CN108526195A - Spring conducts bearing combined type energy source regeneration apparatus - Google Patents
Spring conducts bearing combined type energy source regeneration apparatus Download PDFInfo
- Publication number
- CN108526195A CN108526195A CN201810242479.8A CN201810242479A CN108526195A CN 108526195 A CN108526195 A CN 108526195A CN 201810242479 A CN201810242479 A CN 201810242479A CN 108526195 A CN108526195 A CN 108526195A
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- China
- Prior art keywords
- axis
- arm
- bearing
- small
- energy source
- 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.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B09—DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
- B09B—DISPOSAL OF SOLID WASTE
- B09B3/00—Destroying solid waste or transforming solid waste into something useful or harmless
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16C—SHAFTS; FLEXIBLE SHAFTS; ELEMENTS OR CRANKSHAFT MECHANISMS; ROTARY BODIES OTHER THAN GEARING ELEMENTS; BEARINGS
- F16C29/00—Bearings for parts moving only linearly
- F16C29/04—Ball or roller bearings
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/20—Waste processing or separation
Abstract
The present invention relates to mechanical energy source regeneration apparatus, specially a kind of spring conducts bearing combined type energy source regeneration apparatus.Its main feature is that:Spring one end is connect through pitching arm with pitching arm axle, and the pitching arm other end is fixedly connected through pitching arm support with the small axis of initiatively rocking arm；Pitching arm support lower end is moved with sliding way and is connected, and bearing body connection of the sliding way through roller and upside-down triangle shape on pedestal, retainer, bearing body holds the dynamic mating connection of axis body with positive triangle shape；Three bearing bodies hold axis body with three and are connected in parallel, the roller held on axis body is connect with front axle pushing block, and the small axis of the premenstrual slot of dynamic connector of pushing of front axle pushing block is connected through axis through swing arm is dynamic through small rod axis through master pendulum arm through the small axis of pit through small rod through sliding geosynclinal block.It can make mechanical energy consumption drop 80% or so.Can be applicable to generator, electric vehicle, automobile, steamer, agricultural machinery, above lathe；Application field is extensive.
Description
Technical field：The present invention relates to mechanical energy source regeneration apparatus, specially a kind of spring conduction bearing combined type is again
Raw energy source device.
Background technology：Currently, in China or even countries in the world mechanical energy conservation apparatus, there are various forms.Utilize bullet
Energy saver based on spring, there are no see.Work done is conducted using spring, is not found in the query site of Patent Office of the People's Republic of China
There is
Invention content：The purpose of the present invention is to provide it is a kind of it is of simple structure and low cost, operate with it is quick, accurate,
Securely and reliably, a kind of spring of energy type conducts bearing combined type energy source regeneration apparatus.The object of the present invention is achieved like this：
A kind of spring conduction bearing combined type energy source regeneration apparatus, it includes bearing body, holds axis body, adjusts silk, sliding way, slideway, end
Axle bed, axis bracket, vertical pendulum, the small axis of initiatively rocking arm, spring, swing arm, axis, master pendulum arm, the small axis of pit, small rod, small rod axis,
The preceding small axis of slot, it is characterised in that：Spring one end is connect through pitching arm with pitching arm axle, the pitching arm other end through pitching arm support with
The small axis of initiatively rocking arm is dynamic to be connected；Pitching arm support lower end and the dynamic mating connection of sliding way, sliding way is through on pedestal, retainer
Roller and the bearing body of upside-down triangle shape connect, bearing body and positive triangle shape hold that axis body is dynamic to be connected；Three bearing bodies
With three axis body is held to be connected in parallel, the roller held on axis body is connect with front axle pushing block, front axle pushing block to push dynamic connector premenstrual
The small axis of slot is connected through axis through swing arm is dynamic through small rod axis through master pendulum arm through the small axis of pit through small rod through sliding geosynclinal block；Pendulum
Arm is through the small axis of swing arm and connecting rod through small axis connection, and the small axis other end is fixedly connected with driven sprocket rocking arm, and driven sprocket rocking arm is another
End is fixedly connected with power output shaft, and the power of spring work exports work done outward through power output shaft.
Further, described to hold axis body positive triangle shape, bearing body is upside-down triangle shape；Hold axis body, bearing body is triangle
The isosceles right triangle of type shape；It includes inclined-plane, baseplane to hold axis body；Bearing body includes triangle body, pedestal.
Further, triangle body and the pedestal of top are directly connected to or are connect with pedestal through holder, and triangle body, which is equipped with, to be subtracted
Repeated hole；There is retainer in pedestal setting；Roller is provided on retainer；Pedestal through screw pass through keep frame aperture, retainer and its
It is fixedly connected.
Further, it holds and is provided with retainer on two on axis body inclined-planes, inclined-plane passes through through screw and keeps frame aperture, retainer
It is secured to connect.
Further, the roller interaction on the roller and inclined-plane on pedestal constitutes bearing body and holds the assembling of axis body bearing
It sets.
Further, described adjustment silk one end is connect with the pitching arm other end with adjustment pitching arm support, adjustment silk adjustment
The interval of pitching arm support.
Further, the small axis of the pit is provided at both ends with rear slider, and rear slider setting runs in slideway；Described
The preceding small axis of slot is provided at both ends with front-slider, and front-slider is run in slideway.
Further, the sliding way is that control bearing body is run in sliding way, and slideway is that control holds axis body in slideway
Interior operation.The technical effects of the invention are that it is of simple structure and low cost, operate with it is quick, accurate, securely and reliably, the energy
A kind of variable radius bearing group device of type.It can make mechanical energy consumption drop 80% or so.Automobile is can be applicable to, generator is electronic
Above vehicle.Application field is extensive.
Description of the drawings：Fig. 1 is the principle schematic diagram of spring conduction bearing combination of the present invention；Fig. 2 is spring of the present invention
The principle schematic diagram of conduction；Fig. 3 is that the present invention holds the structural principle stereoscopic schematic diagram that axis body A is combined with bearing body B；Fig. 4
It is bearing body B structure principle schematic front view of the present invention；Fig. 5 is retainer structural principle schematic front view of the present invention；Fig. 6 is
Bearing body B of the present invention and holding frame connecting structure principle stereoscopic schematic diagram；Fig. 7 is that the present invention holds axis body A structural principle main views and shows
It is intended to；Fig. 8 is that the present invention holds axis body A and keeps frame connecting structure principle schematic front view；Fig. 9 is that the present invention holds axis body A and protects
Hold frame connecting structure principle stereoscopic schematic diagram.
Specific implementation mode：A kind of spring conduction bearing combined type energy source regeneration apparatus, it includes bearing body B, holds axis body
A, silk 11, sliding way 15, slideway 16, end axle bed 17, axis bracket 18, vertical pendulum 19, the small axis 20 of initiatively rocking arm, spring 23, pendulum are adjusted
The small axis of the small axis 44 of arm 31, axis 32, master pendulum arm 33, pit, small rod 45, small rod axis 46, preceding slot 47, it is characterised in that：Bullet
23 one end of spring is connect through pitching arm 12 with pitching arm axle 52, and 12 other end of pitching arm is through pitching arm support 40 and the small axis of initiatively rocking arm
20 dynamic mating connections；40 lower end of pitching arm support and the dynamic mating connection of sliding way 15, sliding way 15 is through on pedestal 3, retainer 6
Roller 5 is connect with the bearing body B of upside-down triangle shape, and bearing body B holds the dynamic mating connections of axis body A with positive triangle shape；Three bearings
Body B holds axis body A with three and is connected in parallel, and the roller 5 held on axis body A is connect with front axle pushing block 41, and pushing for front axle pushing block 41 is dynamic
The small axis of 48 premenstrual slot of connector 47 through slide geosynclinal block 49 through the small axis 44 of pit through small rod 45 through small rod axis 46 through master pendulum arm 33
It is connected through axis 32 through swing arm 31 is dynamic；Swing arm 31 is connect with connecting rod 29 through small axis 28 through the small axis 30 of swing arm, and small axis 28 is another
End is fixedly connected with driven sprocket rocking arm 27, and 27 other end of driven sprocket rocking arm is fixedly connected with power output shaft 26, and spring 23 is made
The power of work(is through the output acting outward of power output shaft 26.
Described holds axis body A positive triangle shapes, and bearing body B is upside-down triangle shape；It is triangular form to hold axis body A, bearing body B
The isosceles right triangle of shape；It includes inclined-plane 9, baseplane 10 to hold axis body A；Bearing body B includes triangle body 1, pedestal 3.Triangle
Body 1 is directly connected to the pedestal 3 of top or is connect with pedestal 3 through holder 2, and triangle body 1 is equipped with lightening hole 4；Pedestal 3 is set
Retainer 6 is set；Roller 5 is provided on retainer 6；Pedestal 3 is passed through through screw 8 keeps frame aperture 7, retainer 6 to be secured to
Connection.Hold and be provided with retainer 6 on two on axis body A inclined-planes 9, inclined-plane 9 through screw 8 pass through keep frame aperture 7, retainer 6 with
It is fixedly connected.Roller 5 on pedestal 3 constitutes bearing body B with the interaction of roller 5 on inclined-plane 9 and holds the assembling of axis body A bearings
It sets.Described 11 one end of adjustment silk is connect with 12 other end of pitching arm with adjustment pitching arm support 40, and adjustment silk 11 adjusts pitching
The interval of arm support 40.The small axis of the pit 44 is provided at both ends with rear slider 43, the setting of rear slider 43 fortune in slideway 16
Row；The small axis of the preceding slot 47 is provided at both ends with front-slider 42, the operation in slideway 16 of front-slider 42.The sliding way 15 is
Bearing body B operations in sliding way 15 are controlled, slideway 16 is that axis body A operations in slideway 16 are held in control.Below in conjunction with the accompanying drawings in detail
State operation principle of the present invention, the course of work：Extension spring conduction pattern：1, power input shaft 22 conducts power to initiatively rocking arm
On 21, the small axis of initiatively rocking arm 20 is integrally fixed on initiatively rocking arm 21, and power jacks up pitching arm 12 by the small axis 20 of initiatively rocking arm, this
When, pitching arm 12 is integrally fixed on pitching arm axle 52, and pitching arm axle 52 is mounted on bearing 51, and adjustment silk 11 is installation
On pitching arm 12, for adjusting the interval of pitching arm support 40.12 one end of pitching arm is connect with spring 23, and pitching arm 12 is pushed up
When rising, spring 23 is also stretched to top dead centre, and the small axis 20 of initiatively rocking arm is spontaneously decoupled with pitching arm 12 at this time, pitching arm support
40 go upward to peak, and extension spring work done is completed.At this point, the power needed for extension spring is the elastic force 2 of spring again to n times.
2, sliding way 15 is run to top dead centre
For power input shaft 22 with movable sprocket 13, sprocket wheel 13 drives chain 24, chain 24 to drive driven sprocket 25, driven chain
25 drive driven sprocket rocking arm 27 of wheel drives small axis 28, small axis 28 that connecting rod 29, connecting rod 29 is driven to drive the small axis 30 of swing arm, and swing arm is small
Axis 30 drives swing arm 31, swing arm 31 to drive axis 32, axis 32 to drive master pendulum arm 33, drive small rod axis 46, small rod axis 46
Small rod 45, small rod 45 is driven to drive the small axis 44 of pit, at this point, the both ends of the small axis of pit 44 are mounted with rear slider 43, it is rear sliding
The operation in slideway 16 of block 43 is used for protecting the small axis 44 of pit anti-wear.The small axis 44 of pit drives sliding geosynclinal block 49, slides geosynclinal block
49 drive the small axis 47 of preceding slot, at this point, small 47 both ends of axis of preceding slot are equipped with front-slider 42, the operation in slideway 16 of front-slider 42 is preceding
The small axis 47 of slot is anti-wear before sliding block 42 is used for protecting.The preceding small axis 47 of slot pushes connector 48, connector 48 to push front axle pushing block
41, front axle pushing block 41 pushes roller 5 to be connect with retainer 6, and the roller 5 for holding axis body A holders 6 pushes triangle on bearing body B
Body 1, the upper ends bearing body B roller 5 are connect with 15 inside of sliding way, so that sliding way 15 is run up, at this point, holding the baseplanes axis body A
10 axis bracket 18 is fixed on vertical pendulum 19 on axis bracket 18, is found pendulum 19 and is connected by vertical pendulum axis 34 and main vertical pendulum 37
It connects, main vertical pendulum 37 is connect by main vertical pendulum axis 36 with vertical swinging rack 35, ensures 10 normal operation of baseplane.Sliding way 15 is transported upwards
Row, while slideway balance shaft 14 is pushed, slideway balance shaft 14 is fixed on the front end of balancing rocker arm 39, and balancing rocker arm axis 38 is fixed
In the rear end of balancing rocker arm 39, it is connect with vertical swinging rack 35.
Sliding way 15 and slideway balance shaft 14 are to be fitted close, by 50 control room of clamping lock every.Sliding way 15 is run by balancing
The control balance of rocking arm 39 differs 5 ° to top dead centre, sliding way when sliding way 15 is run up to top dead centre with pitching arm support 40
15 differ 5 ° of protection mechanical equipments with pitching arm support 40 and set.
Spring work conduction pattern：When the operation of pitching arm support 40 to top dead centre, 5 ° of the difference of sliding way 15 also runs supreme
Stop, at this point, the small axis 20 of initiatively rocking arm is spontaneously decoupled with pitching arm 12,40 lower end of pitching arm support acts on sliding way 15
Upper end, at this point, sliding way 15 is the operation in sliding way 15 of roller 5 on bearing body B, slideway 16 is that control holds axis body A in cunning
Operation in road 16.Sliding way 15 acts on power on the upper ends bearing body B roller 5, and roller 5 is connect with pedestal 3, pedestal 3 and branch
Frame 2 and triangle body 1 are integrated, and power connect work done with the roller 5 on retainer 6 by triangle body 1, and the three of one end bearing body B
Angle body 1 is connect with the roller 5 on the axle bed 17 of end, is that power is relied on to be conducted to another side to hold axle bed 17.When sliding way 15 will move
Force effect holds axis body A, holds roller 5 and front axle on the retainer 6 of axis body A in three bearing body B, three bearing body B promotions three
Pushing block 41 connects, the small axis 47 of slot before front axle pushing block 41 pushes connector 48, connector 48 to push, and the preceding small axis 47 of slot pushes sliding groove
Block 49, sliding geosynclinal block 49 drive the small axis 44 of pit, the small axis 44 of pit to push small rod 45, drive small rod axis 46, small rod axis
46 drive master pendulum arm 33, drive axis 32, axis 32 that swing arm 31, the small axis 30 of swing arm is driven to be connect with connecting rod 29, power passes through company
Bar 29 is conducted to small axis 28, and small axis 28 is integrally fixed on driven sprocket rocking arm 27, and driven sprocket rocking arm 27 is fixed on power output
On axis 26, the power of spring work passes through the output work done outward of power output shaft 26.It is that spring is complete from work done is stretched to above
One cycle.Technical scheme of the present invention advantage also has：1, mechanical energy consumption drop 80% or so, high-efficient energy-saving environment friendly, symbol can be made
The principle of cooperation work(.Such as：The most basic variable radius bearing combination of design one, the elastic force of spring is 100kg, tradition machinery
Equipment compression 100kg must need the power more than 100kg to compress it (stretching), and the present invention only needs the compressible bullet of power more than 25kg
Spring (stretching), so the present invention can thoroughly change the problem of existing energy consumption, the air pollution in city will thoroughly change, and will reduce energy
The consumption in source.2, spring is used as the renewable sources of energy, and compared with other renewable sources of energy, convenient, safe, practical, easy processing, spring make
It with scrapping, carries out reprocessing and can also continue to use, using no any pollution, environment-friendly products are used than other renewable sources of energy
It is more environmentally friendly.Solar power generation：Scrapping a large amount of rubbish of generation cannot recycle.It is also unstable that wind-power electricity generation accounts for soil.Water generating is
Well, but there is the problem of the destroyed area ecological balance.They are shared the disadvantage is that being limited by regional condition, and advantage and disadvantage coexist.But
Spring uses just different as the renewable sources of energy, it can be dynamic with mechanical equipment, in solid mechanical equipment and mechanically moving
In equipment.Such as automobile, steamer, agricultural machinery, lathe.
Use scope and feature：1, automobile：It, can be in life if installing variable radius bearing group additional for existing four cylinders trolley
Reduce by two cylinder bodies when producing cylinder body, and the diameter of two cylinder bodies should also reduce, but the power of the power and existing four cylinder exported
It is identical.2, generator uses：Because generator is driven by engine, so every equipment for having general engine can be used,
Similarly using the present invention and automobile.3, electric vehicle uses：Technique is most suitable for electric vehicle and uses, electric vehicle battery supply electricity
Motivation energy, motor alone vehicle traveling.It is designed in this way for electric vehicle：Motor drives the present invention, the present invention to drive hair
Motor, the electricity that generator is sent out are returning to battery pack, are supplementing power consumption quantity, and electric energy keeps normal use initial stage substantially.Due to this
Invention can be needed according to mechanical equipment and be designed mostly from the characteristics of combination, that is, single mating or two sets combination of the above design,
Adjusting range is not just four times of path transfers but n times of path transfer.Thousand kilometers of chargings of initial stage electric vehicle wheeled 1-2, final electric vehicle can
For a long time without charging, generator is driven to be used to battery cyclic charging using the present invention, electric vehicle is not by region, road conditions, electricity
The limitation in source.
Claims (8)
1. a kind of spring conducts bearing combined type energy source regeneration apparatus, it includes bearing body, holds axis body, adjustment silk, sliding way, cunning
Road, end axle bed, axis bracket, vertical pendulum, the small axis of initiatively rocking arm, spring, swing arm, axis, master pendulum arm, the small axis of pit, small rod, little Lian
Bar axis, the small axis of preceding slot, it is characterised in that：Spring one end is connect through pitching arm with pitching arm axle, and the pitching arm other end is through pitching arm
Holder and the dynamic mating connection of the small axis of initiatively rocking arm；Pitching arm support lower end and the dynamic mating connection of sliding way, sliding way is through pedestal, guarantor
The bearing body connection of the roller and upside-down triangle shape on frame is held, bearing body holds the dynamic mating connection of axis body with positive triangle shape；Three
Bearing body holds axis body with three and is connected in parallel, and the roller held on axis body is connect with front axle pushing block, and front axle pushing block pushes dynamic connection
The small axis of the premenstrual slot of body coordinates through axis through swing arm is dynamic through small rod axis through master pendulum arm through the small axis of pit through small rod through sliding geosynclinal block
Connection；Swing arm is through the small axis of swing arm and connecting rod through small axis connection, and the small axis other end is fixedly connected with driven sprocket rocking arm, and driven sprocket shakes
The arm other end is fixedly connected with power output shaft, and the power of spring work exports work done outward through power output shaft.
2. a kind of spring according to claim 1 conducts bearing combined type energy source regeneration apparatus, it is characterised in that：Described
Axis body positive triangle shape is held, bearing body is upside-down triangle shape；Hold axis body, the isosceles right angle trigonometry that bearing body is triangular form shape
Shape；It includes inclined-plane, baseplane to hold axis body；Bearing body includes triangle body, pedestal.
3. a kind of spring according to claim 2 conducts bearing combined type energy source regeneration apparatus, it is characterised in that：Triangle body
It is directly connected to the pedestal of top or is connect with pedestal through holder, triangle body is equipped with lightening hole；There is holding in pedestal setting
Frame；Roller is provided on retainer；Pedestal is passed through through screw keeps frame aperture, retainer to be secured to connect.
4. a kind of spring according to claim 2 conducts bearing combined type energy source regeneration apparatus, it is characterised in that：Hold axis body
On two inclined-planes on be provided with retainer, inclined-plane is passed through through screw keeps frame aperture, retainer to be secured to connect.
5. a kind of spring according to claim 1 conducts bearing combined type energy source regeneration apparatus, it is characterised in that：On pedestal
Roller and inclined-plane on roller interaction constitute and bearing body and hold axis body bearing group device.
6. a kind of spring according to claim 1 conducts bearing combined type energy source regeneration apparatus, it is characterised in that：Described
Adjustment silk one end is connect with the pitching arm other end with adjustment pitching arm support, the interval of adjustment silk adjustment pitching arm support.
7. a kind of spring according to claim 1 conducts bearing combined type energy source regeneration apparatus, it is characterised in that：Described
The small axis of pit is provided at both ends with rear slider, and rear slider setting is run in slideway；Before the small axis of preceding slot is provided at both ends with
Sliding block, front-slider are run in slideway.
8. a kind of spring according to claim 1 conducts bearing combined type energy source regeneration apparatus, it is characterised in that：Described
Sliding way is that control bearing body is run in sliding way, and slideway is that control is held axis body and run in slideway.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810242479.8A CN108526195B (en) | 2018-03-23 | 2018-03-23 | Spring conduction bearing combined device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810242479.8A CN108526195B (en) | 2018-03-23 | 2018-03-23 | Spring conduction bearing combined device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108526195A true CN108526195A (en) | 2018-09-14 |
| CN108526195B CN108526195B (en) | 2021-05-18 |
Family
ID=63484998
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810242479.8A Active CN108526195B (en) | 2018-03-23 | 2018-03-23 | Spring conduction bearing combined device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108526195B (en) |
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| CN108526195B (en) | 2021-05-18 |
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