CN1730938A

CN1730938A - Power generating apparatus

Info

Publication number: CN1730938A
Application number: CN 200410070159
Authority: CN
Inventors: 邱金和
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-08-04
Filing date: 2004-08-04
Publication date: 2006-02-08

Abstract

The present invention relates to one kind of power generator, and the power generator includes one power generating mechanism and one energy accumulating mechanism. The power generating mechanism includes one rigid frame, one lever on the frame, two telescopic units separately on two ends of the lever to maintain its balance, and two output racks set on end of the lever and connected to the energy accumulating mechanism. By means of the stretching and compression of the two telescopic units, the lever changes its moment and reciprocates up and down to generate energy effectively and smoothly and the energy is converted and transmitted effectively to the energy accumulating mechanism.

Description

Power generation arrangement

Technical field

The present invention is relevant a kind of simple in structure, easy to operate and power generation arrangement that cost is low, and the variation that it utilizes spring left and right displacement and up-down stretch and compression changes lever moment and up and down reciprocatingly swings, and then produces steady and effective energy.

Background technique

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

Above-mentioned " wind-force ", " solar energy ", " waterpower " or the modes such as " underground heat " no matter utilized come produce power, and the restriction that is subject to " provincialism " is all arranged; For example, the long-term wind-force in certain some areas is not strong, promptly can't use " wind-force " to come produce power; In the same manner, the certain areas weather is for rainy throughout the year, and then " solar energy " also can't use naturally; And " waterpower " reaches " underground heat " and wants especially partly that there is existence advantageous area side.Be also can't be applicable to each area, the whole world effectively.

Summary of the invention

The objective of the invention is to generate energy in view of the existing natural force that utilizes, be subject to the shortcoming that the area can be implemented, a kind of simple in structure, easy to operate and power generation arrangement that cost is low is provided, it utilizes the variation of spring left and right displacement and up-down stretch and compression, lever moment is changed and swing up and down reciprocatingly, and then produce steady and effective energy.

The objective of the invention is to realize by following technical proposals, power generation arrangement provided by the present invention, its it comprise a power generating mechanism and an energy collecting mechanism, wherein this power generating mechanism comprises a rigidity support body, which is provided with a lever, this each activity of lever two ends is combined with an expansion device and keeps lever balance, and an end terminal of this lever is provided with two output toothrows, and this two output toothrow is connected with described energy collecting mechanism; Described expansion device comprises balance bracket, its activity is incorporated on the rigidity support body, these two ends, balance bracket top are provided with a cluster spring, it combines with rigidity support body top, and described balance bracket inside has a slide rail, to should also being provided with slide rail on the rigidity support body of slide rail below, it between the slide rail on slide rail on the balance bracket and the rigidity support body the movable spring that is combined with, and spring up and down is controlled by sledge motor on the slide rail of sledge motor on the slide rail of balance bracket and rigidity support body in two ends, and this two sledge motor can drive described spring and move on slide rail; Described rigidity support body both sides are to be respectively equipped with two frameworks, and this two expansion devices balance bracket is by activity is suspended at the lever two ends by adjusting cable wire, and are incorporated on the framework by the telescopic adjustment pulley of plural groups.

Gear, ratchet, flywheel, belt and two energy collectors that described energy collecting mechanism is closed by several mutual Nie are formed, and can make the energy that its power generating mechanism produces through this gear, ratchet, flywheel, belt and conduct to energy collector in view of the above.

Understand in depth for having further, enumerate preferred embodiment now, and conjunction with figs. is elaborated structure of the present invention.

Description of drawings

Fig. 1 is the three-dimensional appearance schematic representation of the embodiment of power generation arrangement of the present invention when not starting as yet;

Fig. 2 is the three-dimensional appearance schematic representation of embodiment's lever beat to an end of power generation arrangement of the present invention;

Fig. 3 is the phase diagram of the power generating mechanism of the embodiment of power generation arrangement of the present invention when not starting as yet;

Fig. 4 is that the embodiment of power generation arrangement of the present invention starts the phase diagram that the back lever is toppled over to the right;

Fig. 5 is the operating state schematic representation of embodiment's energy collector of power generation arrangement of the present invention;

Fig. 6 is that the embodiment of power generation arrangement of the present invention starts the phase diagram before the back lever is toppled over left;

Fig. 7 is another operating state schematic representation of embodiment's energy collector of power generation arrangement of the present invention;

Fig. 8 is that the embodiment of power generation arrangement of the present invention starts the phase diagram after the back lever is toppled over left;

Fig. 9 is that the embodiment of power generation arrangement of the present invention starts the phase diagram before the back lever is toppled over to the right.

The primary clustering symbol description

1, power generating mechanism; 11, rigidity support body; 111, framework; 112, framework; 113, adjust cable wire; 114, adjust pulley; 12, lever; 13, expansion device; 131, balance bracket; 132, balance bracket; 133, cluster spring; 134, slide rail; 135, slide rail; 136, slide rail; 137, slide rail; 138, spring; 14, output toothrow; 15, sledge motor; 16, sledge motor; 17, sledge motor; 18, sledge motor; 2, energy collecting mechanism; 21, gear; 22, ratchet; 23, flywheel; 24, belt; 25, energy collector; 26, energy collector.

Embodiment

See also Fig. 1～3, content shown in the accompanying drawing is an embodiment of power generation arrangement of the present invention, and it comprises a power generating mechanism 1 and an energy collecting mechanism 2; This power generating mechanism 1 comprises a rigidity support body 11, which is provided with a lever 12, this each activity of lever 12 two ends is combined with an expansion device 13 and keeps lever 12 balances, one end terminal of this lever 12 is provided with two output toothrows 14 in addition and is connected with this energy collecting mechanism 2, when this lever 12 is swung up or down, can stretch or compress this two output toothrow 14, and make the energy be sent to this energy collecting mechanism 2.

This expansion device 13 comprises balance bracket 131,132, its activity is incorporated on the rigidity support body 11, this balance bracket 131, two ends, 132 top are provided with a cluster spring 133, it combines with rigidity support body 11 tops, and this balance bracket 131,132 inside have a slide rail 134,135, to should slide rail 134, also be provided with slide rail 136 on the rigidity support body 11 of 135 belows, 137, two slide rails 134,135,136,137 activities are combined with a spring 138,139, and spring 138, two ends are controlled by sledge motor 15 about in the of 139,16,17,18, make and start this two sledge motor 15 simultaneously, 16,17, can drive this spring 138 after 18,139 move at slide rail 134,135,136, on 137, and make this

sledge motor

15,16,17,18 treat spring 138,139 smooth sliding shut down behind the location immediately, these rigidity support body 11 both sides are to be respectively equipped with two frameworks 111,112, and the balance bracket 131 of this two expansion device 13, the 132nd, by activity is suspended at lever 12 two ends by adjusting cable wire 113, and be incorporated into framework 111 by the telescopic adjustment pulley 114 of plural groups, on 112, when this expansion device 13 slides up and down in framework 111 because of compressing or stretching, in the time of on 112, lever 12 up and down swings on rigidity support body 11, and these telescopic adjustment pulley 114 scalable adjustment are to keep expansion device 13 horizontal state.

The gear 21 that this energy collecting mechanism 2 is closed by several mutual Nie, ratchet 22, flywheel 23,

belt

24 and 25,26 of two energy collectors are formed, thereby make the energy that this power generating mechanism 1 produces through this gear 21, ratchet 22, flywheel 23, belt 24 and conduct to energy collector 25,26.

In view of the above, the lever 12 moment arm of forces are changed, making this two balance bracket 131,132 be adjusted cable wire 113 draws and slides up and down on framework 111,112, and the spring that makes balance bracket 131,132 belows was the state that a compression one stretches in 138,139 minutes, this lever 12 then can swing up and down and produce the energy, and changes and be sent to this energy collecting mechanism 2 effectively.

When implementing, as shown in figs. 1 and 3, two balance brackets the 131, the 132nd at lever 12 two ends are in horizontal position, 138,139 on the spring that two slide rails are 134,135,136,137 is positioned balance bracket 131,132 the most inboard (promptly the most close lever 12 central authorities) position, this state when not moving as yet.

See also Fig. 1 Fig. 2, when this power generation arrangement entry into service, at first this is positioned at sledge motor 15,16 entrys into service that lever 12 1 is held weighing apparatus support 131 below springs 138 two ends level with both hands, and drives this spring 138 to parallel this balance bracket 131 the other end limit places (promptly away from lever 12 centre) that move to, lever 12 right sides by the sledge motor in the running 15,16.After treating that this spring 138 sees through two slide rails, 134,135 smooth sliding location, this two sledge motor 15,16 shuts down immediately, and this spring 138 is completely fixed.When treating that this spring 138 is fixedly finished, the lever 12 of rigidity support body 11 is in the heavier state of right-hand end at this moment.Therefore, cause the lever principle effect, make fast and reposefully with the balance bracket 131 of lever 12 right-hand ends, adjusted cable wire 113 traction and according to framework 111 to lower slider, and slide simultaneously along framework 111 at balance bracket 131, this 114 on telescopic adjustment pulley can be done the flexible adjustment of appropriateness, make the balance bracket 131 can be in level, and when balance bracket 131 moves down, the spring 138 of its below is compressed immediately, on the contrary, 132 of balance brackets that are hubbed at lever 12 left-hand end upwards slide along framework 112 fast because of leverage makes this balance bracket 132 be adjusted cable wire 113 tractions, and the spring 139 below it is stretched, as Fig. 2 and shown in Figure 4.

Therefore, utilize leverage, when causing lever 12 centre-of gravity shifts to right-hand member, make this lever 12 an end two output toothrows 14 to lower compression (as shown in Figure 5), the energy that this device is produced reposefully, by by this two output toothrow 14 in addition end energy collecting mechanism 2 middle gears 21, ratchet 22, flywheel 23, belt 24 and change and be sent to energy collector 25 effectively.

See also Fig. 6～8 figure, after lever 12 left-hand end of rigidity support body 11 are pulled up to the limes superiors position, these balance bracket 132 belows two

sledge motor

17,18 turn round and counterrotating immediately, make spring 139 reposefully to lever 12 left-hand end parallel shifts to this balance bracket 132 away from the place, axle center of

lever

12,17,18 of sledge motor stop immediately and these spring 139 location are finished.

In the same manner, sledge motor 15,16 on the lever 12 right-hand end balance brackets 131 turns round and counterrotating immediately, make spring 138 in this balance bracket 131 reposefully to the place, axle center of lever 12 left side parallel shifts the most close lever 12 to this

balance bracket

131,15,16 of this sledge motor stop immediately and these spring 138 location are finished.

Therefore, power generation arrangement of the present invention is because of the displacement of the spring 138,139 of two balance brackets, 131,132 belows, make the generation leverage, the lever 12 of rigidity support body 11 is rotated to the limit inferior position left, make balance bracket 132 be moved to limit inferior, make the spring 139 of its below be compressive state (as shown in Figure 8), the balance bracket 131 of lever 12 right-hand members then moves up, and makes the spring 138 of its below be a state that stretches.Simultaneously, because of leverage, make output toothrow 14 be stretched to the limes superiors position, and by the driven rotary of output toothrow 14 with energy collector 2 middle gears 21, ratchet 22, flywheel 23, belt 24, with the energy of its generation, change and be sent to energy collector 26 (as shown in Figure 7) effectively reposefully.

Please consult Fig. 8 and Fig. 9 again, when lever 12 rotation positioning are finished, lever 12 right-hand member sledge motor 15,16 are rotated once more and are made spring 138 parallel shift to the right is behind these balance bracket 131 the other end limit places once more, and sledge motor 15,16 stops immediately and spring 138 location are finished.In the same manner, lever 12 left

end sledge motor

17,18 turn round and counterrotating immediately, make spring 139 reposefully when place, the axle center of lever 12 right side parallel shifts the most close lever 12 to this balance bracket 132,

sledge motor

17,18 stops immediately and spring 139 location is finished.

When treating that spring 139 is fixedly finished, thus the time lever 12 be in the heavier state in right side (getting back to Fig. 2,4 state).Therefore, cause the lever principle effect, make this lever 12 fast and reposefully with balance bracket 132 stretched vertically upwards, make its below spring 139 be extended state, 131 of balance brackets that are hubbed at lever 12 right-hand members are on the contrary slided downwards by gravity accleration fast because of leverage makes balance bracket 131, make its below spring 138 be compressive state.

Therefore, utilize the displacement of spring 138,139, cause leverage, cause lever 12 centre-of gravity shifts to a certain end, and the elastic force of spring 138,139 pulling-downs, make balance bracket 131,132 be able to upper and lower displacement apace, so, produce the equipment mechanism of effective energy with aforesaid mechanism principle and swing 1 kinetic energy repeatedly.

In sum, the present invention can accomplish the end in view really, and a kind of simple in structure, easy to operate and power generation arrangement that cost is low is provided, and has industry utilization and practical value.The above only is a preferred embodiments of the present invention, so use present specification and the equivalent structure variation for it of claim institute such as, ought to be included in the claimed claim of the application.

Claims

1, a kind of power generation arrangement, it comprises a power generating mechanism and an energy collecting mechanism, it is characterized in that this power generating mechanism comprises a rigidity support body, which is provided with a lever, this each activity of lever two ends is combined with an expansion device and keeps lever balance, one end terminal of this lever is provided with two output toothrows, and this two output toothrow is connected with described energy collecting mechanism; Described expansion device comprises balance bracket, its activity is incorporated on the rigidity support body, these two ends, balance bracket top are provided with a cluster spring, it combines with rigidity support body top, and described balance bracket inside has a slide rail, to should also being provided with slide rail on the rigidity support body of slide rail below, it between the slide rail on slide rail on the balance bracket and the rigidity support body the movable spring that is combined with, and spring up and down is controlled by sledge motor on the slide rail of sledge motor on the slide rail of balance bracket and rigidity support body in two ends, and this two sledge motor can drive described spring and move on slide rail; Described rigidity support body both sides are to be respectively equipped with two frameworks, and this two expansion devices balance bracket is by activity is suspended at the lever two ends by adjusting cable wire, and are incorporated on the framework by the telescopic adjustment pulley of plural groups.

2, power generation arrangement according to claim 1, it is characterized in that gear, ratchet, flywheel, belt and two energy collectors that described energy collecting mechanism is closed by several mutual Nie are formed, the energy that its power generating mechanism produced is successively through gear, ratchet, flywheel, belt and conduct to energy collector.