion detection system 700 of the present invention that is similar to the system described above with respect to Figures 1 through 6. In this exemplary embodiment, system 700 includes five separate modules (detachable back module 705, fixed back module 710, chest module 715, and a pair of sleeve or arm modules 720). The connection is made through integrated leads 730 disposed on the inner layer of the article of clothing 725. The integrated lead 730 can be a micro-filament signal cable, a standard size signal cable, or any other signal carrying lead that is apparent to those of ordinary skill in the art. Further, in some exemplary embodiments, the integrated leads 730 can be formed by printing the leads on the cloth behind the article of clothing 725 using conductive ink.

The detachable back module 705 is positioned above the back of the article of clothing 725 and is configured to be attached to the fixed back module 710. The engagement between the fixed back module 710 and the detachable back module 705 can be achieved by a magnetic contact connector configured to be in the detachable back module 705 and Mechanical engagement and electrical communication are provided between the stationary back modules 710. As described below, the detachable back module 705 provides power to the system 700 via a battery and communicates using a wireless communication device such as a Bluetooth transceiver, as discussed below with respect to FIG. The speaker. The detachable back module 705 can serve as a "brain" for the system 700 by controlling other modules.

The fixed back module 710 can relay the signal from the detachable back module 705 through the integrated lead 730. The fixed back module 710 can also be a source of tactile feedback from the user of the system 700, which will be described in detail below with respect to FIG. Further, in some exemplary embodiments, either the fixed back module 710 or the detachable back module 705 can provide the position of the system 700 to the body or torso of the user of the system and/or Or moving detection.

The chest module 715 is coupled to the stationary back module 710 via an integrated lead 730. The chest module 715 can also provide tactile feedback and can also provide a user input device 1110 to allow the user to activate, stop, or synchronize the system 700, as discussed below with respect to FIG.

Each sleeve or arm module 720 is also coupled to the stationary back module 710 via an integrated lead 730. Each sleeve or arm module 720 can also provide tactile feedback to the system 700 and can also provide for detection of the position and/or movement of the limbs of the user of the system 700. As discussed below with respect to FIG. 10, each sleeve or arm module 720 can also provide a pair of user input devices 1010 for the user to interact with system 700.

Figure 8 illustrates the other of the integrated motion detection system 700 of the present invention. The fixed back module 710 of the illustrated embodiment. The stationary back module 710 can function as a signal distribution device in the system 700. Specifically, the fixed back module 710 can include a processor 805 that transmits signals to the detachable back module 705 and receives signals from the detachable back module 705 via the magnetic contact connector 810. In order to control the distribution of signals within the system. The magnetic contact connector 810 can provide both mechanical and electrical connections between the detachable back module 705 and the fixed back module 710. In some exemplary embodiments, processor 805 may also include an integrated accelerometer or other sensor configured to measure the position and/or movement of the torso of the user of system 700.

The fixed back module 710 can also transmit signals to the chest module 715 and the sleeve or arm module 720 and receive the chest module 715 and the sleeve or arm module by using the integrated lead 730 disposed on the wearing object 725. 720 signal. The integrated lead 730 can be connected to the fixed back module 710 through a wired connector 815. The wired connector 815 is not particularly limited and may include an HDMI connector, a USB connector, or any other type of connector that will be apparent to those of ordinary skill in the art to which the invention pertains.

The stationary back module 710 can also include a tactile feedback device 820. The haptic feedback device 820 can include a motor, a vibrating device, a pressure generating device, or any other that is apparent to those of ordinary skill in the art to create a mechanical sensation experience for the user. s installation. The haptic feedback device 820 can also include an electronic heating or cooling element to create a sense of heat and cold, a fan or air flow device to create a sense of wind or air flow, or any other aspect of the art to which the invention pertains It is usually an obvious sensory stimulation device for the knowledger.

FIG. 9 illustrates a detachable back module 705 of an exemplary embodiment of an integrated motion detection system 700 in accordance with the present invention. The detachable back module 705 can function as a control center and external communication device for the system 700. In particular, the detachable back module 705 can include a processor 905 for controlling other modules of the system 700 and for coordinating signals to a connected computing device via a wireless communication transceiver 915. The wireless communication transceiver 915 can be a Bluetooth device, a WI-FI (Wireless Area Network) device, or any other communication device that is apparent to those of ordinary skill in the art to which the invention pertains. In some exemplary embodiments, processor 905 may also include an integrated accelerometer or other sensor configured to measure the position and/or movement of the torso of the user of system 700.

Further, the detachable back module 705 also includes a magnetic contact connector 910 for transmitting signals to the fixed back module 710 and receiving signals from the fixed back module 710. The magnetic contact connector 910 can provide both mechanical and electrical connections between the detachable back module 705 and the fixed back module 710.

The detachable back module 705 can include a battery or power cell 920 configured to supply power to the system through the magnetic contact connector 910. In certain exemplary embodiments, the battery or power battery 920 can be configured to eliminate the need for a charging port by inductive charging. In other exemplary embodiments, a charging connector may also be provided on the detachable back module 705.

FIG. 10 illustrates a sleeve or arm module 720 of another exemplary embodiment of an integrated motion detection system 700 in accordance with the present invention. The sleeve or arm module 720 includes an integrated accelerometer or other sensor 1005 configured to measure the position and/or movement of the limbs of the user of the system 700. The sleeve or arm module 720 also includes at least two user input devices 1010 for the user to generate and transmit an input signal. User input device 1010 can include buttons, switches, trackpads, or other user input devices that are apparent to those of ordinary skill in the art to which the invention pertains.

Further, each sleeve or arm module 720 can be coupled to the stationary back module 710 to exchange signals using integrated leads 730 disposed on the article of clothing 725. The integrated lead 730 can be coupled to each sleeve or arm module 720 through a wired connector 1015. The wired connector 1015 is not particularly limited and may include an HDMI connector, a USB connector, or any other type of connector that will be apparent to those of ordinary skill in the art to which the invention pertains.

Each sleeve or arm module 720 can also include a tactile feedback device 1020. The haptic feedback device 1020 can include a motor, a vibrating device, a pressure generating device, or any other device that is apparent to those of ordinary skill in the art to create a mechanical sensation experience to the user. The haptic feedback device 1020 may also include an electronic heating or cooling element to create a sense of heat and cold, a fan or air flow device to create a sense of wind or air flow, or any other aspect of the art to which the invention pertains It is usually an obvious sensory stimulation device for the knowledger.

FIG. 11 illustrates a chest module 715 of another exemplary embodiment of an integrated motion detection system 700 in accordance with the present invention. The chest module 715 can include at least one user input device 1110 for the user to generate and transmit an input signal. User input device 1110 can include buttons, switches, trackpads, or other user input devices that are apparent to those of ordinary skill in the art to which the invention pertains.

Further, the chest module 715 can be coupled to the fixed back module 710 to exchange signals using the integrated leads 730 disposed on the article of clothing 725. The integrated lead 730 can be connected to the chest module 715 through a wired connector 1115. The wired connector 1115 is not particularly limited and may include an HDMI connector, a USB connector, or any other type of connector that will be apparent to those of ordinary skill in the art to which the invention pertains.

The chest module 715 can also include a haptic feedback device 1120. The haptic feedback device 1120 can include a motor, a vibrating device, a pressure generating device, or any other device that is apparent to those of ordinary skill in the art to create a mechanical sensation experience to the user. The haptic feedback device 1120 may also include an electronic heating or cooling element to create a sense of heat and cold, a fan or air flow device to create a sense of wind or air flow, or any other aspect of the art to which the invention pertains It is usually an obvious sensory stimulation device for the knowledger.

Although a few exemplary embodiments are illustrated and described herein, these exemplary embodiments are used to convey the subject matter described herein to those of ordinary skill in the art. It is to be understood that the subject matter described herein is not limited by the above-described exemplary embodiments and can be carried out in various forms. The above-mentioned subject matter, which is not specifically defined or indicated, may be carried out, or may be carried out using other or different elements or substances not mentioned. It will be appreciated by those of ordinary skill in the art that the invention may be practiced in the embodiments of the invention, without departing from the scope of the invention.

1‧‧‧ first opening

1’‧‧‧Two other openings

2‧‧‧First Communication Port/Micro USB Port

3‧‧‧Second communication port/mini HDMI port

5‧‧‧Three openings

6‧‧‧ Track

7‧‧‧Microprocessor panel

8‧‧‧Waterproof cover

9‧‧‧Microvibration motor

10‧‧‧Lighting diode unit

11‧‧‧Accelerometer

12‧‧‧Biometric Sensor

13‧‧‧Charging port

14‧‧‧Central battery

15‧‧‧Wireless communication module

16‧‧‧Communication Control Unit

20‧‧‧Central Control Unit

24‧‧‧ start/stop button

26‧‧‧ Cover

27‧‧‧ pedestal

28‧‧‧Central rib

Claims (9)

An interactive mobile tracking system for clothing objects, having a series of modules for detecting and receiving data, and connected to a central processing unit, and comprising: a central processing unit or a micro-controller having a data processor The utility model has a waterproof outer cover, the waterproof outer cover has a cover body, and the cover body defines a first opening and two openings, the first opening is for receiving a start/stop button, the two The opening is connected to a first communication port (2) and a second communication port (3); a base (27) having a central rib (28) for symmetric bending, having three openings (5) and two a waterproof cover (8), the three openings overlap with a plurality of openings of the cover and a track (6) at a central portion to place a microprocessor panel (7), the two waterproof covers are disposed on The plurality of openings are used to place the first communication port (2) and the second communication port (3) to cover the ports and keep the central control unit (20) waterproof; at least one motion detection module (17) The motion detection module (17) is used to detect the movement of the X-axis, the Y-axis, and the Z-axis. Calculated by the system to determine the relative position of the operator's limbs and/or body; at least one data receiver unit (18), the data receiving unit (18) may be a user to interact with the system Switch to generate a pulse independent of the position of the operator; at least one pulse generator unit (19), the pulse generator unit (19) a tactile sensor for generating a pulse of vibration, the pulse generating feedback from the system to the operator to give the operator a sense of reality; a communication control unit (16) by which The second communication port (3) is connected to the central control unit (20), and the at least one motion detection module (17), the at least one data receiver unit (18), and the at least one pulse generator unit ( 19) a joint; and a film (M) of a suitable material which is a flexible textile material and adapted to the operator's movement according to ergonomics, each of the aforementioned components being located within the film and being Placed on the lining of a clothing item, whereby when the system is activated, the type of signal transmitted by each system component and the type of signal received from an external transmitter (T) are determined and the data is pre-executed. Processing, then discriminating the data and subsequently transmitting it through a wireless communication module (15) that can be a Bluetooth 4.0 module to allow data to be bidirectionally circulated and having the system send the data to a selected Controllable interface (C) and reception from the controllable interface ( C) information to allow interaction with the interface and to receive feedback signals that generate an immersive experience. An interactive mobile tracking system suitable for clothing objects as recited in claim 1, wherein the means for data processing is a series of preloading instructions in the central control unit 20 that allow processing of the received signals and connection The system and the controllable interface (C) mounted on a device selected from a personal computer, a data collection station, a web server, a virtual reality goggle, an augmented reality goggles And one A group of electronic game machines. An interactive mobile tracking system for a clothing item as recited in claim 1, wherein the microprocessor panel further comprises: at least one micro-vibration motor (9) inside the waterproof cover to provide a feedback sensation; at least one illuminating The polar body unit (10) is used to indicate the state of the system; at least one accelerometer (11) is used to detect an operator's position change; at least one biometric sensor (12) is an infrared type; at least one charging a port (13); a central battery (14) for providing power to the system; and a wireless communication module (15) for transmitting data to and receiving from the controllable interface (C) data. An interactive mobile tracking system for a clothing item, as claimed in claim 1, wherein the central control unit (20) obtains energy from the central battery (14), and the central battery (14) is passed through the charging port (13) Charged by induction, there is no need to physically connect the central control unit (20) to any type of charger. An interactive mobile tracking system for a clothing item according to claim 1, wherein the central control unit (20) is disposed at a position of a central portion of the clothing item to easily access the user, such that other system components are opposite to each other. The central axis of the article of clothing remains symmetrical. An interactive mobile tracking system for a clothing item as recited in claim 1, wherein the clothing item is selected from the group consisting of a jacket, a sweater, a sweater, a T-shirt, a shirt, a sweatshirt, a windbreaker, a sportswear, a vest, a safety and/or A group of protective equipment, pants, footwear, hats and gloves. An interactive mobile tracking system for clothing objects as described in claim 5 The central control unit (20) is placed in the central rear region of the upper portion of the back of the garment of the sweatshirt, T-shirt or jacket; in the region where the pants are located at the hip or near the waist; in the central portion of the brim of the cap On the side of the footwear; or on the back of the glove's hand. An interactive mobile tracking system for a clothing item according to claim 1, wherein the at least one motion detecting module (17) is placed in the clothing object near a bending point corresponding to the body joint, the body joint The bending points are areas corresponding to the bottoms of the wrists, forearms, elbows, shoulders, buttocks, knees, ankles and neck; the at least one data receiver unit (18) is placed in an area close to the user for easy access. Having the user voluntarily operate for the purpose of performing a control action, the data receiver unit (18) being a button, a switch, or a pressure sensor; and the at least one pulse generator unit (19) being Placed on the desired area of the garment, simulates the events of pressure or vibration caused by interaction with the physical component as a component of the mechanical interaction between the simulation and the virtual environment. An interactive mobile tracking system for a clothing item as recited in claim 8, wherein the position of the at least one pulse generator unit (19) is located in a region of the garment that is adjacent to a highly sensitive location of the user's body or is located close to being executable A region of better simulated motion, the region near the highly sensitive location of the user's body is the palm, and the region near which the better simulated motion can be performed is the region that simulates the striking or slamming motion in the action game.