CN103821683A - Energy conversion system installed in tire - Google Patents
Energy conversion system installed in tire Download PDFInfo
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- CN103821683A CN103821683A CN201410044137.7A CN201410044137A CN103821683A CN 103821683 A CN103821683 A CN 103821683A CN 201410044137 A CN201410044137 A CN 201410044137A CN 103821683 A CN103821683 A CN 103821683A
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Abstract
The invention discloses an energy conversion system installed in a tire. The energy conversion system comprises a wheel fittingly used with an automobile frame. The wheel is composed of a rim, the tire and a spoke, wherein the rim is connectively mounted with an axle, the tire is mounted with the rim, and the spoke is arranged on the rim. A plurality of compressed air pumps or reciprocating screw machines between the inner surface of the tire and the outer surface of the rim is arranged in a cavity formed by the tire and the rim, the compressed air pumps and the reciprocating screw machines are distributed annularly on the surface of the rim and are connected with a generator arranged on the rim or the automobile frame, and the generator generates power by power generated by the compressed air pumps or the reciprocating screw machines. When the automobile is running and acting force is stressed on a tread of the tire from the road, stress of the tread is transmitted to the corresponding reciprocating screw machines to generate rotation force or the compressed air pumps is extruded to generate compressed air, and rotation force or compressed air produced continuously generated can be transmitted for the generator to generate power.
Description
Technical field
The present invention relates to a kind of automobile running that utilizes and produce the technical field of reciprocal compression power for generating electricity, relate in particular to a kind of reciprocal compression power device that utilizes automobile self gravitation and the power travelling and utilization to be arranged in automobile tire and produce the power generation system of power for generating electricity.
Background technique
Tire is one of vitals of automobile, and it directly contacts with road surface, and automotive suspension suffered impact while jointly relaxing automobile running, guarantees that automobile has good driving comfort and run smoothness; Guarantee that there is good adhesive quality on wheel and road surface, improve traction property, braking and the passing ability of automobile; The weight of bearing automobile, the important function that tire is risen on automobile is more and more subject to people's attention.
But, the function that the effect of existing wheel and tire just keeps in motion its safety traffic and smoothly travels as automobile, the energy that during not automobile running, tire has is converted to automobile institute's energy requirement or useful power that we are required in time; The energy that the wheel tyre of prior art travels will be wasted.
Summary of the invention
The object of the invention is the shortcoming in order to overcome above-mentioned prior art, a kind of energy conversion system being arranged in tire is provided, this energy conversion system that is arranged in tire is mainly to utilize automobile own wt and the automobile suffered weight of wheel tyre in the process of moving, in the time of automobile running, tire is subject to larger squeezing action power, reciprocal compression power device is installed in tire, ground force in surface of tyre and be passed to reciprocal compression power device produce power transmitting power to generator for generating, except being used for generating, also can be used for promoting in addition vehicle to run.
The technical solution adopted for the present invention to solve the technical problems is: a kind of energy conversion system being arranged in tire, comprise the wheel being used in conjunction with automobile body frame, wheel is by with axletree, the wheel rim being connected being installed, the spoke being provided with tire and the wheel rim of wheel rim installation forms, in the cavity that described tire and wheel rim form, be provided with compressed air pump or the reciprocating screw machine between tire inner surface and wheel rim outer surface, distribute ringwise and be provided with multiple compressed air pumps or multiple reciprocating screw machine along rim surface, compressed air pump or reciprocating screw machine are connected at the generator on wheel rim or automobile body frame and utilize compressed air pump or power that reciprocating screw machine produces generates electricity for generator.Utilize automobile own wt and the extruding of the active force while travelling to tire, this extruding force is converted in compressed air pump or reciprocating screw machine, and compressed air pump produces pressurized air, and the reciprocating screw machine power that rotates; Pressurized air or rotatory force all can be passed to generator for generating.The reset of its compressed air pump or reciprocating screw machine can drive realization by the reset of tire itself, also can automatically realize by parts such as Returnning springs.
Further, described compressed air pump is provided with suction port and air outlet, suction port and outside air conducting, along wheel rim outside or inner side be provided with pressurized air pneumatic tube, each air outlet is all connected with pressurized air pneumatic tube and carries pressurized air; Described pressurized air pneumatic tube connects generator and transmits pressurized air to generator by pressurized air pneumatic tube.Each compressed air pump all has independent suction port and air outlet, when automobile in motion, due to automobile own wt and travel time channel in the face of the active force of automobile etc. all in baseset with automobile tire on, the tyre surface contact road surface of tire, tire can be subject to certain extruding, and this extruding force can direct transfer function being close on the compressed air pump of being located at the back side in tire, and because compressed air pump circular array distributes, the stressed of each surface of contact of tire all can be passed on corresponding compressed air pump substantially; When compressed air pump is squeezed power and produces extruding, pressurized air forms pressurized air and exports from air outlet, being delivered to generator and blowing generator generating by pressurized air pneumatic tube.And constantly rotate at tire, in the time that part tire tread does not contact with ground and do not stress, this part tire tread, because the effect of self tire cavity air pressure automatically resets, has also driven automatically reseting of compressed air pump; So, continuing to depress another compressed air pump carries out repetitive cycling generation pressurized air generating and resets.The air inlet in time that arranges of suction port supplements the air in compressed air pump, realizes the air inlet effect of compressed air pump.The pressurized air of output is used for generating as power for the generator on automobile, certainly, also these pressurized air can be kept getting off, and for other purposes or transformation of energy, and vehicle frame also can act on compressed-air actuated memory bank.
Or steam outlet pipe corresponding surface of the equal separate connection in the air outlet of each compressed air pump is to the blade of generator.Each compressed air pump output squeezing air circulation that works alone is blown generator, and the composition of the steam outlet pipe separately annular of each compressed air pump is aimed at the blade of generator, and separately continuous circulation blows generator work.
Further, described reciprocating screw machine comprises casing, coordinates with casing and coordinates with the screw rod of screw channel, with screw channel the plane star gear that forms engagement pair, and plane star gear connects generator by crankshaft & connecting and drives generator generating.This reciprocating screw machine forms engagement pair by the plane star gear of a columniform screw rod and two balanced configurations substantially, is contained in casing.The space that the flank of tooth three of the screw channel of screw rod, the inwall of casing, plane star gear surrounds has formed the swept volume of reciprocating screw machine.When tire force extruding, drive screw rod push-and-pull, the plane star gear engaging with screw channel in push-and-pull process rotates, and plane star gear rotates also and drives generator to rotate by crankshaft & connecting, completes the process of generator generating.
Further, described generator adopts gas driven generator.The pressurized air producing as motive use on gas driven generator for generating, the electric energy feedback of generation is used for using or be applied on electric vehicle on automobile batteries.The wind-engaging point of gas driven generator can, directly towards the blade face of gas driven generator blade, also can be arranged on the side of gas driven generator blade.
Or described generator adopts screw expansion generator.Also can use screw expansion generator for generating, the working principle of this screw expansion generator is broadly divided into:
1, intake process: after the between cog volume that pressurized air enters rotor through the suction port of screw expansion generator, drive rotor is rotated, and between cog volume is constantly expanded, when suction port complete when between cog volume and screw expansion generator departs from, intake process finishes;
2, inflation process: along with between cog volume continues to increase, compressed gas volume expansion temperature reduces, and outputting power is to the projecting shaft place of rotor simultaneously;
3, exhaust process: in the time that between cog volume communicates with screw expansion generator relief opening, just start exhaust process, until between cog volume reducing is zero, till completing a work cycle.
The clearance seal of this screw expansion generator, thus the distinct advantages that turbo-expander and Piston Expander all do not have there is.In screw expansion generator, pressurized air acts directly on the rotor flank of tooth, thereby has the torque characteristics while being similar to direct current generator startup, can carry out heavy load startup.The rotating speed of screw expansion generator is lower, is generally about 1/10 left and right of same capacity turbo-expander, thereby can not pass through speed reducer and direct drive generator or other low speed power consumption machinery, and shaft seal is effective, and the life-span is long.Screw expansion generator has mechanical transmission generating and these two kinds of modes of pressurized air transmission.
Further, described compressed air pump comprises the pump housing and coordinates the reciprocating pump of installation activity with the pump housing, and suction port connects the pump housing by admission line; The piston that reciprocating pump is connected by piston pulling rod cylinder body and with piston pulling rod cylinder body forms, piston is provided with the anti-wear cushion rubber for preventing reciprocating motion of the pistons wearing and tearing pump housing casing wall, piston is provided with piston ring groove, piston is provided with and coordinates the also seal compression air cushion rubber of movable sealing with piston ring groove, and piston runs through and is provided with piston intake mouth to piston base from piston ring groove; Piston is provided with compressed air inlet port and the conducting of piston pulling rod cylinder body, and air outlet connects the piston pulling rod body of rod by outlet pipe.The piston of this compressed air pump is placed in the pump housing and with piston the pump housing is divided into normal air interval and air compressing interval, when piston pulling rod cylinder body drives piston pull, air enters into from suction port in the normal air interval of the pump housing, now seal compression air cushion rubber and piston intake mouth have certain gap, and air enters in air compressing interval from piston intake mouth; Piston compression air in the time that pushing piston pull bar cylinder body drives piston to push in the pump housing, now due to the effect of negative pressure, air flue between seal compression air seal piston intake mouth and the sealing pump housing and piston, pressurized air can only enter in piston pulling rod cylinder body from compressed air inlet port, and carry pressurized air to air outlet and transfer to pressurized air pneumatic tube by steam outlet pipe from piston pulling rod cylinder body, and the password pressurized air of giving vent to anger can only go out and can not enter, guarantee that again compressed air pump can not leak gas simultaneously.
Further, the end face that the described pump housing coordinates with the piston pulling rod body of rod is provided with the first O-ring seal of wear prevention piston pulling rod cylinder body.Suction port conducting air enters the pump housing, in the time of piston pulling rod cylinder body pull, air delivers in the pump housing from suction port, and the first O-ring seal arranging can also prevent the wearing and tearing with the pump housing in pull and when pushing of piston pulling rod cylinder body, the working life of the prolongation pump housing and piston pulling rod cylinder body.
Further, the described pump housing is provided with pump housing cylinder body, be located at the pump housing top cover at pump housing cylinder body top and be located at the pump housing bottom composition of pump housing cylinder base, and suction port passes pump housing top cover conducting pump housing cylinder body by admission line; Described piston pulling rod cylinder body one end connects piston, and the other end is provided with pull bar top seal; Described pump housing bottom and pull bar top cover are equipped with the second O-ring seal that prevents gas leakage.This pump housing bottom and pull bar top cover the leakage that can prevent gas is set, can also guarantee normal work and the compressed-air actuated generation of whole compressed air pump.In addition, pump housing bottom is fixedly connected with the pressurized air generation that can complete compressed air pump with ground in tire.
Further, the position of the described corresponding wheel rim in automobile body frame chassis is provided with generator fixed base, and generator is fixed on generator fixed base, and generator corresponding surface is to the inner side surface position of wheel rim.Attractive in appearance and make generator existing vehicle structure not caused to substantial impact in order to optimize automobile, generator is hidden in wheel rim inner side, good concealment and installing firmly.
Or described generator is directly installed and is hidden in automobile body frame.Also can adopt generator to be hidden in automobile body frame, be combined as a whole with automobile body frame, solve mounting point and the complexity of wheel.
Further, described suction port and air outlet are located on tire and are protruded from the inner side of tire.Suction port and air outlet are located at tire inner side and are had good disguise, and also can more conveniently be connected with generator, and output squeezing air is also more convenient direct to generator.
Further, described suction port and air outlet are located on wheel rim and are protruded from outside or the inner side of wheel rim.The set-up mode principle of suction port and air outlet and existing tyre valve is basic identical, directly protrudes from wheel rim, can easily observe, and does not also affect the appearance.
In sum, the invention has the beneficial effects as follows: the energy conversion system being arranged in tire of the present invention, utilize automobile own wt and automobile running to have under the condition of larger active force automobile tire, research and develop a kind of electricity generating device being arranged on wheel position.When automobile in the process of moving, road surface applies the used time of doing of active force to the tyre surface of tire, this tyre surface stressed be passed to corresponding surface to reciprocating screw machine power or the compressed air pump generation pressurized air that is squeezed that rotates, it can be used for generating the rotatory force of continuous generation or compressed air delivery to generator, and this reciprocating screw machine or compressed air pump and tire tread can automatically reset in the time not being subject to ground force, guarantee normally air amount and output squeezing air of compressed air pump, also guarantee the normal work of reciprocating screw machine.In addition, the electric energy that generating can be produced be applied on the equipment of automobile needs itself, and driving automobile travels and operate, and realizes self-generating.The conversion ratio that this rotatory force or pressurized air are converted to electric energy is high, can be electric energy the transformation of energy being wasted, and belongs to the new energy of pure green, to zero environmental.
Accompanying drawing explanation
Fig. 1 is embodiment 1 the wheel schematic diagram that is arranged on the energy conversion system in tire;
Fig. 2 is the sectional view of wheel;
Fig. 3 is the schematic diagram of embodiment 1 compressed air pump;
Fig. 4 is the schematic diagram of embodiment 1 the pump housing;
Fig. 5 is the schematic diagram of embodiment 1 reciprocating pump;
Fig. 6 is the partial schematic diagram of embodiment 1 reciprocating pump;
Fig. 7 is the partial schematic sectional view of embodiment 1 reciprocating pump;
Fig. 8 is the sectional view of embodiment 2 wheel;
Fig. 9 is the partial sectional view of embodiment 5 reciprocating screw machine;
Figure 10 is embodiment 6 the wheel schematic diagram that is arranged on the energy conversion system in tire.
Embodiment
Embodiment 1
The described a kind of energy conversion system being arranged in tire of the present embodiment 1, as Fig. 1, shown in Fig. 2, comprise the wheel being used in conjunction with automobile body frame, wheel is by with axletree, the wheel rim 18 being connected being installed, the spoke 20 being provided with tire 19 and the wheel rim of wheel rim installation forms, in the cavity that described tire and wheel rim form, be provided with the reciprocal compression power device between tire inner surface and wheel rim outer surface, this reciprocal compression power device is compressed air pump 21, distribute ringwise and be provided with multiple compressed air pumps along rim surface, compressed air pump is connected at the generator on wheel rim and utilizes the pressurized air that compressed air pump produces to generate electricity for generator.The extruding of active force when utilizing automobile own wt and travelling to tire, this extruding force is converted on compressed air pump, and compressed air pump produces pressurized air; Pressurized air is passed to generator for generating.The reset of its compressed air pump can drive realization by the reset of tire itself, also can automatically realize by parts such as Returnning springs.
Further, described compressed air pump is provided with suction port 3 and air outlet 11, and suction port and outside air conducting are provided with pressurized air pneumatic tube 22 along wheel rim inner side, and each air outlet is all connected with pressurized air pneumatic tube and carries pressurized air; Described pressurized air pneumatic tube connects generator and transmits pressurized air to generator by pressurized air pneumatic tube.Each compressed air pump all has independent suction port and air outlet, when automobile in motion, due to automobile own wt and travel time channel in the face of the active force of automobile etc. all in baseset with automobile tire on, the tyre surface contact road surface of tire, tire can be subject to certain extruding, and this extruding force can direct transfer function being close on the compressed air pump of being located at the back side in tire, and because compressed air pump circular array distributes, the stressed of each surface of contact of tire all can be passed on corresponding compressed air pump substantially; When compressed air pump is squeezed power and produces extruding, pressurized air forms pressurized air and exports from air outlet, being delivered to generator and blowing generator generating by pressurized air pneumatic tube.And constantly rotate at tire, in the time that part tire tread does not contact with ground and do not stress, this part tire tread, because the effect of self tire cavity air pressure automatically resets, has also driven automatically reseting of compressed air pump; So, continuing to depress another compressed air pump carries out repetitive cycling generation pressurized air generating and resets.The air inlet in time that arranges of suction port supplements the air in compressed air pump, realizes the air inlet effect of compressed air pump.The pressurized air of output is used for generating as power for the generator on automobile, certainly, also these pressurized air can be kept getting off, and for other purposes or transformation of energy, and vehicle frame also can act on compressed-air actuated memory bank.
Further, as shown in Figure 3, Figure 4, Figure 5, Figure 6, Figure 7, described compressed air pump comprises the pump housing 1 and coordinates the reciprocating pump 2 of installation activity with the pump housing, and suction port connects the pump housings by suction tude 23 roads; The piston 5 that reciprocating pump is connected by piston pulling rod cylinder body 4 and with piston pulling rod cylinder body forms, piston is provided with the anti-wear cushion rubber 6 for preventing reciprocating motion of the pistons wearing and tearing pump housing casing wall, piston is provided with piston ring groove 7, piston is provided with and coordinates the also seal compression air cushion rubber 8 of movable sealing with piston ring groove, and piston runs through and is provided with piston intake mouth 9 to piston base from piston ring groove; Piston is provided with compressed air inlet port 10 and the conducting of piston pulling rod cylinder body, and air outlet connects the piston pulling rod body of rod by outlet pipe 24.The piston of this compressed air pump is placed in the pump housing and with piston the pump housing is divided into normal air interval and air compressing interval, when piston pulling rod cylinder body drives piston pull, air enters into from suction port in the normal air interval of the pump housing, now seal compression air cushion rubber and piston intake mouth have certain gap, and air enters in air compressing interval from piston intake mouth; Piston compression air in the time that pushing piston pull bar cylinder body drives piston to push in the pump housing, now due to the effect of negative pressure, air flue between seal compression air seal piston intake mouth and the sealing pump housing and piston, pressurized air can only enter in piston pulling rod cylinder body from compressed air inlet port, and carry pressurized air to air outlet and transfer to pressurized air pneumatic tube by steam outlet pipe from piston pulling rod cylinder body, and the password pressurized air of giving vent to anger can only go out and can not enter, guarantee that again compressed air pump can not leak gas simultaneously.
Further, the end face that the described pump housing coordinates with the piston pulling rod body of rod is provided with the first O-ring seal 12 of wear prevention piston pulling rod cylinder body.Suction port conducting air enters the pump housing, in the time of piston pulling rod cylinder body pull, air delivers in the pump housing from suction port, and the first O-ring seal arranging can also prevent the wearing and tearing with the pump housing in pull and when pushing of piston pulling rod cylinder body, the working life of the prolongation pump housing and piston pulling rod cylinder body.
Further, the pump housing bottom 15 that the described pump housing is provided with pump housing cylinder body 13, be located at the pump housing top cover 14 at pump housing cylinder body top and be located at pump housing cylinder base forms, and suction port passes pump housing top cover conducting pump housing cylinder body by admission line; Described piston pulling rod cylinder body one end connects piston, and the other end is provided with pull bar top cover 16 and seals; Described pump housing bottom and pull bar top cover are equipped with the second O-ring seal 17 that prevents gas leakage.This pump housing bottom and pull bar top cover the leakage that can prevent gas is set, can also guarantee normal work and the compressed-air actuated generation of whole compressed air pump.In addition, pump housing bottom is fixedly connected with the pressurized air generation that can complete compressed air pump with ground in tire.
Further, the position of the described corresponding wheel rim in automobile body frame chassis is provided with generator fixed base, and generator is fixed on generator fixed base, and generator corresponding surface is to the inner side surface position of wheel rim.Attractive in appearance and make generator existing vehicle structure not caused to substantial impact in order to optimize automobile, generator is hidden in wheel rim inner side, good concealment and installing firmly.
Further, described generator adopts gas driven generator.The pressurized air producing as motive use on gas driven generator for generating, the electric energy feedback of generation is used for using or be applied on electric vehicle on automobile batteries.The wind-engaging point of gas driven generator can, directly towards the blade face of gas driven generator blade, also can be arranged on the side of gas driven generator blade.
Described suction port and air outlet are located on tire and are protruded from the inner side of tire.Suction port and air outlet are located at tire inner side and are had good disguise, and also can more conveniently be connected with generator, and output squeezing air is also more convenient direct to generator.
This embodiment 2 improves on embodiment 1 basis, and this embodiment's 2 concrete difference is:
Described generator is directly installed and is hidden in automobile body frame.Also can adopt generator to be hidden in automobile body frame, be combined as a whole with automobile body frame, solve mounting point and the complexity of wheel.
This embodiment 3 improves on embodiment 1 basis, and this embodiment's 3 concrete difference is:
Described generator adopts screw expansion generator.Also can use screw expansion generator for generating, the working principle of this screw expansion generator is broadly divided into:
1, intake process: after the between cog volume that pressurized air enters rotor through the suction port of screw expansion generator, drive rotor is rotated, and between cog volume is constantly expanded, when suction port complete when between cog volume and screw expansion generator departs from, intake process finishes;
2, inflation process: along with between cog volume continues to increase, compressed gas volume expansion temperature reduces, and outputting power is to the projecting shaft place of rotor simultaneously;
3, exhaust process: in the time that between cog volume communicates with screw expansion generator relief opening, just start exhaust process, until between cog volume reducing is zero, till completing a work cycle.
The clearance seal of this screw expansion generator, thus the distinct advantages that turbo-expander and Piston Expander all do not have there is.In screw expansion generator, pressurized air acts directly on the rotor flank of tooth, thereby has the torque characteristics while being similar to direct current generator startup, can carry out heavy load startup.The rotating speed of screw expansion generator is lower, is generally about 1/10 left and right of same capacity turbo-expander, thereby can not pass through speed reducer and direct drive generator or other low speed power consumption machinery, and shaft seal is effective, and the life-span is long.Screw expansion generator has mechanical transmission generating and these two kinds of modes of pressurized air transmission.
The present embodiment 4 is to improve on embodiment 1 basis equally, and this embodiment's 4 concrete difference is: as shown in Figure 8, described suction port 3 and air outlet 11 are located on wheel rim 18 and are protruded from the inner side of wheel rim.The set-up mode principle of suction port and air outlet and existing tyre valve 25 is basic identical, directly protrudes from wheel rim, can easily observe, and does not also affect the appearance.
The present embodiment 5 is to improve on embodiment 1 basis equally, this embodiment's 5 concrete difference is: as shown in Figure 9, this reciprocal compression power device is reciprocating screw machine, reciprocating screw machine comprises casing 26, coordinate with casing and with the screw rod 28 of screw channel 27, coordinate the plane star gear 29 that forms engagement pair, plane star gear to connect generator by crankshaft & connecting with screw channel and drive generator generating.This reciprocating screw machine forms engagement pair by the plane star gear of a columniform screw rod and two balanced configurations substantially, is contained in casing.The space that the flank of tooth three of the screw channel of screw rod, the inwall of casing, plane star gear surrounds has formed the swept volume of reciprocating screw machine.When tire force extruding, drive screw rod push-and-pull, the plane star gear engaging with screw channel in push-and-pull process rotates, and plane star gear rotates also and drives generator to rotate by crankshaft & connecting, completes the process of generator generating.
Embodiment 6
The present embodiment 6 is to improve on embodiment 1 basis equally, and this embodiment's 5 concrete difference is: as shown in figure 10, steam outlet pipe 30 corresponding surfaces of the equal separate connection in the air outlet of each compressed air pump 21 are to the blade of generator.Each compressed air pump output squeezing air circulation that works alone is blown generator, and the composition of the steam outlet pipe separately annular of each compressed air pump is aimed at the blade of generator, and separately continuous circulation blows generator work.
The above, be only preferred embodiment of the present invention, not structure of the present invention done to any pro forma restriction.Any simple modification, equivalent variations and modification that every foundation technical spirit of the present invention is done above embodiment, all still belong in the scope of technological scheme of the present invention.
Claims (13)
1. the energy conversion system being arranged in tire, comprise the wheel being used in conjunction with automobile body frame, wheel is by with axletree, the wheel rim being connected being installed, the spoke being provided with tire and the wheel rim of wheel rim installation forms, it is characterized in that: in the cavity that described tire and wheel rim form, be provided with compressed air pump or the reciprocating screw machine between tire inner surface and wheel rim outer surface, distribute ringwise and be provided with multiple compressed air pumps or multiple reciprocating screw machine along rim surface, compressed air pump or reciprocating screw machine are connected at the generator on wheel rim or automobile body frame and utilize compressed air pump or power that reciprocating screw machine produces generates electricity for generator.
2. a kind of energy conversion system being arranged in tire according to claim 1, it is characterized in that, described compressed air pump is provided with suction port and air outlet, suction port and outside air conducting, along wheel rim outside or inner side be provided with pressurized air pneumatic tube, each air outlet is all connected with pressurized air pneumatic tube and carries pressurized air; Described pressurized air pneumatic tube connects generator and transmits pressurized air to generator by pressurized air pneumatic tube.
3. a kind of energy conversion system being arranged in tire according to claim 1, it is characterized in that, steam outlet pipe corresponding surface of the equal separate connection in air outlet of each compressed air pump is to the blade of generator, each compressed air pump output squeezing air circulation that works alone is blown generator, the composition of the steam outlet pipe separately annular of each compressed air pump is aimed at the blade of generator, and separately continuous circulation blows generator work.
4. a kind of energy conversion system being arranged in tire according to claim 1, it is characterized in that, described reciprocating screw machine comprises casing, coordinates with casing and coordinates with the screw rod of screw channel, with screw channel the plane star gear that forms engagement pair, and plane star gear connects generator by crankshaft & connecting and drives generator generating.
5. according to a kind of energy conversion system being arranged in tire described in claim 2 or 3, it is characterized in that, described generator adopts gas driven generator.
6. according to a kind of energy conversion system being arranged in tire described in claim 2 or 3, it is characterized in that, described generator adopts screw expansion generator.
7. according to a kind of energy conversion system being arranged in tire described in claim 2 or 3, it is characterized in that, described compressed air pump comprises the pump housing and coordinates the reciprocating pump of installation activity with the pump housing, and suction port connects the pump housing by admission line; The piston that reciprocating pump is connected by piston pulling rod cylinder body and with piston pulling rod cylinder body forms, piston is provided with the anti-wear cushion rubber for preventing reciprocating motion of the pistons wearing and tearing pump housing casing wall, piston is provided with piston ring groove, piston is provided with and coordinates the also seal compression air cushion rubber of movable sealing with piston ring groove, and piston runs through and is provided with piston intake mouth to piston base from piston ring groove; Piston is provided with compressed air inlet port and the conducting of piston pulling rod cylinder body, and air outlet connects the piston pulling rod body of rod by outlet pipe.
8. a kind of energy conversion system being arranged in tire according to claim 7, is characterized in that: the end face that the described pump housing coordinates with the piston pulling rod body of rod is provided with the first O-ring seal of wear prevention piston pulling rod cylinder body.
9. described a kind of energy conversion system being arranged in tire according to Claim 8, it is characterized in that, the described pump housing is provided with pump housing cylinder body, be located at the pump housing top cover at pump housing cylinder body top and be located at the pump housing bottom composition of pump housing cylinder base, and suction port passes pump housing top cover conducting pump housing cylinder body by admission line; Described piston pulling rod cylinder body one end connects piston, and the other end is provided with pull bar top seal; Described pump housing bottom and pull bar top cover are equipped with the second O-ring seal that prevents gas leakage.
10. according to a kind of energy conversion system being arranged in tire described in claim 2 or 3 or 4, it is characterized in that, the position of the described corresponding wheel rim in automobile body frame chassis is provided with generator fixed base, and generator is fixed on generator fixed base, and generator corresponding surface is to the inner side surface position of wheel rim.
11. according to a kind of energy conversion system being arranged in tire described in claim 2 or 3 or 4, it is characterized in that, described generator is directly installed and is hidden in automobile body frame.
12. according to a kind of energy conversion system being arranged in tire described in claim 2 or 3 or 4, it is characterized in that, described suction port and air outlet are located on tire and are protruded from the inner side of tire.
13. according to a kind of energy conversion system being arranged in tire described in claim 2 or 3 or 4, it is characterized in that, described suction port and air outlet are located on wheel rim and are protruded from outside or the inner side of wheel rim.
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| CN201410044137.7A CN103821683A (en) | 2014-01-30 | 2014-01-30 | Energy conversion system installed in tire |
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| CN201410044137.7A CN103821683A (en) | 2014-01-30 | 2014-01-30 | Energy conversion system installed in tire |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108749561A (en) * | 2018-07-06 | 2018-11-06 | 罗邦琴 | A kind of air generation plants and the air car using air generation plants |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5325902A (en) * | 1992-06-19 | 1994-07-05 | Loewe Richard T | Automatic tire pressure monitor and inflation system |
| CN1704582A (en) * | 2004-06-01 | 2005-12-07 | 魏永彬 | Pneumatic hydraulic type power generator |
| CN201002519Y (en) * | 2006-06-12 | 2008-01-09 | 魏永彬 | Synthesis electricity generating device for vehicle |
| CN101367321A (en) * | 2007-08-13 | 2009-02-18 | 金气动马达株式会社 | Compressed air pumping tire and compressed air storing apparatus using the same |
| CN102192113A (en) * | 2011-01-28 | 2011-09-21 | 余义伦 | Elastic trigger piezoelectric device and applications thereof |
| CZ2010276A3 (en) * | 2010-04-09 | 2011-11-30 | Cada@Jirí | Compressed air producing wheel |
| CN102320242A (en) * | 2011-07-01 | 2012-01-18 | 郑乃时 | Pneumatic tyre pressure energy recovery device and method |
-
2014
- 2014-01-30 CN CN201410044137.7A patent/CN103821683A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5325902A (en) * | 1992-06-19 | 1994-07-05 | Loewe Richard T | Automatic tire pressure monitor and inflation system |
| CN1704582A (en) * | 2004-06-01 | 2005-12-07 | 魏永彬 | Pneumatic hydraulic type power generator |
| CN201002519Y (en) * | 2006-06-12 | 2008-01-09 | 魏永彬 | Synthesis electricity generating device for vehicle |
| CN101367321A (en) * | 2007-08-13 | 2009-02-18 | 金气动马达株式会社 | Compressed air pumping tire and compressed air storing apparatus using the same |
| CZ2010276A3 (en) * | 2010-04-09 | 2011-11-30 | Cada@Jirí | Compressed air producing wheel |
| CN102192113A (en) * | 2011-01-28 | 2011-09-21 | 余义伦 | Elastic trigger piezoelectric device and applications thereof |
| CN102320242A (en) * | 2011-07-01 | 2012-01-18 | 郑乃时 | Pneumatic tyre pressure energy recovery device and method |
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| CN108749561A (en) * | 2018-07-06 | 2018-11-06 | 罗邦琴 | A kind of air generation plants and the air car using air generation plants |
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Application publication date: 20140528 |