TWM517629U - Exercise information transmission system and information transmission device thereof - Google Patents

Description

Motion information transmission system and information transmission device thereof

The present invention relates to an information transmission system, and more particularly to an information transmission system for transmitting personal sports information to a user device through a communication protocol.

In recent years, the public has awakened to health awareness, and the trend of sports has become more and more popular. The average person, especially the people living in the city, the most convenient and most commonly used sports are walking, running, treadmill exercise, aerobic dance, boxing aerobic, Cycling, hiking, swimming and other sports, while the management of the amount of exercise, in addition to calculating the time and distance of exercise, most of the auxiliary equipment for a single sport, such as a treadmill or pedometer.

For example, China's new patent No. I248825 "Treadmill with step function and its step-by-step method", the main purpose is to provide a treadmill that can record and display the number of steps of the user, which comprises a base, a moving component, a sensor, a processor and a display; the base has a frame on which the moving component is disposed, the moving component has two rollers and is pivoted on the frame, and a running belt is wound around the two Rotating on the roller, the sensor monitors the speed of any component in the moving component, the processor is respectively connected to the sensor and the display, the processor calculates the instantaneous change of the component speed, and records the speed of the component The number of momentary changes, as well as the number of momentary changes in the speed at which the component is displayed using the display.

Another example is China's new patent right M400582 "solar electronic pedometer", whose main purpose is to provide a pedometer that can save energy, avoid environmental pollution, facilitate carrying and improve user's movement efficiency, and includes an electronic pedometer. The body is provided with an electronic display screen and a solar panel. The body has a central processing unit and a vibration sensor. The vibration sensor is connected to a central processing unit, and the solar panel absorbs solar energy and is converted into Electrical energy, the electronic display screen can be driven by a central processing unit in the body to display various information, such as walking distance, calorie consumption, and the like.

According to the above technique, the user can convert the amount of exercise such as the change of exercise time and speed into the consumed heat by the function attached to the treadmill, but the volume of the treadmill is too large, and the data of the exercise must be manually recorded, which is not suitable for efficiency. And convenient people; therefore, users can overcome the problem of oversized treadmills by using a fairly common pedometer. Although the pedometer can be conveniently carried by the user, the pedometer can only be used by display. In the sports information, if the user needs to record the motion data, or further analyze the motion data, in the current technology, the user still records manually when exercising, and if the pedometer has the function of storing data, The transfer of stored data through a patch cord and a computer device after the completion of the exercise is no longer in line with the current convenient and efficient exercise habits; therefore, the above-mentioned prior art does have a need to propose a better solution.

In view of the above-mentioned deficiencies of the prior art, the main object of the present invention is to provide a motion information transmission system and an information transmission device thereof, which can directly share motion information collected by a user during exercise in an instant manner to other devices. Analyze on other devices and increase user convenience during exercise at a lower cost.

The main technical means for achieving the above purpose is that the aforementioned motion information transmission system comprises: a person exercise device having more than one output signal connection point, the personal exercise device sensing a plurality of physiological information of the user and a plurality of Sports information, and storing a plurality of physiological information and a plurality of sports information; an information transmission device having more than one input signal connection point, and electrically connecting the output signal connection point of the personal motion device through the input signal connection point, Receiving a plurality of physiological information and a plurality of sports information; the information transmission device is coupled to a mobile device via a communication protocol for information exchange.

The novel motion information transmission system mainly carries the personal motion device by the user during exercise, and the corresponding motion information and the physiological information of the user can be sensed according to the manner of the motion, when the output signal connection point of the personal motion device is Forming an electrical connection with the input signal connection point of the information transmission device, the information transmission device can instantly share the motion information and the physiological information to the mobile device in a wireless manner, and provide the mobile device for analysis, and the user can Simultaneously transmitting information to the mobile device while moving, and then sharing the sports information and physiological information to the mobile device in a non-instant manner after the exercise is completed; in this way, there is no need to manufacture high-cost personal sports. The device can be immediately analyzed on the mobile device and even shared with other devices through the mobile device to enhance the efficiency and convenience of the user during exercise.

A preferred embodiment of the present invention is as shown in FIG. 1 , which is mainly composed of a human motion device 10 , an information transmission device 20 and a mobile device 30 ; The personal motion device 10 has more than one output signal connection point and is electrically connected to the information transmission device 20. The personal motion device 10 can sense multiple physiological information and multiple motion information of the user, and multiple The physiological information and the plurality of sports information storage; in the embodiment, the personal motion device 10 has a micro processing unit 11, and the micro processing unit 11 is connected to the output signal connection point, a power module 12, and a sensing unit respectively. The module 13, a timing unit 14, a memory unit 15, and a display unit 16; as shown in FIG. 2, in the embodiment, the output signal connection point of the personal motion device 10 includes a power output terminal 17 and a signal. The output terminal 18, the power output terminal 17 and the signal output terminal 18 are electrically connected to the micro processing unit 11, respectively.

The power module 12 is configured to provide power required by the personal motion device 10. The sensing module 13 is configured to detect multiple physiological information and multiple motion information during a user's exercise, wherein the plurality of physiological information includes Heartbeat/pulse, body temperature, blood pressure, etc., multiple motion information including moving distance, direction, speed, vibration amount, etc. The timing unit 14 is used to calculate the usage time, and can be converted into consumption by the user according to the physiological information and the motion information. The personal exercise device 10 can store the device-related information, the heat consumed by the user, the plurality of physiological information, and the plurality of motion information in the memory unit 15 through the micro-processing unit 11, and can also be processed through the micro-processing Unit 11 displays all of the information from display unit 16 for viewing by the user directly on the personal exercise device 10.

Referring to FIG. 3, the information transmission device 20 is coupled to the mobile device 30 via a communication protocol for information exchange.

The information transmission device 20 has one or more input signal connection points, a micro control unit 21 and a first communication module 22, and the micro control unit 21 is connected to the input signal connection point and the first communication module 22, respectively. The information transmission device 20 is electrically connected to the output signal connection point of the personal motion device 10 through the input signal connection point thereof to receive a plurality of physiological information and a plurality of motion information. The input signal connection point of the information transmission device 20 includes a power input. The power supply input terminal 23 and the signal input terminal 24 are electrically connected to the micro control unit 21; in this embodiment, the power input terminal 23 and the signal input end of the information transmission device 20 24 is further electrically connected to the power output terminal 17 and the signal output terminal 18 of the motion device 10, so that the information transmission device 20 can simultaneously receive the power and various information signals transmitted by the personal motion device 10.

In addition, the information transmission device 20 of the present invention is not limited to being capable of supplying power only through the personal motion device 10. In the embodiment, the information transmission device 20 further includes an independent power source and the power source of the information transmission device 20. The input terminal 23 is electrically connected such that the information transmission device 20 does not need to supply power through the personal exercise device 10, and the independent power source can be a battery.

As shown in FIG. 3, the mobile device 30 has a processor 31, a second communication module 32, and a display 33. The processor 31 is electrically connected to the second communication module 32 and the display 33, respectively. The second communication module 32 of the mobile device 30 is coupled to the first communication module 22 of the information transmission device 20 via the communication protocol.

In this embodiment, the communication protocol supported by the first communication module 22 and the second communication module 32 respectively refers to a Bluetooth, an ANT+, a high frequency wireless communication protocol or other wireless communication protocol, and provides the information. A signal can be transmitted between the transmission device 20 and the mobile device 30 in one direction or two directions.

It can be seen from the foregoing preferred embodiments that the present invention is mainly for the user to carry the personal motion device 10 while exercising, and the sensing module 13 of the personal motion device 10 can detect different motion modes. Corresponding motion information and physiological information of the user are generated, and the calculation unit 14 calculates the time of the motion, and finally performs calculations through the micro processing unit 11 to further generate heat consumed by the user. The personal exercise device 10 All information is transmitted to the mobile device 30 in an instant/non-instant manner by the information transmission device 20, thereby improving the user's convenience during exercise.

To further illustrate the manner of application thereof, please refer to FIG. 4, wherein the personal exercise device 10 refers to an outdoor bicycle watch, a heartbeat pulse watch, a pedometer, a meter on a treadmill, and an exercise bike. a portable sensing device such as a meter, a device with a global positioning system or a sports training meter; the information transmission device 20 includes a housing and has a rectangular shape, and the housing can have an upper cover and a lower a cover (not shown), and more than one input signal connection point (not shown) may be disposed between the upper and lower covers, and the output signal connection point of the personal motion device 10 is inserted to form an electrical connection. In this embodiment, the mobile device refers to a smart phone or a tablet computer.

A further preferred embodiment of the present invention is shown in FIG. 5. The main structure is substantially the same as that of the previous embodiment. In the embodiment, the information transmission device 20 includes a flash drive housing 20A. A substrate is disposed in the body 20A, and the input signal connection point, the micro control unit, the first communication module 22 and a memory unit are disposed on the substrate, and the micro control unit is respectively connected to the input signal connection point, the first The communication module 22 and the memory unit are electrically connected to the output signal connection point of the personal motion device 10 through the input signal connection point thereof to receive a plurality of physiological information and a plurality of motion information. The input signal connection point of the disc housing 20A includes a power input end and a signal input end. The power input end and the signal input end are respectively electrically connected to the micro control unit. In this embodiment, the portable disc housing 20A is It can be inserted into the personal exercise device 10 to provide user storage information in addition to being convenient to carry.

When the power output 17 of the personal exercise device 10 is electrically connected to the power input 23 of the information transmission device 20, the personal exercise device 10 can supply its power to the information transmission device 20, and at the same time, when the personal exercise device 10 The signal output terminal 18 is electrically connected to the signal input terminal 24 of the information transmission device 20, and the information transmission device 20 can instantly share all the motion information and physiological information to the mobile device 30 in a wireless manner, and provide the action to the mobile device 30. The device 30 performs analysis, and the user can also share the experience or performance on the network with other friends through the mobile device 30; and the user can not only transmit information to the mobile device 30 during the exercise, but also after the exercise is completed. Then, the sports information and the physiological information are shared to the mobile device 30 in a non-instant manner; therefore, the manufacturer can reduce the cost by eliminating the need to manufacture the high-cost personal exercise device 10 through the information transmission device 20 of the present invention. The price is available to consumers to enhance the efficiency and convenience of the user during exercise.

10‧‧‧personal exercise equipment
11‧‧‧Microprocessing unit
12‧‧‧Power Module
13‧‧‧Sensor module
14‧‧‧Time unit
15‧‧‧Memory unit
16‧‧‧Display unit
17‧‧‧Power output
18‧‧‧Signal output
20‧‧‧Information transmission device
20A‧‧‧Vehicle housing
21‧‧‧Micro Control Unit
22‧‧‧First Communication Module
23‧‧‧Power input
24‧‧‧Signal input
30‧‧‧Mobile devices
31‧‧‧ Processor
32‧‧‧Second communication module
33‧‧‧ display

1 is a schematic diagram of a system architecture of a preferred embodiment of the present invention. 2 is a block diagram of a personal exercise device in accordance with a preferred embodiment of the present invention. 3 is a block diagram of a system transmission device and a mobile device in accordance with a preferred embodiment of the present invention. 4 is a schematic view showing an application state of a preferred embodiment of the present invention. FIG. 5 is a schematic view showing an application state of still another preferred embodiment of the present invention.

10‧‧‧personal exercise equipment

20‧‧‧Information transmission device

30‧‧‧Mobile devices

Claims (14)

A sports information transmission system includes: a human exercise device having more than one output signal connection point, the personal exercise device sensing a plurality of physiological information and a plurality of exercise information of the user, and the plurality of physiological information and A plurality of sports information storage devices; an information transmission device having more than one input signal connection point, wherein the input signal connection point is electrically connected to the output signal connection point of the personal motion device to receive a plurality of physiological information and a plurality of motion information The information transmission device is linked to a mobile device through a communication protocol for information exchange. The motion information transmission system of claim 1, wherein the personal motion device has a micro processing unit, and the output signal connection point of the personal motion device includes a power output terminal and a signal output terminal, and the power output terminal and the signal output terminal The terminals are electrically connected to the micro processing unit, respectively. The motion information transmission system of claim 1 or 2, wherein the information transmission device has a micro control unit; the input signal connection point of the information transmission device includes a power input terminal and a signal input terminal, and the power input terminal The signal input terminals are electrically connected to the micro control unit respectively. The motion information transmission system of claim 3, the information transmission device further has a first communication module, the micro control unit is connected to the first communication module; the mobile device has a processor, a second a communication module and a display, wherein the processor is electrically connected to the second communication module and the display, and the second communication module of the mobile device communicates with the first communication module of the information transmission device link. The motion information transmission system of claim 4, wherein the communication protocol supported by the first communication module and the second communication module respectively refers to a Bluetooth, an ANT+ or a high frequency wireless communication protocol. The motion information transmission system of claim 5, wherein the information transmission device and the mobile device can transmit signals unidirectionally or bidirectionally. The motion information transmission system of claim 6, the personal motion device further comprising a power module, a sensing module, a timing unit, a memory unit, and a display unit, and respectively connected to the micro processing unit; The power module provides power required by the personal motion device, and the sensing module detects multiple physiological information and multiple motion information; wherein the plurality of physiological information includes heartbeat/pulse, body temperature, blood pressure, and multiple motion information includes The distance, the direction, the speed, and the amount of vibration; the timing unit is used to calculate the usage time; the personal motion device can store a plurality of physiological information and a plurality of motion information in the memory unit through the micro processing unit, and simultaneously transmit the micro The processing unit displays all the information from the display unit. The motion information transmission system of claim 7, wherein the information transmission device further comprises an independent power source electrically coupled to the power input of the information transmission device to provide the required power. An information transmission device comprising: one or more input signal connection points, wherein the input signal connection point is electrically connected to a personal motion device having an output signal connection point to receive a plurality of physiological information and a plurality of motion information, and A communication protocol is linked to a mobile device for information exchange. The information transmission device of claim 9, further comprising a micro control unit, wherein the input signal connection point comprises a power input end and a signal input end, and the power input end and the signal input end respectively correspond to the micro control unit The personal motion device has a micro processing unit, and the output signal connection point of the motion device includes a power output end and a signal output end, and the power output end and the signal output end are respectively electrically connected to the micro processing unit. The information transmission system of claim 10, wherein the information transmission device further comprises an independent power source electrically coupled to the power input of the information transmission device to provide the required power. The information transmission device according to any one of claims 9 to 11, wherein the communication protocol is a Bluetooth, an ANT+ or a high frequency wireless communication protocol, and is unidirectional or Signals are transmitted bidirectionally. An information transmission device includes: a portable disk housing; a substrate disposed in the portable disk housing, the substrate is provided with more than one input signal connection point, a micro control unit, and a first communication module And a memory unit, the micro control unit is respectively connected to the input signal connection point, the first communication module, and the memory unit, and is electrically connected to a personal motion device having an output signal connection point through the input signal connection point to receive A plurality of physiological information and a plurality of sports information are linked to a mobile device through a communication protocol for information exchange. The information transmission device of claim 13, wherein the communication protocol refers to a Bluetooth, an ANT+ or a high frequency wireless communication protocol, and the signal can be transmitted unidirectionally or bidirectionally between the mobile device and the mobile device.