CN2806223Y - Automobile shock-absorbing and electric power generating device used shock power - Google Patents
Automobile shock-absorbing and electric power generating device used shock power Download PDFInfo
- Publication number
- CN2806223Y CN2806223Y CN 200520096079 CN200520096079U CN2806223Y CN 2806223 Y CN2806223 Y CN 2806223Y CN 200520096079 CN200520096079 CN 200520096079 CN 200520096079 U CN200520096079 U CN 200520096079U CN 2806223 Y CN2806223 Y CN 2806223Y
- Authority
- CN
- China
- Prior art keywords
- cylinder
- oil
- transferring device
- piston
- shaking force
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Abstract
The utility model belongs to the technical field of an automobile shock absorber type electric generator using shock power. The utility model needs to solve the technical problems of shock energy wasting for automobile run, poor shock absorbing effect and impossible electricity generation existing in the existing automobile shock absorber. In order to solve the technical problems, the utility model has the technical scheme that the automobile shock absorber type electric generator using shock power is composed of a reciprocating shock driver, a shock power and liquid power conversion generator, a unidirectional energy transmitting device, an energy storage device, a pressure regulator, a speed regulator, a voltage limiting overflow controller, a hydraulic motor, a generator, a voltage regulator, an accumulator, a fuel pipe, a fuel tank, etc. sixteen parts, wherein the shock power and liquid power conversion generator is orderly connected in series with the unidirectional energy transmitting device, the voltage limiting overflow controller, the energy storage device, the pressure regulator, the speed regulator and a liquid flow switch, and is connected to the hydraulic motor; the generator is driven to generate electricity, supplying electricity to all auxiliary electric apparatuses of automobiles, such as accumulators, conditioners, illumination lamps, etc., with zero cost and zero expense. The utility model is used for automobiles, trains, ships, motorcycles, etc.
Description
Technical field:
The utility model has related to a kind of electrical generator, especially Vehicle shock absorber-type shaking force generator that utilizes the shaking force work done of operational vehicle.
Background technology:
Existing electrical generator mainly has hydroelectric generator, thermoelectric generator, oil-electric engine, external combustion engine electrical generator, wind-driven generator, tidal power generation machine, atomic energy electrical generator and solar generator etc.But thermoelectric generator, oil-electric engine, external combustion engine electrical generator are wanted limited fuel sources such as the coal of consume significant or fuel oil, and environmental pollution is serious.The disposable input of the engineering construction of hydroelectric generator is huge, and is subjected to what, the influence of drought and waterlogging of water resource big.The development capacity of solar power, wind energy, tidal power generation machine is less, the atomic fuel extraction cost costliness of atomic energy electrical generator, and construction cost is huge, and potential safety hazard is big.So all there is bigger shortcoming in actual applications in existing electrical generator.
Summary of the invention:
The technical matters of the required solution of the utility model Vehicle shock absorber-type shaking force generator is, existing vehicle shock absorber has been wasted the shock energy of operational vehicle, and damping effect is not best, does not especially have shortcomings such as electricity generate function.The utility model Vehicle shock absorber-type shaking force generator, utilize operational vehicle continuously shaking force generate electricity as power, have shock-absorbing function simultaneously, can replace existing vehicle shock absorber.Main application: various operational vehicles such as automobile, train, steamer, motor bike.
The technical scheme that its technical matters that solves the utility model Vehicle shock absorber-type shaking force generator adopts is, according to the mechanics principle, vibrations scientific principle opinion, hydraulic pressure and hydraulic transmission theory, theoretical and the theoretical design-calculated Vehicle shock absorber-type shaking force generator (Fig. 1) of machine design of Pneu is by reciprocal vibrating actuator, shaking force fluid power conversion producer, unidirectional energy transferring device, the high-pressure and low-pressure oil pipe, accumulator, cock, pressure regulator, governor, the pressure limiting overflow controller, HM Hydraulic Motor, electrical generator, electric switch, voltage regulator, storage battery, fuel tank, the 16th National Congress of Communist Party of China such as hydraulic oil or air is partly formed.It is characterized in that: connecting after the high pressure delivery port of shaking force fluid power conversion producer rod chamber and rodless cavity and the unidirectional energy transferring device parallel connection separately connects with the pressure limiting overflow controller, be connected in accumulator then, accumulator is connected with pressure regulator, governor and cock B successively through cock A, inserts HM Hydraulic Motor at last.HM Hydraulic Motor inserts fuel tank through oil return pipe, and fuel tank inserts shaking force fluid power conversion producer respectively through oil inlet and the unidirectional energy transferring device of oil-feed.HM Hydraulic Motor drives generator for electricity generation through coupler or cone belt, and the output positive and negative electrode of electrical generator is connected with voltage regulator input positive and negative electrode through electric switch, and the output positive and negative electrode of voltage regulator is connected with the accumulator positive negative potential respectively through electric switch.The accumulator positive negative potential is respectively to the auxiliary consumer zero cost of all vehicles such as vehicle air conditioning, car lighting lamp, in-car TV, phone, sound equipment, signalling light for vehicle, zero cost power supply.Back and forth vibrating actuator be installed on the compartment crossbeam respectively and the propons of vehicle, back axle wheel shaft on, middle, the unidirectional energy transferring device that shaking force fluid power conversion producer is installed on vibrating actuator A and B is installed on each input port or the delivery port that shaking force fluid power is changed producer, fuel tank, accumulator, pressure regulator, governor, cock, HM Hydraulic Motor, generating mechanical, electrical switch, voltage regulator, storage battery are installed on the crossbeam of vehicle trunk successively from front to back or from back to front, or on the crossbeam in front compartment or middle compartment.The utility model Vehicle shock absorber-type shaking force generator is made up of eight big shape structural attitudes such as reciprocal shaking force actuator, shaking force fluid power conversion producer, unidirectional energy transferring device, accumulator, pressure limiting liquid flowing controller, pressure regulator, governor and HM Hydraulic Motor, is to utilize operational vehicle shaking force work done generating.Work done A=kmgS vehicle shaking force F=kmg and vibrations displacement S is converted into electric energy W=μ kmgS by the utility model.If moving vehicle vibrations part deadweight and people, thing load carrying ability F=mg, shaking force F=kmg so, empty wagons F=1000k (kg), vehicle-mounted 5 people's shaking force F=k (1000kg+5 people * 60kg/ people)=1300k (kg), vehicle-mounted 20 people's shaking force F=k (1000kg+20 people * 60kg/ people)=2200k (kg), vehicle-mounted 50 people's shaking force F=k (1000kg+50 people * 60kg/ people)=4000k (kg), railway carriage carries 120 people/compartment, during every row train 16 joint compartments, railroad train shaking force F=k (30 * 10
3Kg/ compartment+120 people/compartment * 60kg/ people) * 16 compartments/train=595200k (kg).If the vehicle vibration frequency is v=1/T=1/6 time/second, amplitude b=5mm/ time.1 hour so, unidirectional downward vibration accumulation distance S=bv * 3600 second/hour=5mm/ time * 10
-3/ mm * 1/6 time/second * 3600 seconds/time=3 meter/time.The merit A=FS that vibratory force is done.Merit A=1000k (kg) * 10 (N/kg) * 3 (rice/time)=30000k (during Nm/) 〉=30 (kilojoule/time) that the empty wagons shaking force is done.Merit A=1300k (kg) * 10 (N/kg) * 3 (rice/time)=39000k (during Nm/) 〉=39 (kilojoule/time) that load-carrying 5 people's vehicle shaking force is done.Merit A=2200k (kg) * 10 (N/kg) * 3 (rice/time)=66000k (during Nm/) 〉=66 (kilojoule/time) that load-carrying 20 people's vehicle shaking force is done.Merit A=4000k (kg) * 10 (N/kg) * 3 (rice/time)=120000k (during Nm/) 〉=120 (kilojoule/time) that load-carrying 50 people's vehicle shaking force is done.The every joint of load-carrying compartment 120 people, every train 16 compartments, merit A=595200k (kg) * 10 (N/kg) * 3 (rice/time)=17856000k (during Nm/) 〉=17856 (kilojoule/time) that the railroad train shaking force of the 30 tons/joint of conducting oneself with dignity is done.When vehicle operating, because the total weight mg of the relative vehicle axle vibrations of vehicle part comprises vehicle crossbeam, the big railway carriage or compartment of vehicle and preceding railway carriage or compartment, load such as vehicle motor and people and thing, what relatively vehicle axle produced instigates vibration and shaking force because of the vertical vehicle horizontal motion direction of vehicle horizontal motion.Back and forth vibrating actuator relative vibration power fluid power conversion producer produces shaking force F=kmg, the vibrations displacement is S, and act on the piston rod head and the oil cylinder bottom of shaking force fluid power conversion producer central axial direction, force the oil cylinder piston of shaking force fluid power conversion producer in oil cylinder, to be twitched up and down, thereby hydraulic oil is constantly sucked in the oil cylinder in a steady stream from fuel tank, constantly being compressed to high pressure oil again is pumped in the accumulator from oil cylinder, by accumulator high-pressure and hydraulic oil through the pressure regulator pressure regulation, the governor speed governing offers HM Hydraulic Motor, shock energy is converted to pressure can convert electric energy to through mechanical energy again, make the HM Hydraulic Motor rotation and drive the electrical generator zero cost, the zero cost generating.
The beneficial effects of the utility model: the vehicle that the utility model Vehicle shock absorber-type shaking force generator is installed, that can be effectively operational vehicle be produced and be depleted the shaking force wasted and vibration energy absorb fully and are converted into electric energy, thereby to the auxiliary consumer zero cost of all vehicles, a large amount of power supplies in zero cost ground such as the air-conditioning of operational vehicle, electric fan, in-car TV, VCD, phone, sound equipment, vehicular electrical appliance, car lighting lamp, signal lamp, storage batterys.
Description of drawings:
Below in conjunction with accompanying drawing the utility model is further specified.
Fig. 1-Vehicle shock absorber-type shaking force generator front view.
1-shaking force fluid power conversion producer bottom, the reciprocal vibrating actuator B of 2-, 3-shaking force fluid power conversion producer, 4-nut (containing spring washer), 5-piston rod packing circle, 6-are exported unidirectional energy transferring device B, the 7-piston, the 8-piston packing ring, 9-propons bumper A, 10-piston rod, 11-exports unidirectional energy transferring device A, the 12-high pressure fuel pipe, 13-cylinder cap seal ring, 14-dust ring, 15-oil cylinder cover (containing packing seal), the 16-operational vehicle, the reciprocal vibrating actuator A of 17-, 18-imports unidirectional energy transferring device D, 19-imports unidirectional energy transferring device C, 20-low pressure oil main line, 21-accumulator spring, 22-accumulator piston packing ring, 23-accumulator piston, the 24-accumulator, 25-pressure limiting overflow controller, 26-cock A, the 27-oil pressure indicator, the 28-fuel tank, 29-hydraulic oil or air, 30-pressure regulator, the 31-governor, 32-cock B, 33-HM Hydraulic Motor, 34-cone belt, the 35-electrical generator, the 36-cathode conductor, 37-electric switch, 38-positive wire, the 39-voltage regulator, the 40-charge switch, 41-positive electrode, 42-negative potential, the 43-storage battery, 44-vehicle crossbeam, 45-shaking force fluid power conversion producer (trailing wheel), 46-back axle bumper B, the 47-rear wheel, the 48-rear leaf spring, 49-front spring spring, 50-front vehicle wheel.
The specific embodiment:
Shaking force fluid power conversion producer is the oil cylinder of-individual pair oil inlet, double hydraulic fluid port, is made up of cylinder body, piston, piston rod, piston packing ring, piston rod packing circle, cylinder cap, cylinder cap seal ring, packing seal, dust ring, nut, spring washer, rod chamber inflow pipeline, rodless cavity inflow pipeline, rod chamber oil-drain pipe, rodless cavity oil-drain pipe, the unidirectional energy transferring device of rod chamber oil-feed, the unidirectional energy transferring device of rodless cavity oil-feed, the unidirectional energy transferring device of rod chamber oil extraction, the unidirectional energy transferring device of rodless cavity oil extraction etc.Cylinder body is to be φ with the diameter
CylinderCylinder to make a diameter from the upper end toward the lower end be
Cylinder＜φ
CylinderThe obstructed concentric circle holes in lower end be piston hole.At cylinder body upper end diameter (φ
Cylinder+
CylinderEvenly make the tapped bore of the depth d of 6 M6 to M12 on the circumference of)/2.On the base plate outside the cylinder body of lower end perpendicular to the cylinder body bottom surface, cylinder body of left and right symmetrically welding plate that is fixedly connected, cylinder body solid gusset piece thickness is that δ, radius are φ
Cylinder/ 2 semicolumn plate, on cylinder body is fixedly connected the line of centers of plate apart from cylinder body bottom surface d
Gu〉=φ
Cylinder/ 4 places, being fixedly connected perpendicular to cylinder body, to make diameter be to plate
GuRound tube hole.The periphery of circular hole carries out fine limit work or plating in the cylinder body, and the high pressure oil of high-voltage oil cavity is not leaked to the low pressure oil pocket.On the piston top dead center of the left and right sides of outer wall of cylinder block with the piston bottom dead point under, each make one totally 4 tapped through holees and unidirectional energy transferring device is installed as advancing oil-drain pipe.Piston is to be φ with the diameter
PlugCylinder to make diameter along central axis be
Plug＜φ
PlugRound tube hole, i.e. piston rod hole.Wide with 1 to 4 of the uniform making of excircle in the piston be b, is that the rectangle annular groove of h is a seal groove deeply.Outer surface of piston fine limit work or plating are not leaked the high pressure oil of high-voltage oil cavity to the low pressure oil pocket.Piston rod is to be φ with the diameter
Bar, length is the elongated cylinder of L, external diameter of upper end welding is
Outside the bar, internal diameter is
In the bar, thickness is the annulus of δ, the lower end is made as diameter
The bar plug＜φ
Bar, length is the elongated cylinder of a, and lower end is made the angular thread of growth b≤a, and piston rod external peripheral surface fine limit work or plating are not leaked the high pressure oil of high-voltage oil cavity to the low pressure oil pocket, make high pressure oil not to the cylinder cap external leakage.It is φ that cylinder cap is made into the upper end external diameter
Cylinder, thickness is a
On, internal orifice dimension is φ
Bar, the lower end external diameter is
Cylinder, thickness is a
Down, internal orifice dimension is φ
BarThe boss Circular Plate, gross thickness is a
On+ a
DownIn addition, be b at upper end endoporus intermediate fabrication width
On, the degree of depth is d
OnThe dustproof ring recess of rectangular ring, endoporus intermediate fabrication width is b in the lower end
Down, the degree of depth is d
DownThe rectangular ring seal groove.Oil-feed, oil-drain pipe are the conventional oil pipeline, and unidirectional energy transferring device is common check valve.Piston packing ring is placed in the piston packing ring recess, and the piston rod packing snare is loaded in the piston rod packing groove, and the cylinder cap ring set is in the cylinder cap seal groove, and dust ring is positioned in the dustproof ring recess.The cylinder cap boss is placed in piston rod down, the piston-rod lower end head inserts the endoporus of piston, is fixedly connected with spring washer and nut, and piston and piston rod are inserted in the cylinder bore, with bolt cylinder cap is fixedly linked in the cylinder body upper end, between cylinder cap and cylinder body, adds gasket seal.Upper left, the lower-left of cylinder body, upper right, 4 oil extractions in bottom right, oil extraction, oil-feed, inflow pipeline are installed the unidirectional energy transferring device A of output, the unidirectional energy transferring device B of output, the unidirectional energy transferring device C of input respectively and are imported unidirectional energy transferring device D.
Back and forth vibrating actuator is φ by two diameters
Outside the barWith
GuCylindrical pin, bearing pin length is L
Pin, be respectively piston rod cylindrical pin and cylinder body cylindrical pin, i.e. back and forth vibrating actuator A and back and forth vibrating actuator B.The piston rod cylindrical pin comprises " U " type bearing pin support, and the support wing plates on two sides is made diameter phi
Outside the barLogical circular hole, the cylinder body cylindrical pin comprises " U " type bearing pin support, the support wing plates on two sides is made
GuLogical circular hole.
Unidirectional energy transferring device is by the unidirectional energy transferring device A of output, the unidirectional energy transferring device B of output, the unidirectional energy transferring device C of input and import four parts such as unidirectional energy transferring device D and form.Respectively adopt 1 check valve respectively, adopt 4 existing check valves altogether.Respectively with dorsad or towards, dorsad or towards, towards or dorsad and towards or wait the oil extraction of respective direction and shaking force fluid power conversion producer, inflow pipeline to connect dorsad.
Accumulator adopts existing accumulator.
Pressure regulator adopts existing pressure regulating valve.
Governor adopts existing governor valve or flow regulating valve.
The pressure limiting overflow controller adopts existing by pass valve or limiting valve.
HM Hydraulic Motor adopts existing HM Hydraulic Motor.
Electrical generator adopts existing electrical generator.
Voltage regulator adopts existing voltage regulator or Voltagre regulator.
Storage battery adopts existing vehicle battery or any existing chargeable battery.
High pressure fuel pipe adopts existing high pressure fuel pipe.
The low pressure oil main line adopts existing low pressure pipe.
Fuel tank adopts existing fuel tank.
Oil pressure indicator adopts existing oil pressure indicator.
Hydraulic efficiency pressure switch adopts existing electromagnetic switch valve, hydraulic switching valve, pneumatic on-off valve or hand switch valve.
Electric switch adopts knife switch or button switch.
The utility model is manufactured raw MAT'L and is adopted metal, non-metal, composite material and electrician, electronic devices and components respectively.
Claims (4)
1. a Vehicle shock absorber-type shaking force generator partly is made up of reciprocal vibrating actuator, shaking force fluid power conversion producer, unidirectional energy transferring device, high-pressure and low-pressure oil pipe, accumulator, cock, pressure regulator, governor, pressure limiting overflow controller, HM Hydraulic Motor, generating mechanical, electrical switch, voltage regulator, storage battery, fuel tank, hydraulic oil or the air 16th National Congress of Communist Party of China; It is characterized in that: connecting after the high pressure delivery port of the shaking force fluid power of Vehicle shock absorber-type shaking force generator conversion producer rod chamber and rodless cavity and the unidirectional energy transferring device parallel connection separately connects with the pressure limiting overflow controller, be connected in accumulator then, accumulator is connected with pressure regulator, governor and cock B successively through cock A, inserts HM Hydraulic Motor at last; HM Hydraulic Motor inserts fuel tank through oil return pipe, and fuel tank inserts shaking force fluid power conversion producer respectively through oil inlet and the unidirectional energy transferring device of oil-feed; HM Hydraulic Motor drives generator for electricity generation through coupler or cone belt, and the output positive and negative electrode of electrical generator is connected with voltage regulator input positive and negative electrode through electric switch, and the output positive and negative electrode of voltage regulator is connected with the accumulator positive negative potential respectively through electric switch; The accumulator positive negative potential connects with the auxiliary consumer positive and negative electrode of vehicle air conditioning, car lighting lamp, in-car TV, phone, sound equipment, signalling light for vehicle and all vehicles respectively; Back and forth vibrating actuator be installed on the compartment crossbeam respectively and the propons of vehicle, back axle wheel shaft on, middle, the unidirectional energy transferring device that shaking force fluid power conversion producer is installed on vibrating actuator A and B is installed on each input port or the delivery port that shaking force fluid power is changed producer, fuel tank, accumulator, pressure regulator, governor, cock, HM Hydraulic Motor, generating mechanical, electrical switch, voltage regulator, storage battery are installed on the crossbeam of vehicle trunk successively from front to back or from back to front, or on the crossbeam in front compartment or middle compartment.
2. Vehicle shock absorber-type shaking force generator according to claim 1, it is characterized in that: the shaking force fluid power conversion producer of Vehicle shock absorber-type shaking force generator is a two oil inlet, the oil cylinder of double hydraulic fluid port is by cylinder body, piston, piston rod, piston packing ring, the piston rod packing circle, cylinder cap, the cylinder cap seal ring, packing seal, dust ring, nut, spring washer, the rod chamber inflow pipeline, the rodless cavity inflow pipeline, the rod chamber oil-drain pipe, the rodless cavity oil-drain pipe, the unidirectional energy transferring device of rod chamber oil-feed, the unidirectional energy transferring device of rodless cavity oil-feed, the unidirectional energy transferring device of rod chamber oil extraction, the unidirectional energy transferring device of rodless cavity oil extraction is formed; Cylinder body is to be φ with the diameter
CylinderCylinder to make a diameter from the upper end toward the lower end be
Cylinder＜φ
CylinderThe obstructed concentric circle holes in lower end be piston hole; At cylinder body upper end diameter (φ
Cylinder+
CylinderEvenly make the tapped bore of the depth d of 6 M6 to M12 on the circumference of)/2; On the base plate outside the cylinder body of lower end perpendicular to the cylinder body bottom surface, cylinder body of left and right symmetrically welding plate that is fixedly connected, cylinder body solid gusset piece thickness is that δ, radius are φ
Cylinder/ 2 semicolumn plate, on cylinder body is fixedly connected the line of centers of plate apart from cylinder body bottom surface d
Gu〉=φ
Cylinder/ 4 places, being fixedly connected perpendicular to cylinder body, to make diameter be to plate
GuRound tube hole; The periphery of circular hole carries out fine limit work or plating in the cylinder body; On the piston top dead center of the left and right sides of outer wall of cylinder block with the piston bottom dead point under, each make one totally 4 tapped through holees and unidirectional energy transferring device is installed as advancing oil-drain pipe; Piston is to be φ with the diameter
PlugCylinder to make diameter along central axis be
Plug＜φ
PlugRound tube hole, i.e. piston rod hole; Wide with 1 to 4 of the uniform making of excircle in the piston be b, is that the rectangle annular groove of h is a seal groove deeply; Outer surface of piston fine limit work or plating; Piston rod is to be φ with the diameter
Bar, length is the elongated cylinder of L, external diameter of upper end welding is
Outside the bar, internal diameter is
In the bar, thickness is the annulus of δ, the lower end is made as diameter
The bar plug＜φ
Bar, length is the elongated cylinder of a, lower end is made the angular thread of growth b≤a, piston rod external peripheral surface fine limit work or plating; It is φ that cylinder cap is made into the upper end external diameter
Cylinder, thickness is that a goes up, internal orifice dimension is φ
Bar, the lower end external diameter is
Cylinder, thickness is under a, internal orifice dimension is φ
BarThe boss Circular Plate, gross thickness is a
On+ a
DownIn addition, be b at upper end endoporus intermediate fabrication width
On, the degree of depth is d
OnThe dustproof ring recess of rectangular ring, endoporus intermediate fabrication width is b in the lower end
Down, the degree of depth is d
DownThe rectangular ring seal groove; Piston packing ring is placed in the piston packing ring recess, and the piston rod packing snare is loaded in the piston rod packing groove, and the cylinder cap ring set is in the cylinder cap seal groove, and dust ring is positioned in the dustproof ring recess; The cylinder cap boss is placed in piston rod down, the piston-rod lower end head inserts the endoporus of piston, is fixedly connected with spring washer and nut, and piston and piston rod are inserted in the cylinder bore, with bolt cylinder cap is fixedly linked in the cylinder body upper end, between cylinder cap and cylinder body, adds gasket seal; Upper left, the lower-left of cylinder body, upper right, 4 oil extractions in bottom right, oil extraction, oil-feed, inflow pipeline are installed the unidirectional energy transferring device A of output, the unidirectional energy transferring device B of output, the unidirectional energy transferring device C of input respectively and are imported unidirectional energy transferring device D.
3. Vehicle shock absorber-type shaking force generator according to claim 1 is characterized in that: the reciprocal vibrating actuator of Vehicle shock absorber-type shaking force generator is φ by two diameters
Outside the barWith
GuCylindrical pin form, bearing pin length is L
Pin, be respectively piston rod cylindrical pin and cylinder body cylindrical pin, i.e. back and forth vibrating actuator A and back and forth vibrating actuator B; The piston rod cylindrical pin comprises " U " type bearing pin support, and the support wing plates on two sides is made diameter phi
Outside the barLogical circular hole, the cylinder body cylindrical pin comprises " U " type bearing pin support, the support wing plates on two sides is made
GuLogical circular hole.
4. Vehicle shock absorber-type shaking force generator according to claim 1 is characterized in that: the unidirectional energy transferring device of Vehicle shock absorber-type shaking force generator is by exporting unidirectional energy transferring device A, the unidirectional energy transferring device B of output, the unidirectional energy transferring device C of input and importing unidirectional energy transferring device D four parts and form; Respectively adopt 1 check valve respectively, adopt 4 existing check valves altogether; Respectively with dorsad or towards, dorsad or towards, towards or dorsad and towards or dorsad respective direction connect with the oil extraction of shaking force fluid power conversion producer, inflow pipeline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520096079 CN2806223Y (en) | 2005-04-25 | 2005-04-25 | Automobile shock-absorbing and electric power generating device used shock power |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520096079 CN2806223Y (en) | 2005-04-25 | 2005-04-25 | Automobile shock-absorbing and electric power generating device used shock power |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2806223Y true CN2806223Y (en) | 2006-08-16 |
Family
ID=36920526
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520096079 Expired - Fee Related CN2806223Y (en) | 2005-04-25 | 2005-04-25 | Automobile shock-absorbing and electric power generating device used shock power |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2806223Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102454741A (en) * | 2010-10-21 | 2012-05-16 | 靳阳 | Energy-collecting absorber |
| CN102463891A (en) * | 2011-12-12 | 2012-05-23 | 赵全文 | Innovative intelligent control electric automobile capable of shock floating and electricity self-producing and self-supplying |
| CN104595637A (en) * | 2014-11-27 | 2015-05-06 | 广东中远船务工程有限公司 | Method for performing uniform force type installation on marine generator with externally connected shock absorbers |
| CN111964164A (en) * | 2020-08-21 | 2020-11-20 | 王丽丽 | High-efficient cooling system of outer machine of air conditioner for communication network computer lab |
-
2005
- 2005-04-25 CN CN 200520096079 patent/CN2806223Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102454741A (en) * | 2010-10-21 | 2012-05-16 | 靳阳 | Energy-collecting absorber |
| CN102463891A (en) * | 2011-12-12 | 2012-05-23 | 赵全文 | Innovative intelligent control electric automobile capable of shock floating and electricity self-producing and self-supplying |
| CN104595637A (en) * | 2014-11-27 | 2015-05-06 | 广东中远船务工程有限公司 | Method for performing uniform force type installation on marine generator with externally connected shock absorbers |
| CN111964164A (en) * | 2020-08-21 | 2020-11-20 | 王丽丽 | High-efficient cooling system of outer machine of air conditioner for communication network computer lab |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204553662U (en) | A kind of damping stiffness is with the power feeding shock absorber of road condition change | |
| CN101939184B (en) | Compressed air driven vehicle and compressed air generating device | |
| CN2806223Y (en) | Automobile shock-absorbing and electric power generating device used shock power | |
| CN204419973U (en) | A kind of energy magneto-rheological vibration damper | |
| CN202451682U (en) | Hydraulic vibration energy recovery shock absorber | |
| CN201884536U (en) | Piezoelectric type energy-recovery shock absorber | |
| CN106958617B (en) | Energy feedback shock absorber based on automobile vibration | |
| CN102661350B (en) | Energy-feeding and vibration-reducing system | |
| CN101474952A (en) | Energy-saving power equipment of vehicle | |
| CN102797655A (en) | Power generating system for automotive piezoelectric shock absorbers | |
| CN103994020B (en) | Type multi cylinder Pneumatic Wave Power device in upright arrangement | |
| CN207997051U (en) | Tin device on the conductive sheet of terminal box patch production | |
| CN201366949Y (en) | Energy-saving power unit for vehicle | |
| CN202679273U (en) | Piezoelectric generator used in position of automobile suspension damper | |
| Fang et al. | Energy dissipation and recovery of vehicle shock absorbers | |
| CN2572130Y (en) | Viscos damper | |
| CN109004727B (en) | Shock absorber with vibration energy recovery function | |
| CN204371568U (en) | A kind of Novel automobile shock absorber overbottom pressure energy electricity generating device | |
| CN203114545U (en) | Automobile vibrating power generation device | |
| CN101749354B (en) | Automobile generating shock absorber | |
| CN201366948Y (en) | Self-circulation driving device for vehicle energy | |
| CN204511795U (en) | Piezoelectricity type car body vibration damper energy collecting system | |
| CN204253297U (en) | Vibration energy recovery device | |
| CN105782320A (en) | Piston energy feedback assembly and energy recovery absorbers | |
| CN202167568U (en) | Gas supply pressure stabilizing device of fuel cell |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |