TWM560734U - Magnetic power assistance strengthening device and unidirectional rotation assistance components thereof - Google Patents

Abstract

The present invention discloses a magnetic power auxiliary reinforcement device and a unidirectional rotation auxiliary assembly thereof, wherein the one-way rotation auxiliary component comprises an arc-shaped inner ring magnet, an annular outer ring magnet and a third seat body. The outer ring magnet is connected to the third seat body, the arc-shaped inner ring magnet is disposed on the inner ring of the outer ring magnet, and the arc-shaped inner ring magnet and the outer ring magnet are spaced apart from each other and are repelled by the same pole; When the driving motor of the magnetic power assisting and augmenting device operates, the arc-toothed design of the arc-shaped inner ring magnet can rotate in a single direction relative to the outer ring magnet and at the same time is relieved by the magnetic repulsion to reduce the load of the driving motor and can be used as a magnetic Palin The use of no friction, thereby allowing the magnetic power assisting device to stably increase the torque through the magnetic repulsive force, thereby increasing the output power.

Description

Magnetic power assisted reinforcement device and its one-way rotation auxiliary component

The present invention relates to a power augmentation device, and more particularly to a magnetic power assisting device and a unidirectional rotation assisting assembly that utilize magnetic repulsive thrust to increase torque, thereby increasing output power to reduce energy consumption.

Excessive use of the earth's resources not only causes exhaustion of all aspects of the environment and energy, but also has a great impact on all human beings and living things. The most profound feeling for the people is the fluctuation of oil prices and the soaring of electricity, water and living expenses. It shows that the reason why people are uneasy and helpless about their future is closely related to the impact of the fact that energy is depleted.

In order to solve future energy problems, countries around the world are not actively looking for alternative energy sources, or are committed to research and development of low-power energy to provide high power output equipment, in order to contribute to the improvement of energy exhaustion. For example, if the output of a 100-horsepower motor can be equated with the output power of a 200-horsepower motor, the energy consumption can be reduced, which is the subject of the creative solution.

In view of the above-mentioned problems of the prior art, the purpose of the present invention is to provide a magnetic power assisting device and a one-way rotation assisting assembly which utilize magnetic repulsive thrust to increase the torque, thereby increasing the output power to reduce energy consumption.

According to the purpose of the present invention, a unidirectional rotation auxiliary component is proposed, which is suitable for a magnetic power auxiliary reinforcement device, which comprises an arc-shaped inner ring magnet, an annular outer ring magnet and a The third body, the outer ring magnet is connected to the third seat body, the arc-shaped inner ring magnet is disposed on the inner ring of the outer ring magnet, and the arc-shaped inner ring magnet and the outer ring magnet are spaced apart from each other and The same polarity repels, wherein the arc-shaped inner ring magnet can rotate in a single direction relative to the outer ring magnet and is simultaneously displaced by the magnetic repulsive force in the opposite direction of the third block.

According to the purpose of the present invention, a magnetic power assisting enhancement device is further provided, comprising: a power output rotating shaft, which can rotate after receiving power; a power output gear is disposed on the power output rotating shaft and rotates with the power output rotating shaft The power is output to a running device; the at least one power lifting module comprises: a torque amplifying component, having a first seat body and a second seat body connected to the power output rotating shaft, the first seat body and the second body The first system and the second body are respectively provided with a plurality of first magnetic elements and a plurality of second magnetic elements arranged around the space, and each of the first magnetic elements respectively corresponds to at least one of the second The magnetic elements are mutually repulsive with each other; a rotating shaft has one end connected to the second base; a first one-way rotating mechanism pivotally connects the rotating shaft; and one elastic element has one end connected to the second base. The opposite end of the elastic element is connected to one side of the first one-way rotating mechanism; a first gear is disposed on the rotating shaft and located beside the other side of the first one-way rotating mechanism; The one-way rotation auxiliary component comprises an arc-shaped inner ring magnet, an annular outer ring magnet and a third seat body, and the outer ring magnet is coupled to the third seat body, and the arc-shaped inner ring magnet system The inner ring of the outer ring magnet is connected to the rotating shaft for connecting the opposite end of the second seat body, and the arc-shaped inner ring magnet and the outer ring magnet are spaced apart from each other and repel each other; and a drive The module pivotally connects the first gear to drive the first gear to rotate.

According to the above, when the first gear receives the power of the driving module and rotates, so that the rotating shaft and the second base body rotate accordingly, the second seat body can be moved by the same repulsive force of the second magnetic component. a magnetic component enables the first body to rotate in the same direction. At this time, the power output shaft can be rotated by a torque higher than the rotating shaft according to the power of the driving module and the magnetic thrust, thereby improving the power output gear. The power output is used to achieve low horsepower motor but high output, which reduces energy use. Among them, the one-way rotation auxiliary component of the present invention can reduce the load of the driving motor when the rotating shaft rotates by the mutual repulsion of the arc-shaped inner ring magnet and the outer ring magnet, so that the second seat can be offset without deviation. Rotating motion in situ to stabilize the magnetic thrust required to provide rotation of the first body; in addition, the combination of the one-way rotation assisting component and the elastic element, the one-way bearing can provide optimal support, and the elastic element can have The role of shock absorption.

According to the above technical feature, the unidirectional rotation auxiliary component further includes an annular ring, wherein the third seat system includes an accommodating space, and the accommodating space provides an outer ring magnet and an arc-shaped inner ring magnet. And the retaining ring is connected to the third seat body, and the retaining ring has a portion that partially blocks the circumference of the accommodating space.

According to the above technical feature, the outer edge of the arc-shaped inner ring magnet is preferably serrated, whereby the arc-shaped inner ring magnet has a sawtooth-like front point and a valley point having a different magnetic field distance, so that The magnetic difference is formed, and the one-way rotation and the resilience providing effect of the one-way rotation auxiliary component are improved.

According to the above technical feature, the power lifting module further includes a gap adjusting component, the gap adjusting component has a pivoting member and a spring, and one end of the pivoting member is connected to the first seat body, and the opposite end of the pivoting member One end of the connecting spring is connected, and the opposite end of the spring is connected to the second seat body, wherein the pivoting member is rotatably adjustable to adjust the distance between the first seat body and the second seat body. The gap adjusting component can maintain the magnetic center of the torsion amplifying component to obtain the maximum torque conversion; in addition, the gap adjusting component can prevent the two seats of the torsion amplifying component from being damaged when the rotation generates vibration.

According to the above technical feature, the power lifting module further comprises a fixing base, which provides a third body connection and fixing.

According to the above technical feature, the power lifting module further includes a second one-way rotating mechanism that pivots the rotating shaft and is located away from the first one-way rotating mechanism relative to the first gear.

According to the above technical feature, the driving module comprises: a motor; a power input gear is disposed on the motor; a first elastic transmission member, one end of which is connected to the power input gear; and a second gear is connected to the first The other end of the elastic transmission member; a power input shaft, providing a second gear setting; at least one third gear is disposed on the power input shaft; at least one second elastic transmission member, the second elastic transmission member One end is connected to the third gear, and the other end is connected to the first gear; and a plurality of first rotating mechanisms are pivotally connected to the power input shaft.

According to the above technical feature, the number of the power lifting modules is preferably two, and the first seat body included is connected to the opposite ends of the power output rotating shaft, and the third gear and the second elastic transmission member are respectively The number is corresponding to two, and each of the third gears is respectively disposed at opposite ends of the power input shaft and is connected to the first gears of each power lifting module through the second elastic transmission members.

According to the above technical feature, the magnetic power assisting enhancement device further includes a plurality of second rotating mechanisms pivotally connected to the power output rotating shafts and respectively located on two sides of the power output gear.

According to the above technical feature, the magnetic power auxiliary reinforcement device further includes a third elastic transmission member, one end of which is connected to the power output gear, and the other end of the third elastic transmission member is connected to one of the fourth gears of the running device.

In order to understand the technical characteristics, content and advantages of the creation and the effects that can be achieved by the examiner, the author will use the drawings in detail and explain the following in the form of the examples, and the drawings used therein The subject matter is only for the purpose of illustration and supplementary instructions. It is not necessarily the true proportion and precise configuration after the implementation of the original creation. Therefore, the proportions and configuration relationships of the attached drawings should not be interpreted or limited in the actual implementation scope. First described.

Please refer to FIG. 1 and FIG. 2 , which are schematic diagrams and partial schematic views of the magnetic power assisting enhancement device of the present invention. As shown in the figure, the magnetic power assisting reinforcement device of the present invention comprises a power output shaft 10, a power output gear 20, a plurality of second rotating mechanisms 30, a third elastic transmission member 40, and at least one power lifting module. 50 and a drive module 60.

The power output gear 20 is disposed on the power output shaft 10; the plurality of second rotating mechanisms 30 are pivotally connected to the power output shaft 10 and are respectively located on two sides of the power output gear 20; one end of the third elastic transmission member 40 is connected to the power output. The gear 20 and the other end of the third elastic transmission member 40 are connected to a fourth gear 101 of a running device 100, wherein the third elastic transmission member 40 can be a chain, a belt or the like; the power lifting module 50 is The power output shaft 10 is connected to the power output shaft 10. Preferably, the number of the power lifting modules 50 is two, which are respectively disposed at opposite ends of the power output shaft 10; the driving module 60 is coupled to the power lifting module 50. The main function of the present invention is that when the driving module 60 provides power to the power lifting module 50, the power lifting module 50 can use magnetic force to lift and deliver power to the power output shaft 10, so that the torque of the power output shaft 10 can be obtained. When the power output gear 20 rotates with the power output shaft 10, the boosted power can be output to the operating device 100 via the third elastic transmission member 40, so that even if the load module 60 with low load is used. It can still provide a large power output, which in turn reduces energy usage.

In detail, the power lifting module 50 mainly includes a torsion amplifying component having a first seat body 51 and a second seat body 52, a rotating shaft 53, a first one-way rotating mechanism 54, and an elastic component. 55. A first gear 56, a second one-way rotating mechanism 57, an arc-shaped inner ring magnet 58, a third seat 510, an annular outer ring magnet 59 and a retaining ring 520 The one-way rotation auxiliary assembly and a fixing base 530. The first body 51 is connected to the power output shaft 10. In the embodiment shown in the drawings, the first bases 51 of the two power lifting modules 50 are respectively connected to the opposite ends of the power output shaft 10, and the second The base body 52 is connected to the rotating shaft 53 and disposed at an interval from the first base body 51. The first base body 51 and the second base body 52 are respectively provided with a plurality of first magnetic elements 511 and a plurality of surrounding spaces. The second magnetic element 521, each of the first magnetic elements 511 respectively corresponds to the at least one second magnetic element 521 and is repelled by the same pole. The first one-way rotating mechanism 54 is pivotally connected to the rotating shaft 53, and one end of the elastic member 55 is coupled to one side of the first one-way rotating mechanism 54, and the other end of the elastic member 55 is coupled to the second base 52. The first gear 56 is disposed on the rotating shaft 53 and located beside the other side of the first one-way rotating mechanism 54 , and the first gear 56 is pivotally connected to the driving module 60 . The second one-way rotating mechanism 57 pivotally connects the rotating shaft 53 and is located away from the first one-way rotating mechanism 54 with respect to the first gear 56. The third body 510 of the one-way rotation auxiliary component is connected to the fixing base 530, the outer ring magnet 59 is coupled to the third seat body 510, and the arc-shaped inner ring magnet 58 is disposed on the inner ring of the outer ring magnet 59 and connected. The rotating shaft 53 is for connecting the opposite ends of the second base 52, and the arc-shaped inner ring magnet 58 and the outer ring magnet 59 are spaced apart from each other and are repelled by the same pole, as shown in FIGS. 3 to 6 Further, the third body 510 includes an accommodating space 5101, and the accommodating space 5101 is provided with an outer ring magnet 59 and a curved inner ring magnet 58, and the retaining ring 520 is connected to the third body. 510, and the retaining ring 520 has a portion that partially shields the periphery of the accommodating space 5101.

In the above, the torque amplifying component functions to rotate the second base 52 when the rotating shaft 53 is driven by the driving module 60, and the second body 52 can utilize the second magnetic component. The same magnetic force is applied to the first magnetic element 511, so that the first base body 51 can be accelerated and rotated in the same direction, whereby the power output rotating shaft 10 can be based on the power provided by the driving module 60 plus the magnetic thrust. The torque is higher than the rotational force of the rotating shaft 53 to increase the power output from the power output gear 20, thereby reducing the use of energy.

The main technical feature of the present invention is that when the driving module 60 supplies power to the first gear 56, the arc-shaped inner ring magnet 58 will rotate along with the rotating shaft 53 along with the first gear 56. In addition to the inner ring magnet 58 being rotatable in a single direction with respect to the outer ring magnet 59, the arcuate inner ring magnet 58 is subjected to a magnetic repulsive force of the outer ring magnet 59 to provide a magnetic thrust to the radial direction toward the set rotation. In this way, when the second seat body 52 is magnetically repelled by the first seat body 51 to generate a radial reaction force, the radial magnetic thrust provided by the one-way rotation assisting component can reduce the load of the drive motor, thereby ensuring The power boosting module 50 can perform its power boosting function. Further, the outer edge of the arc-shaped inner ring magnet 58 is preferably arc-shaped, as shown in FIGS. 3 to 5, whereby the arc-shaped inner ring magnet 58 has a sawtooth front. The points and valleys will form a different magnetic field distance from the outer ring magnet 59, which creates a magnetic differential that enhances the unidirectional rotation of the unidirectional rotation assist assembly and provides radial magnetic thrust.

In the above, the elastic element 55, the first one-way rotating mechanism 54 and the second one-way rotating mechanism 57 are arranged to enable the one-way rotating auxiliary component to stably exert its function, wherein the elastic element 55 also has the function of shock absorption, A one-way rotating mechanism 54 and a second one-way rotating mechanism 57 can further reduce the load of the driving module 60 and extend the life of the torque amplifying component.

Further, the power lifting module 50 further includes a gap adjusting component disposed between the first base body 51 and the second base body 52. The gap adjusting component has a pivoting member 540 and a spring 550. One end of the pivoting member 540 is coupled to the first base body 51. The opposite end of the pivoting member 540 is coupled to one end of the spring 550, and the opposite end of the spring 550 is coupled to the second base 52. The purpose of the gap adjusting component is that the pivoting member 540 can adjust the length of the rotating body 540 to adjust the distance between the first base body 51 and the second base body 52, so that the magnetic center of the torque amplifying component can be kept from shifting. In order to obtain the conversion of the maximum torque. Furthermore, the gap adjusting assembly can also prevent the first seat body 51 and the second seat body 52 of the torsion amplifying assembly from rubbing each other when the rotation generates vibration to cause damage.

For the driving module 60 of the embodiment, the motor module 61 includes a motor 61, a power input gear 62, a first elastic transmission member 63, a second gear 64, a power input shaft 65, and two The third gear 66, the two second elastic transmission members 67 and the two first rotating mechanisms 68; the power input gear 62 is disposed on the motor 61; the opposite ends of the first elastic transmission member 63 are respectively connected to the power input gear 62 and the second gear 64, and the second gear 64 is disposed on the power input shaft 65; the two third gears 66 are disposed on the power input shaft 65, and precisely, the third gears 66 are respectively disposed on the power input One end of each of the second elastic transmission members 67 is connected to each of the third gears 66, and the other end of each of the second elastic transmission members 67 is connected to the first gear of the power lifting module 50. 56; each of the first rotating mechanisms 68 is pivotally connected to the power input shaft 65 and disposed on two sides of the second gear 64, respectively. In operation, the motor 61 can provide power and deliver power to the second gear 64 via the power input gear 62 and the first elastic drive 63 such that the power input shaft 65 can be driven by the second gear 64. The gear 66 rotates to transmit power to the first gear 56 of the power lifting module 50 through the second elastic transmission member 67.

In view of the above, the magnetic power assisting and enhancing device of the present invention and the one-way rotating auxiliary component can stably use the magnetic repulsive thrust to increase the small power to several times and output, and the breakthrough technology has indeed achieved If you want to improve the effect, and you are not familiar with the artist, it is easy to think about it. Moreover, this creation has not been disclosed before the application, and its progressive and practicality has been met with the patent application requirements. For patent applications, you are requested to approve the creation of a patent application for this article.

The embodiments described above are only for explaining the technical idea and characteristics of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and implement them according to the scope of the patent. That is, the equivalent changes or modifications made by the people in accordance with the spirit revealed by this creation should still be covered by the scope of the patent of this creation.

10‧‧‧Power output shaft
20‧‧‧Power output gear
30‧‧‧Second rotating mechanism
40‧‧‧ Third elastic transmission parts
50‧‧‧Power booster module
51‧‧‧ first body
511‧‧‧First magnetic component
52‧‧‧Second body
521‧‧‧Second magnetic component
53‧‧‧Rotary axis
54‧‧‧First one-way rotating mechanism
55‧‧‧Flexible components
56‧‧‧First gear
57‧‧‧Second one-way rotating mechanism
58‧‧‧Arc-toothed inner ring magnet
59‧‧‧Outer ring magnet
510‧‧‧ third body
5101‧‧‧ accommodating space
520‧‧ ‧ retaining ring
530‧‧‧ Fixed seat
540‧‧‧ pivoting parts
550‧‧ ‧ spring
60‧‧‧Drive Module
61‧‧‧Motor
62‧‧‧Power input gear
63‧‧‧First elastic transmission parts
64‧‧‧second gear
65‧‧‧Power input shaft
66‧‧‧ Third gear
67‧‧‧Secondary transmission parts
68‧‧‧First rotating mechanism
100‧‧‧Operating device
101‧‧‧fourth gear

Figure 1 is a schematic diagram of the magnetic power assisted enhancement device of the present invention. Fig. 2 is a partial schematic view of the magnetic power assisting device of the present invention. Fig. 3 is a first schematic view of a one-way rotation assisting assembly of the magnetic power assisting enhancement device of the present invention. Figure 4 is a second schematic diagram of the one-way rotation assisting assembly of the magnetic power assisting enhancement device of the present invention. Figure 5 is a third schematic diagram of the one-way rotation assisting assembly of the magnetic power assisting enhancement device of the present invention. Figure 6 is a fourth schematic diagram of the one-way rotation assisting assembly of the magnetic power assisting enhancement device of the present invention.

Claims (13)

A unidirectional rotation auxiliary component is suitable for a magnetic power auxiliary reinforcement device, the unidirectional rotation auxiliary component comprises an arc-shaped inner ring magnet (58), an annular outer ring magnet (59) and a third a seat body (510), the outer ring magnet (59) is coupled to the third seat body (510), and the arc toothed inner ring magnet (58) is disposed on an inner ring of the outer ring magnet (59), and The inner ring magnet (58) and the outer ring magnet (59) are spaced apart from each other and repel each other, wherein the arc-shaped inner ring magnet (58) is singular with respect to the outer ring magnet (59) The direction is rotated while being deflected by the magnetic repulsive force in the opposite direction of the third seat (510). The unidirectional rotation assisting assembly of claim 1, further comprising a ring-shaped retaining ring (520), wherein the third seat body (510) comprises an accommodating space (5101), the accommodating The space (5101) is provided with the outer ring magnet (59) and the arc-shaped inner ring magnet (58), and the retaining ring (520) is connected to the third seat body (510), and the retaining ring ( 520) has a periphery that partially blocks the accommodating space (5101). The one-way rotation assisting assembly of claim 1 or 2, wherein the outer edge of the arc-shaped inner ring magnet (58) is serrated. A magnetic power assisted enhancement device comprising: a power output shaft (10) that is rotatable upon receiving power; a power output gear (20) disposed on the power output shaft (10) and associated with the power The output shaft (10) rotates to output power to a running device (100); the at least one power lifting module (50) includes: a torque amplifying assembly having a first connection to the power output shaft (10) a seat body (51) and a second seat body (52), the first seat body (51) and the second seat body (52) are spaced apart from each other, and the first seat body (51) and the second seat The body (52) is respectively provided with a plurality of first magnetic elements (511) and a plurality of second magnetic elements (521) arranged around the space, each of the first magnetic elements (511) correspondingly corresponding to at least one of the second The magnetic element (521) and the same pole repel each other; a rotating shaft (53), one end of which is connected to the second base body (52); a first one-way rotating mechanism (54) pivotally connects the rotating shaft (53); an elastic member (55) having one end connected to the second seat body (52), and the other end of the elastic member (55) is coupled to the first one-way turn a side of the mechanism (54); a first gear (56) disposed on the rotating shaft (53) and located beside the other side of the first one-way rotating mechanism (54); and a one-way rotating auxiliary component The utility model comprises an arc-shaped inner ring magnet (58), an annular outer ring magnet (59) and a third seat body (510), wherein the outer ring magnet (59) is coupled to the third seat body. (510), the arc-shaped inner ring magnet (58) is disposed on an inner ring of the outer ring magnet (59) and connected to the rotating shaft (53) for connecting the opposite end of the second seat body (52) And the arc-shaped inner ring magnet (58) and the outer ring magnet (59) are spaced apart from each other and repel each other; and a driving module (60) pivotally connects the first gear (56) ) to drive the first gear (56) for rotation. The magnetic power assisting enhancement device of claim 4, wherein the one-way rotation assisting assembly further comprises an annular retaining ring (520), wherein the third base body (510) comprises an accommodation space ( 5101), the accommodating space (5101) is provided with the outer ring magnet (59) and the arc-shaped inner ring magnet (58), and the retaining ring (520) is connected to the third seat (510) And the retaining ring (520) partially shields the periphery of the accommodating space (5101). The magnetic power assisting enhancement device of claim 4 or 5, wherein the outer edge of the arc-shaped inner ring magnet (58) is serrated. The magnetic power assisting device of claim 6, wherein the power lifting module (50) further comprises a gap adjusting component, the gap adjusting component having a pivoting member (540) and a spring (550), One end of the pivoting member (540) is connected to the first seat body (51), and the opposite end of the pivoting member (540) is connected to one end of the spring (550), and the opposite end of the spring (550) The second base body (52) is coupled to the pivoting member (540) for adjusting the length of the pivoting member (540) to change the distance between the first seat body (51) and the second seat body (52). The magnetic power assisting device of claim 7, wherein the power lifting module (50) further comprises a fixing base (530) for providing the third seat (510) to be fixedly connected. The magnetic power assisting device of claim 8, wherein the power lifting module (50) further comprises a second one-way rotating mechanism (57) pivotally connected to the rotating shaft (53) and located opposite to the first A gear (56) is located further away from the first one-way rotating mechanism (54). The magnetic power assisting device of claim 9, wherein the driving module (60) comprises: a motor (61); a power input gear (62) disposed on the motor (61); a power transmission member (63) having one end connected to the power input gear (62); a second gear (64) connected to the opposite end of the first elastic transmission member (63); a power input shaft ( 65), the second gear (64) is provided; at least a third gear (66) is disposed on the power input shaft (65); at least a second elastic transmission member (67), the second Rao One end of the transmission member (67) is connected to the third gear (66), and the first gear (56) is connected to the other end; and a plurality of first rotating mechanisms (68) are pivotally connected to the power input shaft ( 65). The magnetic power assisting device of claim 10, wherein the number of the power lifting modules (50) is two, and the first seat body (51) included is connected to the power output shaft (10). The two opposite ends, and the number of the third gear (66) and the second elastic transmission member (67) are two, and each of the third gears (66) is respectively disposed on the power input shaft ( 65) The opposite ends of the power transmission module (50) are coupled to the first gear (56) of each of the power lifting modules (50). The magnetic power assisting enhancement device of claim 11, further comprising a plurality of second rotating mechanisms (30) pivotally connected to the power output shaft (10) and located on two sides of the power output gear (20). The magnetic power assisting device of claim 12, further comprising a third elastic transmission member (40) connected to the power output gear (20) at one end, the third elastic transmission member (40) A fourth gear (101) of one of the operating devices (100) is coupled to the other end.