CN1451866A - Compressor baffle structure - Google Patents
Compressor baffle structure Download PDFInfo
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- CN1451866A CN1451866A CN 02116626 CN02116626A CN1451866A CN 1451866 A CN1451866 A CN 1451866A CN 02116626 CN02116626 CN 02116626 CN 02116626 A CN02116626 A CN 02116626A CN 1451866 A CN1451866 A CN 1451866A
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- baffle plate
- baffle
- space
- groove
- inner space
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Abstract
A barrier structure of compressor is characterized by that the barrier is inserted in the barrier slot, the machine oil can flow onto the barrier, and when the dividing plate is rotating, the barrier is reciprocating in the slot along the curved surface of dividing plate for switching the divided internal spaces between suction space and compression space. It can decrease the friction to minimum.
Description
Technical field
The invention relates to compressor, particularly a kind of baffle arrangement of compressor.
Background technique
General compressor is the machinery of compressed fluid.Such compressor is by the seal container with certain inner space, and electronic and press part are formed.Electronic portion is installed in the seal container, can produce driving force, is subjected to the influence of electronic driving force, and press part compresses gas.Along with the difference of press part can be divided into many types.
The applicant once applied for the compressor different with the compressor compresses mode of prior art.Fig. 1, Fig. 2, Fig. 3 are the figure of the applicant compressor compresses portion aspect of once applying for.As shown in the figure, compressor compresses portion has following structure: inside is formed with inner space V, suction passage f1 and discharge stream f2, and suction passage f1 and discharge stream f2 are connected with inner space V; Running shaft 20 can connect the center of the inner space V that is inserted in cylinder assembly body D, and cylinder assembly body D secure bond is in the inside of seal container 10; Running shaft 20 combines with electronic the M that produces driving force.A certain amount of machine oil is equipped with in the bottom surface of seal container 10.
Cylinder assembly body D has following structure: inside has the cylinder 30 of cylindric through hole; Be combined with upper bearing 40 and lower bearing 50 respectively in the top and bottom of cylinder 30, upper bearing 40 and lower bearing 50 are formed inner space V with cylinder 30, are supporting running shaft 20 simultaneously.
Upper bearing 40 and lower bearing 50 are made up of following structure: shaft bearing plate 4151 has certain thickness and area; Prolong the supporting portion 42,52 that forms in the one side of shaft bearing plate 41,51 and have certain altitude and external diameter; Axle (20) patchhole 43,53 connects and is formed on supporting portion 42,52, in the centre of shaft bearing plate 41,51; Baffle plate groove 44,54 connects a side that is formed on shaft bearing plate 41,51.In upper bearing 40, its shaft bearing plate 41 covers a side of cylinder 30, inserts running shaft 20 in its shaft insertion hole 43.In lower bearing 50, its shaft bearing plate 51 covers the another side of cylinder 30, inserts running shaft 20 in its shaft insertion hole 53.
Running shaft 20 with certain external diameter and given length is made up of axial region 21, demarcation strip 22 and oil circuit 23.Axial region 21 is inserted in the shaft insertion hole 43,53 of upper bearing 40 and lower bearing 50; Demarcation strip 22 prolongs a side that is formed on axial region 21, and the inner space V of cylinder assembly body D is divided into the 1st SPACE V 1 and the 2nd SPACE V 2; Oil circuit 23 connects the inside that is formed on axial region 21.The demarcation strip 22 of running shaft is to have certain thickness circle, sees on from the side, and by the upside convex curved surface r1, the downside concave curved surface r2 of depression that protrude, the binding curved face part r3 that links convex curved surface r1 and concave curved surface r2 in addition constitutes.That is to say that demarcation strip 22 is waveform curved surfaces of sine wave shape, make convex curved surface r1 and concave curved surface r2 form 180 degree phase differences.
In addition, on the baffle plate groove 54 of the baffle plate groove 44 of upper bearing and lower bearing, be inserted with baffle plate 70 respectively, on upper bearing 40 and lower bearing 50, be combined with the elastic supporting member for supporting optical member 80 of elastic support baffle plate 70 respectively.At this moment level is observed cylinder assembly body D, and baffle plate 70 is in same phase place, and lay respectively at demarcation strip 22 about.
In baffle plate 70, form the demarcation strip contact surface portion 72 of chamfering having a side that certain thickness tetragonal baffle body 71 contacts with the waveform curved surface, be respectively arranged with outside curved face part 73 and inner curve portion 74 in the both sides of baffle body 71.Outside curved face part 73 contacts with the inwall of cylinder assembly body D inner space V, and 74 contacts of inner curve portion are at the outer circumferential face of running shaft 20.The baffle plate groove 44,54 that is inserted with baffle plate 70 is corresponding with the section configuration of baffle plate 70.
In addition, on cylinder assembly body D, be provided with and open and close valve 90, open and close valve 90 and open and close discharge stream f2, discharge compressed gas in compression volume V1b, the V2b of the 1st SPACE V 1 and the 2nd SPACE V 2.Be combined with the suction pipe 100 that is connected with suction passage f1 on the seal container 10, and be provided with baffler 110.
Operation process to compressor with said structure describes below.
At first, be subjected to the influence of electronic M driving force, running shaft 20 is rotated.Along with the rotation of running shaft 20, the demarcation strip 22 of running shaft 20 is rotated at the inner space V of cylinder assembly body D.Along with the demarcation strip 22 of running shaft 20 is rotated at the inner space V of cylinder assembly body D, contact is at and then interlock together of the baffle plate 70 of demarcation strip 22.The 1st SPACE V 1 of the inner space that is separated by demarcation strip 22 and the 2nd SPACE V 2 convert to respectively and suck SPACE V 1a, V2a and compression volume V1b, V2b, and, suck, compress and discharge gas repeatedly to the 1st SPACE V 1 and the 2nd SPACE V 2 in conjunction with opening and closing valve 90.
In addition, as shown in Figure 4, along with the demarcation strip 22 of running shaft is rotated in the inner space V of cylinder assembly body D, make the baffle plate 70 vertical with demarcation strip 22, under the state of elastic supporting member for supporting optical member 80 elastic support, by baffle plate groove 44,54 guiding, carry out straight line back and forth movement up and down along the waveform curved surface of demarcation strip 22.
Along with the rotation of running shaft 20, by the oil feeder 24 on the oil circuit 23 that is installed in running shaft, the machine oil of seal container 10 bottom surfaces is upwards taken out by oil circuit 23, disperse in the upper end of running shaft 20 simultaneously, machine oil is supplied to the parts of slip.
But in said structure, following shortcoming is arranged but.
In order to prevent in the 1st SPACE V 1 and the 2nd SPACE V 2 compressed gas, at baffle plate 70 be inserted with between the baffle plate groove 44,54 of baffle plate 70 and keep seal to external leaks.Under above-mentioned state, baffle plate 70 is guided baffle plate groove 44,54 into and is carried out the straight line back and forth movement along with the rotation of demarcation strip 22.In the process of straight line back and forth movement, produce friction and wear between baffle plate 70 and baffle plate groove 44,54 inwalls, not only increased input power, also caused the damage of parts.
Summary of the invention
In order to solve the shortcoming that above-mentioned prior art exists, the baffle arrangement that the purpose of this invention is to provide a kind of compressor, the rotation of the demarcation strip by separating cylinder assembly body inner space, baffle plate carries out the straight line back and forth movement along the wavy surface of demarcation strip, the motion of baffle plate groove guide baffle plate.Between the baffle plate groove of baffle plate, come and go when mobile, friction is minimized.
To achieve these goals, the technical solution used in the present invention is: the demarcation strip of running shaft is inserted in the inner space of cylinder assembly body, and divides the inner space.Along with the demarcation strip of running shaft is rotated, baffle plate is inserted in the baffle plate groove of cylinder assembly body, the inner space that is separated is converted to suck space and compression volume, and gas is compressed.Baffle plate 70 is made up of baffle body 71 and oil groove 75, and baffle plate is inserted in the baffle plate groove, and oil groove 75 is located on the one side of baffle body, and machine oil is flow on the baffle body.
Above-mentioned baffle body (71) has the quadrilateral sheet material of certain thickness and area, is formed with oil groove (75) on the one side of baffle body (71); Oil groove (75) has the certain width and the degree of depth, and is formed with a plurality of oil grooves (75) of certain-length along the direction that baffle plate (70) moves; Oil groove (75) is arranged on baffle body (71) one side of suction space (V1a, V2a) side of cylinder assembly body (D) inner space (V).
As mentioned above, the present invention is by the rotation of the demarcation strip of separation cylinder assembly body inner space, and baffle plate carries out the straight line back and forth movement along the wavy surface of demarcation strip, the motion of baffle plate groove guide baffle plate.Between the baffle plate groove of baffle plate, come and go when mobile, friction is minimized.Owing to make successfully moving of baffle plate, with the minimise wear between baffle plate and the baffle plate groove, saved power supply, improved the working life and the efficient of product.
Description of drawings
Fig. 1 is the normal cross sectional drawing of the press part of prior art compressor.
Fig. 2 is the planimetric map of the press part of prior art compressor.
Fig. 3 is the section oblique drawing of compressor compresses portion.
Fig. 4 is the oblique drawing of the working state of baffle plate in the compressor operation.
Fig. 5 is the normal cross sectional drawing of the press part of the baffle arrangement of compressor of the present invention.
Fig. 6 is the part oblique drawing of the press part of the baffle arrangement of compressor of the present invention.
Fig. 7 is the part section oblique drawing of the press part of the baffle arrangement of compressor of the present invention.
Fig. 8 is the oblique drawing of the baffle plate working state of compressor of the present invention.
Among the figure:
D: drum assembly body M: electronic portion
V: inner space V1: the 1st space
V2: the 2nd SPACE V 1a: the 1st sucks the space
V1b: the 1st compression volume V2a: the 2nd sucks the space
V2b: the 2nd compression volume r1: upside convex curved surface
R2: downside concave curved surface r3: connect curved face part
F1: suction passage f2: discharge stream
10: seal container 20: running shaft
21: axial region 22: demarcation strip
23: oil circuit 24: oil feeder
30: drum 40: upper bearing
41: upper axis board 42: upper support portion
43: patchhole 44 on the axle: the overhead gage groove
46: oil trap 50: lower bearing
51: lower shaft board 52: lower support portion
53: axle is patchhole 54 down: the lower pedal groove
70: baffle plate 71: baffle body
72: curved face part 73: outside curved face part
74: inner curve portion 75: oil groove
80: elastic supporting member for supporting optical member 90: open and close valve
100: suction pipe 110: baffler
Embodiment
Below in conjunction with the drawings and specific embodiments the present invention is described in further detail:
Fig. 5, Fig. 6, Fig. 7 are the press parts of the baffle arrangement of compressor of the present invention, and its structure is as follows: inside is formed with inner space V and suction passage f1 and discharges stream f2, and suction passage f1 and discharge stream f2 are connected with inner space V; Running shaft 20 connects the center of the inner space V that is inserted in cylinder assembly body D, and cylinder assembly body D is fixed on the inside of seal container 10; Running shaft 20 combines with electronic M.A certain amount of machine oil is equipped with in the bottom surface of seal container 10.
The structure of cylinder assembly body D is as follows: inside has the cylinder 30 of cylindric through hole; Be respectively equipped with upper bearing 40 and lower bearing 50 in the top and bottom of cylinder 30, upper bearing 40 and lower bearing 50 are formed inner space V with cylinder 30, are supporting running shaft 20 simultaneously.
The structure of upper bearing 40 and lower bearing 50 is as follows: shaft bearing plate 41,51 has certain thickness and area; One side at shaft bearing plate 41,51 prolongs formation supporting portion 42,52, and certain altitude and external diameter are arranged; Shaft insertion hole 43,53 connects the centre that is formed on supporting portion 42,52 and shaft bearing plate 41,51; Guiding gutter 44,54 connects a side that is located at shaft bearing plate 41,51.In upper bearing 40, its shaft bearing plate 41 covers a side of cylinder 30, and running shaft 20 inserts in the shaft insertion hole 43.In lower bearing 50, its shaft bearing plate 51 covers the another side of cylinder 30, and running shaft 20 inserts in the shaft insertion hole 53.
Running shaft 20 has certain external diameter and given length, is made up of axial region 21, demarcation strip 22 and oil circuit 23.Axial region 21 is inserted in the shaft insertion hole 43,53 of upper bearing 40 and lower bearing 50; Demarcation strip 22 prolongs a side that is located at axial region 21, and the inner space V of cylinder assembly body D is divided into the 1st SPACE V 1 and the 2nd SPACE V 2; Oil circuit 23 connects the inside that is located at axial region 21.The demarcation strip 22 of running shaft is to have certain thickness circle, sees on from the side, and by the upside convex curved surface r1, the downside concave curved surface r2 of depression that protrude, the binding curved face part r3 that links convex curved surface r1 and concave curved surface r2 in addition constitutes.That is to say that demarcation strip 22 is waveform curved surfaces of sine wave shape, make convex curved surface r1 and concave curved surface r2 form 180 degree phase differences.
In addition, on the baffle plate groove 54 of the baffle plate groove 44 of upper bearing 40 and lower bearing 50, be inserted with baffle plate 70 respectively, on upper bearing 40 and lower bearing 50, be respectively equipped with the elastic supporting member for supporting optical member 80 of elastic support baffle plate 70.At this moment level is observed cylinder assembly body D, and baffle plate 70 is in same phase place, and lay respectively at demarcation strip 22 about.
In addition, baffle plate 70 is inserted in the baffle plate groove 44,54, and the face that forms oil groove 75 is positioned at suction SPACE V 1a, the V2a side of cylinder assembly body inner space V.
On cylinder assembly body D, be provided with and open and close valve 90, open and close valve 90 and open and close discharge stream f2, discharge compressed gas in compression volume V1b, the V2b of the 1st SPACE V 1 and the 2nd SPACE V 2.Seal container 10 is provided with suction pipe 100 and the baffler 110 that is connected with suction passage f1.
Action effect to the baffle arrangement of compressor of the present invention is described in detail below.
At first, be subjected to the driving of electronic M, running shaft 20 rotations.Along with the rotation of running shaft 20, demarcation strip 22 is rotated at the inner space V of cylinder assembly body D.Along with the demarcation strip 22 of running shaft 20 is rotated at the inner space V of cylinder assembly body D, contact is at and then interlock together of the baffle plate 70 of demarcation strip 22.The 1st SPACE V 1 of the inner space that is separated by demarcation strip 22 and the 2nd SPACE V 2 convert to respectively and suck SPACE V 1a, V2a and compression volume V1b, V2b, and establish and open and close valve 90, make the 1st SPACE V 1 and the 2nd SPACE V 2 suck, compress and discharge gas repeatedly.
In addition,, be installed in the oil feeder 24 on the oil circuit 23 of running shaft,, the machine oil of seal container 10 bottom surfaces upwards taken out, disperse in the upper end of running shaft 20 simultaneously, machine oil is supplied to the parts of slip by oil circuit 23 along with the rotation of running shaft 20.
As shown in Figure 8, along with the demarcation strip 22 of running shaft is rotated in the V of the inner space of cylinder assembly body, make the baffle plate 70 vertical with demarcation strip 22, under the state of elastic supporting member for supporting optical member 80 elastic support, by baffle plate groove 44,54 guiding, carry out straight line back and forth movement up and down along the waveform curved surface of demarcation strip 22.In said process, the machine oil that disperses in seal container 10 amasss on upper bearing 40, between the oil groove 75 of the inwall of baffle plate groove 44 and baffle plate 70, flow into, be supplied between baffle plate groove 44 and the baffle plate 70, the minimise friction between baffle plate 70 and the baffle plate groove 44.In addition, be inserted in baffle plate 70 sides in the baffle plate groove 54 of lower bearing 50, the part of baffle plate 70 and lower bearing 50 contacts with the oil phase of seal container 10 bottom surfaces, and oil makes the minimise friction between baffle plate 70 and the baffle plate groove 54 from flowing between the inwall oil groove 75 of baffle plate groove 54.In addition,, reduced the inwall of baffle plate groove 44,54 and the area of contact between the baffle plate 70, made minimise friction because the one side of baffle plate 70 is formed with oil groove 75.
Claims (4)
1. the baffle arrangement of a compressor, the demarcation strip (22) of running shaft (20) is inserted in the inner space (V) of cylinder assembly body (D), and separation inner space (V), demarcation strip (22) is along with running shaft (20) is rotated, baffle plate (70) is inserted in the baffle plate groove (44 of cylinder assembly body (D), 54) in, the inner space (V) that is separated is converted to suck space (V1a, V2a) and compression volume (V1b, V2b), gas is compressed, it is characterized in that baffle plate (70) is made up of baffle body (71) and oil groove (75), baffle body (71) is inserted in baffle plate groove (44,54) in; Oil groove (75) is located on the one side of baffle body (71).
2. according to the baffle arrangement of the described compressor of claim 1, it is characterized in that baffle body (71) has the quadrilateral sheet material of certain thickness and area, is formed with oil groove (75) on the one side of baffle body (71).
3. according to the baffle arrangement of the described compressor of claim 2, it is characterized in that oil groove (75) has the certain width and the degree of depth, and be formed with a plurality of oil grooves (75) of certain-length along the direction that baffle plate (70) moves.
4. according to the baffle arrangement of claim 1 or 2 described compressors, it is characterized in that oil groove (75) is arranged on baffle body (71) one side of the suction space of cylinder assembly body (D) inner space (V) (V1a, V2a) side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02116626 CN1273742C (en) | 2002-04-15 | 2002-04-15 | Compressor baffle structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02116626 CN1273742C (en) | 2002-04-15 | 2002-04-15 | Compressor baffle structure |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1451866A true CN1451866A (en) | 2003-10-29 |
| CN1273742C CN1273742C (en) | 2006-09-06 |
Family
ID=29221006
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 02116626 Expired - Fee Related CN1273742C (en) | 2002-04-15 | 2002-04-15 | Compressor baffle structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1273742C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100434715C (en) * | 2004-06-09 | 2008-11-19 | 乐金电子(天津)电器有限公司 | Lubricating structure for closed compressor baffle plate |
-
2002
- 2002-04-15 CN CN 02116626 patent/CN1273742C/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100434715C (en) * | 2004-06-09 | 2008-11-19 | 乐金电子(天津)电器有限公司 | Lubricating structure for closed compressor baffle plate |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1273742C (en) | 2006-09-06 |
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| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| 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 |