CN105498156A - Self-generating method and exercise treadmill capable of self-generating according to the method - Google Patents

Abstract

The invention provides a self-generating method and a sport running machine capable of generating self electricity according to the method, the method utilizes manpower to pedal on a running frame seat movably pivoted on a virtual central axis on a machine table, the running frame seat is divided into a left block and a right block by the virtual central axis, so that a user can continuously walk or pedal on the left block and the right block of the running frame seat in a running mode to swing left and right movably to generate potential energy difference and further link an inertia mechanism, the inertia mechanism generates unidirectional inertia rotation action to drive a generator to generate electric energy, the user can not only build up the body, but also utilize self-powered running to generate electric energy, the user can increase the willingness of the user in sport due to sport and energy conservation, the quantity of mains supply required by the running machine is reduced to reduce the electricity consumption cost, and the effects of body building, energy conservation and the like are achieved.

Description

Self-generating method and exercise treadmill capable of self-generating according to the method

technical field

The present invention relates to a self-generating method and a sports treadmill capable of self-generating according to the method, in particular to a treadmill that utilizes manpower to step on a running frame that is movable and pivoted on a virtual central axis on the machine platform. It is divided into left and right blocks by the virtual central axis, allowing users to continuously walk or run when stepping on the left and right blocks of the running frame, it will swing left and right in a movable manner to generate a potential energy difference, and then move The inertial mechanism makes the inertial mechanism produce a unidirectional inertial rotation action, and can drive a generator to generate electric energy and a running treadmill thereof.

Background technique

For today's busy office workers, it is often impossible to go outdoors for exercise due to lack of time, which leads to poor health or lack of physical strength. Therefore, the various body-building equipments launched on the market at present satisfy the need for people to carry out proper physical exercise without going outdoors. The main function of the fitness equipment is to provide people with the ability to exercise, and according to the different functions of the fitness equipment, various parts of the human body can be fully exercised. For example, in the case of an exercise bike or a fitness treadmill, the feet of the human body can be used to exercise and exercise by cycling or running. The current fitness equipment can be roughly divided into two types: large and small according to its size, and fitness equipment has also been combined with related electronic facilities according to operational or functional requirements. For example, a motor can be installed inside a fitness treadmill. It can be used by the person running, or the fitness equipment can also be integrated with a display panel for displaying information about the exercise performed by the person on the fitness equipment. Therefore, based on the consideration of the above-mentioned fitness equipment in combination with relevant electronic facilities, it is necessary to provide power to it for use by these electronic facilities. At present, there are mainly the following ways to provide power to the fitness equipment: For large-scale fitness equipment, it is directly Provide mains power, and for small fitness equipment, it can provide power through dry batteries. However, for fitness equipment, it will generate kinetic energy when it is operated by personnel, and this kinetic energy has not been properly utilized at present. Sports treadmill, in particular, refers to a kind of treadmill that uses manpower to step on the running frame that is movable and pivoted on the upper position of the machine platform on the virtual central axis. The running frame is divided into left and right blocks by the virtual central axis, allowing the user to continuously When stepping on the left and right blocks of the running frame seat in a walking or running manner, it will swing left and right in a movable manner to generate a potential energy difference, and then link the inertial mechanism to make the inertial mechanism produce a unidirectional inertial rotation action, which can A method for driving a generator to generate electric energy and a running treadmill thereof.

Contents of the invention

The purpose of the present invention is to provide a self-generating method and a self-generating exercise treadmill according to the method. The user can exercise and strengthen his body while using self-powered running to generate electric energy, so that the user can increase his exercise by saving energy while exercising. The willingness of the treadmill also reduces the electricity required by the treadmill to reduce the cost of electricity and achieve the effects of fitness and energy saving.

For reaching above-mentioned purpose, solution of the present invention is:

A self-generating method. This method utilizes manpower to step on the running frame seat on the virtual central axis of the machine platform. The running frame is divided into left and right blocks by the virtual central axis, allowing users to continuously When walking or running stepping on the left and right blocks of the running frame, it will swing left and right in a movable manner to generate a potential energy difference, and then link an inertial mechanism to make the inertial mechanism produce a unidirectional inertial rotation action, and can Drive the generator to generate electric energy, users can not only exercise and strengthen themselves, but also use self-powered running to generate electric energy, so that users can increase their willingness to exercise due to energy saving while exercising, and also reduce the electricity required by the treadmill to reduce power consumption. Electricity cost, to achieve fitness, energy saving and other effects.

A sports treadmill capable of self-generating power according to the above-mentioned self-generating method is characterized in that it includes a machine platform, and the front and rear ends of the machine platform are provided with two spaced pivot joints on a virtual central axis line, which can move A running frame is pivotally connected to a running frame, and the running frame has a revolving running belt for the user to step on, and an inertial mechanism can be connected with the running frame, when the user continuously walks or runs, the running The frame seat is movable left and right to generate a potential energy difference, and then the inertial mechanism is linked to make the inertial mechanism produce a unidirectional inertial rotation action, which can drive the generator to generate electric energy.

Further, the front and rear ends of the machine are provided with two spaced apart front pivotal seats and rear pivotal seats with shaft holes on a virtual central axis.

Further, the running frame seat is provided with a support assembly and a motor for the user to step on or run, and the above-mentioned revolving running belt is arranged at the upper and lower positions of the support assembly, and the running belt is sleeved on the front axle tube and the rear axle tube Above, the running belt is driven by a motor through a belt to drive the front shaft tube to make the running belt rotate, and the bottom end of the running frame is provided with two spaced front and rear cross bars, the front and rear cross bars A shaft extends from the center respectively, which can be pivotally connected to the shaft hole of the front pivot seat and the shaft hole of the rear pivot seat respectively, so that the running frame base takes the virtual central axis as the rotation axis point, and the running frame seat is formed by The virtual central axis is divided into left and right blocks, and an inertial mechanism can be connected with the running frame.

Further, the left and right ends of the running frame seat are provided with a left pivot seat and a right pivot seat.

Further, the inertial mechanism includes an inertia wheel, which is arranged on a bracket provided on the machine table. The central shaft extended by the inertia wheel passes through the bracket, and is pivotally connected with a shaft containing a one-way bearing. Roller and a toothed pulley with a one-way bearing inside, and there are multiple rollers on the shaft of the machine table, one of which is pivotally connected to another roller with the same direction of rotation, and the roller is connected to the aforementioned inertia wheel by a belt The rollers pivotally connected on the central shaft of the center shaft are surrounded by a timing belt, and its two ends respectively have an axle hole, one of which is sleeved on the left pivot seat at the left end of the aforementioned running frame seat, and the timing belt is also sleeved On the roller, then S-shaped back around the toothed pulley and the roller, and finally the shaft hole at the end of the timing belt is sleeved on the right pivot seat at the right end of the running frame.

Further, the inertia mechanism includes a driving plate, which has a hollow portion, an upper rack is installed on one side of the driving plate, and a lower rack is installed on the lower edge of the other side. There is a bracket, one side of the bracket can be pivotally connected with an inertia wheel, the center shaft of the inertia wheel runs through the bracket, and the center shaft on the other side of the inertia wheel is provided with two groups of gears containing one-way bearings, which can be positioned Between the hollow parts of the driving plates, the two gears can respectively mesh with the upper and lower racks on the driving plates.

Further, the front end of the running frame seat is equipped with a positioning column, which can be connected with the positioning hole provided by the driving plate of the inertial mechanism.

The present invention provides a self-generating method and a sports treadmill capable of self-generating according to the method. In the method, manpower is used to step on the running frame on the machine platform, which is movable and pivoted on the virtual central axis. The running frame is defined by the virtual central axis. Divided into left and right blocks, allowing users to walk or run continuously when stepping on the left and right blocks of the running frame, it will swing left and right in a movable manner to generate a potential energy difference, and then link the inertial mechanism to make the The inertial mechanism produces a unidirectional inertial rotation movement, which can drive the generator to generate electric energy. Users can not only exercise and strengthen their bodies, but also use self-powered running to generate electric energy, so that users can increase their willingness to exercise due to energy saving while exercising. Reduce the city power required by the treadmill to reduce electricity costs, and achieve fitness, energy saving and other effects.

Description of drawings

Fig. 1 is a three-dimensional view of the sports treadmill capable of self-generating power according to the present invention;

Fig. 2 is a partially enlarged perspective view of the present invention;

Fig. 3 is the three-dimensional exploded view of the present invention;

Fig. 4 is an exploded view of the inertial mechanism of the present invention;

Fig. 5 is a three-dimensional perspective view of the present invention;

Fig. 6 is a schematic diagram of an inertial mechanism of the present invention;

Fig. 7 is another three-dimensional view of a self-generating exercise treadmill of the present invention;

Fig. 8 is another partially enlarged perspective exploded view of the present invention.

[Description of Symbols] 1 Machine 11 Front Pivot Seat

110 shaft hole 12 rear pivot seat

120 shaft holes 13 brackets

2 running frame seat 21 front cross bar

211 axle rod 22 rear cross bar

221 shaft rod 23 support assembly 24 running belt 241 front shaft tube 242 rear shaft tube 25 virtual central axis

251 left block 252 right block

26 Left Pivot Seat 27 Right Pivot Seat

28 positioning column 31 motor 32 belt 33 generator

4 inertia mechanism 41 timing belt

411, 412 shaft hole 42 roller

43 toothed pulley 44, 45, 46 rollers

47 belts 48 inertial wheels 480 central shaft rods 5 inertial mechanisms

51 driving plate 510 hollow part

511 positioning hole 52 upper rack 53 lower rack 54, 55 gears

56 inertial wheels 560 central shaft rods.

detailed description

In order to further explain the technical solution of the present invention, the present invention will be described in detail below through specific examples.

In order to understand the structure of the present invention in more detail, please refer to Fig. 1 to Fig. 2, the present invention provides a kind of self-generating method and a sports treadmill capable of self-generating according to this method. On the running frame base 2 pivoted by the virtual central axis 25, the running frame base 2 is divided into left and right blocks 251 and 252 by the virtual central axis 25, allowing users to continuously walk or run on the running frame The left and right blocks 251 and 252 of the seat 2 will be in a movable left and right swing to generate a potential energy difference, and then link the inertial mechanism 4 to make the inertial mechanism 4 produce a unidirectional inertial rotation action, which can drive the generator 33 generates electric energy, users can not only exercise and strengthen themselves, but also use self-powered running to generate electric energy, so that users can increase their willingness to exercise due to energy saving while exercising, and also reduce the electricity required by the treadmill to reduce electricity costs , to achieve fitness, energy saving and other effects.

According to this method, the sports treadmill that can generate electricity by itself includes a machine platform 1, and the front and rear ends of the machine platform 1 are provided with two spaced front pivotal seats with shaft holes 110, 120 on a virtual central axis 25. 11 and the rear pivot seat 12; a running frame seat 2, on which a support assembly 23 and a motor 31 are provided for the user to step on or run, and the support assembly 23 is provided with a revolving running belt 24 at the upper and lower positions The running belt 24 is sleeved on the front shaft tube 241 and the rear shaft tube 242. The running belt 24 is driven by the motor 31 through a belt 32 to drive the front shaft tube 241 to allow the running belt 24 to rotate, and the bottom end of the running frame seat 2 is set There are two spaced apart front crossbars 21 and rear crossbars 22. A shaft 211 and 221 respectively extend from the center of the front crossbar 21 and rear crossbar 22, which can be pivotally connected to the shaft of the front pivotal seat 11 respectively. In the hole 110 and the shaft hole 120 of the rear pivot seat 12, the running frame base 2 is made to take the virtual central axis 25 as the rotation axis point, and the running frame base 2 is divided into left and right blocks 251, 252 by the virtual central axis 25, The left and right ends of the running frame 2 are provided with a left pivotal seat 26 and a right pivotal seat 27, an inertial mechanism 4 can be connected with the running frame 2, when the user continuously walks or runs on the running frame The left and right blocks 251 and 252 of 2 will be in a movable left and right swing to generate a potential energy difference, and then the inertial mechanism 4 will be linked to make the inertial mechanism 4 produce a unidirectional inertial rotation action, which can drive the generator 33 Generate electricity.

Please refer to Fig. 4, the inertia mechanism 4 includes an inertia wheel 48, which is arranged on a bracket 13 (as shown in Fig. 2 ) provided on the machine table 1, and the central shaft 480 extended by the inertia wheel 48 runs through the bracket 13, and coaxially connected with a roller 46 containing a one-way bearing and a toothed pulley 43 containing a one-way bearing in the center, and a plurality of rollers 42, 44 are arranged on the shaft of the machine table 1, one of which is 42 is pivotally connected with another roller 45 that turns to the same direction, and the roller 45 is surrounded by a belt 47 and the roller 46 pivoted on the central shaft 480 of the aforementioned inertia wheel 48. A timing belt 41 has two ends Respectively have a shaft hole 411,412, wherein a shaft hole 411 is sleeved on the left pivot seat 26 of the left end of the running frame seat 2, the timing belt 41 is also sleeved on the roller 42, and then S-shaped loops over the toothed pulley 43 and The roller 44 and the shaft hole 412 at the end of the timing belt 41 are sheathed on the right pivot seat 27 at the right end of the running frame 2 again.

Please refer to FIG. 1 to see the angle of view. The running frame seat 2 of the present invention is divided into left and right blocks 251 and 252 by the virtual central axis 25 (refer to FIG. 3 at the same time). The left and right blocks 251, 252 of the running frame 2 will be movable left and right swings to generate a potential energy difference and drive the inertial mechanism 4. In this embodiment, when the user steps on the running frame 2 When the left block 251 of the running belt 24 (can refer to Fig. 1 to Fig. 4 at the same time), its running frame base 2 can swing to the left, so that the timing belt 41 connected to the right pivotal seat 27 of the running frame base 2 is upward pull, and let the roller 44 rotate counterclockwise and interlock the toothed belt pulley 43 that contains the one-way bearing to rotate clockwise, this moment drives the coaxial inertial wheel 48 and drives the generator 33 to generate electricity, and the roller 42 passes through time The gauge belt 41 is linked to rotate counterclockwise, and the coaxially pivoted roller 45 on the roller 42 is the same as the steering, that is, it rotates counterclockwise, and the roller 46 surrounded by the same belt 47 as the roller 45 also rotates counterclockwise. That is, the one-way bearing in the roller 46 is in an idling state, and when the user steps on the right block 252 of the running belt 24 on the running frame 2 (can refer to Fig. 5 and Fig. 6 simultaneously), the running frame will 2 will swing to the right and down, so that the timing belt 41 connected to the left pivot seat 26 of the running frame 2 is pulled upwards, and the roller 44 is rotated clockwise and linked with the toothed pulley 43 containing a one-way bearing. Rotate counterclockwise, and the roller 42 rotates clockwise, wherein the one-way bearing in the toothed pulley 43 is in an idle state, and the roller 45 pivotally connected with the coaxial axis on the roller 42 turns to the same direction, that is, rotates clockwise. 45 The roller 46 that surrounds with same belt 47 also rotates clockwise, this moment drives the inertia wheel 48 of coaxial center and drives generator 33 to produce electric power.

Please refer to Fig. 7 and Fig. 8, another embodiment of the present invention can also be inertial mechanism 5, and it comprises a driving plate 51, and this driving plate 51 has a hollow portion 510, and the edge on one side of its driving plate 51 is installed There is an upper rack 52, and a lower rack 53 is installed on the lower edge of the other side. A bracket 13 is arranged on the machine table 1. One side of the bracket 13 can be pivotally connected with an inertia wheel 56. The central axis of the inertia wheel 56 560 runs through the bracket 13, and the central shaft 560 on the other side of the inertia wheel 56 is provided with two groups of gears 54, 55 containing one-way bearings, which can be positioned between the hollow portion 510 of the drive plate 51 and the two gears 54 , 55 can engage with the upper and lower racks 52, 53 on the driving plate 51 respectively.

Please refer to Fig. 8, the front end of the running frame 2 of the present invention is equipped with a positioning post 28, which can be connected with the positioning hole 511 provided by the drive plate 51 of the inertial mechanism 5, when the user continuously walks or runs When stepping on the left and right blocks 251, 252 (simultaneously referring to Fig. 3 ) of the running frame seat 2, it will be in a movable left and right swing to generate a potential energy difference and drive the inertial mechanism 5. In this embodiment, when the user When stepping on the left block 251 of the running belt 24 on the running frame 2, the running frame 2 will swing to the left, so that the positioning column 28 at the front end of the running frame 2 rotates counterclockwise and drives the plate 51 in conjunction with it. The upper rack 52 on the drive plate 51 drives the gear 54 to rotate counterclockwise. At this time, the one-way bearing in the gear 54 is in an idling state, and the lower rack 53 on the drive plate 51 drives the other gear 55 to rotate clockwise. The one-way bearing in the gear 55 moves and drives the coaxial inertia wheel 56 to rotate clockwise and then drives the generator 33 to generate electricity. When the user steps on the right block of the running belt 24 on the running frame 2 252, its running frame seat 2 can swing down to the right, so that the positioning column 28 at the front end of the running frame seat 2 rotates clockwise and the drive plate 21 is linked, and the upper rack 52 on the drive plate 21 drives the gear 54 to do clockwise. Clockwise rotation, at this time the one-way bearing in the gear 54 moves and drives the coaxial inertia wheel 56 to rotate clockwise and then drives the generator 33 to generate electricity, and the lower rack 53 on the driving plate 51 drives the other gear 55 Rotate counterclockwise. At this time, the one-way bearing in the gear 55 is in an idling state, so that the running frame 2 is active and swings when the user continuously walks or treads in a running manner to generate a potential energy difference, and then the inertial mechanism 5 is linked. , so that the inertial mechanism 5 produces a unidirectional inertial rotation action, and then drives the generator 33 to generate electric energy.

In summary, the present invention provides a self-generating method and a self-generating exercise treadmill according to the method. In this method, manpower is used to step on the running frame 2 pivoted on the virtual central axis 25 at the upper position of the machine platform 1 , the running frame seat 2 is divided into left and right blocks 251, 252 by the virtual central axis 25, allowing the user to step on the left and right blocks 251, 252 of the running frame seat 2 continuously when walking or running The potential energy difference is generated by the left and right swings of the formula, and then the inertial mechanism 4 is linked to make the inertial mechanism 4 produce a unidirectional inertial rotation action, which can drive the generator 33 to generate electric energy. The user can not only exercise and strengthen himself, but also use his own strength Running generates electricity, allowing users to increase their willingness to exercise due to energy saving while exercising, and also reduces the electricity required by the treadmill to reduce electricity costs, achieving fitness, energy saving and other effects.

The above-mentioned embodiments and drawings do not limit the form and style of the product of the present invention, and any appropriate changes or modifications made by those skilled in the art should be considered as not departing from the patent scope of the present invention.

Claims (8)

1. a self-power generation method, it is characterized in that: the method utilize manpower trample in board upper in virtual axis on the movable running skeleton frame be pivoted, this running skeleton frame is divided into a left side by virtual axis, right block, the walking of user's continuity or running type is allowed to trample a left side in running skeleton frame, it can be a movable left side during right block, right swing and produce potential energy difference, and then interlock one inertial mechanism, inertial mechanism is made to produce unidirectional inertial rotation action, and electric energy can be produced by drive electrical generators, user can not only move and keep fit to utilize running of relying on oneself to produce electric energy more simultaneously.

2. the self-power generation method according to claim 1 can the sports treadlemill of self power generation, it is characterized in that: include a board, before this board, rear end is provided with two pin joint seats separately online in a virtual axis, its movable pivot joint one is run skeleton frame, this running skeleton frame has a convolution treadmill belt trampled for user, and an inertial mechanism can be connected with running skeleton frame, when the walking of user's continuity or running type are trampled, its running skeleton frame is a movable left side, right swing and produce potential energy difference, and then interlock inertial mechanism, inertial mechanism is made to produce unidirectional inertial rotation action, and electric energy can be produced by drive electrical generators.

3. as claimed in claim 2 can the sports treadlemill of self power generation, it is characterized in that: this board front and back ends is provided with two front pin joint seats with axis hole separately and rear pin joint seat online in a virtual axis.

4. as claimed in claim 1 can the sports treadlemill of self power generation, it is characterized in that: this running skeleton frame is provided with one and is available for users to trample or run the supporting component of action and a motor, this supporting component upper and lower position is provided with aforementioned convolution treadmill belt and this treadmill belt is sheathed on front axle tube and rear axle tube, this treadmill belt allows treadmill belt circle round by motor by a belt drive front axle tube, and skeleton frame bottom of running is provided with two front rails separately and rear transverse rod, this front rail and rear transverse rod centre extend an axostylus axostyle respectively, it can be articulated in the axis hole of front pin joint seat and the axis hole of rear pin joint seat respectively, make running skeleton frame with virtual axis for rotation axis points, and running skeleton frame is divided into a left side by virtual axis, right block, one inertial mechanism can be connected with running skeleton frame.

5. as claimed in claim 4 can the sports treadlemill of self power generation, it is characterized in that: the left and right end of this running skeleton frame is provided with a left pin joint seat and a Thuban joint chair.

6. as claimed in claim 5 can the sports treadlemill of self power generation, it is characterized in that: this inertial mechanism includes a flying wheel, it is arranged on a support set on board, the central shaft that this flying wheel extends is through on support, and in concentric pivot joint one, contain roller and an interior flute profile belt pulley containing unilateral bearing of unilateral bearing, and on board more axle be provided with multiple roller, wherein a roller is articulated with another and turns to identical roller, and this roller is nested by the roller of pivot joint in the central shaft of a belt and aforementioned flying wheel and encloses, advise belt for the moment, its two end has an axis hole respectively, wherein a shaft hole sleeve is located at the left pin joint seat of aforementioned running skeleton frame left end, in time, advises belt and is sheathed on roller, S type unrolled flute profile belt pulley and roller again, the Thuban joint chair that strap end axis hole is sheathed on running skeleton frame right-hand member is again advised time last.

7. as claimed in claim 4 can the sports treadlemill of self power generation, it is characterized in that: this inertial mechanism includes a drive plate, this drive plate has a hollow bulb, it drives a side top edge of plate to be equiped with a upper rack, and another side lower limb is equiped with tooth bar, board is provided with a support, this support side can pivot joint one flying wheel, the central shaft of this flying wheel is through on support, and the central shaft of the another side of flying wheel contains the gear of unilateral bearing in being provided with two groups, its can position between the hollow bulb driving plate and two gears can respectively with to drive on plate upper, lower tooth bar engagement.

8. as claimed in claim 7 can the sports treadlemill of self power generation, it is characterized in that: this running skeleton frame front end is equiped with a locating dowel, it can be connected with the locating hole set by the drive plate of inertial mechanism.