TWM440258U - Pedal having exercise force measuring devices - Google Patents

Description

101 July/November 101 Correction Replacement Page 5 New Description: [Technology Area of New Plastics] 7. 〇4年月曰2.n ymJL· This creation is a pedal for measuring the strength of a bicycle with athletic strength, and It can measure the balance of the output exercise power and the sole exertion point consumed by the rider when riding. [Prior Art] With the rise of bicycle sports, more and more people "have daily leisure activities by riding bicycles, or by long-term (four) cycling to achieve fitness purposes" and because of personal physical status The difference is that the current market is equipped with a power measuring device on the bicycle, so as to achieve the amount (four) of the physical and power state consumed by the occupant during the cycling exercise, and additionally can match the state of the heart rate to plan properly The exercise training program can avoid excessive exercise and cause physical burden of the body, or it is difficult to achieve fitness purpose due to insufficient exercise. The main way of setting the conventional exercise power measuring device is to fit the inside of the five-way pipe of the bicycle frame with the record bar of the bicycle, so as to sense when the pure rod rotates in the five-way pipe. The π-piece measures the corresponding stress change generated by the listener when the pedal is stepped on the peak, and then converts it into the actual output value of the exercise force. The force output value or energy is placed on the soft sole of the sports shoes (4) to measure the output force when riding.

Revised replacement page for July/November 101 However, since the conventional power measuring device must be assembled inside the five-way pipe, the procedure at the time of assembly is complicated and costly, and for the current bicycle that does not have the power measuring device, It is necessary to spend a lot of money ^ time to change the crankshaft structure in the five-way pipe so as to be suitable for installing the power measuring device, thereby affecting the rider's willingness to install; in addition, the soft sole has the problem of cushioning and deformation. It is impossible to accurately measure the force of the points at the soles of the rider's feet or to balance the measurement. Moreover, since the sole is attached to the bicycle pedal, it is susceptible to various occasions, places, objects or types. Factors change, so it is less easy to perform measurement analysis. [New content] Therefore, in order to effectively overcome the aforementioned drawbacks. To this end, the present invention discloses a pedal having a kinetic power device, comprising: a pedal body having a locking end protruding from one side of the pedal body for locking to one end of a crank of a bicycle, The pedal body has two treading surfaces respectively corresponding to the front and back surfaces of the pedal body, at least one treading surface is provided with a receiving groove; and a moving force measuring device 'having a base embedded in the capacity The inside of the groove is used to measure an output moving force that is applied when the sole of the foot is applied to the pedal body. The present invention further discloses a pedal with a sports power device, which is packaged in the M440258 month, supplementing the July/July 101 correction replacement page, a pedal body having a frame body, and the shaft at the center of the frame body is provided with a shaft. One end of the shaft protrudes from a locking end for locking to one end of a crank of a bicycle, and a hollow portion is formed between the frame and the shaft; a moving force measuring device includes a base And a fixed base is respectively fixed in the hollow portion via the upper and lower portions of the pedal body for measuring an output power consumed by a sole to apply force to the pedal body.

[Embodiment]

Please refer to FIG. 1 and FIG. 2 for an exploded view and a combination diagram of the first embodiment of the present invention. As shown in the figure, the first embodiment of the present invention mainly includes a pedal body 10 and at least one moving force measuring device 20, which makes the pedal body 10 a long rectangular body of appropriate thickness and at one side thereof. A locking end 12 is protruded and can be locked to one end of a crank (not shown) of a bicycle (not shown). The pedal body 10 has two treading surfaces 14, 16 for stepping on the sole of the foot, respectively corresponding to The front and back sides of the pedal body 10 are disposed, and at least one of the treading surfaces 14 is provided with a receiving recess 18, or the two stepping surfaces 14 and 16 are provided with receiving recesses 18. Please also refer to Figure 3 for the circuit block diagram of the exercise measuring device. As shown in the figure, the exercise power measuring device 20 of the first embodiment of the present invention has a base 22 and can be embedded in the interior of the receiving recess 18, and the upper surface of the base 22 is respectively embedded with a plurality of sensing components. 222, when a rider's sole is stepped on the upper surface of the base 22 for 5 101. I; I4 is positive --- ^ year, month and day. Supplementary no. 101 July day correction replacement page force when 'sensing element 222 can generate a corresponding signal output by sensing the magnitude of the pressure generated when the sole is applied to the respective sensing elements at the corresponding positions. A processing unit 224 is disposed inside the base 22 of the athletic force measuring device 20. The sensing component 222 can be electrically connected to the processing unit 224 via an amplifying circuit and a filtering circuit, respectively, so that the outputted signal is processed by the processing unit 224. And after calculation, it can be converted into a round of outflow exercise value consumed by the rider. The base 22 is additionally provided with a wireless transmission mode 226 electrically connected to the processing unit 224, so that the output motion obtained by the processing unit 224 is processed. Information such as force values can be transmitted externally via the wireless transmission module 226 so that the information can be received or displayed via a receiver 30 of the outside world. As previously described, the sensing element 222 is a pressure sensing element that produces a corresponding signal output by sensing the magnitude of the pressure generated when the sole is applied to the respective sensing elements at corresponding locations. The sensing 70 piece 222 can also be replaced by one of a gravity sensor, an acceleration sensor or a speed sensor. With this type of sensor, it can be sensed that the pedal body 10 is rotated by the user's force. Speed (i*pm). Please refer to Fig. 4 and Fig. 5' for the decomposition diagram and the combination diagram of the second embodiment of the creation. As shown in the figure, the second embodiment of the present invention similarly includes a pedal body 40 and a moving force measuring device 5, wherein the pedal body 40 has a frame 42 having a long rectangular shape, and the center of the frame 42 is The shaft is provided with a shaft 44, and a locking end 46 is protruded at one end of the shaft 44, and can be locked to a bicycle (not shown) - M440258

At one end of the shank (not shown), a hollow portion 48 is formed between the frame 42 and the shaft 44. In addition, in the second embodiment, the exercise power measuring device includes a base 52 and a fixed base 54 respectively fixed to the hollow portion 48 by the upper and lower portions of the pedal body 40, wherein the bottom of the base 52 and the fixed base are fixed. A guiding groove 522, 542 is defined on the upper surface of the 54 for engaging with the shaft 44.

Please refer to FIG. 3 as well as the first embodiment. In the second embodiment, the upper surface of the base 52 is also respectively embedded with a plurality of sensing elements 524 for sensing the rider's sole. The pressure generated by the respective sensing elements 524 at the corresponding positions is used to generate a corresponding signal output, and a processing unit 526 is also electrically connected to the sensing elements 524 inside the susceptor 52 so that the sensing is performed. The signal output by element 524 can be processed and processed by processing unit 526.

The wireless base module 54 is electrically connected to the processing unit 526, so that the information such as the output motion force value obtained by the processing unit 526 can be similarly obtained. The wireless transmission module 5M transmits the wireless transmission mode to facilitate the storage or display after receiving the information via a receiver 3 of the outside world. μ According to the above, in this creation, the main function of the sales road 1 is combined with the pedal of the bicycle, so that the rider can apply the force on the pedal directly. And converted to rider's urging soil 7 f|-i --- Pingyue Day supplements the July/曰 correction replacement page to remove the information of the wheel movement strength to provide the rider to carry out Exercise is used as a reference for physical management, and since the exercise force measuring device can directly measure the urging force of the rider's feet in this creation, it is possible to obtain = accurate output movement information, and exercise force measurement The device does not need to be installed in the five-way pipe to be combined with the crankshaft in the five-way pipe. Therefore, the cost of installation and assembly can be saved greatly. Moreover, this creation is directly applied to the amount of athletic strength due to the foot of the rider. On the measuring device, it is possible to directly measure the amount of the _sports force on each of the sensing elements in order to analyze whether the rider has a skewing posture in the riding posture. The equivalent modification or replacement of the invention shall be included in the second application of the following description to limit the ΤΓΓ, which is only the preferred embodiment of the capture, and is not created by h-lin, and the other is not deviated from the spirit revealed by the creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view showing the first embodiment of the creation. Figure 2 is a schematic view showing the combination of the first embodiment of the creation. The =3 figure is a circuit block diagram of the creative exercise force measuring device. 4 is an exploded perspective view of the second embodiment of the creation. Figure 5 is a schematic diagram of the combination of the second embodiment of the present creation. [Description of main component symbols] Pedal body 10 M440258 m Year of the month humming 101 July/Day correction replacement page 4niyu\

14 Tread surface 16 tread surface 18 accommodating groove 20 kinetic force measuring device 22 pedestal 222 sensing element 224 processing unit 226 wireless transmission module 30 receiver 40 pedal body 42 frame 44 shaft 46 locking end 48 hollow Part 50 Power Track Measuring Device 52 Base 522 Guide Groove 524 Sensing Element 526 Processing Unit 528 Wireless Transmission Module 54 Fixed Base 542 Guide Groove

Claims (1)

Revised replacement page, patent application scope of July/September 101: 1. A pedal with a sports strength measuring device, comprising: a pedal body with a locking end protruding from one side of the pedal body for Locking on one end of a crank of a bicycle, the pedal body has two treading surfaces respectively corresponding to the front and back sides of the pedal body, at least one treading surface is provided with a receiving groove; and a moving force measuring device The pedestal has a pedestal embedded in the accommodating recess for measuring an output moving force that is applied when the sole of the foot is applied to the pedal body. 2. A pedal having a kinetic power measuring device, comprising: a pedal body having a frame, the shaft at the center of the frame is provided with a shaft, and one end of the shaft is convexly provided with a locking end, Between the frame and the shaft, a hollow portion is formed between the frame and the shaft; a moving force measuring device includes a base and a fixed base respectively through the upper and lower parts of the pedal body The clamping is fixed in the hollow portion for measuring an output moving force that is applied when the sole of the foot is applied to the pedal body. 3. The pedal of the exercise power measuring device according to the second aspect of the invention, wherein the bottom of the base and the upper surface of the fixed base are respectively provided with a guiding groove for fitting on the shaft. 4. The pedal of the exercise power measuring device according to claim 1 or 2, wherein the exercise power measuring device further comprises: a plurality of sensing elements embedded in an upper surface of the base, The sensing element can be M440258 ιοί. Generating a corresponding signal output by sensing a magnitude of a pressure generated when the sole is applied to each sensing element at a corresponding position of the pedal body; and a processing unit electrically connected to the sensing element, The signal output by the sensing element is converted to an output power value via the processing unit. 5. For the exercise power measuring device as described in item 4 of the patent application scope The driving force measuring device further includes: a wireless transmission module electrically connected to the processing unit for receiving the output power value outputted from the processing unit via the wireless transmission mode The group transmits outwards through wireless transmission. 6. The pedal of the exercise power measuring device according to claim 4, wherein the sensing component is one of a gravity sensor, an acceleration sensor or a speed sensor, and is mounted on the pedal Ontology. 7. The exercise power measuring device as described in claim 6 of the patent application scope a pedal, wherein the sensing component senses a speed at which the pedal body is subjected to a force applied rotation. 11 M440258 July/Sunday Correction Replacement Page 10 4. Designated representative map: (1) The representative representative of the case is: (1). (2) A brief description of the symbol of the representative figure: 10 Pedal body 12 Locking end 14 Stepping on the surface 16 Depressing the surface 18 accommodating the groove 20 Measuring force measuring device 22 Base 222 Sensing element