CN103527435A

CN103527435A - Power generation device

Info

Publication number: CN103527435A
Application number: CN201210229689.6A
Authority: CN
Inventors: 邱金和
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-07-04
Filing date: 2012-07-04
Publication date: 2014-01-22
Also published as: WO2014005518A1

Abstract

A power generation device comprises a base, an energy collection device, two straight bars and two push pieces. The base is provided with a lever, wherein the two ends of the lever are provided with a first frame and a second frame respectively, a clamping piece is arranged on the lever, and the two frames are respectively provided with an L-shaped rod body in a pin joint mode. A weight is arranged at one end of each L-shaped rod body, and a fastener which can be buckled with the clamping piece is arranged on the weight. The two straight bars are arranged on the two sides of the base respectively, and a first signal transducer and a second signal transducer are arranged on the two straight bars respectively. One push piece is arranged on the portion, on one side of the first frame, of the lever, and the other push piece is arranged on the portion, on one side of the second frame, of the lever. A sensor is arranged at the tail end of each push piece so as to sense a first signal emitter and a second signal emitter. After the L-shaped rod bodies are pushed or pulled back to deflect, the fasteners on the weights can be buckled with or released from the clamping piece on the lever, so that the torque of the lever is changed to cause the lever to swing, and then the energy collection device is driven to operate for storing energy. According to the power generation device, repeated swing of the lever is in linkage with the energy collection device, and therefore kinetic energy generated during swing of the lever can be collected.

Description

Power generation arrangement

Technical field

The present invention is about a kind of simple in structure, easy to operate and power generation arrangement that cost is low.

Background technique

In recent years, because earth energy is about to face the crisis of energy depletion, so countries in the world all constantly active development utilize wind-force, solar energy, waterpower or underground heat etc. to produce the method for electric power energy, with this, extenuate the speed that traditional energy is consumed.

But the above-mentioned modes such as wind-force, solar energy, waterpower or underground heat of no matter utilizing are carried out produce power, are all limited to zonal restriction; For example, the long-term wind-force in certain some areas is not strong, cannot carry out produce power with wind-force; In the same manner, certain areas weather is for throughout the year rainy, and solar energy also cannot use naturally; And waterpower and underground heat want the advantageous area side of part to have existence especially.Also cannot effectively be applicable to each area, the whole world.

The inventor, because the existing natural force that utilizes generates energy, is limited to the shortcoming that area can be implemented, and is the research and development improvement that constantly progresses greatly, and develops eventually a mechanical power device.

Summary of the invention

Main purpose of the present invention is providing a kind of simple in structure, easy to operate and power generation arrangement that cost is low.

In order to achieve the above object, a kind of power generation arrangement of the present invention, comprising:

A pedestal, which is provided with a lever, these lever two ends are respectively provided with the first framework, the second framework, on this two framework, be respectively articulated with a L shaped body of rod, this L shaped body of rod one end is provided with a pouring weight, and these two pouring weights face mutually, and this lever is provided with fastener, on this pouring weight, be provided with the fastener that can fasten with this fastener, between these L shaped body of rod two ends and the first framework, the second framework, be connected with a spring;

An energy collector, is combined with this lever one end;

Two straight-bars, are respectively located at pedestal one side, which is provided with first signal transmitter and secondary signal sensor;

Two driving members, respectively be located on the lever of the first framework, the second framework one side, end is provided with the inductor that can respond to this first signal transmitter and secondary signal transmitter relatively, the L shaped body of rod on front end and the first framework, the second framework joins, so that this driving member can be responded to first signal transmitter, secondary signal transmitter on straight-bar, promote or this L shaped body of rod of pulling back, make after this L shaped body of rod beat, the fastener of this pouring weight and the fastener on lever fasten or get loose, make lever form swing apart from change, and then drive energy collector running and energy storage.

During enforcement, on the pedestal of this below, lever two ends, be respectively equipped with spring.

During enforcement, between this lever one end and pedestal, be provided with spring.

Thereby power generation arrangement of the present invention can be collected the kinetic energy of lever swing by the wobbling action interlock energy collector that lever is repeated.

Accompanying drawing explanation

Fig. 1 is the schematic appearance of embodiment of the present invention when static.

Fig. 2 is view when the L shaped body of rod of lever left end tilts in the embodiment of the present invention.

Fig. 3 is the schematic appearance of embodiment of the present invention lever right-hand member when minimum point.

Fig. 4 is view when the L shaped body of rod of lever right-hand member tilts in the embodiment of the present invention.

Fig. 5 is the schematic appearance of embodiment of the present invention lever right-hand member when peak.

[primary clustering symbol description]

1: power generation arrangement 2: pedestal

21: 22: the first frameworks of lever

The 22 ': the second framework 23,23 ': the L shaped body of rod

24,24 ': pouring

weight

25,25 ', 26,26 ': spring

27,28: spring 29,29 ': fastener

3,3 ': fastener 5: energy collector

6,6 ': straight-bar 61,61 ': first signal transmitter

62,62 ': secondary signal transmitter 7,7 ': driving member

70,70 ': front end 71,71 ': end

72,72 ': inductor.

Embodiment

Refer to Fig. 1 ~ 5, graphic content is an embodiment of power generation arrangement 1 of the present invention, and it is comprised of a pedestal 2, an energy collector 5, two straight-bars 6,6 ' and two driving members 7,7 ' institute.

This pedestal 2 is provided with a lever 21, its two ends are respectively provided with first, second framework 22,22 ', on this first, second framework 22,22 ', be respectively articulated with a L shaped body of rod 23,23 ', this L shaped body of rod 23,23 ' one end is provided with a pouring weight 24,24 ', and this two pouring weight 24,24 ' is faced mutually, between these L shaped body of rod 23,23 ' two ends and first, second framework 22,22 ', be connected with a

spring

25,25 ', 26,26 ', and this

spring

25,25 ', 26,26 ' is a Compress Spring.Again, on the pedestal 2 of these lever 21 belows, two ends, be respectively equipped with a spring 27, these lever 21 one end and 2 of pedestals are provided with a spring 28.This lever 21 is provided with a fastener 3,3 ', on this pouring weight 24,24 ', be provided with one can with this fastener 3, the 3 ' fastener 29,29 ' fastening, these lever 21 one end interlocks have above-mentioned energy collector 5, when lever 21 is swung, can turn round and energy storage by this energy collector 5 of interlock.

This straight-bar 6,6 ' is located at pedestal 2 one sides, which is provided with a first signal transmitter 61,61 ' and one

secondary signal sensor

62,62 '.This two driving member 7, 7 ' is respectively located on the lever 21 of the first framework 22 and the second framework 22 ' one side, end 71, 71 ' is relatively provided with and can responds to this first signal transmitter 61, 61 ' with secondary signal transmitter 62, 62 ' inductor 72, 72 ', front end 70, 70 ' with the L shaped body of rod 23, 23 ' joins, so as to making this driving member 7, 7 ' induction straight-bar 6, on 6 ' first,

secondary signal transmitter

61, 61 ', 62, 62 ', promote or the L shaped body of rod 23 of pulling back, 23 ', make this L shaped body of rod 23, after 23 ' beat, this pouring weight 24, 24 ' fastener 29, 29 ' can with lever 21 on fastener 3, 3 ' fastens or gets loose, lever 21 moments are changed and form swing, and then drive energy collector 5 runnings and energy storage.

Therefore, when implementing, referring again to Fig. 1-5, first make lever 21 be a heeling condition, with 21 right-hand members of lever in Fig. 1, be at the highest notch, left end is example in minimum point, and the two L shaped bodies of rod 23,23 ' all do not tilt.

First make the secondary signal transmitter 62 ' on lever 21 left end straight-bars 6 ' transmit, make the inductor 72 ' of the driving member 7 ' end 71 ' of lever 21 left ends receive the signal that secondary signal transmitter 62 ' is launched, this driving member 7 ' front end 70 ' of order is retracted and is pulled the L shaped body of rod 23 ', and this L shaped body of rod 23 ' is a heeling condition after being promoted, and the fastener 29 ' on the pouring weight 24 ' of this L shaped body of rod 23 ' end is fastened with the fastener 3 ' on lever 21, cause lever 21 moments to change and form swing, lever 21 left ends are formed upwards to be swung, lever 21 right-hand members to lower swing (as Fig. 2, shown in 3).

As shown in Figure 4, when lever 21 left ends are upwards rocked to peak, make the first signal transmitter 61 ' on lever 21 left end straight-bars 6 ' transmit, make the inductor 72 ' of the driving member 7 ' end 71 ' of lever 21 left ends receive the signal that first signal transmitter 61 ' is launched, this driving member 7 ' front end 70 ' pine oil of order pulling the L shaped body of rod 23 ', make this L shaped body of rod 23 ' because no longer being pulled and supported and by spring 25 ', 26 ' reply, and after the fastener on the pouring weight 24 ' of this L shaped body of rod 23 ' end 29 ' gets loose with fastener 3 ' on lever 21, this L shaped body of rod 23 ' is replied and is no longer tilted, again, when lever 21 right-hand members are rocked to minimum point downwards, the inductor 72 of driving member 7 ends 71 of these lever 21 right-hand members receives the signal that secondary signal transmitter 62 is launched, these driving member 7 front ends 70 of order are retracted and are pulled the L shaped body of rod 23, and this L shaped body of rod 23 is a heeling condition after being promoted, and the fastener 29 on the pouring weight 24 of these the L shaped body of rod 23 ends is fastened with the fastener 3 on lever 21, cause lever 21 moments to change and form swing, lever 21 right-hand members are formed upwards to be swung, lever 21 left ends to lower swing (as Fig. 4, shown in 5).

When forming upwards, lever 21 right-hand members swing, lever 21 left ends are after lower swing, get back to again the state of Fig. 1, so can make again the L shaped body of rod 23 reinstatements of lever 21 right-hand members no longer tilt, and make after the L shaped body of rod 23 ' inclination of lever 21 left ends, can cause once again the swing of lever 21, whereby, by above-mentioned manner of execution, lever 21 can carry out the wobbling action of repetition, and then these energy collector 5 energy collectings of interlock.Thereby power generation arrangement of the present invention can be collected the kinetic energy of lever swing by the wobbling action interlock energy collector that lever is repeated.

The above is specific embodiments of the invention and the technological means used, according to exposure herein or instruction, can derive and derive many changes and correction, if the equivalence of doing according to conception of the present invention changes, when its effect producing does not exceed specification and graphic contained connotation yet, all should be considered as, within technology category of the present invention, closing first Chen Ming.

Claims

1. a power generation arrangement, is characterized in that, comprising:

An energy collector, is combined with this lever one end;

2. power generation arrangement as claimed in claim 1, is characterized in that, on the pedestal of this below, lever two ends, is respectively equipped with spring.

3. power generation arrangement as claimed in claim 1, is characterized in that, between this lever one end and pedestal, is provided with spring.