CN101078353B - Motive power machine device - Google Patents
Motive power machine device Download PDFInfo
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- CN101078353B CN101078353B CN2007100156289A CN200710015628A CN101078353B CN 101078353 B CN101078353 B CN 101078353B CN 2007100156289 A CN2007100156289 A CN 2007100156289A CN 200710015628 A CN200710015628 A CN 200710015628A CN 101078353 B CN101078353 B CN 101078353B
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Abstract
The invention relates to a power mechanism, comprising shell (1), column cylinder (2), shaft cylinder (3), prevention device, sliding plate (4), driving groove body (5), sealing device, inlet control device (6), exhaust port (7), unidirectional valve (8) and generating device with variable volume. The column cylinder (2) and the shaft cylinder (3) are connected with the shell (1). The sliding plate (4) is set on the column cylinder (2) and the shaft cylinder (3). The driving groove body (5) is fixed with the shaft cylinder (3). The prevention device is connected with the column cylinder (2), the shaft cylinder (3) and the sliding plate (4). Sealing devices are set in gaps in radial direction and transversal direction. Intake control device (6) and exhaust port (7) are set on the column cylinder (2) or the shaft cylinder (3). The generating device of variable volume is connected with the column cylinder (2) or the shaft cylinder (3). The unidirectional valve (8) is set on the sliding plate (4). So it is provided with simple structure, high working efficiency, low cost, low noise and long service life. It can change output speed in a large range.
Description
One, technical field
The present invention relates to a kind of motive power machine device.
Two, background technique
The available dynamic mechanical device all is that what to adopt is the motion of going around of reciprocating piston type motion or three-apexed rotor formula.Owing to be step driving, will eliminate the difference between its output torque summit and the peak base, and need a plurality of piston/cylinders to light a fire, so its volume is big, the igniting required precision is high and that it is made is complicated; Owing to used reciprocating piston type motion working principle, it is big that the arm of force and cylinder body are subjected to impact force, Manufacturing material is required high, be difficult for using high strength, wear resistance height but the low material of fragility, also produce very big mechanicalness noise simultaneously and need a whole set of complicated silencer; The rotating speed of simultaneously this power engine output can only be regulated among a small circle, when exporting on a large scale rotating speed, needs speed change gear; In this motive power machine device, because it uses the component structural complexity, the cooling system that needs is also complicated and cooling effect is bad.
Three, summary of the invention
Purpose of the present invention provides a kind of motive power machine device; It is simple in structure, high working efficiency, and cost is low, and noise is low, and long service life can change output speed on a large scale.
For achieving the above object, the technological scheme that the present invention takes is:
Technological scheme one: include housing, column type cylinder body, shaft type cylinder body, avoiding device, slide plate, driving cell body, seal arrangement, Intaker controller, relief opening, one-way valve; Described column type cylinder body connects with described housing, and described column type cylinder body is at the Packed cavity of the arranged outside of inner chamber and be provided with cooling liquid inlet and cooling liquid outlet; Described column type cylinder body is provided with curve chute in inner chamber one side, described column type cylinder body and described shaft type cylinder body are provided with the movable pressure plate of fixing seal device, described shaft type cylinder body is arranged in the rotation hole of described housing and is arranged in the inner chamber of described column type cylinder body and is set to turn, described slide plate is provided with the step surface that two side plates and side plate are provided with protrusion, described slide plate is set to two, one of them described slide plate be arranged in the inner chamber of described column type cylinder body and can only be in the inner chamber of described column type cylinder body along the moving axially of described shaft type cylinder body, wherein another described slide plate is arranged on the described shaft type cylinder body and can only moves along its axis on described shaft type cylinder body and rotate on described housing with described shaft type cylinder body; Described driving cell body is provided with curve chute and is set to and is fixedly connected in the one side with described shaft type cylinder body, and described avoiding device is set to connect with the curve chute of described column type cylinder body and described driving cell body and be set to be fixedly connected with described slide plate again; Described Intaker controller becomes the mode less than 360 ° of angles to be arranged on the described column type cylinder body with described relief opening, described one-way valve is arranged on any described slide plate; In the radial direction, be provided with a cover or the described seal arrangement of a few cover at described column type cylinder body and described shaft type cylinder interior in the slit between described slide plate and described column type cylinder body and described slide plate and the described shaft type cylinder body, in the axial direction, be provided with a cover or the described seal arrangement of a few cover at described slide plate in the slit between described slide plate and described column type cylinder body and described slide plate and the described shaft type cylinder body.
Designed the driving cell body in the technical program, the column type cylinder body, its feature: described driving cell body side and described column type cylinder body outside is provided with curve chute at inner chamber, described slide plate position on described column type cylinder body, 2 distances of described driving cell body and described column type cylinder body upper curve chute farthest and described slide plate on the described column type cylinder body and the described slide plate on the described shaft type cylinder body are not collided, in described Intaker controller position, described driving cell body and described column type cylinder body upper curve chute 2 are nearest and make between two described slide plates and form sealed cavity.
Technological scheme two, in technological scheme one, described shaft type cylinder body and described housing are fixedly connected, described column type cylinder body connects with described shaft type cylinder body and described column type cylinder body can rotate on described shaft type cylinder body, described column type cylinder body no longer is provided with Packed cavity in the outside of inner chamber, described shaft type cylinder body is provided with the suction port through hole, relief opening through hole and cooling liquid through hole, described Intaker controller connects with the suction port through hole of described shaft type cylinder body, and the suction port on the described shaft type cylinder body becomes the mode less than 360 ° of angles to be arranged on the described shaft type cylinder body with described relief opening.
Designed the driving cell body in the technical program, the column type cylinder body, its feature: described driving cell body side and described column type cylinder body outside is provided with curve chute at inner chamber, described slide plate position on described shaft type cylinder body, 2 distances of described driving cell body and described column type cylinder body upper curve chute farthest and described slide plate on the described column type cylinder body and the described slide plate on the described shaft type cylinder body are not collided, in the suction port position of described shaft type cylinder body, described driving cell body and described column type cylinder body upper curve chute 2 are nearest and make between two described slide plates and form sealed cavity.
Technological scheme three: in technological scheme one and technological scheme two, include the varying capacity generation device again, the form of described varying capacity generation device is a lot, is hydraulically extensible or mechanical-stretching device; Described varying capacity generation device connects with described shaft type cylinder body or connects with described column type cylinder body.
The technical program has designed the varying capacity generation device, its feature: described varying capacity generation device is a hydraulic telescopic device, includes hydraulic pressure housing, hydraulic pressure moving part; The hydraulic pressure moving part is arranged in the hydraulic pressure housing and within it and moves, and the hydraulic pressure housing is provided with the turnover oilhole and fixedlys connected with described housing, and the hydraulic pressure moving part connects by bearing with described shaft type cylinder body.
The technical program the varying capacity generation device, its feature: described varying capacity generation device is a hydraulic telescopic device, include the hydraulically extensible oil cylinder, hydraulically extensible oil cylinder one end connects by chute with described column type cylinder body and the other end is fixedlyed connected with described housing.
Technological scheme four: in technological scheme one, technological scheme two and technological scheme three, described slide plate, described avoiding device, described one-way valve, described Intaker controller and described relief opening are many covers, described slide plate, the described avoiding device of many covers are evenly distributed on described column type cylinder body and the described shaft type cylinder body, and described Intaker controller and described relief opening are evenly distributed on described column type cylinder body or the described shaft type cylinder body; Described one-way valve is arranged in the described slide plate on the described column type cylinder body or in the described slide plate on the described shaft type cylinder body.
The present invention has designed avoiding device, its feature: described driving avoiding device includes slide blocks, connecting rod; Slide blocks is arranged in the curve chute of described column type cylinder body and described driving cell body, and connecting rod one end is set to that the hinged and the other end is set to be fixedly connected with described slide plate with slide blocks.
The present invention has designed seal arrangement, its feature: described seal arrangement includes sealing tongue bars, spring; Spring is arranged on the interior groove bottom in described column type cylinder body, described shaft type cylinder body and the described slide plate and is provided with the sealing tongue bars in the top.
The present invention has designed Intaker controller, its feature: the form of described Intaker controller is a lot, for optoelectronic induction pressurized gas releasing device, optoelectronic induction oil nozzle igniting explosive assembly, automatically controlled triggering pressurized gas releasing device or automatically controlled triggering oil nozzle igniting explosive assembly.
Design feature of the present invention and beneficial effect show:
Slide plate is connected with the column type cylinder body with connecting rod by slide block and is contained on the shaft type cylinder body, the shaft type cylinder body is placed in the inner chamber of column type cylinder body, another slide plate is placed in the inner chamber of column type cylinder body and by slide block and is connected with the driving cell body with connecting rod, simultaneously, seal arrangement is housed in slide plate, under the movable pressure plate of column type cylinder body and shaft type cylinder body, seal arrangement is housed, Intaker controller becomes the mode less than 360 ° of angles to be arranged in the inner chamber of column type cylinder body or is arranged on the described shaft type cylinder body with relief opening, the column type cylinder body is fixedly connected with housing or can move axially with it by chute and to be connected, the shaft type cylinder body is fixedlyed connected with housing, and the varying capacity generation device is connected with the shaft type cylinder body or with the column type cylinder body.When rotation of shaft type cylinder body or the rotation of column type cylinder body; Slide plate is under avoiding device drives, and two slide plates do not collide and rotate mutually; Suction port place at Intaker controller part or shaft type cylinder body, slide plate is under avoiding device drives, form closed cavity between two slide plates, Intaker controller produces powered gas simultaneously, promote shaft type cylinder body or column type cylinder body and quicken to rotate, after turning over an angle, close air inlet; Afterwards in the rotation process of slide plate, when the air pressure of enclosed cavity during less than ambient pressure, one-way valve opens prevents that the air pressure of closed cavity from reducing rapidly, has reduced the rotational resistance of slide plate; In exhaust ports, the residual gas that last one-period produces is discharged with the extruding of slide plate; Thereby so periodically promoting shaft type cylinder body and column type cylinder body quickens to rotate.Change mutual alignment between column type cylinder body and the shaft type cylinder body by the varying capacity generation device, thereby change the size of closed cavity, the power that Intaker controller is produced changes size, and makes the rotating speed of shaft type cylinder body or column type cylinder body and moment of torsion change size.
1, crankshaft-free connection rod structure of the present invention, simple in structure, volume is little, and is in light weight, and noise is little.
2, crankshaft-free connection rod structure of the present invention, the ignition mechanism adjustment is more accurate, and mechanical efficiency is higher, discharges low.
3, the present invention has designed the varying capacity generation device, and the output speed regulation range is bigger, can realize adjustment from low speed to high speed.
4, the present invention has designed Intaker controller, can be applied in a plurality of fields, as braking device, refrigeration compressor.
5, the present invention has designed Intaker controller, has improved energy conversion efficiency, and other Infrastructure has been reduced requirement, carries out cogeneration as using the present invention and water conservancy projects, uses water conservancy projects to produce pressurized gas earlier, thereby has reduced the requirement to dam.
6, the present invention has designed one-way valve, and the air pressure of the cavity outside the Seal cage is reduced rapidly, has guaranteed the pressurized gas of Seal cage, has improved energy conversion efficiency.
7, the present invention has designed avoiding device, slide plate, Intaker controller, relief opening and one-way valve, and for overlapping more and being evenly distributed on shaft type cylinder body and the column type cylinder body, therefore rotation is more steady, and noise is littler.
Four, description of drawings
Fig. 1 is the schematic representation of the embodiment of the invention one:
Fig. 2 is the schematic representation of the embodiment of the invention two:
Fig. 3 is the schematic representation of the embodiment of the invention three:
Fig. 4 is the schematic representation of the embodiment of the invention four:
Fig. 5 is the schematic representation of the embodiment of the invention five:
Fig. 6 be the A-A of Fig. 1, Fig. 4 and Fig. 5 to sectional view:
Fig. 7 is that the A-A of Fig. 3 is to sectional view.
Five, embodiment
Accompanying drawing is embodiments of the invention.
Fig. 1 is embodiments of the invention one: include housing 1, column type cylinder body 2, shaft type cylinder body 3, avoiding device, slide plate 4, drive cell body 5, seal arrangement, Intaker controller 6, relief opening 7, one-way valve 8; Column type cylinder body 2 connects with housing 1, and column type cylinder body 2 is at the Packed cavity of the arranged outside of inner chamber and be provided with cooling liquid inlet and cooling liquid outlet; Column type cylinder body 2 is provided with curve chute in inner chamber one side, column type cylinder body 2 and shaft type cylinder body 3 are provided with the movable pressure plate of fixing seal device, shaft type cylinder body 3 is arranged in the rotation hole of housing 1 and is arranged in the inner chamber of column type cylinder body 2 and is set to turn, slide plate 4 is provided with the step surface that two side plates and side plate are provided with protrusion, slide plate 4 is set to two, one of them slide plate 4 be arranged in the inner chamber of column type cylinder body 2 and can only be in the inner chamber of column type cylinder body 2 along the moving axially of shaft type cylinder body 3, wherein another slide plate 4 is arranged on the shaft type cylinder body 3 and can only is moving along its axis on the shaft type cylinder body 3 and rotate on housing 1 with shaft type cylinder body 3; Driving cell body 5 is provided with curve chute and is set to and is fixedly connected in the one side with shaft type cylinder body 3, and avoiding device is set to connect with the curve chute of column type cylinder body 2 and driving cell body 5 and be set to be fixedly connected with slide plate 4 again; 7 one-tenth modes less than 360 ° of angles of Intaker controller 6 and relief opening are arranged on the column type cylinder body 2, and one-way valve 8 is arranged on any slide plate 4; In the radial direction, be provided with a cover or an a few cover seal arrangement at column type cylinder body 2 and shaft type cylinder body 3 inside in the slit between slide plate 4 and column type cylinder body 2 and slide plate 4 and the shaft type cylinder body 3, in the axial direction, be provided with a cover or an a few cover seal arrangement at slide plate 4 in the slit between slide plate 4 and column type cylinder body 2 and slide plate 4 and the shaft type cylinder body 3.
In the present embodiment, drive avoiding device and include slide blocks 11, connecting rod 12; Slide blocks 11 is arranged on column type cylinder body 2 and drives in the curve chute of cell body 5, and connecting rod 12 1 ends are set to that the hinged and the other end is set to be fixedly connected with slide plate 4 with slide blocks 11.
In the present embodiment, seal arrangement includes sealing tongue bars 14, spring 15; Spring 15 is arranged on the interior groove bottom in column type cylinder body 2, shaft type cylinder body 3 and the slide plate 4 and is provided with sealing tongue bars 14 in the top.
In the present embodiment, Intaker controller 6 is optoelectronic induction pressurized gas releasing devices.
In the present embodiment, drive cell body 5 and be provided with curve chute at inner chamber at outer side surface and column type cylinder body 2, slide plate 4 positions on column type cylinder body 2,2 distances that drive cell body 5 and column type cylinder body 2 upper curve chutes farthest and the slide plate 4 on the column type cylinder body 2 is not collided with slide plate 4 on the shaft type cylinder body 3, in Intaker controller 6 positions, it is nearest and make between two slide plates 4 and form sealed cavity to drive cell body 5 and column type cylinder body 2 upper curve chutes 2.
Fig. 2 is embodiments of the invention two: in embodiment one, shaft type cylinder body 3 is fixedly connected with housing 1, column type cylinder body 2 connects with shaft type cylinder body 3 and column type cylinder body 2 can rotate on shaft type cylinder body 3, column type cylinder body 2 no longer is provided with Packed cavity in the outside of inner chamber, shaft type cylinder body 3 is provided with suction port through hole, relief opening through hole and cooling liquid through hole, Intaker controller 6 connects with the suction port through hole of shaft type cylinder body 3, and 7 one-tenth modes less than 360 ° of angles of suction port on the shaft type cylinder body 3 and relief opening are arranged on the shaft type cylinder body 3.
In the present embodiment, drive cell body 5 and be provided with curve chute at inner chamber at outer side surface and column type cylinder body 2, slide plate 4 positions on shaft type cylinder body 3,2 distances that drive cell body 5 and column type cylinder body 2 upper curve chutes farthest and the slide plate 4 on the column type cylinder body 2 is not collided with slide plate 4 on the shaft type cylinder body 3, in the suction port position of shaft type cylinder body 3, it is nearest and make between two slide plates 4 and form sealed cavity to drive cell body 5 and column type cylinder body 2 upper curve chutes 2.
Fig. 3 is embodiments of the invention three, in embodiment one, slide plate 4, described avoiding device are four, one-way valve 8, Intaker controller 6 and relief opening 7 are two, four slide plates 4, avoiding devices are evenly distributed on column type cylinder body 2 and the shaft type cylinder body 3, and Intaker controller 6 and relief opening 7 are evenly distributed on column type cylinder body 2 or the shaft type cylinder body 3.One-way valve 8 is arranged in the slide plate 4 on the shaft type cylinder body 3.
Fig. 4 is embodiments of the invention four: in embodiment one, include the varying capacity generation device again, the varying capacity generation device is a hydraulic telescopic device, includes hydraulic pressure housing 21, hydraulic pressure moving part 22; Hydraulic pressure moving part 22 is arranged in the hydraulic pressure housing 21 and within it and moves, and hydraulic pressure housing 21 is provided with the turnover oilhole and fixedlys connected with housing 1, and hydraulic pressure moving part 22 and shaft type cylinder body 3 connect by bearing.
Fig. 5 is embodiments of the invention 5: in embodiment one, include the varying capacity generation device again, the varying capacity generation device is a hydraulic telescopic device, includes hydraulically extensible oil cylinder 23, and hydraulically extensible oil cylinder 23 1 ends connect by chute with column type cylinder body 2 and the other end is fixedlyed connected with housing 1.
When use is of the present invention, slide plate 4 is connected with column type cylinder body 2 with connecting rod 12 by slide block 11 and is contained on the shaft type cylinder body 3, shaft type cylinder body 3 is placed in the inner chamber of column type cylinder body 2, another slide plate 4 is placed in the inner chamber of column type cylinder body 2 and by slide block 11 and is connected with driving cell body 5 with connecting rod 12, simultaneously, in slide plate 4, seal arrangement is housed, under the movable pressure plate of column type cylinder body 2 and shaft type cylinder body 3, seal arrangement is housed, 7 one-tenth modes less than 360 ° of angles of Intaker controller 6 and relief opening are arranged in the inner chamber of column type cylinder body 2 or are arranged on the described shaft type cylinder body 3, column type cylinder body 2 and housing 1 are fixedly connected or can move axially with it by chute and to be connected, shaft type cylinder body 3 is fixedlyed connected with housing 1, and the varying capacity generation device is connected with shaft type cylinder body 3 or with column type cylinder body 2.When 3 rotations of shaft type cylinder body or 2 rotations of column type cylinder body; Slide plate 4 is under avoiding device drives, and two slide plates 4 do not collide and rotate mutually; Suction port place at Intaker controller 6 parts or shaft type cylinder body 3, slide plate 4 is under avoiding device drives, form closed cavity between two slide plates 4, Intaker controller 6 produces powered gas simultaneously, promote shaft type cylinder body 3 or the 2 acceleration rotations of column type cylinder body, after turning over an angle, close air inlet; Afterwards in the rotation process of slide plate 4, when the air pressure of enclosed cavity during less than ambient pressure, one-way valve 8 is opened, and prevents that the air pressure of closed cavity from reducing rapidly, has reduced the rotational resistance of slide plate 4; At relief opening 7 places, the residual gas that last one-period produces is discharged with the extruding of slide plate; Thereby so periodically promote shaft type cylinder body 3 and the 2 acceleration rotations of column type cylinder body.By the mutual alignment between varying capacity generation device change column type cylinder body 2 and the shaft type cylinder body 3, thereby change the size of closed cavity, the power that Intaker controller 6 is produced changes size, and makes the rotating speed of shaft type cylinder body 3 or column type cylinder body 2 and moment of torsion change size.Therefore it is simple in structure, high working efficiency, and cost is low, and noise is low, and long service life can change output speed on a large scale.
Claims (10)
1. motive power machine device; It is characterized in that: include housing (1), column type cylinder body (2), shaft type cylinder body (3), avoiding device, slide plate (4), drive cell body (5), seal arrangement, Intaker controller (6), relief opening (7), one-way valve (8); Described column type cylinder body (2) connects with described housing (1), and described column type cylinder body (2) is at the Packed cavity of the arranged outside of inner chamber and be provided with cooling liquid inlet and cooling liquid outlet; Described column type cylinder body (2) is provided with curve chute in inner chamber one side, described column type cylinder body (2) and described shaft type cylinder body (3) are provided with the movable pressure plate of fixing seal device, described shaft type cylinder body (3) is arranged in the rotation hole of described housing (1) and is arranged in the inner chamber of described column type cylinder body (2) and is set to turn, described slide plate (4) is provided with the step surface that two side plates and side plate are provided with protrusion, described slide plate (4) is set to two, one of them described slide plate (4) be arranged in the inner chamber of described column type cylinder body (2) and can only be in the inner chamber of described column type cylinder body (2) along the moving axially of described shaft type cylinder body (3), wherein another described slide plate (4) is arranged on described shaft type cylinder body (3) and goes up and can only move along its axis on described shaft type cylinder body (3) and go up at described housing (1) with described shaft type cylinder body (3) and rotate; Described driving cell body (5) is provided with curve chute and is set to and is fixedly connected in the one side with described shaft type cylinder body (3), and described avoiding device is set to connect with the curve chute of described column type cylinder body (2) and described driving cell body (5) and be set to be fixedly connected with described slide plate (4) again; Described Intaker controller (6) becomes the mode less than 360 ° of angles to be arranged on the described column type cylinder body (2) with described relief opening (7), described one-way valve (8) is arranged on any described slide plate (4); In the radial direction, be provided with a cover or the described seal arrangement of a few cover at described column type cylinder body (2) and described shaft type cylinder body (3) inside in the slit between described slide plate (4) and described column type cylinder body (2) and described slide plate (4) and the described shaft type cylinder body (3), in the axial direction, be provided with a cover or the described seal arrangement of a few cover at described slide plate (4) in the slit between described slide plate (4) and described column type cylinder body (2) and described slide plate (4) and the described shaft type cylinder body (3).
2. motive power machine device according to claim 1; It is characterized in that: described shaft type cylinder body (3) is fixedly connected with described housing (1), described column type cylinder body (2) connects with described shaft type cylinder body (3) and described column type cylinder body (2) can be gone up rotation at described shaft type cylinder body (3), described column type cylinder body (2) no longer is provided with Packed cavity in the outside of inner chamber, described shaft type cylinder body (3) is provided with the suction port through hole, relief opening through hole and cooling liquid through hole, described Intaker controller (6) connects with the suction port through hole of described shaft type cylinder body (3), and the suction port on the described shaft type cylinder body (3) becomes the mode less than 360 ° of angles to be arranged on the described shaft type cylinder body (3) with described relief opening (7).
3. motive power machine device according to claim 1 and 2; It is characterized in that: include the varying capacity generation device again, the form of described varying capacity generation device is a lot, is hydraulically extensible or mechanical-stretching device; Described varying capacity generation device connects with described shaft type cylinder body (3) or connects with described column type cylinder body (2).
4. motive power machine device according to claim 1 and 2; It is characterized in that: described slide plate (4), described avoiding device, described one-way valve (8), described Intaker controller (6) and described relief opening are (7) many covers, described slide plate (4), the described avoiding device of many covers are evenly distributed on described column type cylinder body (2) and the described shaft type cylinder body (3), and described Intaker controller (6) and described relief opening (7) are evenly distributed on described column type cylinder body (2) or the described shaft type cylinder body (3); Described one-way valve (8) is arranged in the described slide plate (4) on the described column type cylinder body (2) or in the described slide plate (4) on the described shaft type cylinder body (3).
5. motive power machine device according to claim 1 and 2; It is characterized in that: described avoiding device includes slide blocks (11), connecting rod (12); Slide blocks (11) is arranged in the curve chute of described column type cylinder body (2) and described driving cell body (5), and connecting rod (12) one ends are set to and slide blocks (11) is hinged and the other end is set to be fixedly connected with described slide plate (4).
6. motive power machine device according to claim 1 and 2; It is characterized in that: described seal arrangement includes sealing tongue bars (14), spring (15); Spring (15) is arranged on the interior groove bottom in described column type cylinder body (2), described shaft type cylinder body (3) and the described slide plate (4) and is provided with sealing tongue bars (14) in the top.
7. motive power machine device according to claim 1 and 2; It is characterized in that: the form of described Intaker controller (6) is a lot, for optoelectronic induction pressurized gas releasing device, optoelectronic induction oil nozzle igniting explosive assembly, automatically controlled triggering pressurized gas releasing device or automatically controlled triggering oil nozzle igniting explosive assembly.
8. motive power machine device according to claim 3; It is characterized in that: described varying capacity generation device is a hydraulic telescopic device, includes hydraulic pressure housing (21), hydraulic pressure moving part (22); Hydraulic pressure moving part (22) is arranged in the hydraulic pressure housing (21) and within it and moves, and hydraulic pressure housing (21) is provided with the turnover oilhole and fixedlys connected with described housing (1), and hydraulic pressure moving part (22) connects by bearing with described shaft type cylinder body (3); Or including hydraulically extensible oil cylinder (23), hydraulically extensible oil cylinder (23) one ends connect by chute with described column type cylinder body (2) and the other end is fixedlyed connected with described housing (1).
9. motive power machine device according to claim 1; It is characterized in that: described driving cell body (5) is provided with curve chute at outer side surface and described column type cylinder body (2) at inner chamber, described slide plate (4) position on described column type cylinder body (2), 2 distances of described driving cell body (5) and described column type cylinder body (2) upper curve chute farthest and the described slide plate (4) on described slide plate (4) and the described shaft type cylinder body (3) on the described column type cylinder body (2) is not collided, in described Intaker controller (6) position, described driving cell body (5) and described column type cylinder body (2) upper curve chute 2 are nearest and make between two described slide plates (4) and form sealed cavity.
10. motive power machine device according to claim 2; It is characterized in that: described driving cell body (5) is provided with curve chute at outer side surface and described column type cylinder body (2) at inner chamber, described slide plate (4) position on described shaft type cylinder body (3), 2 distances of described driving cell body (5) and described column type cylinder body (2) upper curve chute farthest and the described slide plate (4) on described slide plate (4) and the described shaft type cylinder body (3) on the described column type cylinder body (2) is not collided, in the suction port position of described shaft type cylinder body (3), described driving cell body (5) and described column type cylinder body (2) upper curve chute 2 are nearest and make between two described slide plates (4) and form sealed cavity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007100156289A CN101078353B (en) | 2007-05-23 | 2007-05-23 | Motive power machine device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007100156289A CN101078353B (en) | 2007-05-23 | 2007-05-23 | Motive power machine device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101078353A CN101078353A (en) | 2007-11-28 |
| CN101078353B true CN101078353B (en) | 2010-11-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007100156289A Expired - Fee Related CN101078353B (en) | 2007-05-23 | 2007-05-23 | Motive power machine device |
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| Country | Link |
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| CN (1) | CN101078353B (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1997049898A1 (en) * | 1996-06-24 | 1997-12-31 | Koszegi Jozsef | Internal combustion engine with rotating cylinder block |
| EP0977939A1 (en) * | 1997-04-25 | 2000-02-09 | Sinus Holding AS | Arrangement in a two cycle combustion engine with internal combustion |
| CN1800608A (en) * | 2005-12-19 | 2006-07-12 | 田荫华 | Straight-shaft piston engine and drive method thereof |
-
2007
- 2007-05-23 CN CN2007100156289A patent/CN101078353B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1997049898A1 (en) * | 1996-06-24 | 1997-12-31 | Koszegi Jozsef | Internal combustion engine with rotating cylinder block |
| EP0977939A1 (en) * | 1997-04-25 | 2000-02-09 | Sinus Holding AS | Arrangement in a two cycle combustion engine with internal combustion |
| CN1800608A (en) * | 2005-12-19 | 2006-07-12 | 田荫华 | Straight-shaft piston engine and drive method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101078353A (en) | 2007-11-28 |
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