CN110071617A

CN110071617A - Balance drive power generator and its multikey reversed return type passive transmitter and launching technique

Info

Publication number: CN110071617A
Application number: CN201910025917.XA
Authority: CN
Inventors: 刘远芳
Original assignee: Shenzhen Yi Bailong Technology Co Ltd
Current assignee: Shenzhen Yi Bailong Technology Co Ltd
Priority date: 2019-01-11
Filing date: 2019-01-11
Publication date: 2019-07-30

Abstract

The invention discloses a balance drive power generator and its multikey reversed return type passive transmitter and launching techniques, wherein the multikey reversed return type passive transmitter includes multiple keys, one balance base, one cloth keypad, one generator unit and a signal transmitter unit, wherein the key is laid in the cloth keypad, wherein the cloth keypad is maintained at the balance base, wherein the balance base is coupled with the generator unit, and it is configured to maintain the cloth keypad to move in parallel when the cloth keypad is driven, so that each key is maintained at same one stroke, wherein the generator unit is electrically connected at the signal transmitter unit, so when any key is pressed, the generator unit can be driven by the balance base and be produced electricl energy, so that the signal transmitter unit is in the generator unit Electric energy supply is lower to emit at least one control signal to match with the key being pressed.

Description

Balance drive power generator and its multikey reversed return type passive transmitter and launching technique

Technical field

The present invention relates to signal transmitting field more particularly to a balance drive power generator and its passive hairs of multikey reversed return type Emitter and launching technique to enable each key to have same one stroke when being laid with multiple keys, and can touch It generates electricity to any key and the transmitting for signal corresponding with the key being touched provides electric energy.

Background technique

In recent years, scientific and technological development is more and more embodied in the pursuit to environmental protection, big to the universal of electric car, small Battery powered sender unit is not necessarily into signal transmitting field.Such as passive switch more universal at present, by by machine Tool can be converted to the mode of electric energy and provide power output for the passive switch so that the passive switch can with wired or It wirelessly sends control signal and is widely used in doorbell switch and lamp switch.However, the signal transmitting field that exists together And the remote controler being widely used, even if the power-saving technique of remote controler has reached and a button cell can be used only at present Still there is the battery replacement cycle that user can be allowed to receive, but current remote controler is still difficult to get rid of pair under conditions of power supply The dependence of battery, main reason is that the current generator for converting mechanical energy into electric energy be difficult to match with it is multiple by The remote controler of key.

Specifically, as shown in Figure 1A of Figure of description and Figure 1B, a kind of current spontaneous electrical remote control is mainly illustrated Device 10P, wherein the Self-generating remote controller 10P includes generator a 11P, shell a 12P, a driving plate 13P and laid In multiple key 14P of the driving plate 13P, wherein the generator 11P is arranged in the shell 12P, wherein described Generator 11P includes a drive rod 111P, to be produced electricl energy in the generator 11P with driving the drive rod 111P, wherein The driving plate 13P is coupled in the drive rod 111P, so that can drive the power generation with exerting a force to the key 14P Machine 11P.It is understood that driving the structure of the generator 11P to construct so that the power generation by the drive rod 111P Effective mechanical energy bearing plane of machine 11P is small, i.e., when generating electricity to generator 11P force, effective force surface concentrates on institute State drive rod 111P.In addition, it is different from the generator 11P that effective force surface is more concentrated, the Self-generating remote controller 10P Multiple key 14P are laid with, i.e., the key 14P of the described Self-generating remote controller 10P is not concentrated, to be difficult to The uniform force to the drive rod 111P is realized when exerting a force to the different key 14P of the Self-generating remote controller 10P. Therefore, when driving the Self-generating remote controller 10P to any key 14P force, difference can occur for the driving plate 13P The stroke of the inclination of degree, i.e., each key 14P is different and the Self-generating remote controller 10P is made to be difficult to obtain good behaviour Control feel.

It is open to maintain each key of remote controler to provide power output in same one stroke, and by generator for remote controler Number for CN107852080A invention in disclose the embodiment of another Self-generating remote controller, wherein distant to the self power generation The force driving for controlling the generator of device is operated separately with the pressing to key, i.e. cloth of the user in the Self-generating remote controller Front equipped with key presses any key, and in the back side of the Self-generating remote controller, pressing drives the generator simultaneously. That is user holds the Self-generating remote controller, spontaneous described in the mode of operation thumb press with traditional remote controller When the positive key of electrical remote control device, it is also necessary to which two sections of pressings are to form the Self-generating remote controller back side relative to the self power generation The positive movement of remote controler, to drive the generator.Although in this way, each key of the Self-generating remote controller can use The set-up mode of the key of traditional remote controller and be maintained at same one stroke, but still make the operation side of the Self-generating remote controller Formula is different from the mode of operation of traditional remote controller, it is difficult to obtain good manipulation feel.

To sum up, even if the power-saving technique of current remote controler, which has reached, to be supplied a button cell is used only Still there is the battery replacement cycle that user can be allowed to receive, but being widely used for remote controler is formed by battery under conditions of electricity Demand it is still very huge, not friendly to the environment.And since the generator of effective force surface Relatively centralized is difficult to match Remote controler with multiple keys, current Self-generating remote controller are difficult to meet biography while maintaining each key in same one stroke The mode of operation of system remote controler, therefore, it is difficult to the universal uses to reduce battery.

Summary of the invention

It is an object of the present invention to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein the multikey reversed return type passive transmitter includes a generator unit, for the passive hair of multikey reversed return type The signal transmitting of emitter provides energy output, without additional battery or external power supply, thus environmental protection and energy saving.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein the multikey reversed return type passive transmitter is laid with multiple keys, wherein each key is maintained together One stroke, to obtain good manipulation feel.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein the multikey reversed return type passive transmitter is laid with multiple keys, and by the generator unit It powers and emits while different key can be pressed different control signals, the how key controlled need of traditional remote controller can be met It asks.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein the generator unit is driven by the pressing operation to any key, with do not need it is additional by Press operation and make the mode of operation for meeting the operation of the multikey reversed return type passive transmitter traditional remote controller.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein each key is maintained same one stroke, and the generator unit is by the pressing to any key Operation is driven, and makes institute when pressing the different keys, to be capable of forming the uniform driving to the generator unit The generated energy for stating generator unit can be maintained stabilization, thus have better stability.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique is suitable for wherein meeting the operation of the multikey reversed return type passive transmitter mode of operation of traditional remote controller Replace traditional remote controller and reduces the use of battery.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein the multikey reversed return type passive transmitter includes a balance base, to be capable of forming a balanced surface, and when in institute Moving in parallel for the balanced surface is formed when stating any point stress of balanced surface.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein each key is coupled in the balanced surface and the balance base, be able to maintain that each key in Same one stroke.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein each key is coupled in the balanced surface and the balance base, described to press pressing operation is any Moving in parallel for the balanced surface of the balance base is formed when key.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein the generator unit is coupled in the balance base, to pass through institute in any key of pressing operation The movement for stating balance base drives the generator unit.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein the multikey reversed return type passive transmitter includes a cloth keypad, wherein the cloth keypad is parallel to described put down It is arranged to weighing apparatus face the balance base, to maintain moving in parallel for the cloth keypad by the balanced surface.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein each key is laid in the cloth keypad, to maintain each institute by moving in parallel for the cloth keypad Key is stated in same one stroke.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein the generator unit is configured to generate one respectively during the key is pressed and is resetted Secondary electric energy, can two secondary control signals be emitted with powering respectively by electric energy twice.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique a, wherein secondary control signal can be emitted respectively during the key is pressed and resets, by two Secondary control signal realizes continuous variable control, such as step-less adjustment volume, brightness, set temperature continuous variable.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein the balance drive power generator includes the balance base and the generator unit, can put down in described Weighing apparatus face any position drives the generator unit, and to have the driving of the balance base in the balanced surface any position Identical stroke, i.e., the described balance drive power generator can be balanced driving in the balanced surface any position and generate electricity Energy.

Another object of the present invention is to provide a balance drive power generator and its multikey reversed return type passive transmitter and Launching technique, wherein the balance drive power generator can be balanced driving in the balanced surface any position and generate electricity Can, the operating experience with bigger operations area and balance.

To realize that the above at least purpose, the present invention provide a multikey reversed return type passive transmitter, comprising:

Multiple keys；

One balance base, wherein the balance base include two pivotal parts, wherein each pivotal part have a pivot part, one Dynamic portion and a balance end, wherein two pivotal parts are pivotally arranged respectively at its described pivot part, and in described Dynamic portion is coupled, with when any pivotal part is pivoted, another pivotal part is pivoted by linkage, wherein two pivots The line of the pivot part of the two of part is parallel to the line of two balance ends, is formed with the plane locating for two balance ends One balanced surface, and then when any pivotal part is pivoted, the balanced surface can be maintained and move in parallel；

One cloth keypad, wherein each key is laid in the cloth keypad, wherein the cloth keypad is in the balanced surface Two balance ends are maintained at, when pressing any key, to maintain moving in parallel for the cloth keypad, and then are maintained Each key is in same one stroke；

One generator unit, wherein the generator unit is coupled in the balance base, to be pressed when any key When can by the balance base drive produce electricl energy；And

One signal transmitter unit, wherein the signal transmitter unit is electrically connected at the generator unit, wherein when at least When one key is pressed and the generator unit is driven, electricity of the signal transmitter unit in the generator unit At least one control signal to match with the key being pressed can be emitted under supply.

In one embodiment, the generator unit includes an actuating arm, wherein the generator unit passes through the actuating arm It is coupled in the balance base, to be capable of forming the uniform driving to the actuating arm when pressing the different keys.

In one embodiment, the balance base further comprises a balance element, wherein two pivotal parts are parallel to each other Ground setting, and it is pivotably disposed in the balance element respectively at the linkage portion, to form two institutes by the balance element State the structural relation that pivotal part is coupled in the linkage portion.

In one embodiment, the linkage portion is integrally formed at the balance end, then the balanced surface is formed in described flat Plane where weighing apparatus part, wherein the cloth keypad is arranged at the balance element, to form the cloth keypad in the balanced surface It is maintained at the positional relationship of two balance ends, and then when pressing any key, the cloth keypad can be described Balance element maintenance moves in parallel.

In one embodiment, wherein the linkage portion of a pivotal part is pivotably disposed in another pivot The linkage portion of part, with when any pivotal part is pivoted, another pivotal part is pivoted by linkage, to form two The structural relation that the pivotal part is coupled in the linkage portion.

In one embodiment, two balance ends are separately arranged as prolonging from the pivot part to the direction of the linkage portion Stretch and be formed in each pivotal part, so with two balance ends are parallel to when the line of two pivot parts line when, institute Stating balanced surface can move in parallel when any pivotal part is pivoted.

In one embodiment, two balance ends are separately arranged as extending to form from the linkage portion to the pivot part In each pivotal part, so with two balance ends are parallel to when the line of two pivot parts line when, the balance Face can be moved in parallel when any pivotal part is pivoted.

In one embodiment, the balance base further comprises a balance element, wherein the balance of two pivotal parts End is maintained at the balance element respectively, then the balanced surface is formed in the plane where the balance element.

In one embodiment, the cloth keypad is arranged at the balance element, to form the cloth keypad in the balance Face is maintained at the positional relationship of two balance ends, and then when pressing any key, the cloth keypad can be by institute Balance element maintenance is stated to move in parallel.

In one embodiment, the generator unit further comprises a coil block and a magnet assembly, wherein the magnetic Body component is maintained static state, wherein the coil block is movably maintained at the actuating arm, in the actuating arm quilt When driving, movement of the coil block relative to the magnet assembly is formed, and then produce electricl energy.

According to another aspect of the present invention, the present invention also provides a balance drive power generator, comprising:

One balance base, wherein the balance base include two pivotal parts, wherein each pivotal part have a pivot part, one Dynamic portion and a balance end, wherein two pivotal parts are pivotally arranged respectively at its described pivot part, and in described Dynamic portion is coupled, with when any pivotal part is pivoted, another pivotal part is pivoted by linkage, wherein two pivots The line of the pivot part of the two of part is parallel to the line of two balance ends, is formed with the plane locating for two balance ends One balanced surface, and then when any pivotal part is pivoted, the balanced surface can be maintained and move in parallel；With

One generator unit, wherein the generator unit is coupled in the balance base, when in any of the balanced surface When position drives the balance base, the generator unit can be driven by the balance base and be produced electricl energy.

In one embodiment, the balance drive power generator further comprises a balance element, wherein two pivotal parts The balance end be maintained at the balance element respectively, then the balanced surface is formed in the plane where the balance element.

According to another aspect of the present invention, the present invention also provides the launching technique of a multikey reversed return type passive transmitter, packets Include following steps:

(a) an at least key for the multikey reversed return type passive transmitter is pressed to connect the control of the corresponding key Signal circuit；

(b) when the key continues pressing, position corresponding with key stress in a cloth keypad and pivot Driving maintains an at least pivotal part for the cloth keypad, wherein each pivotal part intercouples and the pivot that links, then the cloth Keypad is moved in parallel by pivotal part maintenance；

(c) when moving in parallel, the generator unit being coupled with the cloth keypad is generated the cloth keypad by driving Electric energy at least once；And

(d) control signal circuit that a signal transmitter unit emits and is switched under the electric energy supply of the generator unit At least one control signal to match.

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

Detailed description of the invention

Figure 1A is a kind of existing structural schematic diagram of Self-generating remote controller.

Figure 1B is the structural schematic diagram of the Self-generating remote controller in a state of use.

Fig. 2A is the structural schematic diagram of a multikey reversed return type passive transmitter of an embodiment under this invention.

Fig. 2 B is the multikey reversed return type passive transmitter of above-described embodiment under this invention under the state that is pressed Structural schematic diagram.

Fig. 3 A is the structural schematic diagram of a multikey reversed return type passive transmitter of another embodiment under this invention.

Fig. 3 B is the multikey reversed return type passive transmitter of above-described embodiment under this invention under the state that is pressed Structural schematic diagram.

Fig. 4 is the part explosion of the stereochemical structure of a multikey reversed return type passive transmitter of another embodiment under this invention View.

Fig. 5 is the explosion view of the stereochemical structure of the multikey reversed return type passive transmitter of above-described embodiment under this invention Figure.

Fig. 6 A be above-described embodiment under this invention the multikey reversed return type passive transmitter under normality in different views The topology view at angle.

Fig. 6 B be above-described embodiment under this invention the multikey reversed return type passive transmitter during being pressed The topology view of different perspectives.

Fig. 6 C is the multikey reversed return type passive transmitter of above-described embodiment under this invention in being pressed under state The topology view of different perspectives.

Fig. 6 D be above-described embodiment under this invention the multikey reversed return type passive transmitter in be released from pressing after The topology view of different perspectives.

Fig. 7 A be another embodiment under this invention a multikey reversed return type passive transmitter under normality in different perspectives Topology view.

Fig. 7 B is the multikey reversed return type passive transmitter of above-described embodiment under this invention in being pressed under state The topology view of different perspectives.

Fig. 8 A is the multikey reversed return type passive transmitter of a variant embodiment of above-described embodiment under this invention The part explosive view of stereochemical structure.

Fig. 8 B is the stereochemical structure of the multikey reversed return type passive transmitter of above-mentioned variant embodiment under this invention Explosive view.

Specific embodiment

It is described below for disclosing the present invention so that those skilled in the art can be realized 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 Basic principle of the invention 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 in exposure of the invention, term " longitudinal direction ", " transverse direction ", "upper", The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" Relationship 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, rather than The device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, therefore above-mentioned Term is not considered as limiting the invention.

It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no It can be interpreted as the limitation to quantity.

With reference to shown in Fig. 2A and Fig. 2 B of Figure of description of the invention, the same journey of a multikey of an embodiment under this invention Formula passive transmitter 100 is illustrated, and the main presentation multikey reversed return type passive transmitter 100 is under different conditions Structural schematic diagram.The multikey reversed return type passive transmitter 100 includes multiple keys 110, a balance base 120, a cloth keypad 130, a generator unit 140 and a signal transmitter unit 150, wherein the balance base 120 includes two pivotal parts 121, wherein Each pivotal part 121 has a pivot part 1211, a linkage portion 1212 and a balance end 1213, wherein two pivotal parts 121 are pivotally arranged respectively at its described pivot part 1211, and are coupled in the linkage portion 1212, when any described When pivotal part 121 is pivoted, another pivotal part 121 is pivoted by linkage, wherein two pivots of two pivotal parts 121 The line in portion 1211 is parallel to the line of two balance ends 1213, forms one with the plane locating for two balance ends 1213 Balanced surface 122, and then when any pivotal part 121 is pivoted, the balanced surface 122, which can be maintained, to be moved in parallel, In each key 110 be laid in the cloth keypad 130, wherein the cloth keypad 130 is maintained in the balanced surface 122 Two balance ends 1213, to maintain moving in parallel for the cloth keypad 130, Jin Erwei when pressing any key 110 Each key 110 is held in same one stroke, wherein the generator unit 140 is coupled in the balance base 120, with can be by institute It states the driving of balance base 120 and produces electricl energy, wherein the signal transmitter unit 150 is electrically connected at the generator unit 140, In when at least one key 110 is pressed and drives the generator unit 140, the signal transmitter unit 150 At least one control signal that the key 110 for emitting and being pressed under the electric energy supply of the generator unit 140 matches.

Specifically, in this embodiment in accordance with the invention, the balance base 120 further comprises a balance element 123, wherein Two pivotal parts 121 are pivotably disposed in the balance element 123 respectively at the linkage portion 1212, by described flat Weighing apparatus part 123 forms the structural relation that two pivotal parts 121 are coupled in the linkage portion 1212.

Particularly, two pivotal parts 121 are arranged parallel to each other, and the linkage portion 1212 be integrally formed at it is described Balance end 1213, then the balanced surface 122 is formed in the plane where the balance element 123, wherein the cloth keypad 130 is set It is placed in the balance element 123, is maintained at two balance ends 1213 to form the cloth keypad 130 in the balanced surface 122 Positional relationship, and then when pressing any key 110, the cloth keypad 130 can remain flat by the balance element 123 Row movement.

Further, the multikey reversed return type passive transmitter 100 further includes a shell 160, wherein two pivotal parts 121 pivot part 1211 is pivotably disposed in the shell 160 respectively, is distinguished with forming two pivotal parts 121 In the structural relation that its described pivot part 1211 is pivotally arranged.

It is understood that two pivotal parts 121 are arranged parallel to each other, i.e., each pivotal part 121 it is described Pivot part 1211 and the line of the balance end 1213 are parallel to each other, rather than the restriction of the shape to the pivotal part 121, and such as two The pivotal part 121, which can be respectively set to bend from the pivot part 1211 to the balance end 1213, to be extended, as long as each institute The line of the pivot part 1211 and the balance end 1213 of stating pivotal part 121 is parallel to each other, i.e. two pivotal parts of formation 121 structural relations being arranged parallel to each other.

It will also be appreciated that the linkage portion 1212 of each pivotal part 121 is integrally formed at the balance end 1213, and the line of two pivot parts 1211 of two pivotal parts 121 is parallel to the line of two balance ends 1213, That is the line of the pivot part 1211 of each pivotal part 121 and the balance end 1213, two pivotal parts 121 Two balance ends 1213 line and two pivotal parts 121 two pivot parts 1211 line constitute it is one flat Row quadrangle, so with when any pivotal part 121 is pivoted, the cloth keypad 130 can balanced surface 122 be maintained it is flat Row movement, so that each key 110 can be maintained at same one stroke.

Further, in this embodiment in accordance with the invention, the generator unit 140 includes an actuating arm 141, wherein institute It states generator unit 140 to be configured to produce electricl energy when the actuating arm 141 is driven, wherein 141 quilt of the actuating arm It is coupled in the balance element 123, so with when any key 110 is pressed, the balance element 123 being capable of parallel motion And drive the actuating arm 141.

It is noted that the balance element 123 can be maintained parallel shifting when any key 110 is pressed It is dynamic, and when pressing the different keys 110, the balance element 123, which can be maintained, uniformly to be moved in parallel, i.e., each described Key 110 is maintained same one stroke, then when pressing the different keys 110, is capable of forming to the equal of the actuating arm 141 It is even driving and enable the generated energy of the generator unit 140 to be maintained stabilization so that the multikey reversed return type is passive Transmitter 100 has better stability.

Further, the multikey reversed return type passive transmitter 100 further includes a reset unit 170, wherein the reset Unit 170 is configured to reply the cloth keypad 130 and the actuating arm after releasing to the pressing of the key 110 141 be pressed to the key 110 before state, and then reply and be laid in the key 110 of the cloth keypad 130 to quilt State before pressing.

Specifically, in this embodiment in accordance with the invention, the reset unit 170 is arranged at 141 He of actuating arm Between the shell 160, with when the key 110 is pressed, the reset unit 170 can be driven by the actuating arm 141 It moves and saves potential energy, and then after the pressing to the key 110 is released from, the reset unit 170, which can discharge, is saved Potential energy reply the state before the cloth keypad 130 and the actuating arm 141 are pressed to the key 110, and then reply It is laid in state of the key 110 of the cloth keypad 130 to before being pressed.

It is noted that in this embodiment in accordance with the invention, the reset unit 170 is arranged to a spring 171 And be arranged between the actuating arm 141 and the shell 160, wherein since the actuating arm 141 is coupled in described put down The balance element 123 of weighing apparatus seat 120, therefore in some embodiments of the invention, the reset unit 170 also may be placed at institute It states between shell 160 and the balance base 120, the invention is not limited in this regard.

Have further, it is to be appreciated that the reset unit 170 can also be arranged to torsional spring, elastic slice and elastic etc. The element of elastic characteristic, or it is configured to the magnetic element for attracting each other or repelling, the invention is not limited in this regard.

It is noted that the setting of the balance base 120 of the invention, so that being laid in the cloth keypad 130 The key 110 can be maintained at same one stroke, i.e., when pressing the different keys 110, in each key 110 Under the premise of the stroke of body is consistent, move in parallel since the cloth keypad 130 can be maintained without tilting, then it is each described The stroke of the pressing of key 110 can be maintained unanimously, so as to the operation energy of the multikey reversed return type passive transmitter 100 Enough there is good feel.

Particularly, the generator unit 140 can be driven by the pressing operation to any key 110, with not The behaviour for needing additional pressing operation and the operation to the multikey reversed return type passive transmitter 100 being made to meet traditional remote controller Make mode, wherein for further such that meeting the operation of the multikey reversed return type passive transmitter 100 behaviour of traditional remote controller Make mode, in this embodiment in accordance with the invention, the key 110 is flexibly maintained at the shell 160 and the cloth key Between plate 130, such as part of the key 110 between the shell 160 and the cloth keypad 130 is arranged in which can be compressed, With when pressing any key 110, even if the cloth keypad 130 is moved in parallel in the direction that the key 110 is pressed Dynamic, compressed part can between the shell 160 and the cloth keypad 130 for other described keys 110 not being pressed Stretching, extension, and then enough the key 110 not being pressed is maintained to protrude from the shell 160, so then to the same journey of the multikey The operation of formula passive transmitter 100 can comply fully with the mode of operation of traditional remote controller, thus be suitable for replacing traditional remote controller And the use of battery is reduced, in favor of environmental protection and energy saving.

Specifically, part of the key 110 between the shell 160 and the cloth keypad 130 is set in which can be compressed It sets, i.e., part of the described key 110 between the shell 160 and the cloth keypad 130 can be arranged to elastic using having Material or structure, such as use the barrel-like structure of rubber material, and compressively set when the key 110 is not pressed Set or each key 110 and the cloth keypad 130 between be equipped with compressed spring.It is such then pressing any institute When stating key 110, while the direction that the key 110 is pressed moves in parallel, other are not pressed the cloth keypad 130 The key 110 of pressure is extended between the shell 160 and the cloth keypad 130, and then enough maintains what is be not pressed to be somebody's turn to do The key 110 protrudes from the shell 160.

Particularly, in this embodiment in accordance with the invention, the cloth keypad 130 is arranged to be integrated with the circuit of circuit Plate, wherein the key 110 be arranged to conducting silica gel key or be pressed with can power conduction driving be arranged at the electricity The key of microswitch on the plate of road, the invention is not limited in this regard.And in some embodiments of the invention, the multikey is same The circuit part of formula passive transmitter 100 is arranged at the circuit board for being fixed setting, is such as fixedly set in the shell The circuit board of body 160, wherein the cloth keypad 130 is laid with the key 110, so that the key 110 and the cloth key Plate 130 links, and when pressing any key 110, the cloth keypad 130 can be linked to drive the balance base 120, and then the generator unit 140 is driven by the balance base 120, and the key 110 by being pressed connects institute State the control signal circuit that the key 110 is corresponded on circuit board, the invention is not limited in this regard.

That is, the cloth keypad 130 is set with the key 110 and the institute of capable of linking in the balanced surface 122 Balance base 120 is stated, thus when pressing any key 110, by balance base described in 130 linkage driving of cloth keypad 120, wherein the cloth keypad 130 can be arranged to be integrated with the circuit board of circuit, wherein the key 110 can be arranged to lead Electric silica gel push-button or the key that driving respective switch (such as microswitch, conducting silica gel key switch) is conducted by power, the present invention With no restriction to this.

It is noted that in this embodiment in accordance with the invention, the balance base 120 and the generator unit 140 into One step constitutes a balance drive power generator 200, can drive the generator unit in 122 any position of balanced surface 140, and make the driving stroke having the same in 122 any position of balanced surface to the balance base 120, i.e., it is described flat Weighing apparatus driving power generator 200 can be balanced driving in 122 any position of balanced surface and produce electricl energy.

It is understood that the balance drive power generator 200 has the operating experience of balance, and relative to the hair Electric unit 140 has bigger driving area, and enable the balance drive power generator 200 as independent product or Module is applied to the remote controler in Passive Shape Control field, the Passive Shape Controls device such as multikey and one-key switch, with can be by bigger The balance drive of areal extent provides power output.

With reference to shown in Fig. 3 A and Fig. 3 B of Figure of description of the invention, a multikey of another embodiment under this invention is same Formula passive transmitter 100A is illustrated, and the main presentation multikey reversed return type passive transmitter 100A is in different shapes Structural schematic diagram under state.The multikey reversed return type passive transmitter 100A includes multiple key 110A, a balance base 120A, and one Cloth keypad 130A, a generator unit 140A and a signal transmitter unit 150A, wherein the balance base 120A includes two pivots Part 121A, wherein each pivotal part 121A has pivot part a 1211A, a linkage portion 1212A and a balance end 1213A, Wherein the two pivotal part 121A are pivotally arranged respectively at its described pivot part 1211A, and in the linkage portion 1212A It is coupled, with when any pivotal part 121A is pivoted, another pivotal part 121A is pivoted by linkage, wherein described in two The line of the pivot part 1211A of the two of pivotal part 121A is parallel to the line of the two balance end 1213A, with described flat in two The plane locating for the 1213A of end that weighs forms a balanced surface 122A, and then when any pivotal part 121A is pivoted, the balance Face 122A can be maintained and move in parallel, wherein each key 110A is laid in the cloth keypad 130A, wherein the cloth Keypad 130A is maintained at the two balance end 1213A in the balanced surface 122A, with when pressing any key 110A, Moving in parallel for the cloth keypad 130A is maintained, and then maintains each key 110A in same one stroke, wherein the power generation is single First 140A is coupled in the balance base 120A, is produced electricl energy with that can be driven by the balance base 120A, wherein the letter Number transmitting unit 150A is electrically connected at the generator unit 140A, wherein making when at least one key 110A is pressed When the generator unit 140A is driven, electric energy supply of the signal transmitter unit 150A in the generator unit 140A is issued At least one control signal that the key 110A for penetrating and being pressed matches.

It is different from an embodiment, in this embodiment in accordance with the invention, the linkage portion of the two pivotal part 121A 1212A is pivotly coupled, i.e., wherein a linkage portion 1212A is pivotably disposed in another linkage portion 1212A, with when any pivotal part 1212A is pivoted, another pivotal part 1212A is pivoted by linkage, to be formed The structural relation that the two pivotal part 121A are coupled in the linkage portion 1212A.

Further, in this embodiment in accordance with the invention, the two balance end 1213A are separately arranged as from the pivot Transfer part 1211A extends to the direction of the linkage portion 1212A and is formed in the pivotal part 121A, so when two pivots When the line of portion 1211A is parallel to the line of the two balance end 1213A, the balanced surface 122A can be in any pivot Part 121A is moved in parallel when being pivoted.

It is noted that wherein the pivot part 1211A of a pivotal part 121A is being pivotally arranged Meanwhile being also movably arranged in the line direction of the two pivot part 1211A in certain space, so in two pivots Turn part 121A in the case that the two linkage portion 1212A are pivotly coupled, still is able to any pivot of pivot driver Turn part 121A.

Specifically, the multikey reversed return type passive transmitter 100A further includes a shell 160A, wherein two pivotal parts The pivot part 1211A of 121A is pivotably disposed in the shell 160A respectively, to form the two pivotal part 121A Respectively at the structural relation that its described pivot part 1211A is pivotally arranged, wherein wherein the one of the two pivotal part 121A It is a to be further movably disposed in the shell 160A in certain space in the line direction of the two pivot part 1211A, So that the two pivotal part 121A still are able to be pivoted in the case where the two linkage portion 1212A are pivotly coupled Driving.

In detail, in this embodiment in accordance with the invention, the shell 160A is equipped with a pivoting hole 161A and in two The one of the pivot part 1211A line direction extension pivots slot 162A, wherein one in the two pivotal part 121A is in described Pivot part 1211A is pivotably disposed in the pivoting hole 161A, and another pivotal part 121A is in the pivot part 1211A is pivotably disposed in the pivot slot 162A, wherein since the pivot slot 162A is in the two pivot part 1211A Line direction extend, then be arranged at it is described pivot slot 162A the pivot part 1211A can also be in two pivots The line direction of portion 1211A is in the pivot slot 162A activity, even if in this way, the two pivotal part 121A are in the linkage portion 1212A is pivotly coupled, and the two pivotal part 121A still are able to by pivot driver.

Particularly, in this embodiment in accordance with the invention, the two balance end 1213A are separately arranged as from the pivot Portion 1211A extends to the direction of the linkage portion 1212A, and the line for forming the two pivot part 1211A is parallel to described in two The relationship of the line of balance end 1213A, i.e., the wherein balance end 1213A of a pivotal part 121A to the linkage portion Ratio of the distance of 1212A at a distance from the linkage portion 1212A to the pivot part 1211A is equal to another pivotal part The distance of the balance end 1213A to the linkage portion 1212A of 121A and the linkage portion 1212A to the pivot part The ratio of the distance of 1211A, so in any pivotal part 121A of pivot driver, the company of the two balance end 1213A Line can be maintained the line for being parallel to the two pivot part 1211A, i.e., the described balanced surface 122A, which can be maintained, is parallel to two The line of the pivot part 1211A and be maintained and move in parallel.

Similarly, in this embodiment in accordance with the invention, the balance base 120A further comprises a balance element 123A, In the balance end 1213A of the two pivotal part 121A be maintained at the balance element 123A respectively, then the balanced surface 122A is formed in the plane where the balance element 123A, that is to say, that when any pivotal part 121A is by pivot driver, The balance element 123A, which can be maintained, to be moved in parallel.

Particularly, the two balance end 1213A are pivotably disposed in the balance element 123A respectively, and described in two The line direction of balance end 1213A is movably arranged in certain space.Specifically, the balance element 123A is equipped with The two compensating groove 1231A that the line direction of the two balance end 1213A extends, wherein the two balance end 1213A are respectively by can The two compensating groove 1231A are pivotally installed in, wherein since the two compensating groove 1231A are respectively in two balance ends The line direction of 1213A extends, then two balance ends for being arranged at the two compensating groove 1231A can also be described flat two The line direction of weighing apparatus end 1213A is such that the two balance end 1213A points in the corresponding compensating groove 1231A activity It is not maintained at the balance element 123A, and enables the pivotal part 121A by pivot driver, then the balance element 123A It can maintain to move in parallel when any pivotal part 121A is pivoted.

Further, the cloth keypad 130A is arranged at the balance element 123A, with formed the cloth keypad 130A in The balanced surface 122A is maintained at the positional relationship of the two balance end 1213A, and then as any key 110A of pressing When, the cloth keypad 130A can be maintained to move in parallel by the balance element 123A.

Similarly, in this embodiment in accordance with the invention, the generator unit 140A includes an actuating arm 141A, wherein institute It states generator unit 140A to be configured to produce electricl energy when the actuating arm 141A is driven, wherein the actuating arm 141A It is coupled in the balance element 123A, so with when any key 110A is pressed, the balance element 123A can be put down Row moves and drives the actuating arm 141A.

It is noted that the balance element 123A can be maintained parallel shifting when any key 110A is pressed It is dynamic, and when pressing the different key 110A, the balance element 123A, which can be maintained, uniformly to be moved in parallel, i.e., each institute It states key 110A and is maintained same one stroke, then when pressing the different key 110A, be capable of forming to the actuating arm 141A it is uniform driving and enable the generated energy of the generator unit 140A to be maintained stabilization so that the multikey is same Formula passive transmitter 100A has better stability.

Further, the multikey reversed return type passive transmitter 100A further includes a reset unit 170A, wherein described multiple Bit location 170A is configured to reply the cloth keypad 130A and the drive after releasing to the pressing of the key 110A Swing arm 141A be pressed to the key 110A before state, and then reply and be laid in the key of the cloth keypad 130A State of the 110A to before being pressed.

Specifically, in this embodiment in accordance with the invention, the reset unit 170A is arranged at the actuating arm 141A Between the shell 160A, with when the key 110A is pressed, the reset unit 170A can be by the actuating arm 141A drives and saves potential energy, and then after the pressing to the key 110A is released from, the reset unit 170A can be released Reply the shape before the cloth keypad 130A and actuating arm 141A is pressed to the key 110A with putting saved potential energy State, and then reply state of the key 110A for being laid in the cloth keypad 130A to before being pressed.

It is understood that the reset unit 170A, which can be arranged to torsional spring, elastic slice and elastic etc., has elastic spy The element of property, or it is configured to the magnetic element for attracting each other or repelling, the invention is not limited in this regard.

It is noted that in this embodiment in accordance with the invention, the reset unit 170A is arranged to a spring 171A is simultaneously arranged between the actuating arm 141A and the shell 160A, wherein since the actuating arm 141A is coupled in The balance element 123A of the balance base 120A, therefore in some embodiments of the invention, the reset unit 170A may be used also It is arranged between the shell 160A and the balance base 120A, in addition, in other embodiments of the invention, it is described multiple Bit location 170A can also be arranged to torsional spring and be arranged between the two linkage portion 1212A for being mutually pivotable coupling, this hair It is bright to this with no restriction.

Similarly, the generator unit 140A can be driven by the pressing operation to any key 110A, with It does not need additional pressing operation and the operation to the multikey reversed return type passive transmitter 100A is made to meet traditional remote controller Mode of operation, wherein for further such that meeting traditional remote controller to the operation of the multikey reversed return type passive transmitter 100A Mode of operation, in this embodiment in accordance with the invention, the key 110A is flexibly maintained at the shell 160A and institute It states between cloth keypad 130A, such as part of the key 110A between the shell 160A and the cloth keypad 130A can be pressed Contracting ground setting, with when pressing any key 110A, even if the cloth keypad 130A is pressed in the key 110A Direction move in parallel, other described key 110A not being pressed quilt between the shell 160A and the cloth keypad 130A The part of compression can stretch, and then enough the key 110A not being pressed be maintained to protrude from the shell 160A, so The mode of operation of traditional remote controller can be then complied fully with to the operation of the multikey reversed return type passive transmitter 100A, thus it is suitable The use of battery is reduced in substitution traditional remote controller, in favor of environmental protection and energy saving.

Specifically, part of the key 110A between the shell 160A and the cloth keypad 130A can be compressed ground Setting, i.e., part of the described key 110A between the shell 160A and the cloth keypad 130A, which can be arranged to use, to be had The material or structure of elasticity, such as use the barrel-like structure of rubber material, and are pressed when the key 110A is not pressed Compressed spring is equipped between the setting of contracting ground or each key 110A and the cloth keypad 130A.It is such then pressing When pressing any key 110A, the cloth keypad 130A moves in parallel same in the direction that the key 110A is pressed When, other described key 110A not being pressed are extended between the shell 160A and the cloth keypad 130A, and then enough The key 110A not being pressed is maintained to protrude from the shell 160A.

Similarly, in this embodiment in accordance with the invention, the balance base 120A and the generator unit 140A are further A balance drive power generator 200A is constituted, the generator unit can be driven in any position the balanced surface 122A 140A, and make the driving stroke having the same in any position the balanced surface 122A to the balance base 120A, i.e. institute Driving can be balanced in any position the balanced surface 122A and produce electricl energy by stating balance drive power generator 200A.

With reference to shown in Fig. 4 and Fig. 5 of Figure of description of the invention, the same journey of a multikey of another embodiment under this invention Formula passive transmitter 100B is illustrated, and respectively shows the stereochemical structure of the multikey reversed return type passive transmitter 100B Part explosive view and exploded perspective view, wherein the multikey reversed return type passive transmitter 100B includes multiple keys 110B, balance base 120B, cloth keypad a 130B, a generator unit 140B and a signal transmitter unit 150B, wherein described Balance base 120B includes two pivotal part 121B, wherein each pivotal part 121B has a pivot part 1211B, a linkage portion A 1212B and balance end 1213B, wherein the two pivotal part 121B are respectively at its described pivot part 1211B by pivotly Setting, and is coupled in the linkage portion 1212B, with when any pivotal part 121B is pivoted, another pivotal part 121B is pivoted by linkage, wherein the line of the two pivot part 1211B of the two pivotal part 121B is parallel to two balances The line of 1213B is held, a balanced surface 122B is formed with the plane locating for the two balance end 1213B, and then when any described When pivotal part 121B is pivoted, the balanced surface 122B, which can be maintained, to be moved in parallel, wherein each key 110B is laid In the cloth keypad 130B, wherein the cloth keypad 130B is maintained at the two balance end 1213B in the balanced surface 122B, When pressing any key 110B, to maintain moving in parallel for the cloth keypad 130B, and then maintain each key 110B is in same one stroke, wherein the generator unit 140B is coupled in the balance base 120B, with can be by the balance base 120B drives and produces electricl energy, wherein the signal transmitter unit 150B is electrically connected at the generator unit 140B, wherein when When at least one key 110B is pressed and the generator unit 140B is driven, the signal transmitter unit 150B exists The electric energy supply of the generator unit 140B is lower to emit at least one control signal to match with the key 110B being pressed.

Similarly, in this embodiment in accordance with the invention, the two of the two pivotal part 121B linkage portion 1212B quilts can Pivotally be coupled, i.e., wherein a linkage portion 1212B is pivotably disposed in another linkage portion 1212B, with When any pivotal part 1212B is pivoted, another pivotal part 1212B is pivoted by linkage, to form two pivots The structural relation that part 121B is coupled in the linkage portion 1212B.

It is different from an embodiment, in this embodiment in accordance with the invention, the two balance end 1213B are separately arranged as Extend from the linkage portion 1212B to the pivot part 1211B and is formed in the pivotal part 121B, i.e., the described pivot part 1211B is formed between the linkage portion 1212B and the balance end 1213B, so when the company of the two pivot part 1211B When line is parallel to the line of the two balance end 1213B, the balanced surface 122B can be in any pivotal part 121B by pivot It is moved in parallel when turning.

It is noted that the two linkage portion 1212B are pivotally arranged between each other and can in certain space quilt Actively be arranged, even if so each pivotal part 121B be formed in the linkage portion 1212B and balance end 1213B it Between the pivot part 1211B pivotly fixed respectively, and the two linkage portion 1212B quilts of the two pivotal part 121B It is pivotly coupled, still is able to any pivotal part 121A of pivot driver.

Specifically, the multikey reversed return type passive transmitter 100B further includes a shell 160B, wherein two pivotal parts The pivot part 1211B of 121B is pivotally secured to the shell 160B respectively, to form the two pivotal part 121B Respectively at the structural relation that its described pivot part 1211B is pivotally arranged.In addition, the wherein institute of a pivotal part 121B It states linkage portion 1212B and is equipped with a linkage slot 12121B, the linkage portion 1212B of another pivotal part 121B is set There is a linkage tooth 12122B, wherein the linkage tooth 12122B is embedded in the linkage slot 12121B, to form two linkages The structural relation that portion 1212B is pivotally arranged between each other and is movably arranged in certain space.It is such that The pivotal part 121B can be by pivot driver, and when any pivotal part 121B is by pivot driver, another pivot Part 121B is pivoted by linkage.

It is understood that in this embodiment in accordance with the invention, each linkage portion 1212B can also be arranged to phase The pivot part 1211B answered is the tooth form in axle center, and the linkage portion 1212B for being arranged to tooth form is mutually twisted and is formed The structural relation that the two linkage portion 1212B are coupled is such that the pivotal part 121B can be by pivot driver, and works as When any pivotal part 121B is by pivot driver, another pivotal part 121B is pivoted by linkage, and the present invention does not limit this System.

Particularly, in this embodiment in accordance with the invention, the balance end 1213B is arranged to from the linkage portion 1212B extends to the direction of the pivot part 1211B, and to be parallel to two described flat for the line for forming the two pivot part 1211B The relationship of the line of weighing apparatus end 1213B, i.e., the wherein balance end 1213B of a pivotal part 121B to the pivot part The distance of the balance end 1213B to the pivot part 1211B of the distance of 1211B equal to another pivotal part 121B, such as This is parallel to two so that in any pivotal part 121B of pivot driver, the line of the two balance end 1213B can be maintained The line of the pivot part 1211B, i.e., the described balanced surface 122B can be maintained the line for being parallel to the two pivot part 1211B And it is maintained and moves in parallel.

Similarly, in this embodiment in accordance with the invention, the balance base 120B further comprises a balance element 123B, In the balance end 1213B of the two pivotal part 121B be maintained at the balance element 123B respectively, then the balanced surface 122B is formed in the plane where the balance element 123B.

Specifically, the two balance end 1213B are pivotably disposed in the balance element 123B respectively, and described in two The line direction of balance end 1213B is movably arranged in certain space, wherein the balance element 123B is equipped with two The two compensating groove 1231B that the line direction of the balance end 1213B extends, wherein the two balance end 1213B are respectively by can pivot The two compensating groove 1231B are set to turning, wherein since the two compensating groove 1231B are respectively in the two balance end 1213B Line direction extend, then two balance ends for being arranged at the two compensating groove 1231B can also be in two balance ends The line direction of 1213B in corresponding compensating groove 1231B activity, be such that the two balance end 1213B respectively by It is maintained at the balance element 123B, and enables the pivotal part 121B by pivot driver, then the balance element 123B can It maintains to move in parallel when any pivotal part 121B is pivoted.

Further, the cloth keypad 130B is arranged at the balance element 123B, with formed the cloth keypad 130B in The balanced surface 122B is maintained at the positional relationship of the two balance end 1213B, and then as any key 110B of pressing When, the cloth keypad 130B can be maintained to move in parallel by the balance element 123B.

Particularly, in this embodiment in accordance with the invention, the generator unit 140B includes an actuating arm 141B, wherein institute Generator unit 140B is stated to be configured to produce electricl energy when the actuating arm 141B is driven, specifically, the actuating arm 141B is pivotally arranged and is coupled in the balance element 123B, so with when any key 110B is pressed, The balance element 123B being capable of actuating arm 141B described in parallel motion and pivot driver.

Further, the multikey reversed return type passive transmitter 100B further includes a reset unit 170B, wherein described multiple Bit location 170B is configured to reply the cloth keypad 130B and the drive after releasing to the pressing of the key 110B Swing arm 141B be pressed to the key 110B before state, and then reply and be laid in the key of the cloth keypad 130B State of the 110B to before being pressed.

Specifically, in this embodiment in accordance with the invention, the reset unit 170B is arranged to a torsional spring and is set Between the actuating arm 141B and the shell 160B, with when the key 110B is pressed, the reset unit 170B It can be driven by the actuating arm 141B and save potential energy, and then after the pressing to the key 110B is released from, it is described multiple Bit location 170B replys the cloth keypad 130B and the actuating arm 141B to the key in which can discharge saved potential energy 110B be pressed before state, and then reply the shape for being laid in the key 110B of the cloth keypad 130B to before being pressed State.

It is understood that the reset unit 170B, which can be arranged to spring, elastic slice and elastic etc., has elastic spy The element of property, or it is configured to the magnetic element for attracting each other or repelling, the invention is not limited in this regard.

It is noted that in this embodiment in accordance with the invention, the reset unit 170B is arranged at the driving Between arm 141B and the shell 160B, wherein since the actuating arm 141B is coupled in the described flat of the balance base 120B Weigh part 123B, therefore in some embodiments of the invention, the reset unit 170B also may be placed at the shell 160B and Between the balance base 120B, the invention is not limited in this regard.

Similarly, the generator unit 140B can be driven by the pressing operation to any key 110B, with It does not need additional pressing operation and the operation to the multikey reversed return type passive transmitter 100B is made to meet traditional remote controller Mode of operation, wherein for further such that meeting traditional remote controller to the operation of the multikey reversed return type passive transmitter 100B Mode of operation, in this embodiment in accordance with the invention, the key 110B is flexibly maintained at the shell 160B and institute It states between cloth keypad 130B, such as part of the key 110B between the shell 160B and the cloth keypad 130B can be pressed Contracting ground setting, with when pressing any key 110B, even if the cloth keypad 130B is pressed in the key 110B Direction move in parallel, other described key 110B not being pressed quilt between the shell 160B and the cloth keypad 130B The part of compression can stretch, and then enough the key 110B not being pressed be maintained to protrude from the shell 160B, so The mode of operation of traditional remote controller can be then complied fully with to the operation of the multikey reversed return type passive transmitter 100B, thus it is suitable The use of battery is reduced in substitution traditional remote controller, in favor of environmental protection and energy saving.

Specifically, part of the key 110B between the shell 160B and the cloth keypad 130B can be compressed ground Setting, i.e., part of the described key 110B between the shell 160B and the cloth keypad 130B, which can be arranged to use, to be had The material or structure of elasticity, such as use the barrel-like structure of rubber material, and are pressed when the key 110B is not pressed Compressed spring is equipped between the setting of contracting ground or each key 110B and the cloth keypad 130B.It is such then pressing When pressing any key 110B, the cloth keypad 130B moves in parallel same in the direction that the key 110B is pressed When, other described key 110B not being pressed are extended between the shell 160B and the cloth keypad 130B, and then enough The key 110B not being pressed is maintained to protrude from the shell 160B.

It is noted that in Fig. 4 and Fig. 5 of Figure of description of the invention, to the knot of the generator unit 140B Structure has carried out further signal to disclose and illustrate the contents of the present invention and feature, but it is only as an example, should not be recognized To be the limitation to the contents of the present invention and range.

Specifically, in this embodiment in accordance with the invention, the generator unit 140B further comprises a coil block A 142B and magnet assembly 143B, wherein the magnet assembly 143B is arranged at the shell 160B and relative to the coil Component 142B is maintained static state, wherein the magnet assembly 143B is configured to provide the environment with magnetic field, wherein institute It states coil block 142B and is movably maintained at the actuating arm 141B, to be formed when the actuating arm 141B is driven Movement of the coil block 142B relative to the magnet assembly 143B, and then produced electricl energy in the coil block 142B.

Further, the coil block 142B, which is arranged to use, can be avoided the material preparation being attracted magnetically, with Coil block 142B magnetic field ring provided by the magnet assembly 143B is reduced when driving the coil block 142B Suffered magnetic action power in border, then when the coil block 142B relative to the magnet assembly 143B controlled movement in When the actuating arm 141B so that linear is tended to the pressing of the key 110B and can optimize to the multikey reversed return type without The operating experience of source transmitter 100B.

It particularly, is the generating efficiency for enhancing generator unit 140B, in this embodiment in accordance with the invention, the magnet group Part 143B is arranged to the magnetic slot 1431B with the annular being adapted with the coil block 142B, wherein annular is described The two sides of magnetic slot 1431B are respectively provided with different magnetic pole magnetics, can form quilt in the radial direction of the magnetic slot 1431B The magnetic field of reinforcing, to improve the generating efficiency of the generator unit 140B.

In other words, the annular magnetic slot 1431B has a first annular side wall 14311B and one second annular sidewall 14312B, wherein the second annular sidewall 14312B has the pole S when the first annular side wall 14311B has N extremely magnetic When magnetic, it can be formed between the first annular side wall 14311B and the second annular sidewall 14312B from described first Annular sidewall 14311B is to the magnetic field of the second annular sidewall 14312B, and working as the first annular side wall 14311B has S It is extremely magnetic, the second annular sidewall 14312B have N it is extremely magnetic when, can be in the first annular side wall 14311B and described It is formed between second annular sidewall 14312B from the second annular sidewall 14312B to the first annular side wall 14311B's Magnetic field, wherein since the magnetic slot 1431B is arranged to be adapted with the coil block 142B, the first annular side wall There is lesser spacing between 14311B and the second annular sidewall 14312B and quilt can be formed in the magnetic slot 1431B The magnetic field of reinforcing, and then improve the generating efficiency of the generator unit 140B.

Specifically, in this embodiment in accordance with the invention, the magnet assembly 143B includes a magnetic conduction basin 1432B, and one forever A magnet 1433B and magnetic conduction sheet 1434B, wherein the magnetic conduction basin 1432B includes a magnetic conduction basin bottom 14321B and leads described in The magnetic conduction tub wall 14322B that magnetic basin bottom 14321B integrally extends, by magnetic conduction basin bottom 14321B and the magnetic conduction tub wall 14322B forms a magnetic cavity 1435B, wherein the permanent magnet 1433B is connected to the magnetic conduction basin in the magnetic cavity 1435B magnetic conduction Between bottom 14321B and the magnetic conduction sheet 1434B so that magnetic conduction basin bottom 14321B and the magnetic conduction sheet 1434B respectively by Magnetic conduction is connected to the different magnetic poles of the permanent magnet 1433B, thus side wall and corresponding institute in the magnetic conduction sheet 1434B It states and forms the magnetic slot 1431B between magnetic conduction tub wall 14322B.

It is noted that the coil block 142B includes an a coil 1421B and coil brace 1422B, wherein institute State coil 1421B and be arranged at the coil brace 1422B, wherein the coil brace 1422B and the actuating arm 141B it Between be pivotally arranged, with formed the coil block 142B be movably maintained at the actuating arm 141B connection close System.Particularly, in this embodiment in accordance with the invention, the quality of the coil block 142B is set to less than the magnet group The quality of part 143B can obtain more when being driven with the actuating arm 141B being coupled therewith in the coil block 142B Big initial acceleration, and then improve the generating efficiency of the generator unit 140B.

Specifically, in this embodiment in accordance with the invention, the coil brace 1422B is equipped with an at least bootstrap block 14221B, wherein the shell 160B is equipped at least guiding groove 163B being adapted with the bootstrap block 14221B, with The coil block 142B is formed when the bootstrap block 14221B is arranged at the guiding groove 163B to be movably arranged In the state of the shell 160B, i.e., so that being arranged at the magnet assembly 143B of the shell 160B relative to the line Coil assembly 142B is maintained static state.

It will be appreciated by those skilled in the art that structure between the guiding groove 163B and the bootstrap block 14221B can be with Reversal deformation, i.e., set the guiding groove 163B to the bootstrap block of protrusion, and sets concave for the bootstrap block 14221B Guiding groove, the invention is not limited in this regard.

Further, the coil brace 1422B is also equipped with an at least drive shaft 14222B, wherein the actuating arm 141B is equipped at least driver slot 1411B being adapted with the drive shaft 14222B, to work as the drive shaft 14222B The coil block 142B is formed when being coupled with the driver slot 1411B is pivotly maintained at the actuating arm 141B's Structural relation.Particularly, the driver slot 1411B is arranged to still have when accommodating the drive shaft 14222B certain Space, so that the drive shaft 14222B can be further movable except pivotably in the driver slot 1411B Ground setting, that is, form the connection relationship that the coil block 142B is movably maintained at the actuating arm 141B, and in institute When stating actuating arm 141B by pivot driver, the coil block 142B can be for linear motion along the direction of the guiding groove 163B It can be avoided the obstruction by the actuating arm 141B simultaneously.

It will be appreciated by those skilled in the art that the structure between the driver slot 1411B and the drive shaft 14222B is same Sample can be reversed deformation, i.e., sets the driver slot 1411B to the drive shaft of protrusion, and the drive shaft 14222B is arranged For concave driver slot, the invention is not limited in this regard.

It is noted that in this embodiment in accordance with the invention, the drive shaft 14222B is arranged to draw described in Guide block 14221B integrally extends, with can be by while the coil brace 1422B is by the actuating arm 141B pivot driver The guiding groove 163B is limited and is maintained the coil block 142B in the magnetic slot 1431B in the straight line perpendicular to magnetic direction Movement.

Further, the generator unit 140B further includes an accumulation of energy part 144B, wherein the accumulation of energy part 144B is set Between the actuating arm 141B and the shell 160B, wherein when any key 110B is pressed, the accumulation of energy part 144B can be driven by the actuating arm 141B and save potential energy, and when the key 110B is pressed into certain stroke When, the actuating arm 141B is detached from the balance element 123B and makes the accumulation of energy part 144B with being released saved potential energy Actuating arm 141B described in fast driving, then the coil block 142B can be generated by the actuating arm 141B fast driving compared with Big electric energy.

Specifically, the position of the actuating arm 141B being coupled with the balance element 123B is movably arranged, and During the actuating arm 141B is by the balance element 123B pivot driver, the actuating arm 141B with the balance element The position that 123B is coupled can gradually slip away the balance element 123B under the action of shell 160B, so in office When the one key 110B is pressed into certain stroke, the position of the actuating arm 141B slip away the balance element 123B and So that the accumulation of energy part 144B drives the coil block 142B with being released saved potential energy, then the coil block 142B can obtain biggish initial acceleration and quickly move relative to the magnet assembly 143B, and then in the coil group Part obtains biggish electric energy.

It will be appreciated by those skilled in the art that the position of the actuating arm 141B being coupled with the balance element 123B, And in the structure design of the shell 160B corresponding to the motion profile at the position, enable to being somebody's turn to do for the actuating arm 141B It is gradually slipped away by the effect of the corresponding shell 160 described flat during being driven by the balance element 123B at position The structure of weighing apparatus part 123B designs multiplicity, and can be realized easily by those skilled in the art easily without constituting to limit of the invention System.

Shown in Fig. 6 A to Fig. 6 D with further reference to invention book attached drawing of the invention, main presentation is under this invention should Structural schematic diagram in the operating process of the multikey reversed return type passive transmitter 100B of embodiment, wherein same in the multikey The original state of formula passive transmitter 100B, when pressing any key 110B, the cloth keypad as described in deviating from pressing When the key 110B of the physical centre of 130B, position corresponding with the key 110B being pressed on the cloth keypad 130B Stress, then the cloth keypad 130B is driven, while maintaining at least one pivotal part 121B of the cloth keypad 130B by pivot Turn driving, wherein then the cloth keypad 130B is by the pivot since each pivotal part 121B intercouples and the pivot that links Part 121B maintenance moves in parallel.

During the cloth keypad 130B is mobile, it is coupled by the balance element 123B and the cloth keypad 130B The actuating arm 141B by pivot driver, then the coil block 142B by the actuating arm 141B drive and far from the magnetic Body component 143B, while the accumulation of energy part 144B is driven by the actuating arm 141B and saves potential energy.

Continue to press the key 110B, when the key 110B is pressed into certain stroke, the accumulation of energy Part 144B savings have certain potential energy, while the position of the actuating arm 141B being coupled with the balance element 123B is corresponding The shell 160B under the action of slip away the balance element 123B, then the accumulation of energy part 144B is released saved potential energy So that the coil block 142B can obtain biggish initial acceleration and quickly transport relative to the magnet assembly 143B It is dynamic, and then biggish electric energy is generated in the coil block 142B.

It is noted that in this embodiment in accordance with the invention, each key 110B is maintained at same one stroke, together When the parallel motion of the cloth keypad 130B is capable of forming to the pressing of the different key 110B, so then to different institutes The pressing for stating key 110B can make the actuating arm 141B de- when the accumulation of energy part 144B, which is saved, certain potential energy From the balance element 123B, that is to say, that no matter press any key 110B, be detached from the actuating arm 141B described flat When weighing apparatus part 123B, the key 110B being pressed can be pressed into identical stroke, and the accumulation of energy part 144 savings have phase With potential energy and the generator unit 140B can be driven to generate stable electric energy.Therefore, the multikey reversed return type of the invention Passive transmitter 100B has better operational stability.

After the pressing to the key 110B is released from, effect of the balance element 123B in the reset unit 170B Lower reply, then the cloth keypad 130 moves in parallel under the maintenance of the pivotal part 121B and enables each key 110B State when not being pressed is enough returned back to, simultaneously because the position of the actuating arm 141B being coupled with the balance element 123B Movably it is arranged, then during the balance element 123B is replied, the position of the actuating arm 141B can be by institute Balance element 123B is stated to touch and return back to the state being coupled with the balance element 123B.

Similarly, in this embodiment in accordance with the invention, the balance base 120B and the generator unit 140B are further A balance drive power generator 200B is constituted, the generator unit can be driven in any position the balanced surface 122B 140B, and make the driving stroke having the same in any position the balanced surface 122B to the balance base 120B, i.e. institute Driving can be balanced in any position the balanced surface 122B and produce electricl energy by stating balance drive power generator 200B.

Shown in Fig. 7 A and Fig. 7 B with further reference to Figure of description of the invention, the one of another embodiment under this invention Multikey reversed return type passive transmitter 100C is illustrated, respectively show the multikey reversed return type passive transmitter 100C in Structural schematic diagram under different conditions, wherein the multikey reversed return type passive transmitter 100C includes multiple key 110C, one is flat Weigh seat 120C, cloth keypad a 130C, a generator unit 140C and a signal transmitter unit 150C, wherein the balance base 120C Including two pivotal part 121C, wherein each pivotal part 121C has pivot part a 1211C, a linkage portion 1212C and one flat Weigh end 1213C, wherein the two pivotal part 121C are pivotally arranged respectively at its described pivot part 1211C, and in described Linkage portion 1212C is coupled, with when any pivotal part 121C is pivoted, another pivotal part 121C is by linkage pivot Turn, wherein the line of the two pivot part 1211C of the two pivotal part 121C is parallel to the company of the two balance end 1213C Line forms a balanced surface 122C with the plane locating for the two balance end 1213C, and then works as any pivotal part 121C quilt When pivot, the balanced surface 122C, which can be maintained, to be moved in parallel, wherein each key 110C is laid in the cloth keypad 130C, wherein the cloth keypad 130C is maintained at the two balance end 1213C in the balanced surface 122C, with any in pressing When the key 110C, moving in parallel for the cloth keypad 130C is maintained, and then maintain each key 110C in same one stroke, Wherein the generator unit 140C is coupled in the balance base 120C, generates electricity can be driven by the balance base 120C Can, wherein the signal transmitter unit 150C is electrically connected at the generator unit 140C, wherein when at least one key When 110C is pressed and the generator unit 140C is driven, the signal transmitter unit 150C is in the generator unit The electric energy supply of 140C is lower to emit at least one control signal to match with the key 110C being pressed.

Similarly, in this embodiment in accordance with the invention, the two of the two pivotal part 121C linkage portion 1212C quilts can Pivotally be coupled, i.e., wherein a linkage portion 1212C is pivotably disposed in another linkage portion 1212C, with When any pivotal part 1212C is pivoted, another pivotal part 1212C is pivoted by linkage, to form two pivots The structural relation that part 121C is coupled in the linkage portion 1212C.

Further, the two balance end 1213C are separately arranged as from the linkage portion 1212C to the pivot part 1211C extends and is formed in the pivotal part 121C, i.e., the described pivot part 1211C is formed in the linkage portion 1212C and described Between balance end 1213C, the line of the two balance end 1213C is so parallel to the line as the two pivot part 1211C When, the balanced surface 122C can be moved in parallel when any pivotal part 121C is pivoted.

Particularly, the multikey reversed return type passive transmitter 100C further includes a shell 160C, wherein two pivotal parts The pivot part 1211C of 121C is pivotally secured to the shell 160C respectively, to form the two pivotal part 121C Respectively at the structural relation that its described pivot part 1211C is pivotally arranged.In addition, the wherein institute of a pivotal part 121C It states linkage portion 1212C and is equipped with a linkage slot 12121C, the linkage portion 1212C of another pivotal part 121C is set There is a linkage tooth 12122C, wherein the linkage tooth 12122C is embedded in the linkage slot 12121C, to form two linkages The structural relation that portion 1212C is pivotally arranged between each other and is movably arranged in certain space.It is such that The pivotal part 121C can be by pivot driver, and when any pivotal part 121C is by pivot driver, another pivot Part 121C is pivoted by linkage.

Further, the balance end 1213C is arranged to from the linkage portion 1212C to the pivot part 1211C's Direction extends, and the line for forming the two pivot part 1211C is parallel to the relationship of the line of the two balance end 1213C, i.e., Wherein the distance of the balance end 1213C to the pivot part 1211C of a pivotal part 121C is equal to another pivot The distance of the balance end 1213C to the pivot part 1211C of part 121C, so in any pivotal part of pivot driver When 121C, the line of the two balance end 1213C can be maintained the line for being parallel to the two pivot part 1211C, i.e., described Balanced surface 122C can be maintained the line for being parallel to the two pivot part 1211C and be maintained and move in parallel.

Similarly, in this embodiment in accordance with the invention, the balance base 120C further comprises a balance element 123C, In the balance end 1213C of the two pivotal part 121C be maintained at the balance element 123C respectively, then the balanced surface 122C is formed in the plane where the balance element 123C.

Specifically, the two balance end 1213C are pivotably disposed in the balance element 123C respectively, and described in two The line direction of balance end 1213C is movably arranged in certain space, wherein the balance element 123C is equipped with two The two compensating groove 1231C that the line direction of the balance end 1213C extends, wherein the two balance end 1213C are respectively by can pivot The two compensating groove 1231C are set to turning, wherein since the two compensating groove 1231C are respectively in the two balance end 1213C Line direction extend, then two balance ends for being arranged at the two compensating groove 1231C can also be in two balance ends The line direction of 1213C in corresponding compensating groove 1231C activity, be such that the two balance end 1213C respectively by It is maintained at the balance element 123C, and enables the pivotal part 121C by pivot driver, then the balance element 123C can It maintains to move in parallel when any pivotal part 121C is pivoted.

Further, the cloth keypad 130C is arranged at the balance element 123C, with formed the cloth keypad 130C in The balanced surface 122C is maintained at the positional relationship of the two balance end 1213C, and then as any key 110C of pressing When, the cloth keypad 130C can be maintained to move in parallel by the balance element 123C.

Similarly, in this embodiment in accordance with the invention, the generator unit 140C includes an actuating arm 141C, wherein institute Generator unit 140C is stated to be configured to produce electricl energy when the actuating arm 141C is driven, specifically, the actuating arm 141C is pivotally arranged and is coupled in the balance element 123C, so with when any key 110C is pressed, The balance element 123C being capable of actuating arm 141C described in parallel motion and pivot driver.

Further, the multikey reversed return type passive transmitter 100C further includes a reset unit 170C, wherein described multiple Bit location 170C is configured to reply the cloth keypad 130C and the drive after releasing to the pressing of the key 110C Swing arm 141C be pressed to the key 110C before state, and then reply and be laid in the key of the cloth keypad 130C State of the 110C to before being pressed.

Similarly, the generator unit 140C further comprises a coil block 142C and a magnet assembly 143C, wherein The magnet assembly 143C is arranged at the shell 160C and is maintained static state relative to the coil block 142C, wherein institute It states magnet assembly 143C to be configured to provide the environment with magnetic field, wherein the coil block 142C is movably tieed up It is held in the actuating arm 141C, to form the coil block 142C relative to described when the actuating arm 141C is driven The movement of magnet assembly 143C, and then produced electricl energy in the coil block 142C.

It is different from an embodiment, in this embodiment in accordance with the invention, the generator unit 140C is configured to An electric energy is generated respectively when any key 110C is pressed and resets, so that the multikey reversed return type passive transmitting Device 100C can emit respectively a secondary control signal when the key 110C is pressed and resets, thus by two secondary controls Signal realizes continuous variable control, such as step-less adjustment volume, brightness, set temperature continuous variable.

Specifically, the generator unit 140C further comprises a limiter 145C and an accumulation of energy part 144C, wherein described Accumulation of energy part 144C is arranged at the actuating arm 141C and is coupled with the balance element 123C, i.e., the described actuating arm 141C by The accumulation of energy part 144C is coupled in the balance element 123C, wherein the limiter 145C is configured to limit the storage The movement of energy part 144C, with when any key 110C is pressed, the accumulation of energy part 144C is by the limiter 145C It can also be driven by the balance element 123C while limitation and save potential energy, and when the key 110C is pressed into centainly Stroke when, the potential energy that the accumulation of energy part 144C is saved makes the accumulation of energy part 144C be detached from the limiter 145C's enough Limitation, then the accumulation of energy part 144C drives the actuating arm 141C with being released saved potential energy, thus in the coil Component 142C generates an electric energy, wherein what the signal transmitter unit 150C emitted and was pressed under the supply of the secondary electric energy The corresponding control signal of the key 110C.

After discharging saved potential energy in the accumulation of energy part 144C, the accumulation of energy part 144C is again by the limiter 145C Limitation, so to be resetted under the action of the reset unit 170C in the key 110C being pressed during, institute State accumulation of energy part 144C by the limiter 145C limit while can also be driven in the reverse direction by the balance element 123C and again Potential energy is saved, and during the key 110C resets, the accumulation of energy part 144C can save enough potential energy and take off Limitation from the limiter 145C, then the accumulation of energy part 144C is driven in the reverse direction the driving with being released saved potential energy Arm 141C, and then produced electricl energy again in the coil block 142C, wherein the signal transmitter unit 150C is in the secondary electric energy Supply under emit control signal corresponding with the key 110C being pressed again.

That is, in this embodiment in accordance with the invention, the multikey reversed return type passive transmitter 100C can be in office The one key 110C emits the control signal for once corresponding to the key 110C respectively during being pressed and resetting, To realize continuous variable control, such as step-less adjustment volume, brightness, set temperature continuous variable by two secondary control signals.

Specifically, the accumulation of energy part 144C is arranged to the element with certain elasticity, such as spring, elastic slice, wherein institute It states limiter 145C and is arranged to the magnetism for having certain with two positive stop end 1451C, the two positive stop end 1451C, wherein institute Actuating arm 141C is stated with a magnetic part 1412C, wherein the magnetic part 1412C be arranged at the two positive stop end 1451C it Between and be configured to be attracted magnetically, so made enough with the elastic potential energy saved by driving as the accumulation of energy part 144C Magnetic part 1412C when being detached from the magnetic attraction of the positive stop end 1451C, the accumulation of energy part 144C, which is released, to be saved Potential energy ground actuating arm 141C described in fast driving.

It is understood that the magnetic part 1412C is arranged to using the material preparation that can be attracted magnetically, and in It is arranged at the actuating arm 141C between the two positive stop end 1451C or is shaped in the actuating arm 141C, the present invention With no restriction to this.

It is noted that the magnetic attracting force between the magnetic part 1412C and any positive stop end 1451C is tieed up It is fixed to keep steady, then the accumulation of energy part 144C just enables the magnetic part 1412C to be detached from described when savings have certain potential energy The limitation of the magnetic attraction of positive stop end 1451C, therefore, the generated energy of the generator unit 140C, which can be maintained, to be stablized and makes The multikey reversed return type passive transmitter 100C of the invention has better operational stability.

Further, in this embodiment in accordance with the invention, the two positive stop end 1451C are preferably set to have not Same magnetic pole magnetic, i.e., when wherein a positive stop end 1451C is in the magnetic pole magnetic of the pole N, another positive stop end 1451C is in The magnetic pole magnetic of the pole S, the limiter 145C can be formed by one piece of being simply provided for magnet.

Specifically, in this embodiment in accordance with the invention, the limiter 145C includes a magnet 1452C and two magnetic conductive boards 1453C, wherein the two magnetic conductive board 1453C are set to two magnetic poles of the magnet 1452C with being attracted magnetically respectively, so that Different magnetic pole magnetics can be had by obtaining the two magnetic conductive board 1453C, and then form two institutes respectively at the two magnetic conductive board 1453C State positive stop end 1451C.

Similarly, in this embodiment in accordance with the invention, the cloth keypad 130C is arranged to be integrated with the circuit of circuit Plate, wherein the key 110C be arranged to conducting silica gel key or be pressed with can power conduction driving be arranged at the electricity The key of microswitch on the plate of road, the invention is not limited in this regard.And in some embodiments of the invention, the multikey is same The circuit part of formula passive transmitter 100C is arranged at the circuit board for being fixed setting, is such as fixedly set in the shell The circuit board of body 160C, wherein the cloth keypad 130C is laid with the key 110C so that the key 110C with it is described Cloth keypad 130C linkage, and when pressing any key 110C, the cloth keypad 130C can be linked described in driving Balance base 120C, and then the generator unit 140C, and the key by being pressed are driven by the balance base 120C 110C connects the control signal circuit that key 110C is corresponded on the circuit board, the invention is not limited in this regard.

That is, the cloth keypad 130C be set in the balanced surface 122C with can link the key 110C with The balance base 120C, to be put down when pressing any key 110C by described in the cloth keypad 130C linkage driving Weigh seat 120C, wherein the cloth keypad 130C can be arranged to be integrated with the circuit board of circuit, wherein the key 110C can quilt It is set as conducting silica gel key or pressing for driving respective switch (such as microswitch, conducting silica gel key switching) is conducted by power Key, the invention is not limited in this regard.

Specifically, with reference to shown in Fig. 8 A and Fig. 8 B of Figure of description of the invention, above-described embodiment under this invention The multikey reversed return type passive transmitter 100C of one variant embodiment is illustrated, wherein real in this deformation of the invention It applies in example, the circuit part of the multikey reversed return type passive transmitter 100C is arranged at the circuit board for being fixed setting 180C, in detail, the circuit board 180C are fixedly set in the shell 160C and are equipped with and the key 110C phase Corresponding multiple microswitch 181C, similarly, the cloth keypad 130C are laid with the key 110C, so that the key The 110C and cloth keypad 130C links, and when pressing any key 110C, the cloth keypad 130C can be linked To drive the balance base 120C, and then the generator unit 140C is driven by the balance base 120C, and by being pressed Key 110C power conduction drive the microswitch 181C corresponding with key 110C on the circuit board 180C And connect corresponding control signal circuit.

Particularly, in this variant embodiment of the invention, the multikey reversed return type passive transmitter 100C is set There are multiple cloth keypad 130C, wherein the quantity of the cloth keypad 130C corresponds to the quantity of the key 110C, wherein respectively The cloth keypad 130C is maintained at the two balance end 1213C of the two pivotal part 121C respectively, wherein each key 110C is laid in a wherein cloth keypad 130C respectively, and cloth keypad 130C integrated molding is integral as described in wherein one Ground forms the structural relation that each key 110C is laid in the corresponding cloth keypad 130C, so to press any institute When stating key 110C, the corresponding cloth keypad 130C can be driven and by two pivotal parts of the balance base 120C 121C maintenance moves in parallel, then each key 110C for being laid in each cloth keypad 130C can be maintained at same a line Journey, i.e., when pressing the different key 110C, since each cloth keypad 130C can be in the same balanced surface 122C It being maintained and moves in parallel without tilting, then the stroke of the pressing of each key 110C can be maintained unanimously, so that There can be good feel to the operation of the multikey reversed return type passive transmitter 100C.

Further, in this variant embodiment of the invention, when pressing any key 110C, corresponding institute Cloth keypad 130C is stated while the direction that the key 110C is pressed is moved in parallel by balance base 120C maintenance, The key 110C that he is not pressed, which can be equally maintained, protrudes from the shell 160C.

Specifically, each cloth keypad 130C be flexibly maintained at the circuit board 180C and shell 160C it Between, i.e., the part between the described cloth keypad 130C and the circuit board 180C is arranged to using flexible material or knot Structure is equipped with spring or each cloth keypad 130C in quilt between cloth keypad 130C and the circuit board 180C as described in each The balance base 120C is capable of the microswitch 181C elasticity of elastic reset while being maintained at the balanced surface 122C It maintains, with when pressing any key 110C, the cloth keypad 130C is pressed in the key 110C accordingly While direction is moved in parallel by balance base 120C maintenance, other key 110C not being pressed can equally be tieed up Hold the operating experience for protruding from the shell 160C and there is traditional remote controler.

Further, in this embodiment in accordance with the invention, the actuating arm 141C of the generator unit 140C and institute It states balance base 120C to be coupled, specifically, the actuating arm 141C is embedded in the linkage of a wherein pivotal part 121C Portion 1212C, the reset unit 170C are arranged to torsional spring and the balance end 1213C with the wherein one pivotal part 121C It is coupled, so with when any key 110C is pressed, with the integrally formed cloth keypad of the key 110C 130C is maintained by the balance base 120C and drive the pivotal part 121C with being moved in parallel, and the pivotal part 121C, which is pivoted, to be driven Dynamic and driving is embedded in the actuating arm 141C of the linkage portion 1212C, then the generator unit 140C is generated by driving Electric energy, while the reset unit 170C is driven by the balance end 1213C of the pivotal part 121C and saves potential energy, and After being released to the pressing of the key 110C, the reset unit 170C discharge saved potential energy and reset drives described in pivot Turn part 121C, then the key 110C and the molding cloth keypad 130C in conjunction are resetted by the pivotal part 121C, together Shi Suoshu actuating arm 141C is back-driven into and the generator unit 140C is produced electricl energy again.

That is, the generator unit 140C is in any key in this variant embodiment of the invention 110C generates an electric energy respectively during being pressed and resetting, that can emit twice with powering respectively by electric energy twice Signal is controlled, to realize continuous variable control, such as step-less adjustment volume, brightness, set temperature by two secondary control signals Continuous variable, or ground extension power-on time will be merged by electric energy twice.

Similarly, in this embodiment of the invention and its variant embodiment, the balance base 120C and the power generation Unit 140C further constitutes a balance drive power generator 200C, can drive institute in any position the balanced surface 122C Generator unit 140C is stated, and is made having the same in driving of any position the balanced surface 122C to the balance base 120C Stroke, i.e., the described balance drive power generator 200C can be balanced driving in any position the balanced surface 122C and generate electricity Energy.

Further to disclose the present invention, the present invention also provides the launch parties of the multikey reversed return type passive transmitter 100C Method, comprising the following steps:

(a) at least one key 110C of the multikey reversed return type passive transmitter 100C is pressed to connect corresponding institute State a control signal circuit of key 110C；

(b) corresponding with key 110C described in this on the cloth keypad 130C when the key 110C continues pressing Position stress and pivot driver maintains at least one pivotal part 121C of the cloth keypad 130C, wherein each pivotal part 121C intercouples and the pivot that links, then the cloth keypad 130C is moved in parallel by pivotal part 121C maintenance；

(c) the cloth keypad 130C is when moving in parallel, the generator unit being coupled with the cloth keypad 130C 140C is generated electric energy at least once by driving；And

(d) control that the signal transmitter unit 150C emits and is switched under the electric energy supply of the generator unit 140C At least one control signal that signal circuit processed matches.

Specifically, wherein according to step (b), the cloth keypad 130C is maintained at the pivot by the balance element 123C Turn part 121C, with when each pivotal part 121C linkage pivots, the cloth keypad 130C can be by the balance element 123C It is moved in parallel by pivotal part 121C maintenance.

Further, wherein according to step (c), the generator unit 140C is coupled in institute by the balance element 123C Cloth keypad 130C is stated, with when the cloth keypad 130C is moved in parallel, the generator unit 140C is driven by the balance element 123C It moves and generates electric energy at least once.

Particularly, in the step (c), the cloth keypad 130C is parallel during the key 110C is pressed It is mobile, while the accumulation of energy part 144C for being arranged at the generator unit 140C saves potential energy by driving, and in the storage When the potential energy that energy part 144C is saved reaches certain value, the accumulation of energy part 144C drives the power generation with discharging saved potential energy Unit 140C.

Further, the launching technique further comprises the steps of:

(e) during the key 110C being pressed is replied, the accumulation of energy part 144C is stored up by driving again Save up strength energy, and when the potential energy that the accumulation of energy part 144C is saved reaches certain value, what the accumulation of energy part 144C release was saved Drive to potential energy the generator unit 140C.

(f) the signal transmitter unit 150C emits at least one control under the electric energy supply of the generator unit 140C again Signal processed.

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

It should be understood by those skilled in the art that foregoing description and the embodiment of the present invention shown in the drawings are 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.Function and structural principle of the 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 multikey reversed return type passive transmitter characterized by comprising

Multiple keys；

One balance base, wherein the balance base has a balanced surface, wherein the balanced surface is tieed up when the balance base moves It holds and moves in parallel；

One cloth keypad, wherein each key is laid in the cloth keypad, wherein the cloth keypad is tieed up in the balanced surface It is held in the balance base, to maintain moving in parallel for the cloth keypad when any key is pressed, so that each institute State key pressing stroke having the same when pressed；

One generator unit, wherein the generator unit is coupled in the balance base, with when any key is pressed, institute Stating generator unit can be driven by the balance base and be produced electricl energy；And

One signal transmitter unit, wherein the signal transmitter unit is electrically connected at the generator unit, wherein when at least one institute When stating key and being pressed and the generator unit is driven, the signal transmitter unit is supplied in the electric energy of the generator unit At least one control signal that transmitting matches with the key being pressed should be descended.

2. multikey reversed return type passive transmitter according to claim 1, which is characterized in that the balance base includes two pivots Part, wherein each pivotal part has a pivot part, a linkage portion and a balance end, wherein two pivotal parts are respectively at it The pivot part is pivotally arranged, and is coupled in the linkage portion, another with when any pivotal part is pivoted The pivotal part is pivoted by linkage, wherein the line of two pivot parts of two pivotal parts is parallel to two balance ends Line forms the balanced surface with the plane locating for two balance ends, and then when any pivotal part is pivoted, institute It states balanced surface and can be maintained and move in parallel.

3. multikey reversed return type passive transmitter according to claim 2, which is characterized in that the passive hair of multikey reversed return type Emitter further comprises a circuit board, wherein the circuit board is equipped with control signal electricity corresponding with each key Road, wherein control signal circuit corresponding with key described in this is led by key described in this when any key is pressed It is logical, while the generator unit is driven and is produced electricl energy, then the signal transmitter unit can be in the electricity of the generator unit The control signal to match with the key being pressed can be emitted under supply.

4. multikey reversed return type passive transmitter according to claim 3, which is characterized in that the circuit board integrate in The cloth keypad.

5. multikey reversed return type passive transmitter according to claim 3, which is characterized in that the passive hair of multikey reversed return type Emitter further comprises a shell, wherein two pivot parts of two pivotal parts are pivotably disposed in the shell respectively Body, to form the structural relation that two pivotal parts are pivotally arranged respectively at its described pivot part.

6. multikey reversed return type passive transmitter according to claim 5, which is characterized in that the generator unit includes a drive Swing arm, wherein the actuating arm is coupled in the balance base, to be driven when pressing any key by the balance base It moves the actuating arm and is produced electricl energy in the generator unit.

7. multikey reversed return type passive transmitter according to claim 6, which is characterized in that the balance base further comprises One balance element, wherein two pivotal parts are pivotably disposed in the balance element respectively at the linkage portion, by institute It states balance element and forms the structural relation that two pivotal parts are coupled in the linkage portion.

8. multikey reversed return type passive transmitter according to claim 7, which is characterized in that the linkage portion is shaped in The balance end, and wherein the line between the pivot part and the linkage portion of a pivotal part be parallel to it is another described Line between the pivot part and the linkage portion of pivotal part, then the balanced surface is formed in flat where the balance element Face, and when any pivotal part is pivoted, the balance element can be maintained and move in parallel.

9. multikey reversed return type passive transmitter according to claim 8, which is characterized in that the cloth keypad is arranged at institute Balance element is stated, the positional relationship of two balance ends is maintained to form the cloth keypad in the balanced surface, and then work as and press When pressing any key, the cloth keypad can be maintained to move in parallel by the balance element.

10. multikey reversed return type passive transmitter according to claim 6, which is characterized in that two pivotal parts are in two institutes It states linkage portion to be pivotly coupled, i.e., wherein the linkage portion of a pivotal part is pivotably disposed in another institute The linkage portion of pivotal part is stated, to form the structural relation that two pivotal parts are coupled in the linkage portion.

11. multikey reversed return type passive transmitter according to claim 10, which is characterized in that the shell is equipped with one Pivoting hole and one slot is pivoted in what two pivot part line directions extended, wherein one in two pivotal parts is in the pivot Transfer part is pivotably disposed in the pivoting hole, and another pivotal part is pivotably disposed in described in the pivot part Slot is pivoted, so that one of them of two pivotal parts can be lived in the pivot part in the line direction of two pivot parts It is arranged dynamicly, so to be pivotally arranged when two pivotal parts respectively at the pivot part, and in the linkage portion quilt When being pivotly coupled, two pivotal parts still are able to by pivot driver.

12. multikey reversed return type passive transmitter according to claim 10, which is characterized in that each pivotal part it is described Balance end is separately arranged as extending to form from the pivot part to the direction of the linkage portion, when the company of two pivot parts When line is parallel to the line of two balance ends, the balanced surface can be moved in parallel when any pivotal part is pivoted.

13. multikey reversed return type passive transmitter according to claim 12, which is characterized in that the multikey reversed return type is passive Transmitter includes a balance element, wherein the balance element is maintained at two balance ends of two pivotal parts, then it is described flat Weighing apparatus face is formed in the plane where the balance element.

14. multikey reversed return type passive transmitter according to claim 13, which is characterized in that the cloth keypad is arranged at The balance element is maintained at the positional relationship of two balance ends to form the cloth keypad in the balanced surface, and then works as When pressing any key, the cloth keypad can be maintained to move in parallel by the balance element.

15. multikey reversed return type passive transmitter according to claim 14, which is characterized in that two balance ends respectively by It is pivotably disposed in the balance element, and is movably arranged in the line direction of two balance ends in certain space, It is such that two pivotal parts can be while maintaining the balance element by pivot driver.

16. multikey reversed return type passive transmitter according to claim 15, which is characterized in that the balance element is equipped with In two compensating grooves that the line direction of two balance ends extends, wherein two balance ends are pivotably disposed in two respectively The compensating groove is such that two pivotal parts are pivotably disposed in the balance element respectively at the balance end Simultaneously, additionally it is possible in the line direction of two balance ends in certain space activity.

17. multikey reversed return type passive transmitter according to claim 6, which is characterized in that each pivotal part it is described Balance end is separately arranged as extending to form from the linkage portion to the direction of the pivot part, when the company of two pivot parts When line is parallel to the line of two balance ends, the balanced surface can be moved in parallel when any pivotal part is pivoted.

18. multikey reversed return type passive transmitter according to claim 17, which is characterized in that two linkage portions mutually it Between be pivotally arranged and be movably arranged in certain space, so to form two pivotal parts in the linkage portion The structural relation being coupled, and enable two pivotal parts while intercoupling by pivot driver.

19. multikey reversed return type passive transmitter according to claim 18, which is characterized in that one in two pivotal parts A to be equipped with a linkage slot in the linkage portion, another pivotal part is equipped with a linkage tooth in the linkage portion, Described in linkage tooth be embedded in the linkage slot, with formed two linkage portions be pivotally arranged between each other and in certain The structural relation that space is movably arranged.

20. multikey reversed return type passive transmitter according to claim 19, which is characterized in that the multikey reversed return type is passive Transmitter includes a balance element, wherein the balance element is maintained at two balance ends of two pivotal parts, then it is described flat Weighing apparatus face is formed in the plane where the balance element.

21. multikey reversed return type passive transmitter according to claim 20, which is characterized in that the cloth keypad is arranged at The balance element is maintained at the positional relationship of two balance ends to form the cloth keypad in the balanced surface, and then works as When pressing any key, the cloth keypad can be maintained to move in parallel by the balance element.

22. multikey reversed return type passive transmitter according to claim 21, which is characterized in that two balance ends respectively by It is pivotably disposed in the balance element, and is movably arranged in the line direction of two balance ends in certain space, It is such that two pivotal parts can be while maintaining the balance element by pivot driver.

23. multikey reversed return type passive transmitter according to claim 22, which is characterized in that the balance element is equipped with In two compensating grooves that the line direction of two balance ends extends, wherein two balance ends are pivotably disposed in two respectively The compensating groove is such that two pivotal parts are pivotably disposed in the balance element respectively at the balance end Simultaneously, additionally it is possible in the line direction of two balance ends in certain space activity.

24. according to the multikey reversed return type passive transmitter any in claim 6 to 23, which is characterized in that the multikey Reversed return type passive transmitter further comprises a reset unit, wherein the reset unit is arranged at the actuating arm and described Between shell, with when any key is pressed, the reset unit can be driven by the actuating arm and save potential energy, And after the pressing the key is released from, the reset unit replys the driving with capable of discharging saved potential energy Arm and the balance base being coupled with the actuating arm be pressed to the key before state.

25. multikey reversed return type passive transmitter according to claim 24, which is characterized in that the key is in the shell Part between the cloth keypad is compressively arranged, with when pressing any key, the cloth keypad is in the key While the direction parallel motion being pressed, other keys not being pressed quilt between the shell and the cloth keypad Stretching, extension, so that the key not being pressed is maintained and protrudes from the shell.

26. multikey reversed return type passive transmitter according to claim 25, which is characterized in that the generator unit is further Including a coil block and a magnet assembly, wherein the magnet assembly is arranged at the shell and relative to the coil group Part is maintained static state, wherein the magnet assembly is configured to provide magnetic field environment, wherein the coil block can be lived It is arranged and is maintained at the actuating arm, dynamicly to form the coil block relative to institute when the actuating arm is driven The movement of magnet assembly is stated, and then is produced electricl energy in the coil block.

27. multikey reversed return type passive transmitter according to claim 26, which is characterized in that the magnet assembly is set There is the magnetic slot for the annular being adapted with the coil block, wherein the two sides of the magnetic slot are respectively provided with different magnetic pole magnetic Property, the magnetic field being reinforced can be formed in the magnetic slot, to improve the generating efficiency of the generator unit.

28. multikey reversed return type passive transmitter according to claim 27, which is characterized in that the wherein coil block packet Include a coil and a coil brace, wherein the coil is arranged at the coil brace, wherein the coil brace with it is described It is pivotally arranged between actuating arm, is movably arranged to form the coil block and is maintained at the actuating arm Structural relation.

29. multikey reversed return type passive transmitter according to claim 28, which is characterized in that the coil brace is set There is an at least bootstrap block, wherein the shell is equipped at least guiding groove being adapted with the bootstrap block, when described Bootstrap block forms the state that the coil block is movably disposed in the shell when being arranged at the guiding groove.

30. multikey reversed return type passive transmitter according to claim 29, which is characterized in that the coil brace is set There is a drive shaft, wherein the actuating arm is equipped at least driver slot being adapted with the drive shaft, to work as the drive Moving axis forms the structural relation that the coil block is pivotly maintained at the actuating arm when being coupled in the driver slot.

31. multikey reversed return type passive transmitter according to claim 30, which is characterized in that the drive shaft is arranged to Integrally extend from the bootstrap block.

32. multikey reversed return type passive transmitter according to claim 31, which is characterized in that the generator unit is further Including an accumulation of energy part, wherein the accumulation of energy part is arranged between the actuating arm and the shell, wherein described being pressed when any When key is pressed, the accumulation of energy part can be driven by the actuating arm and save potential energy, and when the key is pressed into one When fixed stroke, the actuating arm is detached from the balance base and makes the accumulation of energy part with being released saved potential energy quick Drive the actuating arm.

33. multikey reversed return type passive transmitter according to claim 31, which is characterized in that the generator unit is further Including a limiter and an accumulation of energy part, wherein the accumulation of energy part is arranged at the actuating arm and is coupled with the balance base, Wherein the limiter is configured to limit the movement of the accumulation of energy part, to be pressed and be released from when any key When pressing, the accumulation of energy part can also be driven by the balance base while being limited by the limiter and save potential energy, and The limitation for making the accumulation of energy part be detached from the limiter when accumulation of energy part savings have certain potential energy, the then accumulation of energy Part drives the actuating arm with being released saved potential energy, to be pressed and be released from the process of pressing in the key In respectively at the coil block generate an electric energy.

34. multikey reversed return type passive transmitter according to claim 33, which is characterized in that the limiter has two limits Position end, wherein two positive stop ends are arranged to the magnetism for having certain, wherein the actuating arm has a magnetic part, wherein institute Magnetic part is stated to be arranged between two positive stop ends and be configured to be attracted magnetically, so be arranged at it is described The magnetism that the potential energy that the accumulation of energy part of actuating arm is saved by driving makes the magnetic part be detached from the positive stop end enough is inhaled When drawing, the accumulation of energy part with being released saved potential energy actuating arm described in fast driving.

35. multikey reversed return type passive transmitter according to claim 34, which is characterized in that the limiter includes a magnetic Body and two magnetic conductive boards, wherein two magnetic conductive boards are set to two magnetic poles of the magnet with being attracted magnetically respectively, so that Two magnetic conductive boards can have different magnetic pole magnetics, and then form two positive stop ends respectively at two magnetic conductive boards.

36. a multikey reversed return type passive transmitter characterized by comprising

Multiple keys；

One balance base, wherein the balance base includes two pivotal parts, wherein each pivotal part has a pivot part, a linkage portion And a balance end, wherein two pivotal parts are pivotally arranged respectively at its described pivot part, and in the linkage portion It is coupled, with when any pivotal part is pivoted, another pivotal part is pivoted by linkage, wherein two pivotal parts The line of two pivot parts is parallel to the line of two balance ends, and it is flat to form one with the plane locating for two balance ends Weighing apparatus face, and then when any pivotal part is pivoted, the balanced surface can be maintained and move in parallel；

Multiple cloth keypads, wherein the quantity of the cloth keypad corresponds to the quantity of the key, wherein each key is distinguished It is laid in the corresponding cloth keypad, wherein the cloth keypad is maintained at the balance base in the balanced surface, in office When one key is pressed, moving in parallel for the cloth keypad is maintained, so that each key has when pressed Identical pressing stroke；

37. multikey reversed return type passive transmitter according to claim 36, which is characterized in that wherein each key and phase The cloth keypad integrated molding answered is integral.

38. the multikey reversed return type passive transmitter according to claim 37, which is characterized in that the multikey reversed return type is passive Transmitter further comprises a circuit board, wherein the circuit board is equipped with control signal electricity corresponding with each key Road, wherein control signal circuit corresponding with key described in this is led by key described in this when any key is pressed It is logical, while the generator unit is driven and is produced electricl energy, then the signal transmitter unit can be in the electricity of the generator unit The control signal to match with the key being pressed can be emitted under supply.

39. the multikey reversed return type passive transmitter according to claim 38, which is characterized in that the multikey reversed return type is passive Transmitter further comprises a shell, wherein the circuit board is fixed in the shell and is equipped with opposite with the key The multiple microswitches answered, it is described by the bonding force conduction driving circuit board with what is when pressing any key, be pressed It goes up the microswitch corresponding with the key and connects corresponding control signal circuit.

40. multikey reversed return type passive transmitter according to claim 39, which is characterized in that two institutes of two pivotal parts It states pivot part and is pivotably disposed in the shell respectively, it can respectively at its described pivot part quilt to form two pivotal parts The structural relation being pivotally arranged.

41. multikey reversed return type passive transmitter according to claim 40, which is characterized in that each pivotal part it is described Balance end is separately arranged as extending to form from the linkage portion to the direction of the pivot part, when the company of two pivot parts When line is parallel to the line of two balance ends, the balanced surface can be moved in parallel when any pivotal part is pivoted.

42. multikey reversed return type passive transmitter according to claim 41, which is characterized in that two linkage portions mutually it Between be pivotally arranged and be movably arranged in certain space, so to form two pivotal parts in the linkage portion The structural relation being coupled, and enable two pivotal parts while intercoupling by pivot driver.

43. multikey reversed return type passive transmitter according to claim 42, which is characterized in that each cloth keypad is elastic Ground is maintained between the circuit board and the shell, with when pressing any key, the corresponding cloth keypad is at this While the direction that the key is pressed is moved in parallel by balance base maintenance, the key not being pressed can be by bullet Property maintain and protrude from the shell.

44. a balance drive power generator characterized by comprising

One balance base, wherein the balance base has a balanced surface, wherein the balanced surface is tieed up when the balance base moves It holds and moves in parallel；With

One generator unit, wherein the generator unit is coupled in the balance base, when in any position of the balanced surface When driving the balance base, the generator unit can be driven by the balance base and be produced electricl energy.

45. balance drive power generator according to claim 44, which is characterized in that the balance base includes two pivots Part, wherein each pivotal part has a pivot part, a linkage portion and a balance end, wherein two pivotal parts are respectively at it The pivot part is pivotally arranged, and is coupled in the linkage portion, another with when any pivotal part is pivoted The pivotal part is pivoted by linkage, wherein the line of two pivot parts of two pivotal parts is parallel to two balance ends Line forms the balanced surface with the plane locating for two balance ends, and then when any pivotal part is pivoted, institute It states balanced surface and can be maintained and move in parallel.

46. balance drive power generator according to claim 45, which is characterized in that the generator unit includes a driving Arm, wherein the actuating arm is coupled in the balance base, it is described flat to be formed when any pivotal part is by pivot driver Driving of the weighing apparatus seat to the generator unit, to be produced electricl energy in the generator unit.

47. balance drive power generator according to claim 46, which is characterized in that the balance drive power generator into One step includes a balance element, wherein the balance end of two pivotal parts is maintained at the balance element respectively, then it is described flat Weighing apparatus face is formed in the plane where the balance element.

48. balance drive power generator according to claim 47, which is characterized in that the linkage portion of the pivotal part It is shaped in the balance end, wherein two pivotal parts are pivotably disposed in the balance respectively at the linkage portion Part, to form the structural relation that two pivotal parts are coupled in the linkage portion by the balance element, and wherein described in one Line between the pivot part and the linkage portion of pivotal part is parallel to the pivot part and the institute of another pivotal part The line between linkage portion is stated, then the pivotal part can be described by pivot driver, and when any pivotal part is pivoted Balance element can be maintained and move in parallel.

49. balance drive power generator according to claim 47, which is characterized in that two pivotal parts are described in two Dynamic portion is pivotly coupled, i.e., wherein the linkage portion of a pivotal part is pivotably disposed in another pivot Turn the linkage portion of part, to form the structural relation that two pivotal parts are coupled in the linkage portion.

50. balance drive power generator according to claim 49, which is characterized in that the balance drive power generator into One step includes a shell, wherein the pivot that the shell is equipped with a pivoting hole and extends in two pivot part line directions Turn trough, wherein one in two pivotal parts is pivotably disposed in the pivoting hole in the pivot part, it is another described Pivotal part is pivotably disposed in the pivot slot in the pivot part, so that one of them of two pivotal parts is in institute It states pivot part to be movably arranged in the line direction of two pivot parts, so when two pivotal parts are respectively at described Pivot part is pivotally arranged, and when the linkage portion is pivotly coupled, two pivotal parts still are able to by pivot Turn driving.

51. balance drive power generator according to claim 49, which is characterized in that the balance of each pivotal part End is separately arranged as extending to form from the pivot part to the direction of the linkage portion, to put down when the line of two pivot parts When the line of two balance ends, the balanced surface can move in parallel row when any pivotal part is pivoted.

52. balance drive power generator according to claim 51, which is characterized in that two balance ends are respectively by can pivot It is set to the balance element with turning, and is movably arranged in the line direction of two balance ends in certain space, so So that two pivotal parts can be while maintaining the balance element by pivot driver.

53. balance drive power generator according to claim 52, which is characterized in that the balance element is equipped with two Two compensating grooves that the line direction of the balance end extends, wherein two balance ends are pivotably disposed in described in two respectively Compensating groove, while being such that two balance ends are pivotably disposed in the balance element, additionally it is possible to described in two The line direction of balance end is in certain space activity.

54. balance drive power generator according to claim 47, which is characterized in that the balance of each pivotal part End is separately arranged as extending to form from the linkage portion to the direction of the pivot part, to put down when the line of two pivot parts When the line of two balance ends, the balanced surface can move in parallel row when any pivotal part is pivoted.

55. balance drive power generator according to claim 54, which is characterized in that the two of two pivotal parts are described Dynamic portion is pivotally arranged between each other and is movably arranged in certain space, so with formed two pivotal parts in The structural relation that the linkage portion is coupled, and enable two pivotal parts while intercoupling by pivot driver.

56. balance drive power generator according to claim 55, which is characterized in that one in two pivotal parts in The linkage portion is equipped with a linkage slot, and another pivotal part is equipped with a linkage tooth in the linkage portion, wherein institute It states linkage tooth and is embedded in the linkage slot, be pivotally arranged between each other and with forming two linkage portions in certain space The structural relation being movably arranged.

57. balance drive power generator according to claim 56, which is characterized in that two balance ends are respectively by can pivot It is set to the balance element with turning, and is movably arranged in the line direction of two balance ends in certain space, so So that two pivotal parts can be while maintaining the balance element by pivot driver.

58. balance drive power generator according to claim 57, which is characterized in that the balance element is equipped with two Two compensating grooves that the line direction of the balance end extends, wherein two balance ends are pivotably disposed in described in two respectively Compensating groove, while being such that two balance ends are pivotably disposed in the balance element, additionally it is possible to described in two The line direction of balance end is in certain space activity.

59. according to the balance drive power generator any in claim 48 to 58, which is characterized in that the generator unit Further comprise a coil block and a magnet assembly, wherein the magnet assembly be maintained relative to the coil block it is quiet State, wherein the magnet assembly is configured to provide magnetic field environment, wherein the coil block is movably arranged simultaneously It is maintained at the actuating arm, to form the coil block relative to the magnet assembly when the actuating arm is driven Movement, and then produced electricl energy in the coil block.

60. balance drive power generator according to claim 59, which is characterized in that the magnet assembly be equipped with The magnetic slot for the annular that the coil block is adapted, wherein the two sides of the magnetic slot are respectively provided with different magnetic pole magnetics, The magnetic field being reinforced can be formed in the magnetic slot, to improve the generating efficiency of the generator unit.

61. balance drive power generator according to claim 60, which is characterized in that the coil block includes a coil With a coil brace, wherein the coil is arranged at the coil brace, wherein the coil brace and the actuating arm it Between be pivotally arranged, with formed the coil block be movably arranged and be maintained at the actuating arm structure close System.

62. balance drive power generator according to claim 61, which is characterized in that the generator unit further comprises One accumulation of energy part, wherein the accumulation of energy part is coupled in the actuating arm, wherein when the actuating arm is driven by the balance base, The accumulation of energy part can be driven by the actuating arm and save potential energy, and when the actuating arm is driven by the balance base to certain Stroke when, the actuating arm be detached from the balance base and make the accumulation of energy part with being released saved potential energy quickly drive Move the actuating arm.

63. balance drive power generator according to claim 61, which is characterized in that the generator unit further comprises One limiter and an accumulation of energy part, wherein the accumulation of energy part is arranged at the actuating arm and is coupled with the balance base, wherein The limiter is configured to limit the movement of the accumulation of energy part, described with when the balance base is by driving and reset Accumulation of energy part can also be driven by the balance base while being limited by the limiter and save potential energy, and work as the accumulation of energy part Savings have the limitation for making the accumulation of energy part be detached from the limiter when certain potential energy, then the accumulation of energy part is released institute The actuating arm is driven to the potential energy of savings, thus respectively at the coil during balance base is by driving and reset Component generates an electric energy.

64. balance drive power generator according to claim 63, which is characterized in that the limiter has two limits End, wherein two positive stop ends are arranged to the magnetism for having certain, wherein the actuating arm has a magnetic part, wherein described Magnetic part is arranged between two positive stop ends and is configured to be attracted magnetically, so to be arranged at the drive The magnetic attraction that the potential energy that the accumulation of energy part of swing arm is saved by driving makes the magnetic part be detached from the positive stop end enough When, the accumulation of energy part is detached from the limitation of the limiter and with being released saved potential energy actuating arm described in fast driving.

65. balance drive power generator according to claim 64, which is characterized in that the limiter include a magnet and Two magnetic conductive boards, wherein two magnetic conductive boards are set to two magnetic poles of the magnet with being attracted magnetically respectively, so that two institutes Different magnetic pole magnetics can be had by stating magnetic conductive board, and then form two positive stop ends respectively at two magnetic conductive boards.

66. the launching technique of a multikey reversed return type passive transmitter, comprising the following steps:

(a) an at least key is pressed and connects the control signal circuit of the corresponding key；

(b) in a cloth keypad position corresponding with key stress and the cloth keypad is moved in parallel；

(c) generator unit being coupled with the cloth keypad is generated at least one by driving when the cloth keypad is moved in parallel Secondary electric energy；And

(d) signal transmitter unit emits and the control signal circuit phase that is switched under the electric energy supply of the generator unit At least one control signal matched.

67. the launching technique of multikey reversed return type passive transmitter according to claim 66, wherein according to step (b), institute The balanced surface that cloth keypad is maintained at a balance base is stated, wherein the balanced surface is maintained in parallel when the balance base moves It is mobile, wherein the cloth keypad is maintained at the balance base in the balanced surface, then in the cloth keypad with the institute that is pressed When stating the corresponding position stress of key, the cloth keypad maintenance is moved in parallel.

68. the launching technique of multikey reversed return type passive transmitter according to claim 67, wherein the balance base includes Two pivotal parts, wherein each pivotal part has a pivot part, a linkage portion and a balance end, wherein two pivotal parts point It is not pivotally arranged in its described pivot part, and is coupled in the linkage portion, to be pivoted when any pivotal part When, another pivotal part is pivoted by linkage, wherein the line of two pivot parts of two pivotal parts is parallel to described in two The line of balance end forms the balanced surface with the plane locating for two balance ends, and then works as any pivotal part quilt When pivot, the balanced surface can be maintained and move in parallel.

69. the launching technique of multikey reversed return type passive transmitter according to claim 66, wherein according to step (c), quilt The accumulation of energy part for being set to the generator unit saves potential energy by driving during the key is pressed, and works as and stored up When the potential energy of storage reaches certain value, the accumulation of energy part drives the generator unit with discharging saved potential energy.

70. the launching technique of multikey reversed return type passive transmitter according to claim 69, further comprises step:

(e) during the key return, the accumulation of energy part saves potential energy by driving again, and works as saved potential energy When reaching certain value, the accumulation of energy part drives the generator unit with discharging saved potential energy.

71. the launching technique of multikey reversed return type passive transmitter according to claim 70, further comprises step:

(f) signal transmitter unit emits at least one control signal again under the electric energy supply of the generator unit.