CN205136014U - Oval rotor rotary compressor of vertical totally closed doublestage - Google Patents
Oval rotor rotary compressor of vertical totally closed doublestage Download PDFInfo
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- CN205136014U CN205136014U CN201520769268.1U CN201520769268U CN205136014U CN 205136014 U CN205136014 U CN 205136014U CN 201520769268 U CN201520769268 U CN 201520769268U CN 205136014 U CN205136014 U CN 205136014U
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Abstract
The utility model discloses an oval rotor rotary compressor of vertical totally closed doublestage. The utility model discloses a low pressure cover, low pressure air bleeding valve, low pressure blast pipe, low -pressure admission pipe, the low -pressure cylinder body, partition lid, main shaft, the oval rotor of low pressure, low pressure gleitbretter, high -pressure closing cap, high -pressure cover, high -pressure exhaust pipe, high -pressure gleitbretter, high -pressure oval rotor, high -pressure air inflow pipe, high -pressure exhaust valve, high -pressure gleitbretter groove and the high -pressure cylinder body etc, the surface of the oval rotor that the height was arbitrarily downgraded, the both sides face of gleitbretter, the inner wall of circular cylinder block, oval rotor surface and cylinder block inner wall axial contact wire to and the internal surface of high -low pressure cover and the internal surface of separating the lid form the space of some months thread form, along with the rotation of oval rotor, and volume space little -endian, big -endian is again accomplished, pressure of inspiration(Pi) condensation exhaust process, the axle center coincidence of oval rotor and cylinder, the utility model discloses an oval rotor rotary compressor of vertical totally closed doublestage, the part shape is simple, processing convenient assembling, overall dimension are little, compact structure, account for that the space is few, the leakproofness good, smooth operation, reliability be high, energy -concerving and environment -protective.
Description
Technical field
The utility model relates to refrigeration technology field, particularly relates to a kind of vertical totally-enclosed twin-stage elliptic rotor rotary compressor.
Background technique
At vaccine, in the cryogenic refrigerating units such as cultivating seeds, the evaporating temperature of refrigeration system is lower, pressure ratio is larger, if employing single stage compression, the power consumption of refrigeration compressor increases, delivery temperature is high, the ride quality of refrigeration compressor declines, reliability reduces, two-stage compression refrigeration then can be adopted to circulate, the combo formula Two-stage Compression of common volume type refrigeration compressor composition, with multiple stage volume type refrigeration compressor, refrigeration system is complicated, equipment takes up space greatly, the occupation of land space of some refrigeration plant receives restriction, therefore development structure is compact, take up an area little, smooth running, good airproof performance, the minitype vertical type that volumetric efficiency is high totally-enclosed twin-stage elliptic rotor rotary compressor, to ensure the ride quality of cryogenic refrigerating unit.At present, there are no embodiment.
Model utility content
The purpose of this utility model is the technological deficiency for existing in prior art, and provide that a kind of frictional loss is little, good airproof performance, reliability are high, energy-conserving and environment-protective for the vertical totally-enclosed twin-stage elliptic rotor rotary compressor in small-sized cryogenic refrigerating unit.
A kind of vertical totally-enclosed twin-stage elliptic rotor rotary compressor of the utility model, comprise low pressure cover, low-pressure vent valve, low pressure exhaust pipe, low-pressure inlet pipe, low pressure gas cylinder body, low-pressure machine bonnet bolt, septation cover, lower housing, main shaft, rotor, motor stator, low pressure elliptic rotor, low pressure slide plate, upper casing, oil leab, low pressure vane slot, low-pressure admission mouth, low pressure exhaust mouth, high squeeze cap, high pressure cover, high-pressure exhaust pipe, high pressure slide plate, high pressure elliptic rotor, high pressure cover connecting bolt, high pressure admission mouth, high pressure gas hole, high-pressure pipe, high pressure air exhaust valve, high pressure vane slot, high pressure air cylinder body,
Described low pressure cover is circular central and two symmetrically arranged fan-shaped flank compositions, outer offers the bolt hole run through vertically, the inner side that low pressure cover coordinates with low pressure gas cylinder body offers vertically not to be run through, two the low-pressure admission mouths be arranged symmetrically with, offer outside low pressure cover and be through to low-pressure admission mouth, and the low-pressure admission hole be communicated with low-pressure admission mouth, inside low pressure cover, symmetry offers two the low pressure exhaust holes run through, low-pressure admission hole and low-pressure inlet pipe are welded to connect, low pressure exhaust hole site is provided with outlet valve, the fan-shaped diaxon outside side press-in upper casing secure fit of low pressure cover,
Described low pressure gas cylinder body is made up of with the fan-shaped flank being positioned at inwall two-port the circle tube inner wall of hollow, each inner wall port two fan-shaped flanks are symmetrical arranged, described fan-shaped flank offers the low pressure vane slot be communicated with low-pressure cylinder inwall, low pressure slide plate is placed with low-pressure cylinder inwall abutting end in low pressure vane slot, in low pressure vane slot, the other end is placed with low pressing spring, and the position that circle tube inner wall both ends of the surface are connected with low pressure cover and septation cover respectively offers the bolt hole do not run through;
The center of described low pressure elliptic rotor offers the spindle hole run through vertically, and by connecting key and main shaft secure fit, its major axis dimension is consistent with the internal diameter size of low-pressure cylinder inwall, and major axis outer wall contacts with low pressure gas cylinder body internal face, and relative sliding;
Described septation cover is circular central and two symmetrically arranged fan-shaped flank compositions, and circular portion offers the bolt hole run through vertically, and circular central offers the spindle hole run through vertically, is slidably matched by bearing and main shaft;
Described high pressure air cylinder body is made up of with the fan-shaped flank being positioned at inwall two-port the circle tube inner wall of hollow, each inner wall port two fan-shaped flanks are symmetrical arranged, described fan-shaped flank offers the high pressure vane slot be communicated with high pressure cylinder inwall, high pressure slide plate is placed with high pressure cylinder inwall abutting end in high pressure vane slot, in high pressure vane slot, the other end is placed with high pressure spring, the position that circle tube inner wall is connected with high pressure cover offers the bolt hole do not run through, and the side that fan-shaped flank coordinates with high pressure cover offers the bolt hole do not run through;
The center of described high pressure elliptic rotor offers the spindle hole run through vertically, and by connecting key and main shaft secure fit, its major axis dimension is consistent with the internal diameter size of high pressure cylinder inwall, and major axis outer wall contacts with high pressure air cylinder body internal face, and relative sliding;
Described high pressure cover is made up of circular central and two symmetrically arranged fan-shaped flanks, outer offers the bolt hole run through vertically, the inner side surface that high pressure cover coordinates with high pressure air cylinder body offers vertically and does not run through, two the high pressure admission mouths be arranged symmetrically with, high pressure cover outer side surface offers and is through to high pressure admission mouth, and the high pressure admission hole be communicated with high pressure admission mouth, high pressure cover inner side surface symmetry offers two the high pressure gas holes run through, high pressure admission hole and high-pressure pipe are welded to connect, high pressure gas hole site is provided with high pressure air exhaust valve, the fan-shaped flank diaxon outside side press-in upper casing internal fixtion of high pressure cover coordinates,
Described high squeeze cap is made up of the flange plate of the hollow side wall of circle, chassis and protrusion, and flange plate offers the bolt hole run through, and chassis offers the penetration hole coordinating with main shaft respectively, weld with high-pressure exhaust pipe, high-pressure pipe;
Described rotor is connected with main shaft by connecting key, and energize low-pressure elliptic rotor and high pressure elliptic rotor rotate, and the inside of motor stator coordinates with rotor; In motor stator outside press-in lower housing;
Described main shaft, with septation cover cooperation position, offer radial oil leab with high pressure cover cooperation position, offers the oil leab of the bias run through vertically.
The axis coinciding of described low pressure gas cylinder body and low pressure elliptic rotor, the internal diameter of low pressure gas cylinder body is consistent with the major axis dimension of low pressure elliptic rotor, and low pressure gas cylinder body is consistent with the axial length of low pressure elliptic rotor.
The axis coinciding of described high pressure air cylinder body and high pressure elliptic rotor, the internal diameter of high pressure air cylinder body is consistent with the major axis dimension of high pressure elliptic rotor, and high pressure air cylinder body is consistent with the axial length of high pressure elliptic rotor.
Described upper casing offers the aperture of welding with low-pressure inlet pipe and low pressure exhaust pipe respectively run through vertically, and lower housing radially offers the aperture of welding with high-pressure pipe and high-pressure exhaust pipe respectively.
Compared with prior art, the beneficial effects of the utility model are:
1, the vertical totally-enclosed twin-stage elliptic rotor rotary compressor of the utility model, the outer surface of the elliptic rotor that height is arbitrarily downgraded, the bi-side of slide plate, the inwall of circular cylinder body, elliptic rotor outer surface and the axial Line of contact of cylinder block inwall, and the internal surface of high low pressure cover and the internal surface of septation cover form several meniscate space, along with the rotation of elliptic rotor, volume space is ascending, descending again, complete, air-breathing compression and exhaust process, the axis coinciding of elliptic rotor and cylinder, good airproof performance, frictional loss is little, improve the ride quality of refrigeration compressor.
2, vertical totally-enclosed twin-stage elliptic rotor rotary compressor of the present utility model, part shape is simple, processing and assembling is convenient, boundary dimension is little, compact structure, occupation of land less, high, the energy-conserving and environment-protective of good airproof performance, smooth running, reliability.
Accompanying drawing explanation
Figure 1 shows that the schematic diagram of the vertical totally-enclosed twin-stage elliptic rotor rotary compressor of the utility model;
Figure 2 shows that the A-A sectional view of Fig. 1;
Figure 3 shows that the B-B sectional view of Fig. 1;
Figure 4 shows that the C-C sectional view of Fig. 1;
Figure 5 shows that the D-D sectional view of Fig. 1;
Figure 6 shows that the E-E sectional view of Fig. 1;
Figure 7 shows that the F-F sectional view of Fig. 1;
Figure 8 shows that the G-G sectional view of Fig. 1.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
As shown in figures 1-8, the vertical totally-enclosed twin-stage elliptic rotor rotary compressor of the utility model, comprise low pressure cover 1, low-pressure vent valve 2, low pressure exhaust pipe 3, low-pressure inlet pipe 4, low pressure gas cylinder body 5, low-pressure machine bonnet bolt 6, septation cover 7, lower housing 8, main shaft 9, rotor 10, motor stator 11, low pressure elliptic rotor 12, low pressure slide plate 13, upper casing 14, oil leab 15, low pressure vane slot 16, low-pressure admission mouth 17, low pressure exhaust mouth 18, high squeeze cap 19, high pressure cover 20, high-pressure exhaust pipe 21, high pressure slide plate 22, high pressure elliptic rotor 23, high pressure cover connecting bolt 24, high pressure admission mouth 25, high pressure gas hole 26, high-pressure pipe 27, high pressure air exhaust valve 28, high pressure vane slot 29, high pressure air cylinder body 30.
Described low pressure cover 1 is circular central and two symmetrically arranged fan-shaped flank compositions, outer offers the bolt hole run through vertically, the inner side that low pressure cover coordinates with low pressure gas cylinder body 5, the side of low pressure vane slot 16, offer vertically and do not run through, two the low-pressure admission mouths 17 be arranged symmetrically with, offer outside low pressure cover and be through to low-pressure admission mouth 17, and the low-pressure admission hole be communicated with low-pressure admission mouth 17, low pressure cover is positioned at the opposite side of low pressure vane slot 16, symmetry offers two the low pressure exhaust holes 18 run through, low-pressure admission hole and low-pressure inlet pipe 4 are welded to connect, low pressure exhaust hole site is provided with outlet valve 2, fan-shaped diaxon outside side press-in upper casing 14 secure fit of low pressure cover 1,
Described low pressure gas cylinder body 5 is made up of with the fan-shaped flank being positioned at inwall two-port the circle tube inner wall of hollow, each inner wall port two fan-shaped flanks are symmetrical arranged, described fan-shaped flank offers the low pressure vane slot 16 be communicated with low-pressure cylinder inwall, low pressure slide plate 13 is placed with low-pressure cylinder inwall abutting end in low pressure vane slot 16, in low pressure vane slot 16, the other end is placed with low pressing spring, and the position that circle tube inner wall both ends of the surface are connected with low pressure cover 1 and septation cover 7 respectively offers the bolt hole do not run through.
The center of described low pressure elliptic rotor 12 offers the spindle hole run through vertically, and by connecting key and main shaft 9 secure fit, its major axis dimension is consistent with the internal diameter size of low-pressure cylinder inwall, and major axis outer wall contacts with low pressure gas cylinder body internal face, and relative sliding.
Described septation cover 7 is circular central and two symmetrically arranged fan-shaped flank compositions, and circular portion offers the bolt hole run through vertically, and circular central offers the spindle hole run through vertically, is slidably matched by bearing and main shaft 9;
Described high pressure air cylinder body 30 is made up of with the fan-shaped flank being positioned at inwall two-port the circle tube inner wall of hollow, each inner wall port two fan-shaped flanks are symmetrical arranged, described fan-shaped flank offers the high pressure vane slot 29 be communicated with high pressure cylinder inwall, high pressure slide plate 22 is placed with high pressure cylinder inwall abutting end in high pressure vane slot 29, in high pressure vane slot 29, the other end is placed with high pressure spring, the position that circle tube inner wall is connected with high pressure cover 20 offers the bolt hole do not run through, and the side that fan-shaped flank coordinates with high pressure cover 20 offers the bolt hole do not run through.
The center of described high pressure elliptic rotor 23 offers the spindle hole run through vertically, and by connecting key and main shaft 9 secure fit, its major axis dimension is consistent with the internal diameter size of high pressure cylinder inwall, and major axis outer wall contacts with high pressure air cylinder body internal face, and relative sliding.
Described high pressure cover 20 is made up of circular central and two symmetrically arranged fan-shaped flanks, offer the bolt hole run through vertically, the inner side surface that high pressure cover coordinates with high pressure air cylinder body 30, offer vertically and do not run through, two the high pressure admission mouths 25 be arranged symmetrically with, high pressure cover outer side surface offers and is through to high pressure admission mouth 25, and the high pressure admission hole be communicated with high pressure admission mouth, high pressure cover inner side surface symmetry offers two the high pressure gas holes 26 run through, high pressure admission hole and high-pressure pipe 27 are welded to connect, high pressure gas hole site is provided with high pressure air exhaust valve 28, fan-shaped flank diaxon outside side press-in upper casing 14 internal fixtion of high pressure cover 20 coordinates.
Described high squeeze cap 19 is made up of the flange plate of the hollow side wall of circle, chassis and protrusion, and flange plate offers the bolt hole run through, and chassis offers the penetration hole coordinating with main shaft respectively, weld with high-pressure exhaust pipe 21, high-pressure pipe 27.
The axis coinciding of described low pressure gas cylinder body 5 and low pressure elliptic rotor 12, the internal diameter of low pressure gas cylinder body 5 is consistent with the major axis dimension of low pressure elliptic rotor 12, and low pressure gas cylinder body 5 is consistent with the axial length of low pressure elliptic rotor 12.
The internal diameter of described low pressure gas cylinder body 5, the major and minor axis of low pressure elliptic rotor 12, the axial length of low pressure gas cylinder body 5 and low pressure elliptic rotor 12, and the size in low pressure air suction mouth and low pressure exhaust hole, specific design can be carried out according to the size of displacement and low pressure ratio.
The axis coinciding of described high pressure air cylinder body 30 and high pressure elliptic rotor 23, the internal diameter of high pressure air cylinder body 30 is consistent with the major axis dimension of high pressure elliptic rotor 23, and high pressure air cylinder body 30 is consistent with the axial length of high pressure elliptic rotor 23.
The internal diameter of described high pressure air cylinder body 30, the major and minor axis of high pressure elliptic rotor 23, the axial length of high pressure air cylinder body 30 and high pressure elliptic rotor 23, and the size in high pressure intakeport and high pressure gas hole, specific design can be carried out according to the size of displacement and high-pressure ratio.
Described upper casing 14 offers the aperture of welding with low-pressure inlet pipe 4 and low pressure exhaust pipe 3 respectively run through vertically, and lower housing 8 radially offers the aperture of welding with high-pressure pipe 27 and high-pressure exhaust pipe 21 respectively.
Described rotor 10 is connected with main shaft 9 by connecting key, and energize low-pressure elliptic rotor 12 and high pressure elliptic rotor 23 rotate, and the inside of motor stator 11 coordinates with rotor 10, in outside press-in lower housing 8.
Described main shaft, with septation cover cooperation position, offer radial oil leab with high pressure cover cooperation position, offers the oil leab 15 of the bias run through vertically.
During assembling, first low pressing spring and low pressure slide plate 13 is put into by the low pressure vane slot of low pressure gas cylinder body 5, by low pressure elliptic rotor 12 through main shaft 9 and by inserting in low pressure gas cylinder body 5 after connecting key secure fit, by the spindle hole of the external part of main shaft 9 through septation cover 7, by bolt and gasket seal by septation cover 7 and low pressure gas cylinder body 5 compact siro spinning technology, by low pressure cover 1 by bolt and gasket seal and low pressure gas cylinder body 5 compact siro spinning technology, low-pressure vent valve 2 is arranged on the corresponding position in low pressure exhaust hole 18, low-pressure inlet pipe 4 and low-pressure admission eyelet welding connect, by in above-mentioned entirety press-in upper casing 14, low-pressure inlet pipe 4 and low pressure exhaust pipe 3 are welded with the respective aperture of upper casing 14 respectively,
High pressure spring and high pressure slide plate 22 is put into by the high pressure vane slot of high pressure air cylinder body 30, by high pressure elliptic rotor 23 through the main shaft 9 stretched out and by after connecting key secure fit, by high pressure air cylinder body 30 through high pressure elliptic rotor 23, by the external part of the spindle hole of high pressure cover 20 through main shaft 9, by bolt and gasket seal by high pressure cover 20 and high pressure air cylinder body 30 compact siro spinning technology, high pressure air exhaust valve 28 is arranged on the corresponding position in high pressure gas hole 26, high-pressure pipe 27 and high pressure admission eyelet welding connect, by high squeeze cap 19 by bolt and gasket seal and high pressure cover 20 compact siro spinning technology, high-pressure pipe 27, high-pressure exhaust pipe 21 welds with the corresponding aperture of high squeeze cap 19, by rotor 10 and main shaft 9, motor stator 11 coordinates with rotor 10 in rear press-in lower housing 8, high-pressure pipe 27 and high-pressure exhaust pipe 21 are welded with the respective aperture of lower housing 8, welding upper and lower enclosure.So far, vertical totally-enclosed twin-stage elliptic rotor rotary compressor has been assembled.
As shown in Figure 4, starting electrical machinery, low pressure elliptic rotor 12 is rotated counterclockwise under the drive of motor, low pressure slide plate 13 slides under the promotion of low pressing spring in low pressure vane slot 16, and be pressed towards the outer wall of low pressure elliptic rotor 12, fit tightly and slide on the outer wall of low pressure elliptic rotor and along the outer surface of low pressure elliptic rotor, the outer surface of low pressure elliptic rotor 12, the bi-side of low pressure slide plate 13, the inwall of low pressure gas cylinder body 5, low pressure elliptic rotor 12 outer surface and the axial Line of contact of low pressure gas cylinder body 5 inwall, and the internal surface of the internal surface of low pressure cover 1 and septation cover 7 forms several meniscate space, position shown in Fig. 4, the long axis direction of low pressure elliptic rotor 12 is about to turn over low pressure slide plate position counterclockwise, left and right forms two little meniscate spaces be communicated with low pressure air suction mouth 17, gas enters little crescent-shaped space, start air-breathing, along with the rotation of low pressure elliptic rotor 12, the space be communicated with low pressure air suction mouth increases gradually, when turning over 180 degree, the long axis direction of low pressure elliptic rotor 12 arrives slide plate position, the crescent-shaped space of air-breathing reaches maximum, continue to rotate, volume space reduces, pressure slightly raises, but owing to being communicated with low pressure air suction mouth, gas in volume space flows back to low pressure air suction pipeline by low pressure air suction mouth, when turning over low pressure air suction mouth 17, start compression, crescent-shaped space reduces gradually, gas in volume space backs down low-pressure vent valve 2, start exhaust, pressurized gas discharge low-pressure cylinder, when the major axis of low pressure elliptic rotor forwards low pressure slide plate position to, exhaust terminates, circulation like this.
As shown in Figure 5 and Figure 6, high pressure elliptic rotor 23 is rotated counterclockwise under the drive of motor, high pressure slide plate 22 slides under the promotion of high pressure spring in high pressure vane slot 29, and be pressed towards the outer wall of high pressure elliptic rotor 23, fit tightly and slide on the outer wall of high pressure elliptic rotor and along the outer surface of high pressure elliptic rotor, the outer surface of high pressure elliptic rotor 23, the bi-side of high pressure slide plate 22, the inwall of high pressure air cylinder body 30, high pressure elliptic rotor 23 outer surface and the axial Line of contact of high pressure air cylinder body 30 inwall, and the internal surface of the internal surface of high pressure cover 20 and septation cover 7 forms several meniscate space, position shown in Fig. 5, the long axis direction of high pressure elliptic rotor 23 is about to turn over high pressure slide plate position counterclockwise, left and right forms two little meniscate spaces be communicated with high pressure intakeport 25, gas enters little crescent-shaped space, start air-breathing, along with the rotation of high pressure elliptic rotor 23, the space be communicated with high pressure intakeport increases gradually, when turning over 180 degree, the long axis direction of high pressure elliptic rotor 23 arrives slide plate position, the crescent-shaped space of air-breathing reaches maximum, continue to rotate, volume space reduces, pressure slightly raises, but owing to being communicated with high pressure intakeport, gas in volume space flows back to high pressure aspirating air pipe by high pressure intakeport, when turning over high pressure intakeport 25, start compression, crescent-shaped space reduces gradually, gas in volume space backs down high pressure air exhaust valve 28, start exhaust, pressurized gas discharge high pressure cylinder, when the major axis of high pressure elliptic rotor forwards high pressure slide plate position to, exhaust terminates, circulation like this.
Compressor absorbs the low-temperature low-pressure refrigerant steam of vaporizer, through low pressure air suction pipe 4, low pressure air suction mouth 17 enters the outer surface of low pressure elliptic rotor 12, the bi-side of low pressure slide plate 13, the inwall of low pressure gas cylinder body 5, low pressure elliptic rotor 12 outer surface and the axial Line of contact of low pressure gas cylinder body 5 inwall, and the meniscate space that the internal surface of the internal surface of low pressure cover 1 and septation cover 7 is formed, along with the rotation of low pressure elliptic rotor, complete the air-breathing in volume space, compression and exhaust process, discharge the refrigerant gas of low-pressure cylinder after motor cools to motor, compressor is discharged through low pressure exhaust pipe 3, after entering interstage cooler cooling, the outer surface of high pressure elliptic rotor 23 is entered through high pressure intakeport 25 through high-pressure pipe 27, the bi-side of high pressure slide plate 29, the inwall of high pressure air cylinder body 30, high pressure elliptic rotor 23 outer surface and the axial Line of contact of high pressure air cylinder body 30 inwall, and the meniscate space that the internal surface of the internal surface of high pressure cover 20 and septation cover 7 is formed, along with the rotation of high pressure elliptic rotor, complete the air-breathing in volume space, compression and exhaust process, the refrigerant gas of discharging high pressure cylinder discharges compressor through high-pressure exhaust pipe 21.Under the effect of the axial lubrication hole centrifugal force of main shaft, enter oil leab 15, lubricate each matching surface, realize lubrication and sealing.
The above is only preferred implementation of the present utility model; it should be noted that; for those skilled in the art; under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (4)
1. a vertical totally-enclosed twin-stage elliptic rotor rotary compressor, it is characterized in that, comprise low pressure cover, low-pressure vent valve, low pressure exhaust pipe, low-pressure inlet pipe, low pressure gas cylinder body, low-pressure machine bonnet bolt, septation cover, lower housing, main shaft, rotor, motor stator, low pressure elliptic rotor, low pressure slide plate, upper casing, oil leab, low pressure vane slot, low-pressure admission mouth, low pressure exhaust mouth, high squeeze cap, high pressure cover, high-pressure exhaust pipe, high pressure slide plate, high pressure elliptic rotor, high pressure cover connecting bolt, high pressure admission mouth, high pressure gas hole, high-pressure pipe, high pressure air exhaust valve, high pressure vane slot, high pressure air cylinder body,
Described low pressure cover is circular central and two symmetrically arranged fan-shaped flank compositions, outer offers the bolt hole run through vertically, the inner side that low pressure cover coordinates with low pressure gas cylinder body offers vertically not to be run through, two the low-pressure admission mouths be arranged symmetrically with, offer outside low pressure cover and be through to low-pressure admission mouth, and the low-pressure admission hole be communicated with low-pressure admission mouth, inside low pressure cover, symmetry offers two the low pressure exhaust holes run through, low-pressure admission hole and low-pressure inlet pipe are welded to connect, low pressure exhaust hole site is provided with outlet valve, the fan-shaped diaxon outside side press-in upper casing secure fit of low pressure cover,
Described low pressure gas cylinder body is made up of with the fan-shaped flank being positioned at inwall two-port the circle tube inner wall of hollow, each inner wall port two fan-shaped flanks are symmetrical arranged, described fan-shaped flank offers the low pressure vane slot be communicated with low-pressure cylinder inwall, low pressure slide plate is placed with low-pressure cylinder inwall abutting end in low pressure vane slot, in low pressure vane slot, the other end is placed with low pressing spring, and the position that circle tube inner wall both ends of the surface are connected with low pressure cover and septation cover respectively offers the bolt hole do not run through;
The center of described low pressure elliptic rotor offers the spindle hole run through vertically, and by connecting key and main shaft secure fit, its major axis dimension is consistent with the internal diameter size of low-pressure cylinder inwall, and major axis outer wall contacts with low pressure gas cylinder body internal face, and relative sliding;
Described septation cover is circular central and two symmetrically arranged fan-shaped flank compositions, and circular portion offers the bolt hole run through vertically, and circular central offers the spindle hole run through vertically, is slidably matched by bearing and main shaft;
Described high pressure air cylinder body is made up of with the fan-shaped flank being positioned at inwall two-port the circle tube inner wall of hollow, each inner wall port two fan-shaped flanks are symmetrical arranged, described fan-shaped flank offers the high pressure vane slot be communicated with high pressure cylinder inwall, high pressure slide plate is placed with high pressure cylinder inwall abutting end in high pressure vane slot, in high pressure vane slot, the other end is placed with high pressure spring, the position that circle tube inner wall is connected with high pressure cover offers the bolt hole do not run through, and the side that fan-shaped flank coordinates with high pressure cover offers the bolt hole do not run through;
The center of described high pressure elliptic rotor offers the spindle hole run through vertically, and by connecting key and main shaft secure fit, its major axis dimension is consistent with the internal diameter size of high pressure cylinder inwall, and major axis outer wall contacts with high pressure air cylinder body internal face, and relative sliding;
Described high pressure cover is made up of circular central and two symmetrically arranged fan-shaped flanks, outer offers the bolt hole run through vertically, the inner side surface that high pressure cover coordinates with high pressure air cylinder body offers vertically and does not run through, two the high pressure admission mouths be arranged symmetrically with, high pressure cover outer side surface offers and is through to high pressure admission mouth, and the high pressure admission hole be communicated with high pressure admission mouth, high pressure cover inner side surface symmetry offers two the high pressure gas holes run through, high pressure admission hole and high-pressure pipe are welded to connect, high pressure gas hole site is provided with high pressure air exhaust valve, the fan-shaped flank diaxon outside side press-in upper casing internal fixtion of high pressure cover coordinates,
Described high squeeze cap is made up of the flange plate of the hollow side wall of circle, chassis and protrusion, and flange plate offers the bolt hole run through, and chassis offers the penetration hole coordinating with main shaft respectively, weld with high-pressure exhaust pipe, high-pressure pipe;
Described rotor is connected with main shaft by connecting key, and energize low-pressure elliptic rotor and high pressure elliptic rotor rotate, and the inside of motor stator coordinates with rotor; In motor stator outside press-in lower housing;
Described main shaft, with septation cover cooperation position, offer radial oil leab with high pressure cover cooperation position, offers the oil leab of the bias run through vertically.
2. vertical totally-enclosed twin-stage elliptic rotor rotary compressor according to claim 1, it is characterized in that, the axis coinciding of described low pressure gas cylinder body and low pressure elliptic rotor, the internal diameter of low pressure gas cylinder body is consistent with the major axis dimension of low pressure elliptic rotor, and low pressure gas cylinder body is consistent with the axial length of low pressure elliptic rotor.
3. vertical totally-enclosed twin-stage elliptic rotor rotary compressor according to claim 1, it is characterized in that, the axis coinciding of described high pressure air cylinder body and high pressure elliptic rotor, the internal diameter of high pressure air cylinder body is consistent with the major axis dimension of high pressure elliptic rotor, and high pressure air cylinder body is consistent with the axial length of high pressure elliptic rotor.
4. vertical totally-enclosed twin-stage elliptic rotor rotary compressor according to claim 1, it is characterized in that, described upper casing offers the aperture of welding with low-pressure inlet pipe and low pressure exhaust pipe respectively run through vertically, and lower housing radially offers the aperture of welding with high-pressure pipe and high-pressure exhaust pipe respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520769268.1U CN205136014U (en) | 2015-09-29 | 2015-09-29 | Oval rotor rotary compressor of vertical totally closed doublestage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520769268.1U CN205136014U (en) | 2015-09-29 | 2015-09-29 | Oval rotor rotary compressor of vertical totally closed doublestage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205136014U true CN205136014U (en) | 2016-04-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520769268.1U Expired - Fee Related CN205136014U (en) | 2015-09-29 | 2015-09-29 | Oval rotor rotary compressor of vertical totally closed doublestage |
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| Country | Link |
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| CN (1) | CN205136014U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105179251A (en) * | 2015-09-29 | 2015-12-23 | 天津商业大学 | Vertical fully-closed two-stage revolving compressor with oval rotors |
| CN108799115A (en) * | 2018-08-03 | 2018-11-13 | 天津商业大学 | Become four cylinder Two-stage Compression compressor with rolling rotor of discharge capacity |
-
2015
- 2015-09-29 CN CN201520769268.1U patent/CN205136014U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105179251A (en) * | 2015-09-29 | 2015-12-23 | 天津商业大学 | Vertical fully-closed two-stage revolving compressor with oval rotors |
| CN108799115A (en) * | 2018-08-03 | 2018-11-13 | 天津商业大学 | Become four cylinder Two-stage Compression compressor with rolling rotor of discharge capacity |
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