CN1427176A - Oil supply structure of vortex compressor - Google Patents
Oil supply structure of vortex compressor Download PDFInfo
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- CN1427176A CN1427176A CN 01144273 CN01144273A CN1427176A CN 1427176 A CN1427176 A CN 1427176A CN 01144273 CN01144273 CN 01144273 CN 01144273 A CN01144273 A CN 01144273A CN 1427176 A CN1427176 A CN 1427176A
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- orbiting scroll
- movable orbiting
- oil
- running shaft
- machine oil
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Abstract
An oil supply structure for vortex-type compressor is composed of oil lifter, rotary shaft and its oil channel, and the eccentrical part inserting slot and pin slot on movable vortex disk, and features that said two slots are communicated with each other via through oil hole for decreasing the abrasion between steel pin and pin slot.
Description
Technical field
The present invention relates to a kind of oil supply structure, especially the oil supply structure of compressor.
Background technique
The scroll compressor of prior art as shown in Figure 1, it is configured to: the internal fixation with casing 1 of certain space has upper frame 2 and lower frame 3, and the electronic portion that comprises stator 4 and rotor 5 is arranged between upper frame 2 and the lower frame 3.Be pressed into running shaft 6 in the rotor 5, the top of running shaft 6 is eccentric part 6a.Upper frame 2 upper fixed have quiet whirlpool dish 7.Insert between upper frame 2 and the quiet whirlpool dish 7 and can carry out counterrotating movable orbiting scroll 8 with quiet whirlpool dish 7.The eccentric part 6a of running shaft 6 is connected with movable orbiting scroll 8, and the steel pin 9 that prevents movable orbiting scroll 8 rotations is arranged between movable orbiting scroll 8 and the upper frame 2.
Be thrust shaft bearing surface 2b on the body 2a of upper frame 2, the core of thrust shaft bearing surface 2b is the axle sleeve insertion groove 2c that the certain internal diameter and the degree of depth are arranged.Upper frame 2 is shaft insertion hole 2d with axle sleeve insertion groove 2c connecting part, and running shaft 6 inserts in the shaft insertion hole 2d.The oilhole 2e that is communicated with axle sleeve insertion groove 2c is arranged on the frame body 2a.Be to be the ring-like oil groove 2f that the center has the certain width and the degree of depth on the thrust shaft bearing surface 2b with axle sleeve insertion groove 2c.Be cotter way 2g on the marginal position above the frame body 2a, the pin of steel pin 9 inserts in the cotter way 2g.
In the movable orbiting scroll 8, on have the rotating disc 8d of certain thickness and area movable orbiting scroll sheet 8a, have below the rotating disc 8d and the relative thrust shaft bearing surface 8b of thrust shaft bearing surface 2b above the upper frame, the core of thrust shaft bearing surface 8b has the axle sleeve 8c that has certain internal diameter and highly protrude, axle sleeve 8c is inserted in the axle sleeve insertion groove 2c, the core of axle sleeve 8c has eccentric part insertion groove 8f, and the eccentric part of running shaft is inserted in the eccentric part insertion groove 8f.Be cotter way 8e below the rotating disc 8d, the pin of steel pin 9 is inserted in the cotter way 8e.
The axle sleeve 8c of movable orbiting scroll 8 inserts in the axle sleeve insertion groove 2c of upper frame, and the relative combination of thrust bearing 2b of the thrust shaft bearing surface 8b of movable orbiting scroll 8 and upper frame.In addition, running shaft 6 inserts in the shaft insertion hole 2d of upper frame, and the eccentric part 6a of running shaft 6 inserts in the eccentric part insertion groove 8f of movable orbiting scroll axle sleeve.
On the quiet whirlpool dish 7 separating plate 10 is arranged, separating plate 10 is divided into space, high pressure side and low voltage side space with the inner space of casing 1, be provided with between separating plate 10 and quiet whirlpool dish 7 and regulate the modulating valve 11 that the High Temperature High Pressure cold media air flows, the low voltage side space in the casing 1 links to each other with discharge tube 13 with suction pipe 12 respectively with the space, high pressure side.
A certain amount of machine oil is equipped with in the bottom surface of casing 1, and the end of running shaft 6 is connected with machine oil lifter 14, and the oil circuit 6b by 14 oil spouts of machine oil lifter is arranged in running shaft 6.
The working procedure of scroll compressor is as follows: at first, the compressor energising, start electronic portion, make rotor 5 rotations that constitute electronic portion, the rotating force that rotor 5 rotations produce sends movable orbiting scroll 8 to by the running shaft 6 that is pressed in the rotor 5, steel pin 9 prevents movable orbiting scroll 8 rotations, relative being rotated of static vortex disk sheet 7a of the movable orbiting scroll sheet 8a of movable orbiting scroll 8 and quiet whirlpool dish.By the rotation of movable orbiting scroll 8, cold media air is inhaled into the compression volume that forms between static vortex disk sheet 7a and the movable orbiting scroll sheet 8a through suction pipe 12 and the suction port that coils 7 one sides in quiet whirlpool.When cold media air moves to the center of compression volume, cold media air is compressed by the variation of compression space volume, cold media air after being compressed is discharged by the discharge port 7b on the quiet whirlpool dish 7, and the cold media air of the high-temperature high-pressure state of discharge discharges by discharge tube 13.
Rotation along with running shaft 6, the machine oil of casing 1 inner bottom surface is sucked by machine oil lifter 14, the machine oil that is sucked upwards promotes by oil circuit 6b, and a part is supplied with the part with running shaft 6 slide relative, and remaining machine oil flows out by the end of the engine oil passage 6b of running shaft 6.The machine oil that flows out flows between the inwall of the eccentric part 6a of running shaft and eccentric part insertion groove 8f, flow in the axle sleeve insertion groove 2c and upper frame on oil groove 2f in, supply between the thrust shaft bearing surface 8b of movable orbiting scroll and the thrust shaft bearing surface 2b on the upper frame.The oil that supplies to the thrust shaft bearing surface 8b of movable orbiting scroll and the thrust shaft bearing surface 2b on the upper frame flows back to the bottom surface of casing 1 again, in addition, flows into the interior machine oil of axle sleeve insertion groove 2c flows back to casing 1 by oilhole 2e bottom surface.
Shortcoming with scroll compressor of said structure is: along with the rotation of running shaft 6, the machine oil that is raised flow in the axle sleeve insertion groove 2c, supply with machine oil to the thrust shaft bearing surface 8b of movable orbiting scroll and the thrust shaft bearing surface 2b on the upper frame, so cotter way 8e below the rotating disc 8d of movable orbiting scroll, it is the supply that can not in time obtain machine oil in the cotter way 8e that inserts of the pin of steel pin 9, cause the startup of steel pin 9 successfully not carry out, wear and tear between the inwall of the pin of steel pin 9 and cotter way 8e simultaneously.
Summary of the invention
Technical problem to be solved by this invention provides a kind of oil supply structure that can in time obtain the scroll compressor of engine oil supplying in the cotter way that makes.
In order to address the above problem, the technical solution used in the present invention is: a kind of oil supply structure of vortex compressor, comprise the eccentric part insertion groove of machine oil lifter, running shaft, running shaft oil circuit, movable orbiting scroll, the cotter way of movable orbiting scroll, it is characterized in that: be communicated with by the machine oil through hole between the eccentric part insertion groove of the cotter way of movable orbiting scroll and movable orbiting scroll.
The beneficial effect of the oil supply structure of scroll compressor of the present invention is; In compressor operation, the oil that oil circuit by running shaft promotes ejection is through machine oil through hole sufficient machine oil of supply between the pin of the cotter way of movable orbiting scroll and steel pin, make the cotter way of movable orbiting scroll and be inserted in moving of being well between the pin of the steel pin in the cotter way, reduce the wearing and tearing between them simultaneously, improve reliability.
Description of drawings
Fig. 1 is the sectional drawing of prior art scroll compressor.
Fig. 2 is the sectional drawing of the scroll compressor of oil supply structure of vortex compressor of the present invention.
Fig. 3 is the sectional drawing of oil supply structure of vortex compressor of the present invention.
Among the figure, 2: upper frame, 6: running shaft, 6a: rotating shaft eccentric portion, 7: quiet whirlpool dish, 8: movable orbiting scroll, 8c: axle sleeve, 8e: the cotter way of movable orbiting scroll, 8f: the eccentric part insertion groove of spiral whirlpool dish, 8g: machine oil through hole, 9: steel pin.
Embodiment
Below in conjunction with the drawings and specific embodiments oil supply structure of vortex compressor of the present invention is advanced a detailed description:
As shown in Figure 2, in scroll compressor, the internal fixation with casing 1 of certain space has upper frame 2 and lower frame 3, and the electronic portion that comprises stator 4 and rotor 5 is arranged between upper frame 2 and the lower frame 3.Be pressed into running shaft 6 in the rotor 5, the top of running shaft 6 is eccentric part 6a.Upper frame 2 upper fixed have quiet whirlpool dish 7.Insert between upper frame 2 and the quiet whirlpool dish 7 and can carry out counterrotating movable orbiting scroll 8 with quiet whirlpool dish 7.The eccentric part 6a of running shaft 6 is connected with movable orbiting scroll 8, and the steel pin 9 that prevents movable orbiting scroll 8 rotations is arranged between movable orbiting scroll 8 and the upper frame 2.
As shown in Figure 3, in the movable orbiting scroll 8, on have the rotating disc 8d of certain thickness and area movable orbiting scroll sheet 8a, have below the rotating disc 8d and the relative thrust shaft bearing surface 8b of thrust shaft bearing surface 2b above the upper frame, the core of thrust shaft bearing surface 8b forms the axle sleeve 8c of the protrusion with certain internal diameter and height, axle sleeve 8c is inserted in the axle sleeve insertion groove 2c, and the core of axle sleeve 8c forms eccentric part insertion groove 8f, and the eccentric part of running shaft is inserted in the eccentric part insertion groove 8f.The following formation cotter way 8e of rotating disc 8d, the pin of steel pin 9 is inserted in the cotter way 8e.In addition, form the machine oil through hole 8g that is communicated with eccentric part insertion groove 8f and cotter way 8e in the rotating disc 8d, machine oil through hole 8g is straight hole preferably.
Steel pin 9 is a ring-type, on a certain straight line of upside of ring two outstanding pin 9a is arranged, and on the another side straight line vertical with straight line of ring two outstanding pin 9a is arranged also.Two pin 9a are inserted in the cotter way 8e of movable orbiting scroll in the steel pin 9, and two other pin 9a is inserted in the cotter way 2g on upper frame top.
The axle sleeve 8c of movable orbiting scroll 8 inserts in the axle sleeve insertion groove 2c of upper frame, and the relative combination of thrust bearing 2b of the thrust shaft bearing surface 8b of movable orbiting scroll 8 and upper frame.In addition, running shaft 6 inserts in the shaft insertion hole 2d of upper frame, and the eccentric part 6a of running shaft 6 inserts in the eccentric part insertion groove 8f of movable orbiting scroll shaft sleeve part.
On the quiet whirlpool dish 7 separating plate 10 is arranged, separating plate 10 is divided into space, high pressure side and low voltage side space with the inner space of casing 1, have between separating plate 10 and quiet whirlpool dish 7 and regulate the modulating valve 11 that the High Temperature High Pressure cold media air flows, the low voltage side space in the casing 1 links to each other with discharge tube 13 with suction pipe 12 respectively with the space, high pressure side.
A certain amount of oil is equipped with in the bottom surface of casing 1, and the end organic oil lifter 14 of running shaft 6 has the oil circuit 6b by 14 oil spouts of machine oil lifter in the running shaft 6.
Below, the working principle of oil supply structure of vortex compressor of the present invention is elaborated:
The working procedure of scroll compressor of the present invention is as follows: switch on to scroll compressor, start electronic portion, the rotor 5 that constitutes electronic portion is rotated, the rotating force that rotor 5 rotations produce sends movable orbiting scroll 8 to by the running shaft 6 that is pressed in the rotor 5, steel pin 9 prevents movable orbiting scroll 8 rotations, relative being rotated of static vortex disk sheet 7a of the movable orbiting scroll sheet 8a of movable orbiting scroll 8 and quiet whirlpool dish.Rotation cold media air by movable orbiting scroll 8 is inhaled into the compression volume that forms between static vortex disk sheet 7a and the movable orbiting scroll sheet 8a by suction pipe 12 and the suction port that coils 7 one sides in quiet whirlpool.When cold media air moves to the center of compression volume, cold media air is compressed by the variation of compression space volume, cold media air after being compressed is discharged by the discharge port 7b on the quiet whirlpool dish 7, and the cold media air of the high-temperature high-pressure state of discharge discharges by discharge tube 13.
Rotation along with running shaft 6, the machine oil of casing 1 inner bottom surface is sucked by machine oil lifter 14, the machine oil that is sucked passes through oil circuit 6b and upwards promotes, and part supply and running shaft 6 be part in relative rotation, and remaining machine oil flows out by the end of the engine oil passage 6b of running shaft 6.The most of machine oil that flows out flows between the inwall of the eccentric part 6a of running shaft and eccentric part insertion groove 8f, flow in the axle sleeve insertion groove 2c and upper frame on oil groove 2f in, flow to again between the thrust shaft bearing surface 8b of movable orbiting scroll and the thrust shaft bearing surface 2b on the upper frame.
In addition, a part flow in the machine oil through hole 8g of rotating disc through the eccentric part insertion groove 8f of movable orbiting scroll in the machine oil that flow out the end of the oil circuit 6b of process running shaft, flow to the cotter way 8e of movable orbiting scroll again, flow to after machine oil in the cotter way 8e is lubricated effect, flow back to the bottom surface in the casing 1 again.Simultaneously, the machine oil that supplies to the thrust shaft bearing surface 8b of movable orbiting scroll and the thrust shaft bearing surface 2b on the upper frame flows back to the bottom surface in the casing 1 again.The machine oil that flow in the axle sleeve insertion groove 2c flows back to bottom surface in the casing 1 through oil hole 2e.
The machine oil that the oil circuit 6b of the present invention by running shaft promotes ejection is supplied with machine oil through machine oil through hole 8g between the pin of the cotter way 8e of movable orbiting scroll and steel pin 9.
Claims (1)
1. oil supply structure of vortex compressor, comprise the eccentric part insertion groove of machine oil lifter, running shaft, running shaft oil circuit, movable orbiting scroll, the cotter way of movable orbiting scroll, it is characterized in that: be communicated with by machine oil through hole (8g) between the eccentric part insertion groove (8f) of the cotter way of movable orbiting scroll (8e) and movable orbiting scroll.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01144273 CN1427176A (en) | 2001-12-17 | 2001-12-17 | Oil supply structure of vortex compressor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01144273 CN1427176A (en) | 2001-12-17 | 2001-12-17 | Oil supply structure of vortex compressor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1427176A true CN1427176A (en) | 2003-07-02 |
Family
ID=4677441
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 01144273 Pending CN1427176A (en) | 2001-12-17 | 2001-12-17 | Oil supply structure of vortex compressor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1427176A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100458163C (en) * | 2005-11-09 | 2009-02-04 | 日立空调·家用电器株式会社 | Vortex type compressor |
-
2001
- 2001-12-17 CN CN 01144273 patent/CN1427176A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100458163C (en) * | 2005-11-09 | 2009-02-04 | 日立空调·家用电器株式会社 | Vortex type compressor |
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