CN108799028A

CN108799028A - Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method

Info

Publication number: CN108799028A
Application number: CN201810753879.5A
Authority: CN
Inventors: 刘远芳
Original assignee: Shenzhen No Radio Technology Co Ltd
Current assignee: Shenzhen No Radio Technology Co Ltd
Priority date: 2018-07-11
Filing date: 2018-07-11
Publication date: 2018-11-13
Anticipated expiration: 2038-07-11
Also published as: CN111049352A; CN111049352B; CN108799028B

Abstract

The invention discloses a Cycle-decomposition device and its circulation electric generating apparatus,The wherein described circulation electric generating apparatus includes a generator unit and the Cycle-decomposition device,The wherein described generator unit is configured to generate pulsatile once electric energy by a start,To provide an electric energy output for the circulation electric generating apparatus,The wherein described Cycle-decomposition device is operatively coupled in the generator unit,And it is configured to by the one cycle operatively primary generator unit of start,Multiple circulate operation to the Cycle-decomposition device can will be decomposed into the one cycle start of the generator unit,To reduce the mechanical energy requirement of the single cycle operation to the Cycle-decomposition device,Be conducive to improve the operating experience of the circulation electric generating apparatus,Simultaneously avoid the integration of multiple pulses and be conducive to simplify the circulation electric generating apparatus circuit structure.

Description

Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method

Technical field

The present invention relates to circulating generation fields, are in more detail related to a Cycle-decomposition device and circulation electric generating apparatus and follow The one cycle action of ring decomposition method, the circulation electric generating apparatus can be broken down into the multiple of the Cycle-decomposition device Circulate operation.

Background technology

Current power generator mainly realizes the magnetic of a coil by reciprocating periodic motion or rotary type periodic motion The cyclically-varying of flux, and generate periodically variable electric energy in the coil, wherein for the small micro generation of manual operation The structure design of device, especially homing position type power generator, homing position type enables the power generator only by primary simple The movement of a cycle of the power generator is completed in push action, even if thus manual operation poor repeatability, it is simple to press Operation is so that the consistency for the electric energy that the power generator is generated in each period of motion remains to be maintained stabilization, so homing position type is somebody's turn to do Power generator is widely used in passive and wireless field of switches, such as passive and wireless doorbell switch.

It is as shown in FIG. 1A and 1B a kind of existing operation principle schematic diagram of homing position type power generator, wherein described multiple Position formula power generator includes an an actuating arm 100P and resetting spring 200P, wherein the actuating arm 100P has one first driving Position 101P and one second activation point 102P, wherein the resetting spring 200P is arranged to work as the actuating arm 100P from institute State when the first activation point 101P is driven to the second activation point 102P by an external force and compressed, with the external force releasing after, The actuating arm 100P can return back to the first activation point 101P under the driving of the resetting spring 200P.So with The fortune of a cycle of the homing position type power generator is completed by way of a push action to the actuating arm 100P It is dynamic.It is understood that in the resetting spring 200P and when being not set, i.e., the described actuating arm 100P is in first driving The reciprocating motion of a cycle between position 101P and the second activation point 102P is by external force to the actuating arm 100P stirs completion twice in opposite direction, wherein required outer in stirring twice for opposite direction to the actuating arm 100P The minimum value of power is identical and is set to F, then for being provided with the homing position type power generator of the resetting spring 200P, only Have when the external force size once pressed to the actuating arm 100P is more than 2F, it could be by one to the actuating arm 100P The movement of a cycle of the homing position type power generator is completed in secondary push action.

That is, the current homing position type power generator completes the homing position type power generation dress by a push action The reciprocating motion for a cycle set, relative to and be not provided with resetting spring 200P in the case of stir the actuating arm 100P is more laborious, it is difficult to obtain good pressing feel, and complete the homing position type power generator by a push action A cycle reciprocating motion when, mechanical energy be converted to electric energy conversion ratio be less than and be not provided with the resetting spring 200P In the case of when stirring the actuating arm 100P twice mechanical energy be converted to the conversion ratio of electric energy.Further, it is to be appreciated that institute The opposite positive pulse and a negative pulse in direction can be generated by stating the reciprocating motion of homing position type power generator a cycle, therefore, To improve the utilization rate of electric energy caused by the homing position type power generator, the existing homing position type power generator is set toward contact Be equipped with an energy storage unit, with can the first subpulse of of short duration storage so that integrate twice pulsedly provide electric energy output, The actuating arm 100P that the transfer point of middle positive negative pulse stuffing corresponds to the homing position type power generator is in second activation point The state of 102P, however the actuating arm 100P of the homing position type power generator is in the shape of the second activation point 102P The duration of state is limited to the repeatability of manual operation and is unable to maintain that stabilization, therefore the homing position type power generator is providing There is larger electric energy loss before electric energy output.

In summary, the current homing position type power generator completes the homing position type power generation dress by a push action The reciprocating motion for a cycle set, push action is more laborious and is difficult to obtain good pressing feel, and moves back and forth The integration of two subpulses generated requires complex and has larger for the circuit structure of the homing position type power generator Electric energy loss, therefore the conversion ratio that the current homing position type power generator converts mechanical energy into electric energy is still to be improved.

Invention content

The one of the present invention is designed to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, wherein The circulation electric generating apparatus includes a generator unit, wherein the Cycle-decomposition device can follow the primary of the generator unit Gyration is decomposed into the multiple circulate operation to the Cycle-decomposition device.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in Cycle-decomposition device be arranged at the circulation electric generating apparatus, wherein being grasped to the one cycle of the Cycle-decomposition device Make to correspond to a start to the generator unit and pulsatile once electric energy can be generated in the generator unit.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in circulation electric generating apparatus be set and provide the output of electric energy with single pulse electric energy, avoid the integration of multiple pulses and Be conducive to simplify the circuit structure of the circulation electric generating apparatus.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in circulation electric generating apparatus be set and provide the output of electric energy with single pulse electric energy, avoid multiple pulses storage and The circuit loss of the circulation electric generating apparatus is integrated and advantageously reduced, and then improves the efficiency of the circulation electric generating apparatus.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in the electric energy output of circulation electric generating apparatus correspond only to a start to the generator unit, avoid to described The circulation action of the multiple start of generator unit, is conducive to extend the service life of the circulation electric generating apparatus.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, In a start to the generator unit is corresponded only to the operation of the one cycle of the Cycle-decomposition device and there is smaller Mechanical energy requirement, advantageously reduce the Cycle-decomposition device single cycle operation dynamics, to improve the cycle The operating experience of power generator.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in generator unit have a first position state and a second position state, wherein the generator unit is in described first The primary switching set between state and the second position state can generate pulsatile once electric energy, wherein to the generator unit A start correspond to primary between the first position state and the second position state of the generator unit and cutting It changes.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in Cycle-decomposition device include a cycle button, wherein the cycle button is with an original state and a triggering state, Switching of the wherein described cycle button from the original state to the triggering state corresponds to the primary of the generator unit Start, to form primary switching of the generator unit between the first position state and the second position state.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in cycle button be equipped with a reset element, wherein the reset element is arranged for the cycle button from institute It states triggering state and returns back to the original state, with recycling button described in a start under the effect of external force by the cycle Button switches to the triggering state from the original state, and after the external force is removed, and the cycle button can be described in Triggering state returns back to the original state and forms the one cycle operation to the Cycle-decomposition device, i.e. a start institute The one cycle operation of the cycle button landform Cycle-decomposition device in pairs is stated, thus it is more quick and easy.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, In a start of the cycle button can be formed to the operation of the one cycle of the Cycle-decomposition device, and followed to described The one cycle operation of ring decomposer corresponds only to a start to the generator unit, thus more laborsaving.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in Cycle-decomposition device further comprise a transposition driving unit, wherein the transposition driving unit is arranged at described follow Between ring button and the generator unit and there is one first driving condition and one second driving condition, wherein the cycle button From the original state to the switching of the triggering state correspond to the transposition driving unit in first driving condition with Primary switching between second driving condition, with operated by the one cycle to the Cycle-decomposition device to be formed it is described Replace primary switching of the driving unit between first driving condition and second driving condition.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in primary switching of the transposition driving unit between first driving condition and second driving condition corresponding to institute Primary switching of the generator unit between the first position state and the second position state is stated, with by the cycle The one cycle of decomposer operate to be formed the generator unit in the first position state and the second position state it Between primary switching.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in transposition driving unit include one transposition part, wherein the transposition part is operatively coupled in the generator unit and has There are one first activation point and one second activation point, wherein in its of first activation point and second activation point In an activation point drive the transposition part that can form the generator unit in the first position state and the second Set the primary switching between state.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in transposition driving unit between first driving condition and second driving condition it is primary switching corresponding to A wherein activation point for first activation point and second activation point drives the transposition part, can form institute State primary switching of the generator unit between the first position state and the second position state.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in transposition driving unit further comprise an actuating arm, wherein the actuating arm be movably coupled in it is described cycle by Key, wherein the transposition part includes a guiding tooth, wherein when the cycle button switches to the triggering from the original state During state, the actuating arm can be by the guiding tooth guided selection in first activation point and described second A wherein activation point for activation point drives the transposition part.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in the extending direction of actuating arm be maintained an inceptive direction in the original state of the cycle button, led wherein described It is maintained to tooth in first driving condition and second driving condition and intersects and can work as with inceptive direction inclination The cycle button guides the actuating arm to described first during switching to the triggering state from the original state Wherein one corresponding activation point of activation point and second activation point.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in Cycle-decomposition device further comprise a guiding piece, wherein the guiding piece be arranged for when the cycle button oneself The triggering state guides the actuating arm when returning back to the original state, so that the extending direction of the actuating arm can It is maintained inceptive direction in the original state of the cycle button.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in generator unit switch to the second position state from the first position state, and cut from the second position state The one cycle action that the first position state constitutes the generator unit is gained, so that the generator unit is suitable for selecting The moving seesaw-type reciprocating generator unit of mainstream, so that the circulation electric generating apparatus has better applicability.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, During the transposition driving unit is switched to second driving condition from first driving condition, the drive Swing arm drives the transposition part in first activation point, wherein in the transposition driving unit from second driving condition During being switched to first driving condition, the actuating arm drives the transposition part in second activation point.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in guiding tooth be arranged between first activation point and second activation point and with extending respectively to institute One first guide wall and one second guide wall of the first activation point and second activation point are stated, wherein being driven in the transposition First driving condition of moving cell, the actuating arm corresponding to first guide wall and the transposition driving unit from During first driving condition is switched to second driving condition, the actuating arm can be oriented to by described first Wall guided drives the transposition part to first activation point；Wherein in second driving of the transposition driving unit State, the actuating arm are cut in the transposition driving unit from second driving condition corresponding to second guide wall During shifting to first driving condition, the actuating arm can be oriented to wall guided to second driving by described second Drive to position the transposition part.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, In when the generator unit is in the first position state, be suitable for it is described transposition part first activation point driving The generator unit is switched into the transposition part second position state from the first position state, and is subsequently being fitted In the transposition part second activation point with driving the transposition part by the generator unit from the second position State switches to the first position state.

Another object of the present invention is to provide a Cycle-decomposition device and circulation electric generating apparatus and Cycle-decomposition method, Described in guiding tooth the transposition part is vertically installed between first activation point and second activation point, such as This with it is described cycle button the original state under, when the generator unit for being arranged to moving seesaw-type reciprocating generator unit When in the first position state, first activation point makes institute in inceptive direction higher than second activation point It states actuating arm and corresponds to first guide wall, and when the generator unit for being arranged to moving seesaw-type reciprocating generator unit is in When the second position state, second activation point makes the drive in inceptive direction higher than first activation point Swing arm corresponds to second guide wall.

To reach the above at least purpose, the present invention provides a Cycle-decomposition device, wherein the Cycle-decomposition device packet It includes：

One cycle button, wherein the cycle button has an original state and a triggering state and is equipped with a reset Element, wherein being in the triggering state when the cycle button presses start with being subjected to external force in the original state When, the cycle button can return back to the original state after external force releasing by the reset element；

One actuating arm, wherein one end of the actuating arm is arranged at the cycle button, wherein when the cycle button When in the original state, the actuating arm is maintained at an inceptive direction；And

One transposition part, wherein the transposition part is arranged to pivotly, wherein the transposition part has one first driving It position and one second activation point and one first is led from what first activation point and second activation point extended respectively Xiang Bi and one second guide wall, wherein when the cycle button is in the original state, first guide wall favours The inceptive direction is simultaneously corresponding with the actuating arm in the inceptive direction, to work as the cycle button from the initial shape During state is pressed into the triggering state, the actuating arm can be by the first guiding wall guided and in described first Activation point drives transposition part pivoting action, and described the is formed after the cycle key return to the original state to work as Two guide walls favour the inceptive direction and in inceptive direction states corresponding with the actuating arm, and then rear It is continuous, when the cycle button is again from during the original state is pressed into the triggering state, the actuating arm energy It is enough to be oriented to wall guided by described second and drive the transposition part to move pivotally in second activation point.

In one embodiment, the Cycle-decomposition device further comprises a guiding piece, wherein the guiding piece is set Have a guiding groove, wherein one end of the actuating arm is pivotably disposed in the cycle button, the actuating arm it is another End is embedded in the guiding groove, to lead to during the cycle button returns back to the original state from the triggering state The movement that the guiding groove guides the actuating arm is crossed, and in the original state of the cycle button, passes through the guiding Slot limits the actively maintenance actuating arm of the actuating arm in the inceptive direction.

In one embodiment, the transposition part includes a guiding tooth, is driven wherein the guiding tooth is arranged at described first It is dynamic between position and second activation point, in the guiding tooth respectively with first activation point and described second The corresponding two sides of activation point form first guide wall and second guide wall, so with by the cycle The circulate operation twice of button forms the one cycle reciprocal pivotal movement of the transposition part.

In one embodiment, the transposition part is arranged to gear-like and includes multiple guiding tooths, wherein the institute of gear-like Each tooth for stating transposition part is the guiding tooth, wherein forming a backlash, wherein phase between the arbitrary two adjacent guiding tooths The arbitrary two adjacent backlash are respectively first activation point and second activation point, wherein described first is oriented to Wall and second guide wall are extended in the same direction respectively in the corresponding backlash, i.e., described first guide wall and described second is oriented to Wall is the unidirectional side wall of adjacent arbitrary two guiding tooth, so to pass through the correspondence backlash to the cycle button Quantity multiple circulate operation formed it is described transposition part one cycle circumference move pivotally.

According to another aspect of the present invention, the present invention also provides a circulation electric generating apparatus, wherein the circulation electric generating apparatus Including：

One generator unit, wherein the generator unit has a first position state and a second position state, wherein institute Pulsatile once can be generated by stating primary switching of the generator unit between the first position state and the second position state Electric energy；And

One transposition driving unit, wherein the transposition driving unit is operatively coupled in the cycle button and described Between generator unit and there is one first driving condition and one second driving condition, wherein the transposition driving unit is suitable in institute It states and is drivingly driven in described first by the cycle button when cycle button switches from the original state to the triggering state It is dynamic that primary switching is completed between state and second driving condition, to be driven in described first by the transposition driving unit The power generation list that primary switching start between state and second driving condition is coupled with the transposition driving unit Member is once switched between the first position state and the second position state.

In one embodiment, the transposition driving unit includes an actuating arm and a transposition part, wherein the actuating arm quilt It is set to the cycle button, and when the cycle button is in the original state, the actuating arm is maintained at the beginning of one Beginning direction, wherein the transposition part has one first activation point and one second activation point and respectively from first driving position One first guide wall and one second guide wall extended with second activation point is set, wherein in the transposition driving unit First driving condition, when the cycle button is in the original state, first guide wall favours described first Beginning direction and corresponding with the actuating arm in the inceptive direction, is pressed with working as the cycle button from the original state To the triggering state, the actuating arm can be by the first guiding wall guided and in first activation point The transposition part is driven, is favoured to form second guide wall after the cycle key return to the original state The inceptive direction and in the inceptive direction second driving condition corresponding with the actuating arm, and then follow-up, When the cycle button is again from during the original state is pressed into the triggering state, the actuating arm can be by Described second is oriented to wall guided and drives the transposition part in second activation point.

In one embodiment, the transposition driving unit further comprises a guiding piece, wherein the guiding piece is set Have a guiding groove, wherein one end of the actuating arm is pivotably disposed in the cycle button, the actuating arm it is another End is embedded in the guiding groove, to lead to during the cycle button returns back to the original state from the triggering state The movement that the guiding groove guides the actuating arm is crossed, and in the original state of the cycle button, passes through the guiding Slot limits the actively maintenance actuating arm of the actuating arm in the inceptive direction.

In one embodiment, the generator unit is arranged to use shuttle pivot effort formation, i.e., the described power generation Primary switching of the unit from the first position state to the second position state, and from the second position state to described The primary switching of first position state forms a reciprocation cycle start to the generator unit.

In one embodiment, the transposition part includes a guiding tooth, is driven wherein the guiding tooth is arranged at described first It is dynamic between position and second activation point, in the guiding tooth respectively with first activation point and described second The corresponding two sides of activation point form first guide wall and second guide wall, so with can be by described The circulate operation twice of cycle button forms the transposition driving unit in first driving condition and the second driving shape One cycle between state back and forth switches.

In one embodiment, the generator unit is arranged to the pivot effort formation using rotary type, with being capable of coverlet The multiple switching between the first position state and the second position state one week is formed to rotation.

In one embodiment, the transposition part is arranged to gear-like and includes multiple guiding tooths, wherein the institute of gear-like Each tooth for stating transposition part is the guiding tooth, wherein forming a backlash, wherein phase between the arbitrary two adjacent guiding tooths The arbitrary two adjacent backlash are respectively first activation point and second activation point, wherein described first is oriented to Wall and second guide wall are extended in the same direction respectively in the corresponding backlash, i.e., described first guide wall and described second is oriented to Wall is the unidirectional side wall of adjacent arbitrary two guiding tooth, so to pass through the correspondence backlash to the cycle button Quantity multiple circulate operation formed to it is described transposition part a circumference pivot driver.

By the understanding to subsequent description and attached drawing, further aim of the present invention and advantage will be fully demonstrated.

Description of the drawings

Figure 1A and 1B is a kind of existing principle schematic diagram of homing position type power generator.

Fig. 2A and 2B is the dimensional structure diagram of a circulation electric generating apparatus of an embodiment under this invention.

Fig. 3 is the schematic structural cross-sectional view of the circulation electric generating apparatus of above-described embodiment under this invention.

Fig. 4 is the structural blast schematic diagram of the circulation electric generating apparatus of above-described embodiment under this invention.

Fig. 5 is the structural schematic diagram of a generator unit of the circulation electric generating apparatus of above-described embodiment under this invention.

Fig. 6 A to 6D are that a Cycle-decomposition of the circulation electric generating apparatus of above-described embodiment under this invention is installed on not With the structural schematic diagram under state.

Fig. 7 is that the stereochemical structure of the circulation electric generating apparatus of a variant embodiment of above-described embodiment under this invention is shown It is intended to.

Fig. 8 is the structural blast schematic diagram of the circulation electric generating apparatus of above-mentioned variant embodiment under this invention.

Specific implementation mode

It is described below for disclosing the present invention so that those skilled in the art can realize the present invention.It is excellent in being described below Embodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It defines in the following description The present invention basic principle can be applied to other embodiments, deformation scheme, improvement project, equivalent program and do not carry on the back Other technologies scheme from the spirit and scope of the present invention.

It will be understood by those skilled in the art that the present invention exposure in, term " longitudinal direction ", " transverse direction ", "upper", The orientation of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" or position are closed System is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, without referring to Show or imply that signified device or element must have a particular orientation, with specific azimuth configuration and operation, therefore above-mentioned art Language is not considered as limiting the invention.

It is understood that the term " one " before non-quantifier should not be understood as the limitation to quantity, it is interpreted as " at least one " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation In example, the quantity of the element can be multiple.

With reference to shown in Fig. 2A, Fig. 2 B and Fig. 3 and Fig. 4 of the Figure of description of the present invention, an embodiment under this invention One circulation electric generating apparatus 10 is illustrated and is disclosed for and is set forth in following description, wherein the circulating generation fills Set 10 include a generator unit 20 and a Cycle-decomposition device 30, wherein the Cycle-decomposition device 30 be operatively coupled in The generator unit 20, wherein the generator unit 20 is configured to generate pulsatile once electric energy by a start, Described in circulation electric generating apparatus 10 be set with single pulse electric energy provide electric energy output, avoid the integration of multiple pulses and have Conducive to the circuit structure of the simplification circulation electric generating apparatus 10, while advantageously reducing the circuit damage of the circulation electric generating apparatus 10 Consumption, and then improve the efficiency of the circulation electric generating apparatus 10.

Further, the Cycle-decomposition device 30 is configured to by the one cycle operatively primary hair of start Electric unit 20 corresponds to the operation of the one cycle of the Cycle-decomposition device 30 the primary work to the generator unit 20 It is dynamic, so can will be decomposed into the one cycle start of the generator unit 20 to the multiple of the Cycle-decomposition device 30 Circulate operation advantageously reduces pair to reduce the mechanical energy requirement to the operation of the single cycle of the Cycle-decomposition device 30 The dynamics of the single cycle operation of the Cycle-decomposition device 30, and be conducive to improve the operating body of the circulation electric generating apparatus 10 It tests.

It is noted that the electric energy output of the circulation electric generating apparatus 10 corresponds only to the Cycle-decomposition device Start of 30 pairs of generator units 20, an electric energy can drop the circulation electric generating apparatus 10 are exported to the hair Mechanical loss caused by electric unit 20, to extend the service life of the circulation electric generating apparatus 10.

Specifically, the Cycle-decomposition device 30 includes a cycle button 301, wherein the cycle button 301 has one Original state and a triggering state, and the cycle button 301 can be between the original state and the triggering state Conversion.Preferably, the lower part of the cycle button 301 is provided with a reset element 3011, wherein 3011 energy of the reset element The cycle button 301 is enough set to be converted from the triggering state to the original state.That is, the Cycle-decomposition device 30 include the reset element 3011 of the cycle button 301 and the lower part for being set to the cycle button 301, to work as institute Cycle button 301 is stated by operation and when being converted from the original state to the triggering state, the reset element 3011 can It is operated by the cycle button 301 and changes initial state, such as squeezed state is in by compression, in follow-up, the reset Element 3011 is during restoring initial state so that the cycle button 301 turns from the triggering state to the original state It changes.The original state is the shape of the cycle button 301 of the Cycle-decomposition device 30 when not by outer power drive State.With reference to shown in figure 2A and Fig. 2 B, wherein when the original state that the cycle button 301 is illustrated in Fig. 2A is subjected to outside When pressing to power start and being in the triggering state of Fig. 2 B signals, the cycle button 301 can be after external force releasing The original state is returned back to by the reset element 3011.So recycled described in start with once pressing under the effect of external force The one cycle for recycling button 301 operates 301 landform of button in pairs, i.e. 301 ground of cycle button described in a start is formed One cycle operation to the Cycle-decomposition device 30, thus it is more quick and easy.

It is noted that the reset element 3011 be set with it is described cycle button 301 the triggering state, When the external force for imposing on the cycle button 301 is released from, the cycle button 301 can be returned back to from the triggering state The original state, wherein it will be appreciated by those skilled in the art that the reset element 3011 can be arranged to flexible Element.Such as it is not limited to compression spring, torsional spring and elastic rubber.In addition the reset element 3011 can also be arranged to using magnetism The principle of material homopolar-repulsion and two magnets being set, the present invention are without limitation.That is, according to the present invention The reset element 3011 can any be configured to that the cycle button 301 is made to return back to institute from the triggering state State the device or mechanism of original state.

Further, the Cycle-decomposition device 30 further includes a transposition driving unit 302, wherein transposition driving is single Member 302 is operatively coupled between the cycle button 301 and the generator unit 20, wherein the transposition driving unit 302 have one first driving condition and one second driving condition, are corresponded to wherein being operated to the one cycle of the cycle button 301 In primary switching of the transposition driving unit 302 between first driving condition and second driving condition, i.e. institute State cycle button 301 can operatively be driven by one cycle the transposition driving unit 302 in first driving condition with Once switched between second driving condition, with by the transposition driving unit 302 in first driving condition The power generation that primary switching start between second driving condition is once coupled with the transposition driving unit 302 Unit 20 generates pulsatile once electric energy to which one cycle operates 301 ground of cycle button in the generator unit 20.

In detail, the transposition driving unit 302 includes a transposition part 3021, wherein the transposition part 3021 is coupled in The generator unit 20 simultaneously has one first activation point 30211 and one second activation point 30212, wherein the transposition drives Primary switching of the unit 302 between first driving condition and second driving condition corresponds in first driving A wherein activation point for position 30211 and second activation point 30212 drives the transposition part 3021, to formation pair Start of the generator unit 20, i.e., in its of first activation point 30211 and second activation point 30212 In an activation point drive the transposition part 3021 to correspond to a start to the generator unit 20.

Particularly, the transposition part 3021 is pivotly coupled with the generator unit 20, can be driven by pivoting Generator unit 20 described in dynamic ground start, wherein the twice circulate operation adjacent to the cycle button 301 correspond respectively to it is described A wherein activation point for first activation point 30211 and second activation point 30212 drives the transposition part 3021, That is in the circulate operation twice adjacent to the cycle button 301, wherein one cycle operation corresponds to described first Replace part 3021 described in 30211 pivot driver of activation point, and another secondary circulate operation then corresponds in second driving position Transposition part 3021 described in 30212 pivot drivers is set, so with 3021 landform of part that can replace described in different location pivot driver The one cycle driving of the transposition part 3021 in pairs, and then 3021 landform of part that can replace described in different location pivot driver The one cycle start for the generator unit 20 being coupled in pairs with the transposition part 3021.

Further, the transposition driving unit 302 further includes an actuating arm 3022, wherein the actuating arm 3022 is by can It is actively set to the cycle button 301, wherein when the cycle button 301 is in the original state, the driving Arm 3022 is maintained at an inceptive direction, is driven with first driving condition and one second in the transposition driving unit 302 Dynamic state, during the cycle button 301 is pressed into the triggering state from the original state, the actuating arm 3022 can state the transposition of transposition part 3021 selectively respectively at first driving because of the pivot of the transposition part 3021 by described in Position 30211 and second activation point 30212 drive the transposition part 3021.

Specifically, the transposition part 3021 further has respectively from first activation point 30211 and described second One first guide wall 302131 and one second guide wall 302132 that activation point 30212 extends, wherein being driven in the transposition First driving condition of unit 302, when the cycle button 301 is in the original state, first guide wall 302131 favour the inceptive direction and corresponding with the actuating arm 3022 in the inceptive direction, are pressed with working as the cycle For key 301 from during the original state is pressed into the triggering state, the actuating arm 3022 can be by described first Guide wall 302131 guides and drives the transposition part 3021 to pivot in first activation point 30211, to be followed described Ring button 301, which returns back to after the original state, to be formed second guide wall 302132 and favours the inceptive direction and in institute Inceptive direction second driving condition corresponding with the actuating arm 3022 is stated, and then follow-up, when the cycle button 301 again from during the original state is pressed into the triggering state, and the actuating arm 3022 can be by described Two guide walls 302132 guide and drive the transposition part 3021 to pivot in second activation point 30212.So with can By the multiple circulate operation to the cycle button 301,3021 landform of part that replaces described in different location pivot driver is pairs of The one cycle driving of the transposition 3021 reciprocal pivot driver of part or circumference pivot driver.

It is noted that corresponding only to the one cycle operation of the cycle button 301 to the transposition part 3021 Primary driving and a start to the generator unit 20, i.e. the cycle button 301 returned back in the triggering state The process of the original state can't form the driving to the transposition part 3021 and the start to the generator unit 20, because This described reset element 3011 has smaller mechanical energy requirement in the triggering state of the cycle button 301, that is, It says, the cycle button 301 is pressed into the mechanical energy needed for the triggering state from the original state and corresponds only to once Generator unit 20 described in start and the mechanical energy needed for the reply cycle button 301, so then so as to the cycle button 301 pressing is more laborsaving with smaller mechanical energy requirement, is conducive to the operating body for improving the circulation electric generating apparatus 10 It tests.

It will be appreciated by those skilled in the art that in the arbitrary neighborhood circulate operation twice to the cycle button 301, The Cycle-decomposition device 30 of the present invention selects the transposition of the actuating arm 3022 by the transposition part 3021 so that institute The transposition part 3021 can be driven in different location by stating actuating arm 3022, and then will be to the one cycle of the transposition part 3021 Driving is decomposed into the multiple circulate operation to the cycle button 301, so pair will be coupled with the part 3021 of replacing The one cycle start of the generator unit 20 is decomposed into the multiple circulate operation to the cycle button 301.

Further, in this embodiment in accordance with the invention, the generator unit 20 has a first position state and one Second position state, wherein the generator unit 20 is primary between the first position state and the second position state Switching corresponds to a start to the generator unit 20 and can generate pulsatile once electric energy in the generator unit 20.? That is the one cycle operation of the cycle button 301 operates the one cycle of the Cycle-decomposition device 30, and Corresponding to the primary switching of the transposition driving unit 302 between first driving condition and second driving condition, Correspond to primary switching of the generator unit 20 between the first position state and the second position state simultaneously.

Particularly, in this embodiment in accordance with the invention, the generator unit 20 is arranged to use shuttle pivot Effort formation, i.e., primary switching of the described generator unit 20 from the first position state to the second position state and from institute It states second position state and switches the primary reciprocal pivot formed to the generator unit 20 to the primary of the first position state Recycle start.That is, the twice circulate operation adjacent to the cycle button 301 is formed to the generator unit 20 in institute State the primary reciprocal pivot cycle start between first position state and the second position state.

Correspondingly, in this embodiment in accordance with the invention, the transposition part 3021 includes a guiding tooth 30213, wherein institute It states guiding tooth 30213 to be arranged between first activation point 30211 and second activation point 30212, wherein institute State the both sides corresponding with first activation point 30211 and second activation point 30212 respectively of guiding tooth 30213 First guide wall 302131 and second guide wall 302132 described in Bian Zewei.

Further, in this embodiment in accordance with the invention, the transposition part 3021 further includes a pivotal axis 30217 and one Coupling slot 30214, wherein the pivotal axis 30217 of the transposition part 3021 is set positioned at the transposition part 3021 and institute The opposite position of guiding tooth 30213 is stated, and is in the inceptive direction, wherein the generator unit 20 is by operationally in described The coupling slot 30214 of transposition part 3021 is coupled in the transposition part 3021, wherein the coupling slot 30214 is arranged at institute State the wherein activation point with first activation point 30211 and second activation point 30212 of transposition part 30214 Corresponding position is so closed with forming the structure that the transposition part 3021 is pivotly coupled with the generator unit 20 System, and then generator unit 20 described in the transposition driving start by the actuating arm 3022 to the transposition part 3021.

It is understood that the generator unit 20 between the coupling slot 30214 and the transposition part 3021 by coupling It closes with the generator unit 20 and the transposition part 3021 of capable of linking, wherein the generator unit 20 and the transposition part 3021 Between coupled modes can there are many deformation, and be not limited to by the generator unit 20 in it is described transposition part 3021 the coupling It closes slot 30214 and is coupled in the transposition part 3021, the present invention is not intended to limit this.

With reference to shown in Fig. 4 and Fig. 5 of the Figure of description of the present invention, circulating generation described in this embodiment under this invention The structural schematic diagram of the generator unit 20 of device 10 is illustrated, wherein the generator unit 20 includes a magnetic core 201, One coil 202, a magnet assembly 203 and a drive rod 204, wherein the coil 202 is surrounded on the magnetic core 201, Described in magnetic core 201 be arranged to prepare using permeability magnetic material and include two ends 2011 extended in the same direction, wherein the magnet Component 203 includes a permanent magnet 2033, wherein institute, to be that the generator unit 20 provides magnetic field ring by the permanent magnet 2033 Border, wherein the magnet assembly 203 is arranged between two ends 2011, wherein the drive rod 204 has described the One location status and the second position state, wherein one end of the drive rod 204 is arranged at the magnet assembly 203, With can stir the drive rod 204 the other end form the drive rod 204 in the first position state and described Switching between two location status, and then 203 ground of magnet assembly described in a start forms the change of the magnetic flux of the magnetic core 201 Change and generates pulsatile once electric energy in the coil 202.

Specifically, the two of the magnetic core 201 end 2011, i.e. a first end 20111 and a second end 20112, wherein the first end 20111 and the second end 20112 are arranged to extend in the same direction in the magnetic core 201, So be able to maintain that the first end 20111 and the second end 20112 in it is certain it is suitable apart from while increase The length of the magnetic core 201 increases the coil to be conducive to the while of shortening the length in the space shared by the magnetic core 201 202 the number of turns.It is understood that since the number of turns of the coil 202 is increased, so that the generator unit 20 Generating efficiency is improved.

Further, the magnet assembly 203 has one first magnetic pole 2031 and one second magnetic pole 2032, wherein institute State first end 20111 while corresponding to first magnetic pole 2031 and 2032 ground of the second magnetic pole and first magnetic Extreme 2031 is mutually close with second magnetic pole 2032, and the second end 20112 corresponds to first magnetic pole simultaneously 2031 and 2032 ground of the second magnetic pole and first magnetic pole 2031 and second magnetic pole 2032 it is mutually close.

Particularly, the magnetic core 201 is maintained static state for the magnet assembly 203, so to be able to maintain that by ring set The requirement of the anti-fatigue performance to the coil 202 is still reduced in the coil 202 of the magnetic core 201, and then is enhanced The stability of the generator unit 20.In addition, the coil 202 be maintained it is static and so that the structure of the generator unit 20 is set It is not necessarily to be reserved with the space of the coil 202 in meter, is so then conducive to the volume for reducing the generator unit 20.Change and Yan Zhi, in the case where maintaining the constancy of volume of the generator unit 20, the coil 202 is maintained static and makes the hair It is not necessarily to be reserved with the space of the coil 202 in the structure design of electric unit 20, is so then conducive to improve the power generation The volume accounting of the coil 202 of unit 20, and then improve the generating efficiency of the generator unit 20.

It is understood that the magnet assembly 203 is set in the first end 20111 and the second end The magnetic core 201 is connected by the movement between 20112 in the first end 20111 and first magnetic pole 2031, and The state that the second end 20112 and second magnetic pole 2032 are connected, i.e. described first of the drive rod 204 It sets state and the first end 20111 to be connected with second magnetic pole 2032, and the second end 20112 and institute It states the state that the first magnetic pole 2031 is connected, i.e., is switched between the second position state of the drive rod 204, such as This by movement of the magnet assembly 203 between the first end 20111 and the second end 20112 to form institute The reversed switching in the magnetic field in magnetic core 201 is stated, and then improves the generating efficiency of the generator unit 20.

It is understood that first magnetic pole 2031 and second magnetic pole 2032 be arranged to have it is different Magnetic pole magnetic, i.e., when first magnetic pole 2031 is in the magnetic pole magnetic of the poles S, second magnetic pole 2032 is in the magnetic of the poles N It is extremely magnetic, and when first magnetic pole 2031 is in the magnetic pole magnetic of the poles N, second magnetic pole 2032 is in the magnetic pole of the poles S Magnetism, the present invention are not intended to limit this.

Further, in this embodiment in accordance with the invention, the magnet assembly 203 is set using the movement side pivoted Formula, specifically the magnet assembly 203 be arranged to the energy between the first end 20111 and the second end 20112 A bit enough between first magnetic pole 2031 and second magnetic pole 2032 is for axle center reciprocal to be pivoted, with when described First magnetic pole 2031 is in the position of the close first end 20111 and the connection that is connected with the first end 20111 When, second magnetic pole 2032 is in close to the position that the second end 20112 is connected with the second end 20112 It sets；And it is connected with the first end 20111 close to the first end 20111 when second magnetic pole 2032 is in Position when, first magnetic pole 2031 is in close to the second end 20112 and connects with the second end 20112 Logical position.So with by the magnet assembly 203 between the first end 20111 and the second end 20112 Reciprocating rotation form the reversed switching in the magnetic field in the magnetic core 201.

Particularly, in this embodiment in accordance with the invention, the generator unit 20 further comprises an at least pivotal arm 205, wherein the pivotal arm 205 is fixed in the magnet assembly 203, wherein the magnet assembly 203 can be with the pivot Pivoted arm 205 is for axis reciprocal to be pivoted, wherein the drive rod 204 is arranged at the magnet assembly by the pivotal arm 205 203, so that the pivotal arm 205 can be driven by the drive rod 204 and pivot magnet assembly 203 described in start.Also It is to say, the drive rod 204 is arranged at the pivotal arm 205, so that the magnet assembly 203 can be by the driving Bar 204 drives and is pivoted so that the pivotal arm 205 is for axis reciprocal.

It is noted that in this embodiment in accordance with the invention, the generator unit 20 includes two pivotal arms 205, wherein two pivotal arms 205 are symmetricly set on the direction of the pivotal orientation of the magnet assembly 203 The two sides of the magnet assembly 203, so that the magnet assembly 203 is the pivoting action of axis with two pivotal arms 205 More stablize.In addition, the drive rod 204 is arranged to extend from two pivotal arms 205 respectively and stirring the driving When bar 204 so that being more uniformly stressed for the magnet assembly 203 and pivot can be stablized with two pivotal arms 205 for axis Transhipment is dynamic.

Further, in this embodiment in accordance with the invention, the generator unit 20 further includes a mounting base 206, wherein The magnetic core 201 is arranged at the mounting base 206, wherein the mounting base 206 is further provided with two pivot card slots 2061, wherein the pivotal arm 205 can be by the pivot card slot 2061 clamping and pivotly by inlay card in the mounting base 206, it is such that the magnet assembly 203 between the first end 20111 and the second end 20112 with described Magnetic core 201 is installed in the mounting base 206.

Specifically, the pivot card slot 2061 is arranged to C-shaped, and in being skimmed outside the opening of C-shaped, so that the pivotal arm 205 can from it is described pivot card slot 2061 opening be extruded and pivotably state by inlay card in the pivot card slot 2061, wherein the pivot card slot 2061 is further arranged to the indent at slot bottom corresponding with the opening of C-shaped, so with It is expanded so that the opening for pivoting card slot 2061 is easier to be squeezed by the pivotal arm 205, then so that the pivotal arm 205 Can pivotably state by inlay card in the pivot card slot 2061.Thus the magnet assembly 203 is in the mounting base 206 Installation have simple and fast advantage.

It is noted that the magnet assembly 203 further comprises a magnetic conduction subassembly 2034, wherein the magnetic conduction subassembly 2034 connect with 2033 magnetic conduction of the permanent magnet, to form first magnetic pole 2031 and described in the magnetic conduction subassembly 2034 Second magnetic pole 2032, and connect with the magnetic conduction of the permanent magnet 2033 by the magnetic conduction subassembly 2034 so that described first The forming position and the motion mode of the magnet assembly 203 of magnetic pole 2031 and second magnetic pole 2032 match.? That is the magnetic conduction subassembly 2034 is arranged for being connected with 2033 magnetic conduction of the permanent magnet, to form the first end 20111 simultaneously corresponding to first magnetic pole 2031 and 2032 ground of the second magnetic pole and first magnetic pole 2031 and Second magnetic pole 2032 is mutually close, and the second end 20112 corresponds to first magnetic pole 2031 and institute simultaneously State 2032 ground of the second magnetic pole position relationship mutually close with first magnetic pole 2031 and second magnetic pole 2032.

Specifically, the magnetic conduction subassembly 2034 includes one first magnetic conductive board 20341 and one second magnetic conductive board 20342, wherein First magnetic conductive board 20341 and second magnetic conductive board 20342 respectively with two magnetic poles (the i.e. poles S and the N of the permanent magnet 2033 Pole) magnetic conduction is connected, i.e. and each magnetic conduction of two magnetic poles of the permanent magnet 2033 is connected with first magnetic conductive board 20341 and described second One in magnetic conductive board 20342, in first magnetic conductive board 20341 formed simultaneously with the first end 20111 and described Mutually close first magnetic pole 2031 of the second end 20112, and in second magnetic conductive board 20342 formed simultaneously with it is described Second magnetic pole 2032 mutually close with the second end 20112 of first end 20111, so then first magnetic pole End 2031 and second magnetic pole 2032 have different magnetic pole magnetics.

Particularly, first magnetic conductive board 20341 and second magnetic conductive board 20342 are respectively simultaneously close to described first End 20111 and the second end 20112, i.e., the described permanent magnet 2033 and be arranged at the two of the permanent magnet 2033 respectively First magnetic conductive board 20341 of magnetic pole and second magnetic conductive board 20342 form the magnet assembly 203 of " H " shape, The left and right sides of wherein described " H " shape is that first magnetic conductive board 20341 and second magnetic conductive board 20342 are formed, with It is mutually close with the first end 20111 and the second end 20112 respectively in the upper and lower ends of " H " shape, to shape At the first end 20111 and the second end 20112 respectively simultaneously close to first magnetic pole 2031 and described The position relationship of second magnetic pole 2032.

It is noted that in this embodiment in accordance with the invention, in the pivotal orientation perpendicular to the magnet assembly 203 Direction on, the size of first magnetic conductive board 20341 and second magnetic conductive board 20342 is less than and levels off to the magnetic core 201 size, so be able to maintain that while reducing the volume of the magnet assembly 203 magnetic core 201 respectively with institute Stating has larger contact area between the first magnetic conductive board 20341 and second magnetic conductive board 20342, to work as the drive When lever 204 switches between the first position state and the second position state, the magnetic core 201 has larger magnetic Variations of flux amount, and then be conducive to improve the generating efficiency of the generator unit 20.

In addition, the drive rod 204 extends the magnet assembly 203 and makes the drive rod 204 in described first The stroke of rotation of the stroke swung between location status and the second position state relative to the magnet assembly 203 is put Greatly, that is to say, that pivot fortune of the magnet assembly 203 between the first end 20111 and the second end 20112 Kinetic energy be enough arranged to smaller movement travel and be conducive to reduce the magnet assembly 203 space reduce institute State the volume of generator unit 20, and amplified by the drive rod 204 magnet assembly 203 pivot stroke obtain it is suitable The drive rod 204 oscillating stroke, to be conducive to enhance the operation sense of the generator unit 20.

In addition it is noted that the drive rod 204 is arranged to prepare using elastic material, can be exerted a force ground It saves certain elastic potential energy and when the elastic potential energy saved reaches certain critical value, drives the magnet assembly 203 Pivotally the magnetic core 201 is connected in the first end 20111 and first magnetic pole 2031, and described second The state and the first end 20111 and second magnetic pole that end 20112 is connected with second magnetic pole 2032 2032 are connected, and are switched between the state that is connected of the second end 20112 and first magnetic pole 2031.

In other words, the only just meeting when its elastic potential energy saved reaches certain critical value of the drive rod 204 Primary switching of the drive rod 204 between the first position state and the second position state is formed, so with contracting The deadline of the short switching action and be conducive to improve the magnetic flux of the coil 202 change rate enhance and described disturb power generation The generating efficiency of unit 20, and the deadline of each switching action is made to tend to be identical and be conducive to enhance the power generation The stability of the generating efficiency of unit 20.

So to be embedded into the coupling slot 30214 in the drive rod 204 and forming the generator unit 20 can be grasped It is coupled in the structural relation of the transposition part 3021, and then the changing to the transposition part 3021 by the actuating arm 3022 with making Generator unit 20 described in the driving commutation start of position.

Specifically, in this embodiment in accordance with the invention, the coupling slot 30214 is arranged to be suitable for the generator unit 20 drive rod 204 in be embedded into the coupling slot 30214 perpendicular to the direction of the transposition part 3021 and described in being formed Generator unit 20 is operatively coupled in the structural relation of the transposition part 3021, wherein the generator unit 20 is changed with described Coupled modes between the part 3021 of position and can be not limited to the drive rod 204 in perpendicular to the transposition there are many deformation The direction of part 3021 is embedded in the coupling slot 30214, and the present invention is without limitation.

It is noted that in this embodiment in accordance with the invention, the transposition part 3021 is further provided with one One limiting tooth 30215 and one second limiting tooth 30216, wherein the guiding tooth 30213 is arranged at first limiting tooth Between 30215 and second limiting tooth 30216, between first limiting tooth 30215 and the guiding tooth 30213 with And first activation point 30211 and described is respectively formed between second limiting tooth 30216 and the guiding tooth 30213 Second activation point 30212, to drive the transposition part in first activation point 30211 in the actuating arm 3022 The actuating arm 3022 is limited by first limiting tooth 30215 when 3021 and is detached from first activation point 30211, and The actuating arm 3022 passes through second limiting tooth when second activation point 30212 drives the transposition part 3021 30216, which limit the actuating arm 3022, is detached from second activation point 30212.

Further, in this embodiment in accordance with the invention, the transposition driving unit 302 further includes a guiding piece 3023, wherein the guiding piece 3023 is equipped with a guiding groove 30231, wherein the guiding groove 30231 is arranged for The cycle button 301 guides the actuating arm 3022 to return back to and is tieed up when returning back to the original state from the triggering state It is held in the state of the inceptive direction.

Specifically, in this embodiment in accordance with the invention, the actuating arm 3022 has a driving end 30221, wherein institute The one end opposite with the driving end 30221 for stating actuating arm 3022 is pivotably disposed in the cycle button 301, with energy It is enough to drive the transposition part 3021 in the driving end 30211, wherein the driving end 30221 is extended into the guiding groove 30231, so can limit or guide the driving end 30221 of the actuating arm 3022 by the guiding groove 30231 Activity.

It is understood that the guiding groove 30231 is arranged to the driving for being suitable for limiting the actuating arm 3022 End 30221 activity, so with when the guiding groove 30231 have suitable geomery when, first limiting tooth 30215 It can and be not set with second limiting tooth 30216, and can be by the guiding groove 30231 in the cycle button 301 The driving end 30221 of the actuating arm 3022 is limited during being pressed into the triggering state from the original state The transposition part is driven in the wherein corresponding position of first activation point 30211 and second activation point 30212 3021, the present invention is not intended to limit this.

With reference to Fig. 6 A to 6D of the Figure of description of the present invention, this embodiment to further describe the present invention it is described The Cycle-decomposition method of circulation electric generating apparatus 10, structural schematic diagram of the Cycle-decomposition device 30 under different conditions are illustrated Explanation.

As shown in Figure 6A, in first driving condition of the transposition driving unit 302, when the cycle button 301 When in the original state, the guiding tooth 30213 favours the inceptive direction, and the actuating arm 3022 is in described initial Direction is corresponding with first guide wall 302131 of the guiding tooth 30213.

So with when the cycle button 301 is pressed into the triggering state from the original state, the driving Arm 3022 is guided by first guide wall 302131 and drives 3021 pivot of transposition part in first activation point 30211 Turn the ground start once generator unit 20, and forms the guiding tooth 30213 and favour the inceptive direction and described second Guide wall 302132 corresponds to the state of the inceptive direction, as shown in Figure 6B.

Further, it is returned back to from the triggering state by the reset element 3011 when the cycle button 301 described After original state, the actuating arm 3022 is maintained at the inceptive direction and forms the actuating arm 3022 in the initial side To state corresponding with second guide wall 302132 of the guiding tooth 30213, i.e., the described transposition driving unit 302 Second driving condition, as shown in Figure 6 C.

Further, when the cycle button 301 is pressed into the triggering state from the original state again, institute Actuating arm 3022 is stated to be guided by second guide wall 302132 and drive the transposition part in second activation point 30212 3021 pivotally primary generator units 20 of reversed start, and form the guiding tooth 30213 and favour the inceptive direction And first guide wall 302131 corresponds to the state of the inceptive direction, as shown in Figure 6 D.

It is so returned back to after the original state with to work as the cycle button 301 from the triggering state described in being formed again Guiding tooth 30213 favours the inceptive direction, and the actuating arm 3022 is in the inceptive direction and the guiding tooth 30213 Corresponding first driving condition of first guide wall 302131, as shown in Figure 6A.

It will be appreciated by those skilled in the art that when the generator unit 20 is arranged to the pivot start knot using rotary type When structure, i.e., the generator unit 20 one week can form the first position state and the second position shape by one-directional rotation Multiple switching between state.Correspondingly, the transposition part 3021 can be arranged to gear-like, wherein the transposition part of gear-like 3021 each tooth is the guiding tooth 30213, wherein a backlash is formed between the arbitrary two adjacent guiding tooths 30213, The arbitrary two wherein adjacent backlash i.e. be respectively first activation point 30211 and second activation point 30212, In the corresponding backlash, i.e., wherein described first guide wall 302131 and second guide wall 302132 extend in the same direction respectively First guide wall 302131 and the same direction that second guide wall 302132 is adjacent arbitrary two guiding tooth 30213 Side wall, so formed to institute with the multiple circulate operation of quantity by the correspondence backlash to the cycle button 301 The pivot driver of a circumference of transposition part 3021 is stated, the present invention is without limitation.

In this way, the present invention also provides the Cycle-decomposition method of the circulation electric generating apparatus 10, include the following steps：

A, it in the original state of the cycle button 301, is formed in the inceptive direction of the actuating arm 3022 First guide wall 302131 of the transposition part 3021 corresponds to and favours the state of the actuating arm 3022, i.e., described to change First driving condition of position driving unit 302；

B, during the cycle button 301 is pressed into the triggering state from the original state, by institute State cycle 301 start of button described in actuating arm 3022 and so that the actuating arm 3022 is guided by first guide wall 302131 Ground drives the transposition part 3021 in first activation point 30211, can form described the of the transposition part 3021 Two guide walls 302132 correspond to and favour the state of the inceptive direction；

C, during the cycle button 301 returns back to the original state from the triggering state, by described Guiding piece 3023 maintains the actuating arm 3022 in the inceptive direction, is oriented to form the transposition part 3021 described second Wall 302132 corresponds to and favours the state of the actuating arm 3022, i.e., second driving of the described transposition driving unit 302 State.

Particularly, in this embodiment in accordance with the invention, the Cycle-decomposition method of the circulation electric generating apparatus 10 into One step includes step：

D, during the cycle button 301 is pressed into the triggering state from the original state, by institute State cycle 301 start of button described in actuating arm 3022 and so that the actuating arm 3022 is guided by second guide wall 302132 Ground drives the transposition part 3021 in second activation point 30212, can form described the of the transposition part 3021 One guide wall 302131 corresponds to and favours the state of the inceptive direction；

E, during the cycle button 301 returns back to the original state from the triggering state, by described Guiding piece 3023 maintains the actuating arm 3022 in the inceptive direction, is oriented to form the transposition part 3021 described first Wall 302131 corresponds to and favours the state of the actuating arm 3022, i.e., first driving of the described transposition driving unit 302 State.

In this way, to drive the transposition in different location by the adjacent circulate operation twice to the cycle button 301 Part 3021 corresponds to and is followed to the primary of the generator unit 20 to be driven to the one cycle of the transposition part 3021 Ring start is decomposed into the circulate operation twice to the cycle button 301.

The circulation electric generating apparatus 10 to further describe the present invention, with reference to the present invention Figure of description Fig. 7 and Shown in Fig. 8, the circulation electric generating apparatus 10A of a variant embodiment of above-described embodiment under this invention is illustrated, Described in circulation electric generating apparatus 10A include an a generator unit 20A and Cycle-decomposition device 30A, wherein the Cycle-decomposition fill It sets 30A to be operatively coupled in the generator unit 20A, wherein the generator unit 20A is configured to once be made Pulsatile once electric energy is generated dynamicly, wherein the circulation electric generating apparatus 10A is set provides electric energy output with single pulse electric energy, Avoid the integration of multiple pulses and be conducive to simplify the circulation electric generating apparatus 10A circuit structure, advantageously reduce simultaneously The circuit loss of the circulation electric generating apparatus 10A, and then improve the efficiency of the circulation electric generating apparatus 10A.

Further, the Cycle-decomposition device 30A is configured to described in one cycle operatively start once Generator unit 20A corresponds to the one of the generator unit 20A operation of the one cycle of the Cycle-decomposition device 30A Secondary start, so can will be decomposed into the one cycle start of the generator unit 20A to the Cycle-decomposition device 30A Multiple circulate operation be conducive to reduce the mechanical energy requirement to the operation of the single cycle of the Cycle-decomposition device 30A Improve the operation of the circulation electric generating apparatus 10A with reducing the dynamics to the word circulate operation of the Cycle-decomposition device 30A Experience.

Specifically, the Cycle-decomposition device 30A includes a cycle button 301A and a transposition driving unit 302A, wherein The cycle button 301A has an original state and a triggering state and is equipped with a reset element 3011A, wherein working as institute Cycle button 301A is stated when the original state presses start and is in the triggering state with being subjected to external force, the cycle Button 301A can return back to the original state after external force releasing by the reset element 3011A, wherein the transposition Driving unit 302A is operatively coupled between the cycle button 301A and the generator unit 20A and has one first Driving condition and one second driving condition, wherein the transposition driving unit 302A is suitable in the cycle button 301A described in By the cycle button 301A drivingly in first driving condition and described when original state switches to the triggering state Completion between second driving condition once switches, with by the transposition driving unit 302A in first driving condition and The generator unit that primary switching start between second driving condition is coupled with the transposition driving unit 302A 20A is once switched between the first position state and the second position state.

Further, the transposition driving unit 302A includes the transposition part 3021A of an actuating arm 3022A and one, wherein institute It states actuating arm 3022A and is arranged at the cycle button 301A, and when the cycle button 301A is in the original state, The actuating arm 3022A is maintained at an inceptive direction, wherein the transposition part 3021A has one first activation point 30211A With one second activation point 30212A and respectively from the first activation point 30211A and the second activation point 30212A The one first guide wall 302131A and one second guide wall 302132A extended, wherein in the institute of the transposition driving unit 302A The first driving condition is stated, when the cycle button 301A is in the original state, the first guide wall 302131A is tilted In the inceptive direction and in the inceptive direction it is corresponding with the actuating arm 3022A, with work as the cycle button 301A from During the original state is pressed into the triggering state, the actuating arm 3022A can be by first guide wall 302131A is guided and is driven the transposition part 3021A in the first activation point 30211A, in the cycle button 301A return back to after the original state formed the second guide wall 302132A favour the inceptive direction and in it is described just Beginning direction second driving condition corresponding with the actuating arm 3022A, and then follow-up, as the cycle button 301A Again from during the original state is pressed into the triggering state, the actuating arm 3022A can be by described second Guide wall 302132A is guided and is driven the transposition part 3021A in the second activation point 30211A.

That is, the cycle button 301A can operatively be driven the transposition driving unit 302A by one cycle Once switched between first driving condition and second driving condition, with by the transposition driving unit Primary switching starts of the 302A between first driving condition and second driving condition once drives with the transposition The generator unit 20A that unit 302A is coupled, to which one cycle is with operating the cycle button 301A in the power generation Unit 20A generates pulsatile once electric energy.

Further, the transposition part 3021A is pivotly coupled with the generator unit 20A, with can be by pivot Turn generator unit 20A described in drivingly start, wherein the twice circulate operation adjacent to the cycle button 301A corresponds to respectively The transposition is driven in a wherein activation point of the first activation point 30211A and the second activation point 30212A Part 3021A, that is to say, that in the circulate operation twice adjacent to the cycle button 301A, wherein one cycle operation corresponds to In the part 3021A that replaces described in the first activation point 30211A pivot drivers, and another secondary circulate operation then corresponds to Replace part 3021A described in the second activation point 30212A pivot drivers, so with can be in different location pivot driver institute The one cycle driving of the pairs of transposition part 3021A of transposition part 3021A landform is stated, and then can be in different location pivot driver The transposition part 3021A landform is made with the one cycle of the transposition part 3021A generator unit 20A being coupled in pairs It is dynamic.

Similarly, the generator unit 20A has a first position state and a second position state, wherein the power generation Primary switchings of the unit 20A between the first position state and the second position state corresponds to the generator unit A start of 20A and can in the generator unit 20A generate pulsatile once electric energy.That is, to the cycle button The one cycle operation of 301A operates the one cycle of the Cycle-decomposition device 30A, and is driven corresponding to the transposition Primary switchings of the unit 302A between first driving condition and second driving condition, while corresponding to the power generation Primary switchings of the unit 20A between the first position state and the second position state.

Particularly, in this variant embodiment of the present invention, the generator unit 20A is arranged to using shuttle It pivots effort formation and includes a drive rod 204A, wherein the drive rod 204A is configured to the drive rod 204A An intermediate axis is for axle center reciprocal to be pivoted, to form cutting between the first position state and the second position state It changes.

Correspondingly, the transposition part 3021A further includes pivotal axis a 30217A, one first abutting part 30218A and one second Abutting part 30219A, wherein the pivotal axis 30217A of the transposition part 3021A is set positioned at the transposition part 3021A's The position opposite with the guiding tooth 30213A, and it is in the inceptive direction, wherein the both ends difference of the drive rod 204A It is connected to the first abutting part 30218A and the second abutting part 30219A, so to form the transposition part 3021A quilts The structural relation being pivotly coupled with the generator unit 20A, and then by the actuating arm 3022A to the transposition part Generator unit 20A described in the transposition driving start of 3021A.

It is understood that the both ends as the drive rod 204A are embedded in the first abutting part 30218A and institute respectively When stating the second abutting part 30219A, the axle center of the drive rod 204A is the pivotal axis of the transposition part 3021A Not by entity setting up in the transposition part 3021A, the present invention is without limitation by 30217A, i.e., the described pivotal axis 30217A.

Further, in this variant embodiment of the present invention, the transposition part 3021A includes a guiding tooth 30213A, wherein the guiding tooth 30213A is arranged at the first activation point 30211A and second activation point Between 30212A, wherein the guiding tooth 30213A's drives position with the first activation point 30211A and described second respectively It is the first guide wall 302131A and the second guide wall 302132A to set the corresponding two sides 30212A then.

So in first driving condition of the transposition driving unit 302A, when the cycle button 301A is in When the original state, the guiding tooth 30213A favours the inceptive direction, and the actuating arm 3022A is in the initial side To corresponding with the first guide wall 302131A of the guiding tooth 30213A.To work as the cycle button 301A described in When original state is pressed into the triggering state, the actuating arm 3022A by the first guide wall 302131A guide and in The first activation point 30211A drives the transposition part 3021A pivotally primary generator unit 20A of start, and is formed The guiding tooth 30213A favours the inceptive direction and the second guide wall 302132A corresponds to the inceptive direction State.And then when the cycle button 301A returns back to the initial shape from the triggering state by the reset element 3011A After state, the actuating arm 3022A be maintained at the inceptive direction and formed the actuating arm 3022A in the inceptive direction with The corresponding states of the second guide wall 302132A of the guiding tooth 30213A, i.e., the described transposition driving unit 302A's Second driving condition.With follow-up, when the cycle button 301A is pressed into described touch from the original state again When hair-like state, the actuating arm 3022A is guided by the second guide wall 302132A and in the second activation point 30212A The transposition part 3021A pivotally primary generator unit 20A of reversed start are driven, and forms the guiding tooth 30213A and inclines Tiltedly correspond to the state of the inceptive direction in the inceptive direction and the first guide wall 302131A.To be followed when described Ring button 301A is returned back to from the triggering state after the original state to be formed the guiding tooth 30213A and favours institute again Inceptive direction is stated, and the actuating arm 3022A is in first guide wall of the inceptive direction and the guiding tooth 30213A Corresponding first driving conditions of 302131A.

It is noted that in this variant embodiment of the present invention, the transposition part 3021A is further provided with One first limiting tooth 30215A and one second limiting tooth 30216A, wherein the guiding tooth 30213A is arranged at first limit Between the tooth 30215A and the second limiting tooth 30216A of position, in the first limiting tooth 30215A and the guiding tooth First driving is respectively formed between 30213A and between the first limiting tooth 30216A and the guiding tooth 30213A Position 30211A and the second activation point 30212A, thus in the actuating arm 3022A in first activation point 30211A drives and limits actuating arm 3022A disengagings institute by the first limiting tooth 30215A when the transposition part 3021A The first activation point 30211A is stated, and the transposition is driven in the second activation point 30212A in the actuating arm 3022A The actuating arm 3022A is limited by the second limiting tooth 30216A when part 3021A and is detached from second activation point 30212A。

Further, in this variant embodiment of the present invention, the transposition driving unit 302A further includes a guiding Part 3023A, wherein the guiding piece 3023A is equipped with a guiding groove 30231A, wherein the guiding groove 30231A is set For guiding the actuating arm 3022A to return when the cycle button 301A returns back to the original state from the triggering state Again to the state for being maintained at the inceptive direction.

Specifically, in this variant embodiment of the present invention, the actuating arm 3022A has a driving end 30221A, One end opposite with the driving end 30221A of the wherein described actuating arm 3022A is pivotably disposed in the cycle button 301A, the transposition part 3021A can be driven in the driving end 30211A, wherein the driving end 30221A is extended into institute Guiding groove 30231A is stated, so can limit or be guided described in the actuating arm 3022A by the guiding groove 30231A Drive the activity of end 30221A.

It is understood that the guiding groove 30231A is arranged to the drive for being suitable for limiting the actuating arm 3022A The activity of moved end 30221A, so with when the guiding groove 30231A have suitable geomery when, first limiting tooth 30215A and the second limiting tooth 30216A can and be not set, and can be by the guiding groove 30231A in the cycle Button 301A limits the drive of the actuating arm 3022A during being pressed into the triggering state from the original state Moved end 30221A drives in the wherein corresponding position of the first activation point 30211A and the second activation point 30212A The transposition part 3021A is moved, the present invention is not intended to limit this.

It will be appreciated by those skilled in the art that in the circulate operation to the arbitrary neighborhood for recycling button 301A twice In, the Cycle-decomposition device 30A of the invention selects the transposition of the actuating arm 3022A by the transposition part 3021A, The actuating arm 3022A is enable to drive the transposition part 3021A in different location, and then will be to the transposition part 3021A One cycle driving be decomposed into the multiple circulate operation to the cycle button 301A, so with will pair with the transposition part The one cycle start for the generator unit 20A that 3021A is coupled is decomposed into the multiple cycle to the cycle button 301A Operation.

Therefore, in some embodiments of the invention, when the generator unit 20A is arranged to the pivot using rotary type When effort formation, i.e., the described generator unit 20A one week can form the first position state and described the by one-directional rotation Multiple switching between two location status.Correspondingly, the transposition part 3021A can be arranged to gear-like, wherein gear-like Each tooth of the transposition part 3021A is the guiding tooth 30213A, wherein the arbitrary two adjacent guiding tooth 30213A it Between form a backlash, wherein the arbitrary two adjacent backlash i.e. be respectively the first activation point 30211A and described second Activation point 30212A, wherein the first guide wall 302131A and the second guide wall 302132A extend in the same direction respectively in The corresponding backlash, i.e., the described first guide wall 302131A and the second guide wall 302132A lead for adjacent arbitrary two To the unidirectional side wall of tooth 30213A, so to pass through the quantity of the correspondence backlash to the cycle button 301A Multiple circulate operation forms the pivot start of a circumference to the transposition part 3021A.

It is understood that herein first, second, third and fourth be only used for describing different components of the invention (or Element) name and make to generate differentiation between the different components of the present invention, element and structure.Unless expressly indicated, otherwise its Itself is without the how many meaning of order or number.

It will be appreciated by those skilled in the art that above example is only for example, wherein the feature of different embodiments Can be combined with each other, with obtain according to the invention discloses content be readily conceivable that but the reality that does not explicitly point out in the accompanying drawings Apply mode.

It should be understood by those skilled in the art that the embodiment of the present invention shown in foregoing description and attached drawing is only used as illustrating And it is not intended to limit the present invention.The purpose of the present invention has been fully and effectively achieved.The function and structural principle of the present invention exists It shows and illustrates in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.

Claims

1. a circulation electric generating apparatus, which is characterized in that including：

One cycle button, wherein the cycle button has an original state and a triggering state and is equipped with reset member Part, wherein when the cycle button presses start and be in the triggering state with being subjected to external force in the original state, The cycle button can return back to the original state after external force releasing by the reset element, can once be made The one cycle operation for recycling button in pairs of dynamic landform；

One generator unit, wherein the generator unit has a first position state and a second position state, wherein the hair Electric unit by a start can once be switched between the first position state and the second position state and Generate pulsatile once electric energy；And

One transposition driving unit, wherein the transposition driving unit is operatively coupled in the cycle button and the power generation Between unit and there is one first driving condition and one second driving condition, wherein the transposition driving unit is suitable for described the A wherein driving condition for one driving condition and second driving condition, when the cycle button from the original state by by When being depressed into the triggering state by cycle button driving the primary generator unit of start, to form the generator unit Primary switching between the first position state and the second position state, and in follow-up, the cycle button from After the triggering state returns back to the original state, the transposition driving unit is maintained at first driving condition and institute The wherein another driving condition for stating the second driving condition, to be operated by the one cycle to the cycle button, described in driving Replace primary switching of the driving unit between first driving condition and second driving condition, and forms the power generation Primary switching of the unit between the first position state and the second position state.

2. circulation electric generating apparatus according to claim 1, wherein the transposition driving unit is changed including an actuating arm and one Position part, wherein the actuating arm is arranged at the cycle button, and when the cycle button is in the original state, institute State actuating arm and be maintained at an inceptive direction, wherein the transposition part have one first activation point and one second activation point and One first guide wall and one second guide wall extended respectively from first activation point and second activation point, wherein In first driving condition of the transposition driving unit, when the cycle button is in the original state, described the One guide wall favours the inceptive direction and corresponding with the actuating arm in the inceptive direction, to work as the cycle button During the original state is pressed into the triggering state, the actuating arm can be oriented to wall guided by described first And the transposition part is driven in first activation point, to be formed after the cycle key return to the original state Second guide wall favours the inceptive direction and in the inceptive direction corresponding with the actuating arm described second Driving condition, and then follow-up, when the cycle button is pressed into the mistake of the triggering state from the original state again Cheng Zhong, the actuating arm can be oriented to wall guided by described second and drive the transposition part in second activation point, such as This is with the transposition driving transposition part in the twice circulate operation adjacent to the cycle button.

3. circulation electric generating apparatus according to claim 2, wherein the transposition driving unit further comprises a guiding piece, The wherein described guiding piece is equipped with a guiding groove, wherein the actuating arm have one driving end, wherein the actuating arm with The opposite one end in the driving end is pivotably disposed in the cycle button, wherein the driving end is extended into the guiding Slot, to limit the movement at the driving end by the guiding groove, and in the original state of the cycle button so that institute Stating actuating arm can be limited by the guiding groove and be maintained at the inceptive direction.

4. circulation electric generating apparatus according to claim 3, wherein the transposition part is pivotly coupled in the power generation Unit, with it is described transposition driving unit first driving condition, when the cycle button from the original state by by During being depressed into the triggering state, the actuating arm is oriented to wall guided and is driven in first activation point by described first The pivot of the dynamic transposition part, and the power generation list being coupled with the transposition part by the pivot start of the transposition part Member, to after the cycle key return to the original state, can be formed by pivot due to the transposition part described in Second guide wall favours the inceptive direction and in the inceptive direction second driving corresponding with the actuating arm State.

5. circulation electric generating apparatus according to claim 4, wherein the transposition part includes a guiding tooth, wherein the guiding Tooth is arranged between first activation point and second activation point, to be driven in the guiding tooth and described first The dynamic corresponding side in position forms first guide wall, and corresponding with second activation point in the guiding tooth Side form second guide wall, so then followed when described in second driving condition of the transposition driving unit From during the original state is pressed into the triggering state, the actuating arm is drawn ring button by second guide wall It leads and drives the reversed pivot of the transposition part in second activation point, and then in the cycle key return at the beginning of described After beginning state, the transposition driving unit can return back to first guide wall and favour the inceptive direction and in described first Beginning direction first driving condition corresponding with the actuating arm will drive a reciprocation cycle of the transposition part It is decomposed into the twice circulate operation adjacent to the cycle button.

6. circulation electric generating apparatus according to claim 5, wherein the transposition part is further provided with one first limit Tooth and one second limiting tooth, wherein the guiding tooth is arranged between first limiting tooth and second limiting tooth, with It is respectively formed institute between first limiting tooth and the guiding tooth and between second limiting tooth and the guiding tooth The first activation point and second activation point are stated, to be changed described in first activation point driving in the actuating arm The actuating arm is limited by first limiting tooth when part of position and is detached from first activation point, and in the actuating arm in institute It states when the second activation point drives the transposition part through second limiting tooth limitation actuating arm disengaging, second drive Dynamic position.

7. circulation electric generating apparatus according to claim 5 or 6, wherein the transposition part further comprises a pivotal axis and one Coupling slot, wherein the pivotal axis of the transposition part is set positioned at the position opposite with the guiding tooth of the transposition part Set, and be in the inceptive direction, wherein the coupling slot be arranged at it is described transposition part with first activation point and The corresponding position of a wherein activation point of second activation point, wherein the generator unit can in coupling slot quilt It is operably coupled to the transposition part.

8. circulation electric generating apparatus according to claim 7, wherein the generator unit includes a magnetic core, a magnet assembly, One drive rod and at least a coil, wherein each coil is surrounded on the magnetic core, wherein the magnetic core is arranged to adopt It is prepared with permeability magnetic material and includes two ends extended in the same direction, wherein the magnet assembly is arranged between two ends, One end of the wherein described drive rod is arranged at the magnet assembly, with can stir the drive rod the other end form institute Primary switching of the generator unit between the first position state and the second position state is stated, and then described in a start It to magnetic assembly forms the variation of the magnetic flux of the magnetic core and generates pulsatile once electric energy in the coil.

9. circulation electric generating apparatus according to claim 8, wherein the drive rod is embedded in the coupling slot, to be formed Generator unit is stated to be operatively coupled in the structural relation of the transposition part, and then by the actuating arm to the transposition part Transposition driving commutation start described in drive rod, a reciprocation cycle of the drive rod will be stirred to be decomposed into and followed to described The adjacent circulate operation twice of ring button.

10. circulation electric generating apparatus according to claim 9, wherein the magnetic core is maintained static state, it is described can increase Coil is in the volume accounting of the generator unit, to improve the generating efficiency of the generator unit.

11. circulation electric generating apparatus according to claim 10, wherein a two ends i.e. first end for the magnetic core With a second end, wherein the magnet assembly have one first magnetic pole and one second magnetic pole, wherein the first end Simultaneously corresponding to first magnetic pole and second magnetic pole with first magnetic pole and the second magnetic pole phase It is close, the second end simultaneously corresponding to first magnetic pole and second magnetic pole with first magnetic pole and Second magnetic pole is mutually close, wherein when first magnetic pole is connected in the first end, second magnetic pole It connects in the second end, and when first magnetic pole is connected in the second end, second magnetic pole is connected In the first end.

12. circulation electric generating apparatus according to claim 11, wherein be further arranged to can be with for the magnet assembly Movement is a little pivoted for axle center between first magnetic pole and second magnetic pole, to work as first magnetic pole When end is in the position being connected with the first end, second magnetic pole is in the position being connected with the second end It sets, and when second magnetic pole is in the position being connected with the first end, first magnetic pole is in and institute State the position that the second end is connected.

13. circulation electric generating apparatus according to claim 12, wherein the magnet assembly include a magnetic conduction subassembly and one forever Magnet, wherein the magnetic conduction subassembly magnetic conduction is connected to the permanent magnet, to form first magnetic pole in the magnetic conduction subassembly With second magnetic pole, and by the magnetic conduction of the magnetic conduction subassembly and the permanent magnet be connected to form first magnetic pole and Second magnetic pole is between the first end and the second end respectively simultaneously close to the first end and described The position relationship of the second end.

14. circulation electric generating apparatus according to claim 13, wherein the magnetic conduction subassembly includes one first magnetic conductive board and one Second magnetic conductive board, wherein first magnetic conductive board and second magnetic conductive board respectively with two magnetic pole magnetic conduction phases of the permanent magnet Even, to form first magnetic pole in first magnetic conductive board, and second magnetic pole is formed in second magnetic conductive board.

15. circulation electric generating apparatus according to claim 14, wherein the permanent magnet and being arranged at the permanent magnetism respectively First magnetic conductive board of two magnetic poles of body and second magnetic conductive board form the magnet assembly of " H " shape, wherein institute The left and right sides for stating " H " shape is that first magnetic conductive board and second magnetic conductive board are formed, wherein described " H " shape is upper and lower Both ends are mutually close with the first end and the second end respectively, to form the first end simultaneously close to described the One magnetic pole and second magnetic pole, and the second end is also simultaneously close to first magnetic pole and second magnetic Extreme position relationship.

16. circulation electric generating apparatus according to claim 15, wherein the drive rod is arranged to use elastic material system It is standby.

17. circulation electric generating apparatus according to claim 16, wherein the generator unit further comprises two pivotal arms, In two pivotal arms magnet assembly is being symmetricly set on the direction of the pivotal orientation of the magnet assembly Two sides so that the magnet assembly can be using two pivotal arms as axis by pivot start.

18. circulation electric generating apparatus according to claim 17, wherein the drive rod is arranged to respectively from two drives Swing arm extends, to form setting of the drive rod in the magnet assembly by two actuating arms.

19. circulation electric generating apparatus according to claim 18, wherein the generator unit further comprises a mounting base, Described in magnetic core be arranged at the mounting base, wherein the mounting base is equipped with two pivot card slots, wherein the pivotal arm It can be by pivot card slot clamping and pivotly by inlay card in the mounting base, so that the magnet assembly can be in institute It states and is pivotally mounted between first end and the second end in the mounting base.

20. circulation electric generating apparatus according to claim 19, wherein the pivot card slot is arranged to " C " shape, and in " C " It skims outside the opening of shape, so that the pivotal arm can be extruded and pivotably state from the opening for pivoting card slot By inlay card in the pivot card slot.

21. circulation electric generating apparatus according to claim 20, wherein the pivot card slot be further arranged in " C " Indent at the corresponding slot bottom of opening of shape expands so that the opening for pivoting card slot is easier to be squeezed by the pivotal arm , to simplify the magnet assembly in the installation of the mounting base.

22. circulation electric generating apparatus according to claim 5 or 6, wherein the generator unit is arranged to using reciprocating Pivot effort formation and include a drive rod, wherein the drive rod is configured to the axis among the drive rod It is for axle center reciprocal to pivot, to form the generator unit with capable of stirring the drive rod in the first position state and institute State the primary switching between the state of the second position.

23. circulation electric generating apparatus according to claim 22, wherein the transposition part further includes a pivotal axis, one first supports Socket part and one second abutting part, wherein the pivotal axis of the transposition part is set positioned at the transposition part and the guiding The opposite position of tooth, and it is in the inceptive direction, it is abutted wherein the both ends of the drive rod are connected to described first respectively Portion and second abutting part, with formed the generator unit be operatively coupled in it is described transposition part structural relation, into And drive rod described in the transposition driving commutation start by the actuating arm to the transposition part, it will be to the one of the drive rod Secondary reciprocation cycle stirs the adjacent circulate operation twice being decomposed into the cycle button.

24. circulation electric generating apparatus according to claim 22, wherein the transposition part further includes one first abutting part and one Second abutting part, wherein the both ends of the drive rod are embedded in first abutting part and second abutting part respectively, with shape It is operatively coupled in the structural relation of the transposition part at the generator unit, and then is changed described by the actuating arm Drive rod described in the transposition driving commutation start of position part, will stir a reciprocation cycle of the drive rod and be decomposed into institute State the adjacent circulate operation twice of cycle button.

25. circulation electric generating apparatus according to claim 4, the transposition part is arranged to gear-like and includes multiple guiding Each tooth of tooth, wherein the transposition part of gear-like is the guiding tooth, wherein between the arbitrary two adjacent guiding tooths A backlash is formed, wherein the arbitrary two adjacent backlash are respectively first activation point and second driving position It sets, wherein first guide wall and second guide wall are extended in the same direction respectively in the corresponding backlash, i.e., described first Guide wall and the unidirectional side wall that second guide wall is adjacent arbitrary two guiding tooth, so with by being followed to described The multiple circulate operation of the quantity of the correspondence backlash of ring button forms the pivot driver of a circumference to the transposition part.

26. a Cycle-decomposition device, which is characterized in that including：

One actuating arm, wherein the actuating arm is arranged at the cycle button, and when the cycle button is in described initial When state, the actuating arm is maintained at an inceptive direction；And

One transposition part, wherein the transposition part is arranged to pivotly, wherein the transposition part has one first activation point With one second activation point and respectively from one first guide wall of first activation point and second activation point extension With one second guide wall, wherein it is described transposition driving unit first driving condition, when the cycle button is in institute When stating original state, first guide wall favours the inceptive direction and opposite with the actuating arm in the inceptive direction It answers, to work as the cycle button from during the original state is pressed into the triggering state, the actuating arm can It is oriented to wall guided by described first and drives the transposition part in first activation point, in the cycle key return Second guide wall, which is formed, after to the original state favours the inceptive direction and in the inceptive direction and the drive Corresponding second driving condition of swing arm, and then follow-up, when the cycle button again from the original state by by During being depressed into the triggering state, the actuating arm can be oriented to wall guided by described second and drive position in described second The driving transposition part is set, so with the transposition driving transposition in the twice circulate operation adjacent to the cycle button Part.

27. Cycle-decomposition device according to claim 26, wherein the transposition driving unit further comprises a guiding Part, wherein the guiding piece is equipped with a guiding groove, wherein the actuating arm has a driving end, wherein the actuating arm One end opposite with the driving end is pivotably disposed in the cycle button, wherein the driving end is extended into described draw Guide groove, with by the guiding groove limit it is described driving end motion range, and in it is described cycle button the original state, The actuating arm is limited by the guiding groove and is maintained at the inceptive direction.

28. Cycle-decomposition device according to claim 27, wherein the transposition part includes a guiding tooth, wherein described lead It is arranged between first activation point and second activation point to tooth, in the guiding tooth and described first The corresponding side of activation point forms first guide wall, and opposite with second activation point in the guiding tooth The side answered forms second guide wall, so then in second driving condition of the transposition driving unit, when described Button is recycled from during the original state is pressed into the triggering state, the actuating arm is by second guide wall Guiding and drive the reversed pivot of the transposition part in second activation point, and then in the cycle key return to described After original state, the transposition driving unit can return back to first guide wall and favour the inceptive direction and in described Inceptive direction first driving condition corresponding with the actuating arm will drive a reciprocation cycle of the transposition part It is dynamic to be decomposed into the twice circulate operation adjacent to the cycle button.

29. Cycle-decomposition device according to claim 28, wherein the transposition part is further provided with one first limit Position tooth and one second limiting tooth, wherein the guiding tooth is arranged between first limiting tooth and second limiting tooth, To be respectively formed between first limiting tooth and the guiding tooth and between second limiting tooth and the guiding tooth First activation point and second activation point, thus in the actuating arm described in first activation point driving Replace part when the actuating arm limited by first limiting tooth be detached from first activation point, and the actuating arm in Second activation point drives and limits the actuating arm disengaging described second by second limiting tooth when transposition part Activation point.

30. Cycle-decomposition device according to claim 27, the transposition part is arranged to gear-like and includes multiple lead Each tooth to tooth, wherein the transposition part of gear-like is the guiding tooth, wherein the arbitrary two adjacent guiding tooths it Between form a backlash, wherein the arbitrary two adjacent backlash i.e. be respectively first activation point and it is described second driving position It sets, wherein first guide wall and second guide wall are extended in the same direction respectively in the corresponding backlash, i.e., described first Guide wall and the unidirectional side wall that second guide wall is adjacent arbitrary two guiding tooth, so with by being followed to described The multiple circulate operation of the quantity of the correspondence backlash of ring button forms the pivot driver of a circumference to the transposition part.

31. a generator unit, which is characterized in that including：

One magnetic core, wherein the magnetic core is arranged to be prepared using permeability magnetic material and includes two ends extended in the same direction；

One magnet assembly, wherein the magnet assembly is arranged between two ends；

One drive rod, wherein one end of the drive rod is arranged at the magnet assembly, can stir the drive rod Form to the other end primary switching of the generator unit between a first position state and a second position state, Jin Eryi The variation of the magnetic flux of the magnetic core to magnetic assembly is formed described in secondary start；And

An at least coil, wherein the coil is surrounded on the magnetic core, can respond the variation of the magnetic flux of the magnetic core Ground produces electricl energy.

32. generator unit according to claim 31, wherein the magnetic core is maintained static state, can increase the coil In the volume accounting of the generator unit, to improve the generating efficiency of the generator unit.

33. generator unit according to claim 32, wherein a two ends i.e. first end and one for the magnetic core The second end, wherein the magnet assembly has one first magnetic pole and one second magnetic pole, wherein the first end is simultaneously It is corresponding to first magnetic pole and second magnetic pole mutually close with first magnetic pole and second magnetic pole, The second end simultaneously corresponding to first magnetic pole and second magnetic pole with first magnetic pole and described Second magnetic pole is mutually close, wherein when first magnetic pole is connected in the first end, second magnetic pole is in It connects in the state of the second end, and when first magnetic pole is connected in the second end, second magnetic pole End is in connecting in the state of the first end, to be respectively formed the first position state of the generator unit and described Second position state.

34. generator unit according to claim 33, wherein be further arranged to can be with described for the magnet assembly Movement is a little pivoted for axle center between first magnetic pole and second magnetic pole, to work as at first magnetic pole When the position for the connection that is connected with the first end, second magnetic pole is in the position being connected with the second end It sets, and when second magnetic pole is in the position being connected with the first end, first magnetic pole is in and institute State the position that the second end is connected.

35. generator unit according to claim 34, wherein the magnet assembly includes a magnetic conduction subassembly and a permanent magnet, The wherein described magnetic conduction subassembly magnetic conduction is connected to the permanent magnet, to form first magnetic pole and described in the magnetic conduction subassembly Second magnetic pole, and it is connected to form first magnetic pole and described the by the magnetic conduction of the magnetic conduction subassembly and the permanent magnet Two magnetic poles are between the first end and the second end respectively simultaneously close to the first end and the second end The position relationship in portion.

36. generator unit according to claim 35, wherein the magnetic conduction subassembly includes one first magnetic conductive board and one second Magnetic conductive board, wherein first magnetic conductive board and second magnetic conductive board are connected with two magnetic pole magnetic conductions of the permanent magnet respectively, with First magnetic pole is formed in first magnetic conductive board, and second magnetic pole is formed in second magnetic conductive board.

37. generator unit according to claim 36, wherein the permanent magnet and being arranged at the permanent magnet respectively First magnetic conductive board of two magnetic poles and second magnetic conductive board form the magnet assembly of " H " shape, wherein " H " The left and right sides of shape is that first magnetic conductive board and second magnetic conductive board are formed, wherein the upper and lower ends of described " H " shape It is mutually close with the first end and the second end respectively, to form the first end simultaneously close to first magnetic Extreme and second magnetic pole, and the second end is also simultaneously close to first magnetic pole and second magnetic pole Position relationship.

38. according to the generator unit described in claim 37, wherein the drive rod is arranged to prepare using elastic material.

39. the Cycle-decomposition method of a circulation electric generating apparatus, includes the following steps：

(a) it is led in an original state of a cycle button, one first in the one transposition part of inceptive direction formation of an actuating arm State that is corresponding to wall and favouring the actuating arm；

(b) actuating arm described in start and make the actuating arm by it is described first be oriented to wall guided in one first activation point drive The transposition part is moved, one second guide wall can form the transposition part is corresponding and favours the shape of the inceptive direction State, wherein the actuating arm is during the cycle button is pressed into a triggering state from the original state by institute State cycle keystroke driving；And

(c) maintain the actuating arm in the inceptive direction, second guide wall to form the transposition part is corresponding and inclines Tiltedly in the state of the actuating arm, wherein the actuating arm be the cycle button from the triggering state return back to it is described just The inceptive direction is maintained at by a guiding piece during beginning state.

40. the Cycle-decomposition method of circulation electric generating apparatus according to claim 39, further comprises step：

(d) actuating arm described in start and make the actuating arm by it is described second be oriented to wall guided in one second activation point drive The transposition part is moved, first guide wall can form the transposition part is corresponding and favours the shape of the inceptive direction State, wherein the actuating arm is the quilt during cycle button is pressed into the triggering state from the original state The cycle keystroke driving；And

(e) it maintains the actuating arm in the inceptive direction, is corresponded to so that the transposition part returns back to first guide wall And the state of the actuating arm is favoured, wherein the actuating arm is to return back to institute from the triggering state in the cycle button It states and the inceptive direction is maintained at by the guiding piece during original state, so with by the phase to the cycle button Adjacent circulate operation twice drives the transposition part in different location, to be decomposed into the one cycle driving of the transposition part To the adjacent circulate operation twice of the cycle button.

41. the Cycle-decomposition method of circulation electric generating apparatus according to claim 40, wherein the circulation electric generating apparatus packet A generator unit is included, wherein the generator unit is operatively coupled in the transposition part, can drive the transposition part Generator unit described in ground start.

42. the Cycle-decomposition method of circulation electric generating apparatus according to claim 41, wherein the generator unit has one First position state and a second position state, wherein the generator unit can be by a start in the first position shape Once switched between state and the second position state and generate pulsatile once electric energy, wherein in the step (b), into One step includes step：

Generator unit described in start is once switched between the first position state and the second position state and is produced Raw pulsatile once electric energy.

43. the Cycle-decomposition method of circulation electric generating apparatus according to claim 42, wherein in step (d), further Including step：

44. the Cycle-decomposition method of circulation electric generating apparatus according to claim 43, wherein the generator unit includes one Magnetic core, a magnet assembly, a drive rod and at least a coil, wherein each coil is surrounded on the magnetic core, wherein institute It states magnetic core to be arranged to prepare using permeability magnetic material and include two ends extended in the same direction, wherein the magnet assembly is arranged at Between two ends, wherein one end of the drive rod is arranged at the magnet assembly, can stir the drive rod The other end form primary switching of the generator unit between the first position state and the second position state, And then the variation of the magnetic flux of the magnetic core to magnetic assembly is formed described in a start and generates pulsatile once in the coil Electric energy.

45. the Cycle-decomposition method of circulation electric generating apparatus according to claim 44, wherein the drive rod is embedded in institute It states transposition part and forms the generator unit and be operatively coupled in the structural relation of the transposition part, in the step (b) and in the step (d), respectively by the primary generator unit of movement start of the transposition part, to be respectively formed State generator unit between the first position state and the second position state it is primary switching and generate pulsatile once electricity Can, and in the step (c) and the step (e), maintain the location status of the generator unit, i.e., pressed to the cycle In the one cycle operation of key, the generator unit carries out one between the first position state and the second position state It is secondary switching and generate pulsatile once electric energy, to by the one cycle start of the generator unit be decomposed into it is described cycle by The adjacent circulate operation twice of key.