TWM397838U - Sports competition training device - Google Patents

Description

M397838 V. New description: [New technical field] This creation is about a sports attachment, especially a training device. [Prior Art]

The conventional bicycle driving information device can sense the progress of the bicycle and can further convert the speed signal into a distance signal or other reference and display the information on the display for the rider to understand the situation of the beta. Some driving information devices are equipped with a heartbeat sensor and a temperature sensor 1 component to enable the rider to better understand the environmental conditions and his or her physical condition. Bicycle riders often use the Global Positioning System (GPS) as a coordinate positioning and navigation function in addition to the use of the driving information device as an additional aid. Navigable with Global Positioning System (Radio)

Features such as navigation, positioning, time transfer, Telecommunication, and Surveillance. Therefore, Global Positioning System (GPS) has a wide range of applications and has been widely used in car navigation systems, portable computer devices (such as car computers, notebook computers and PDAs), and wireless handheld devices (such as Big Brother). Large, pager and personal locator, etc.). [New content] In terms of application, driving information devices are often used in competitions, such as M397838. The order is recorded... L? is also separated, and (4) is applied to the line on the line. The equidistant force 2 bike riders on the trail are fresh on the path. This kind of practice can only be divided into 四 s (four) coffee, each position of the financial position point coordinates, there is no real sense of competition or expected arrival time for β ’. 4c's driving information||The functions displayed on it are extremely limited. Generally, only the speed value, distance, position information (such as X, Y axis coordinates) and other simple functions can be displayed. The f method displays, for example, the inclination and slope in the path. Value, height value, etc.

Second news. Moreover, the general driving information device can only display simple graphics, and can not display the two-dimensional terrain _ °, so the system can not let the system feel the effect of the real three-dimensional path graphics and the feeling of immersive. / The lack of functionality for the driving information device is a combination of the technology of the global satellite positioning system and the function of the driving information device. However, there are still some shortcomings such as the large size of the Wangqiu Xingxing system, which is not suitable for carrying. When the user passes through a tall building, a forest, a walkway or a room, it is affected by terrain and features, resulting in poor reception. Or interrupted; the global satellite positioning system circuit is more complex and the acquisition cost is higher. Accordingly, in view of the above-described deficiencies of the prior art, one of the aims of the present invention is to provide a sports competition training device that can be used as a support for the user during mountaineering and cycling. In this creation, there are information such as the starting coordinates of the path trajectory, the position coordinates of the segment, the direction value or height value, and the target coordinates. The creation may generate a signal to the microprocessing unit by the segment position sensing unit at every segment position, and the segment position sensing unit may be one of the distance calculation unit, the timing unit, and the calorie calculation unit. Another purpose of this creation is to provide a simple/sports competition training device. The M397833 speed complex satellite navigation system can grasp the motion: the path of the I:’ obscurity, distance, direction, altitude and other path data. The design of the ball guard can be obtained by the height sensing unit without displaying the _ circuit design or the combination of the full path of the f system. The height of the image is continued (4) slope, height and inclination, to achieve the effect of the real-life stereo path diagram, so that the user feels immersed. = through the data transmission interface can be connected to the network or through the network system ... to (4) map resources 'to obtain stereo „ (for example, three-dimensional topographic map), and the terrain graphics can be stored in the map data (four) 'and this stereo map The motion path, ,, & can provide a user-friendly display interface. In this creation, the sensing unit can present the starting position of the motion path, the segment position coordinate, the direction value or the height value, and the target. Various financial information such as coordinates, speed, heartbeat value, etc., provide readers' reference. When applying this creation to the path competition, the inclination of the motion path can be presented: the slope value, the height value, the estimated arrival time, and the mileage from the target position, and the like. Other objects and effects of the present invention will be further clarified by the following examples and accompanying drawings. [Embodiment] 11 Fig. 1 is a circuit diagram showing an embodiment of the present creation. The present competition training device 1GG includes a micro-processing unit 1 (), a height measuring unit "-direction sensing unit 12, a heartbeat sensing unit 13, a speed sensing unit M397838

9V^h#jL 亓丨4 Fu Wu 兀14, a distance calculation unit 15, - .......... A data transmission interface is not a device 16 a setting unit] 7, body 20. , a path data memory to the measurement unit 11 is connected to the arsenal, and is connected to the micro-processing unit 1G for measuring the movement path of the user along the path ^ - , a. O〇_ . The height of the Yanzi in the mother-segment position. The direction of feelings is earlier than 12 to sense the value of the child. The heartbeat sensing unit 13 can sense the position of the position

The user's heartbeat value. The speed sensing unit 14 senses the speed at which the user travels along the path of motion. n The single 7015 can receive the speed signal detected by the speed sensing unit 14 and the timing signal provided by the timing unit 31, and calculate the π-conversion m motion pure material (4), and generate the segment position signal when recording the money-segment position ( Not shown) to the microprocessing unit 10. The display 16 can be used to display various values of the sports competition training package and/or the map setting unit 17 for the user to set various settings of the athletic competition training device 100.

The sports competition training device 100 can be coupled to the remote map resource 182 via the network system (8) via the data transfer interface 18 to obtain the topographical map 191 ' via the Internet and the terrain graphic 191 can be stored in the map data storage 19. The map provided by the remote map resource 182 can be a flat or stereo map (e.g., a three-dimensional map). The sports competition training device 100 may also obtain the terrain graphic 191 by a computer device (not shown) that normally stores the required terrain graphic data without transmitting through the data transmission interface 18. The path data memory 20 is connected to the micro processing unit. As shown in FIG. 2, the path data memory 20 stores at least one path trajectory data M397838 21 ' and the mother path trajectory data 21 includes the starting coordinates of the motion path. _ to: >, segment position coordinate 211, at least one orientation value 2 丨 2, a target pedestal 214 ′ where $ start coordinate 21 () records the starting position of the motion path t 'the section The position coordinate 2 记录 records the coordinates corresponding to the position of the segment, and the orientation value 212 records the orientation corresponding to the position of the segment. The sports competition training device 1 further includes a timing unit 31, a calorie calculation unit 33, and a personal data memory 32, wherein the timing unit 31

A calorie calculation unit 33 and a distance calculation unit 15 may be provided at 4 o'clock § S2. The personal data memory 32 stores the user's personal data (e.g., weight ▲, height, age, sex I, etc.). The calorie calculation unit can 33 can calculate the calorie consumption of the user during exercise according to the 虞 timing signal S2 and the personal data stored in the personal data memory 32, and provide a calorie consumption signal S3 to the micro processing unit. 1〇. The segment sensing unit of the present invention is composed of one of a timing unit, a calorie calculation unit 33, and a distance calculation single magic 5 or a combination thereof.

The segment sensing unit 200 may sense that a segment position signal is generated to the micro processing unit at every other segment position as the user travels along the motion path. If the segment sensing unit 200 is the distance calculating unit 15, the segment position signal is = segment, that is, the user generates a signal for each action-predetermined noise, which is generated by the distance film calculation unit 70 15 to Microprocessing unit. If the segment sensing unit is the timing unit m, the segment position money is the timing segment, that is, the user per action-predetermined time, which is generated by the timing unit 31 - Μ processing single heart segment detection W is the signal system for the calorie calculation unit secret segment, which is the calorie consumption signal, that is, the user per movement M397838

.-·> J.L Year Month' When a predetermined calorie consumption is consumed, a calorie calculation sheet = 33 is generated - a signal to the micro processing unit. · Referring to Figure 3, when the user wears the sports competition training device 100 created by the user or attaches the creation to the riding bicycle, it will continue from a starting position P0 along a moving path R. After several segment positions 1 P7 finally reach the target position P8. At this time, through the respective sensing units, the starting coordinate scale of the motion path R, the at least one segment position coordinate 211, the at least one orientation value 212, and the target coordinate 2M can be stored in the path data memory 20. The start coordinate 21 () records the coordinates of the start position of the motion path r, the segment position coordinate 211 records the coordinates corresponding to the position of the segment, and the orientation value 212 records the position corresponding to the segment. Orientation. The terrain pattern 191 in Fig. 3 presents a mountainous terrain. The representation of the movement path R allows the maker to make (4) more affinitive and convenient. After the above-mentioned motion path is completed, since the path data memory 2〇 stores the starting coordinates 21〇 of the motion path R, the segment position coordinates hi, the orientation value 212, and the target coordinates 214·. In the second movement of the movement path of the money movement, the relevant information of the above listed items can be presented on the display 16 of the creation exercise competition training device. In the same motion of the motion, the user's heartbeat value, speed=,=, height value, estimated arrival time, and distance to the target position may also be displayed on the display 16. The obtained data is transmitted to a remote computer or a remote county via the network system 181 via the resource 1. ^, the user can follow the memory stored in the same way, or multiple users can use the above-mentioned functions of the creation, the self-training, and the dynamic path for the competition training. The sports competition training device 100 of the present invention can be made suitable for wearing, = structural type '4' for recording the path of the user along the path of the __ movement path, or can be made suitable for wearing on the user. The structure type on the riding bicycle is used to record the road along the moving path when the user rides the bicycle. ^ Track: The material Hj can also be applied to the indoor sports car during the exercise. The environment is presented. In addition to displaying the x and γ axis coordinates of the motion path, the author can calculate the slope, height and inclination of the motion path by the height value obtained by the height sensing unit to achieve the realistic stereoscopic path graphic effect. The user feels immersed in the situation. Figure 4 is a diagram showing the display information presented by the creative sports competition training device 100 on the display unit 16, which displays the user's heartbeat value 16G, the inclination 16b speed value 162, the slope value 163, and the height on the display 16. Information such as value 164, estimated arrival time 165, mileage 166' from the target location, and irregular motion path R. FIG. 5 shows a schematic diagram 2 of the display information presented by the creative sports competition training device 100 on the display 16, which displays the user's heartbeat value 16G, the speed value 162, the slope value 163, the height value ι64, and the prediction on the display 16. Information such as the arrival time 165, the number of miles from the target position 丨66, and the circular motion path R1 (the field path or the track field path). Figure 6 shows the display information schematic 3 of the present sports competition training device 100 on the display 16 M397838 99. 7. 2 7^C, i, the second month, which displays the user ~ hop value on the display 16 160, speed value 162, slope value 163, height value 164, estimated arrival time 165, mileage 166 from the target position, and curve type motion path R2 and other information. Figure 7 shows a schematic diagram 4 of the display information presented by the creative sports competition training device 1 on the display 16, which displays the user ~ hop value 160, speed value 162, estimated arrival time 165, distance on the display 16. Information such as the number of miles 166 at the target position and the linear motion path R3. The above embodiments are merely illustrative of the preferred embodiments of the present invention, and those skilled in the art can make various other modifications and changes as described in the above embodiments of the present invention. However, all of the advantages and benefits of the present invention are still within the creative spirit of this creation and the patents defined below. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram showing the circuit of the embodiment of the present invention; Fig. 2 is a view showing the path of the path in the creation, including the starting point of the motion path, the coordinates of the position slave, the position value, and the target coordinates. Schematic diagram showing the three-dimensional terrain graphics and motion paths displayed by the sports competition training device of the present creation; ''The display information of the display information displayed on the display by the shoulder-shoulder creation sports competition training device; FIG. 5 shows The display information of the creative sports competition training device on the display is shown in Figure 2; -11 - M397838 The first picture == creative 2 sports competition training device displays no information on the display. Figure 7 shows the creative sports competition Schematic diagram 4 of the display information presented by the training device on the display. [Main component symbol description] 100 sports competition training device 200 segment sensing unit 10 micro processing unit 11 high metrology unit 12 direction sensing unit 13 heartbeat sensing unit 14 speed sensing unit 15 distance calculation unit 16 display 17 points to SS δ and early 70 18 data Transfer interface 181 Network system 182 Remote map resource 19 Graph data memory 191 Terrain graph 20 Path data memory 21 Path trace data 210 Start coordinates 211 Segment position coordinates -12 - M397838 溆 7. 2 7 repair" Year

212 Orientation value 214 Target coordinate 31 Timing unit 32 Personal data memory 33 Calorie calculation unit P0 Starting position P1 to P7 Segment position R, Rl, R2, R3 Motion path P8 Target position 160 Heartbeat value 161 Tilt 162 Speed value 163 Slope value 164 Height value 165 Estimated arrival time 166 Mileage from the target position S2 Timing signal S3 Calorie consumption signal-13 -

Claims (1)

M39.7838 "F -v ^ . , ,,.'_,··, VI. Patent application scope: 1. A sports competition training device for recording the path of a user moving along a moving path Trace device, the device comprises: a micro processing unit; a segment sensing unit connected to the micro processing unit for sensing when the user travels along the moving path, generating a region every other segment position a path position signal is connected to the micro processing unit; a direction sensing unit is connected to the micro processing unit for sensing a position value of the user at the position of the motion path; and a path data memory connected to the micro processing unit The unit stores at least one path trajectory data, and each path trajectory data includes a starting coordinate of a moving path, at least one segment position coordinate, at least one position value, and a target coordinate, wherein the starting coordinate records the a coordinate of a starting position of the motion path, the segment position coordinate records a coordinate corresponding to the position of the segment, and the orientation value records an orientation corresponding to the segment position; Connected to the microprocessor unit for displaying the path trajectory resource materials. 2. The sports competition training device according to claim 1, further comprising a height measuring unit coupled to the micro processing unit for measuring a position of the user in the motion path Height value. -14 - M397838 3. If you apply for a patent The sports competition training device of claim 1, further comprising a heartbeat sensing unit for sensing a heartbeat value of the user. 4. The sports competition training device according to claim i, wherein the segment sensing unit is coupled to a speed sensing unit, the speed sensing unit sensing the traveling speed of the user . 5. The sports competition training device according to claim ,i, characterized in that it further comprises a data transmission wheel interface. 6 ' Μ 运动 运动 专利 专利 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动from. The position signal of the section is the sports competition training device of the item, and the 感 area and the sensing unit are a timing unit μ section. The segment position signal is the motion training device described in the first item of the time (4), and the 哕 & segment sensing unit is a calorie armor. ° 早 70 ' and the segment position signal system 9. The private competition beading device described in claim 1 wherein the -15 - M397838 e& 7. 2 7 motion path is an irregular motion path, One of the sports field path, the track field path, the curved path, and the linear path. 10. A sports competition training device for recording path trajectory data of a user moving along a motion path, the device comprising: a micro processing unit; a segment sensing unit connected to the micro processing unit When detecting that the user travels along the moving path, a segment position signal is generated to the micro processing unit at every other segment position; a height sensing unit is connected to the micro processing unit for measuring the a height value of the user at the position of the motion path; a path data memory connected to the micro processing unit, storing at least one path trajectory data, and each path trajectory data includes a starting coordinate of a motion path, at least a segment position coordinate, at least one height value, a target coordinate, wherein the start coordinate records a coordinate of a start position of the motion path, the segment position coordinate records a coordinate corresponding to the segment position, and the coordinate The height value records the height corresponding to the position of the segment; a display is coupled to the micro processing unit for displaying the path trajectory data. 11. The sports competition training device of claim 10, further comprising a heartbeat sensing unit for sensing a heartbeat value of the user. -16 - Chat 7838 V,. B" Special: Scope 10, the sports competition training 2, #, the middle section of the sensing unit is connected with - speed sensing unit, speed sensing single S sense The travel speed of the user is measured. The sports competition training device described in item 10 of the second special category is characterized in that it further includes a data transmission interface. 14.;=The sports competition (four) training device mentioned in item 10 of the profit range," the sensing unit of the area I is calculated by a distance, the distance is m | early, and the segment signal is 1 5 . Patent application scope 1 〇 The section sensing unit is a time sheet: 3 competition training device, of which B temple section. Early 7" (four) section position signal system Year J:) 6. If the patent application scope is 10 items, the section sensing unit is a calorie meter 2 competition training device, which is a calorie consumption signal.疋' and the segment position signal, such as the application for the hometown of the 1G rhyme, the motion path is an irregular motion path m training, where the path, the curve path, the linear path -. %Road control, track and field field -17 - M397838 IV. Designated representative map: (1) The representative representative figure of this case is \第1图 (2) The representative symbol of the representative figure is a simple description: 100 sports competition training device 10 micro processing unit 11 high measurement unit 12 direction sensing unit 13 heartbeat sensing unit 14 speed sensing unit 15 distance calculation unit 16 display 17 setting early 18 data transmission interface 181 network system 182 far End view resource 19 Picture data memory 191 Terrain pattern 20 Path data memory 21 Path track data 200 Section sensing unit 31 Timing unit 32 Personal data memory 33 Calorie calculation unit M397838 52 53 Timing signal - calorie consumption signal