CN2895788Y - Power generating apparatus - Google Patents

Abstract

The utility model provides a power generating apparatus, including a frame, a lever, a two-frame device, a two-box device and two-rods all arranged on the frame. Tracks are arranged on both sides at the bottom of the frame. The two-frame device is arranged at the two ends of the lever, and a pressure-wheel is arranged at the side border of the two-frame device, one side border of the two-box device joins with the two-frame device movably, the track is also arranged on the two-box device corresponding to the track of the two-frame device, a spring piece is arranged on the two tracks, and the spring piece can be moved between the two tracks, the two-rods are connected at the two ends of the lever, and the two-rod connects with one side border of the two-box device far away from the lever through a connecting piece, a pressure-wheel is arranged at the end of the two-rods, which change the moment of the lever when the spring piece on the two tracks moves, and the connecting piece can be pressed by the box device and the pressure-wheel on the rod force the lever to swing.

Description

Power generation arrangement

Technical field

The utility model relates to a kind of simple in structure, easy to operate and power generation arrangement that cost is low, it utilizes traction gear to drive that elastic component moves and the moment and the arm of force that change lever, after making that fulcrum is changed, and then make this lever form swing, and producing the stable energy, its energy that is applicable to various power equipment provides use.

Background technique

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

Yet the above-mentioned modes such as wind-force, solar energy, waterpower or underground heat of no matter utilizing are come produce power, all are subject to zonal restriction; 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 and underground heat want the advantageous area side of part that existence is arranged especially, and it is to be applicable to each area, the whole world effectively.

Summary of the invention

Main order of the present utility model is to generate energy in view of the existing natural force that utilizes, and is subject to the shortcoming that the area can be implemented, and a kind of mechanical power generation device then is provided, and it is simple in structure, easy to operate and cost is low.

The purpose of this utility model realizes by following technical proposals, power generation arrangement provided by the utility model, it comprises a framework, one is located at the lever on the framework, the support body of two H shapes, two tanks and two L shaped poles, wherein the base of frame both sides are provided with track, this two support body is located at the both sides of lever, and support body one side is provided with a pinch roller, this two tanks one side is that activity is incorporated on two support bodys, and the track of this two tanks associated frame members also is provided with track, then be provided with an elastic component on two tracks, and this elastic component and can be displaced into two interorbitals, this two pole being is incorporated into the lever both sides, this two pole and two tanks are to be connected with a connection piece away from a side of lever, and this two poles end is provided with a pinch roller, so that the elastic component on this two track when moving, can change the moment of lever, and link can be compressed by the pinch roller on casing and the pole, and makes lever swing.

Below just relevant technology contents of the present utility model and detailed description, existing conjunction with figs. and given embodiment describe as follows.

Description of drawings

Side diagrammatic sketch when Fig. 1 is the utility model embodiment un-activation still;

View when Fig. 2 moves to right for the utility model embodiment activates the back interior elastic component of two tanks;

Fig. 3 activates the view of back lever right-hand member behind lower swing for the utility model embodiment;

View when Fig. 4 moves to left for the utility model embodiment activates the back interior elastic component of two tanks;

Description of reference numerals: 1 power generation arrangement; 10 frameworks; 101 bottoms; 102 tracks; 103 tracks; 104 tops; 105 support bar; 106 springs; 11 levers; 12 support bodys; 121 sides; 122 pinch rollers; 123 sides; 124 elastic components; 13 support bodys; 131 sides; 132 pinch rollers; 133 sides; 134 elastic components; 14 casings; 141 sides; 142 tracks; 143 elastic components; 144 sides; 15 casings; 151 sides; 152 tracks; 153 elastic components; 154 sides; 16 poles; 161 links; 162 pinch rollers; 17 poles; 171 links; 172 pinch rollers; 18 traction gears; 19 traction gears.

Embodiment

See also Fig. 1, this figure content is an embodiment of the utility model power generation arrangement 1, and its lever 11, two support bodys 12,13, two tanks 14,15 and 16,17 of two poles of being located on the framework by a framework 10, are formed.

These 101 both sides, framework 10 bottoms are provided with a track 102,103, and the top 104 of these framework 10 both sides and bottom 101 be corresponding to be provided with one and to support bar 105, and these support bar 105 ends is the springs 106 that are provided with in order to buffering percussive force.

This two support body 12,13 is a H shape, and it is the both sides that are relatively arranged on above-mentioned lever 11, and wherein this two support body 12,13 is provided with a pinch roller 122,132 near a side 121,131 of lever 11 central authorities.

One side 141,151 of this two tanks 14,15 activity respectively is incorporated on two support bodys 12,13, and maintenance level, and the track 102,103 of these 101 both sides, two tanks 14,15 corresponding said frame 10 bottoms also is respectively equipped with a track 142,152, two corresponding tracks 142,152 are provided with an elastic component 143,153 (as spring), and this elastic component 143,153 (as spring) then is subjected to a traction gear 18,19 control (as motor) and removable in 103,152 on this two track 102,142 and two tracks.In addition this two tanks 14,15 is away from a side 144,154 and the side 123,133 of above-mentioned H shape support body 12,13 away from lever 11 central authorities of lever 11 central authorities, and also binding has an elastic component 124,134 (as spring).

This two L shaped pole 16,17 is incorporated into the both sides of lever 11 central authorities respectively, this two pole 16,17 and the side 144,154th of above-mentioned two tanks 14,15 away from lever 11 be connected with a connection piece 161,171 (as rope body or refining body), and these two poles, 16,17 ends are provided with a pinch roller 162,172.

During enforcement, see also Fig. 1, the left end that at first makes this lever 11 is to be rocked to minimum point, relatively the right-hand member of lever 11 then is rocked to peak, and the casing the 14, the 15th of lever 11 both sides is the level of state, and the elastic component the 143, the 153rd in the casing 14,15, at the high order end of these casing 14,15 inner orbits 142,152.

Shown in Fig. 1-4, elastic component 153 in elastic component 143 in the lever 11 left end casings 14 and lever 11 right-hand member casings 15 is subjected to traction gear 18 respectively, 19 controls, and prolonging track 102,142 and track 103,152 to casing 14, when 15 right-hand members move, the script fulcrum then can be converted to casing 14 right-hand members along with moving of elastic component 143 in casing 14 away from lever 11 places, the moment of lever 11 and the arm of force one change, after making that fulcrum is changed, make lever 11 produce swing, make the left end of this lever 11 upwards be rocked to peak, relatively the fulcrum of the right-hand member of lever 11 is converted to the direction away from lever 11 too, make lever 11 be rocked to minimum point downwards, and during swing, two tanks 14,15 all keep horizontal state.

And the elastic component 153 in elastic component 143 in the lever 11 left end casings 14 and lever 11 right-hand member casings 15 moves to casing 14, during 15 low order end, this two tanks 14,15 can be compressed or shore by the corresponding bar 105 that supports in the top 104 of framework 10 both sides and bottom 101, and tilt a little, and the traction gear 18 that connects, 19 counter-rotatings immediately, make elastic component 143 and lever 11 right-hand member casings 15 interior elastic components 153 in the lever 11 left end casings 14 be subjected to traction gear 18 respectively again, 19 controls, and prolonging track 102,142 and track 103,152 to casing 14,15 left ends move, simultaneously also make fulcrum once again along with elastic component 143,153 change, make the left end of this lever 11 be rocked to peak downwards, relatively the right-hand member of lever 11 then upwards is rocked to peak, and during swing, two tanks 14, the 15 same horizontal state that keep.

In addition, shown in Fig. 1,4, two poles 16,17 and a side 144,154 links that are connected 161,171 (as rope body) of two tanks 14,15 away from lever 11, they are when casing 14,15 swings, be compressed near the pinch roller 122,132 on the side 121,131 of lever 11 central authorities and 162,172 of the pinch rollers of two poles, 16,17 ends by two support bodys 12,13, when this two tanks 14,15 was moved to the summit, 161,171 of this links can break away from compressing of pinch roller 122,132,162,172 on casing 14,15 and the pole 16,17.

In view of the above, when moving via the elastic component 143,153 in this two tanks 14,15, can change the moment and the arm of force of lever 11, and the conversion by fulcrum makes lever 11 swings, and during swing, this two tanks the 14, the 15th keeps horizontal state, thus continue to make lever 11 swings via above-mentioned manner of execution, and then produce stable power.

In sum, the utility model really can reach the intended purposes of creation, 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 use value.

The above only in order to disclosing the enforceable mode of the utility model, and can not limit scope of the present utility model in order to this, allly practises personage in this industry to its significant change of making and modification, all should be considered as not departing from flesh and blood of the present utility model.

Claims (10)

1. power generation arrangement is characterized in that it comprises:

One framework which is provided with a lever, and these base of frame both sides are provided with a track;

The support body of two H shapes, it is the both sides that are relatively arranged on above-mentioned lever, is to be provided with a pinch roller on the close side of lever central authorities of this two support body wherein;

Two tanks, the one side is that activity respectively is incorporated on two support bodys, and maintenance level, and the track of the corresponding said frame two bottom sides of this two tanks also is respectively equipped with a track, two corresponding tracks are provided with an elastic component, and this elastic component then is subjected to traction gear control and removable in this two interorbital; And

Two L shaped poles, be the both sides that are incorporated into lever central authorities respectively, this two pole and above-mentioned two tanks are to be connected with a connection piece away from a side of lever, and this two poles end is provided with a pinch roller, link can be compressed by the pinch roller on casing and the pole, so that the elastic component on this two track when moving, can change the moment and the arm of force of lever, cooperate the fulcrum conversion, and make lever swing.

2. power generation arrangement according to claim 1 is characterized in that this traction gear is a motor.

3. power generation arrangement according to claim 1 is characterized in that this link is a rope body.

4. power generation arrangement according to claim 1 is characterized in that this link is a serobila.

5. power generation arrangement according to claim 1 is characterized in that this elastic component is a spring.

6. power generation arrangement according to claim 1 is characterized in that this two tanks is the maintenance level when swing.

7. power generation arrangement according to claim 1, the top and bottom correspondence that it is characterized in that these framework both sides are provided with one and support bar, when making this two tanks upper and lower displacement, can be supported bar by this and compress or shore.

8. power generation arrangement according to claim 7 is characterized in that this supports the bar end and is provided with spring in order to buffering percussive force.

9. power generation arrangement according to claim 1, when it is characterized in that this two tanks is moved to the summit, this link then can break away from compressing of pinch roller on casing and the pole.

10. power generation arrangement according to claim 1 is characterized in that this two tanks away from a side of lever central authorities and the above-mentioned H shape support body side away from lever central authorities, and linking has an elastic component.

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