CN105114040A - Energy-saving transmission device of pumping unit - Google Patents
Energy-saving transmission device of pumping unit Download PDFInfo
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- CN105114040A CN105114040A CN201510513743.3A CN201510513743A CN105114040A CN 105114040 A CN105114040 A CN 105114040A CN 201510513743 A CN201510513743 A CN 201510513743A CN 105114040 A CN105114040 A CN 105114040A
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Abstract
The invention provides an energy-saving transmission device of a pumping unit, and belongs to devices in the technical field of oil extracting and pumping of oilfields. The patent application number of the transmission device is 201310542738.6. A driving pulley is arranged at the left end of a driving shaft of the device; a primary transmission chain wheel is arranged at the right end of the driving shaft; a secondary driving chain wheel is fixed at the right end of a secondary transmission shaft; a secondary driven chain wheel is arranged at the left end of the secondary transmission shaft; a tertiary driving chain wheel, a reinforcing plate and a right crankshaft arm are fixed at the left end of a right crankshaft; a reinforcing plate and a left crankshaft arm are fixed at the right end of a left crankshaft; crank hinge pins are fixed in round holes formed in the fronts of the left crankshaft arm and the right crankshaft arm; a primary transmission chain sleeves an excircle of the primary transmission chain wheel and an excircle of the secondary driving chain wheel; a secondary transmission chain sleeves an excircle of the secondary driven chain wheel and an excircle of the tertiary driving chain wheel; because the diameter of the secondary driving chain wheel is 5-10 times greater than that of the primary transmission chain wheel, the device is a chain transmission decelerating device; and compared with a gear transmission decelerating device, the device has the feature that energy can be saved by 3-5%.
Description
One, technical field: the energy saving transmission apparatus of oil pumper belongs to the device in oil extraction in oil field technical field.
Two, background technology: the energy saving transmission apparatus of oil pumper is number of patent application: 201310542738.6, denomination of invention: the transmission device that well bar moves back and forth energy-saving pumping unit is made in crankshaft rotating coiling, current, the deceleration device of the beam pumping unit of oil extraction in oil field application is reductor, because reductor is meshed transmission gear, meshed transmission gear energy consumption is large, is because the frictional force that produces in engagement place of teeth greatly, consumes a large amount of energy in this; Chain drive is the rotation between cylinder and roller bearing, and the chain drive energy consumption particularly in oil bath is little; Adopt chain drive to slow down, reductor carries out deceleration and can reduce power consumption for 3-5% on year-on-year basis.
Three, summary of the invention: the object of the invention is to provide a kind of energy saving transmission apparatus of oil pumper, this device is arranged on application for a patent for invention number: in the oil pumper of 201310542738.6, the transmission of this device, and the bent axle that shafting oil machine is arranged rotates; It is characterized in that the rotation of drive pulley, driving shaft is rotated; The rotation of driving shaft, makes primary transmission sprocket wheel rotate; The diameter of secondary drive sprocket is 5 to 10 times of primary transmission sprocket diameter, be enclosed within the cylindrical of primary transmission sprocket wheel and secondary drive sprocket with primary transmission chain, secondary drive sprocket is arranged on the right-hand member of secondary drive shaft, secondary driven sprocket is arranged on the left end of secondary drive shaft, and three grades of drive sprocket diameters are 5 to 10 times of secondary driven sprocket diameter; Secondary transmission chain is enclosed within the cylindrical of three grades of drive sprockets and secondary driven sprocket, three grades of drive sprockets, gusset plate and right crank arm top be consolidation together, when driver pulley rotation, make driving shaft, primary transmission sprocket wheel rotates; Meanwhile, primary transmission chain moves, so secondary drive sprocket, secondary drive shaft and secondary driven sprocket rotate; Due to the rotation of secondary driven sprocket, secondary transmission chain is moved, so three grades of drive sprockets and bent axle rotate; Because this device is that chain drive is slowed down, chain is process in oil bath, and this device on year-on-year basis gear reduction unit carries out deceleration can to save energy be 3-5%.
The technical scheme that this device adopts is: the energy saving transmission apparatus of oil pumper, with Rack Body, secondary drive sprocket, primary transmission chain, primary axis bearing, driving shaft, primary transmission sprocket wheel, drive pulley, right crank arm, secondary bearing mounting, secondary drive shaft, right bent axle support, secondary transmission chain, three grades of drive sprockets, right bent axle, right bent axle bearing, secondary driven sprocket, left bent axle support, tie-beam, left bent axle bearing, left bent axle, left crank arm, crank-pin, gusset plate and secondary transmission bearing support formed, it is characterized in that: Rack Body is solid figure frame body, primary axis bearing is annular steel body, is provided with bearing at the center of annular steel body, the handle of consolidation strip steel body on the cylindrical of annular steel body, driving shaft and secondary drive shaft are all cylindrical steel bodies, be respectively equipped with and shrink circle in the two ends of cylindrical steel body, left and right crank arm is strip steel body, is respectively equipped with symmetrical circular hole in the two ends of strip steel body, secondary bearing mounting is three-dimensional steelframe, is provided with platform above steelframe, is respectively equipped with strip through hole in the front and rear side of platform, right, left bent axle support is square steel pipe, right, left bent axle is cylindrical steel body, is provided with shrinks circle at the two ends of cylindrical steel body, left and right bent axle bearing and secondary transmission bearing support are cylindrical shape steel bodies, are provided with bearing at the two ends of cylindrical shape steel body, tie-beam is one section of channel-section steel, crank-pin is cylindrical shape steel body, in the two ends of cylindrical shape steel body, be provided with bearing, in bearing in circular hole, installs the axle of cylindrical steel body, gusset plate is circular or elongate steel plate, the formation of this device: the link beam two ends of this device are cemented in the middle below of Rack Body front column, the inner side difference consolidation of a distance in tie-beam two ends primary axis bearing, driving shaft is installed, the left end consolidation drive pulley of driving shaft in the dead eye of this bearing support, the right-hand member consolidation primary transmission sprocket wheel of driving shaft, the lower end of secondary bearing mounting is cemented in above the right side of front portion, chassis of Rack Body, the top consolidation secondary transmission bearing support of secondary bearing mounting, device secondary drive shaft in the dead eye in secondary transmission bearing support, the right-hand member consolidation secondary drive sprocket of secondary drive shaft, the left end consolidation secondary driven sprocket of secondary drive shaft, primary transmission chain is enclosed within the cylindrical of primary transmission sprocket wheel and secondary drive sprocket, and the diameter that the diameter of secondary drive sprocket is greater than primary transmission sprocket wheel is 5 to 10 times, there are the middle, top being cemented in Rack Body chassis length of spacing, the top of left and right bent axle support in the lower end of left and right bent axle support, and consolidation left and right crankshaft base respectively, device bearing in left and right crankshaft base, in dead eye in left and right crankshaft base, install left and right bent axle respectively, the left end of right bent axle is put at three grades of drive sprockets, carries out consolidation in the centre bore of gusset plate and after right crank arm in stomidium, the right-hand member of left bent axle is put into and is fixed in the centre bore of gusset plate and in the hole of left crank arm rear end, the axle of crank-pin is installed in the circular hole that left and right crank arm leading portion is provided with, secondary transmission chain is enclosed within the cylindrical of three grades of drive sprockets and secondary driven sprocket, and the diameter that the diameter of three grades of drive sprockets is greater than secondary driven sprocket is 5 to 10 times.
The advantage of this device is: this device is that with the speed transmission of drive pulley to primary transmission sprocket wheel, secondary drive sprocket, secondary driven sprocket and three grades of drive sprockets, make crank rotation by the speed transmission of motor rotation on drive pulley; Chain conveyer due to this device is deceleration transmission, makes the speed of bent axle coiling reach speed required for oil pumping, with chaindriven speed reducing ratio according to gear-driven retarded motion, can save the energy that power consumption is 3-5%.
Four, accompanying drawing illustrates:
Fig. 1 is the main apparent structure schematic diagram of the energy saving transmission apparatus of oil pumper.
Fig. 2 is the left apparent structure schematic diagram of Fig. 1.
Fig. 3 be Fig. 1 overlook schematic diagram of structure.
Five, detailed description of the invention: be described in detail below in conjunction with Fig. 1 to Fig. 3, in Fig. 1 to Fig. 3, the energy saving transmission apparatus of oil pumper, with Rack Body 1, secondary drive sprocket 2, primary transmission chain 3, primary axis bearing 4, driving shaft 5, primary transmission sprocket wheel 6, drive pulley 7, right crank arm 8, secondary bearing mounting 9, secondary drive shaft 10, crank arm support 11 in the right side, secondary transmission chain 12, three grades of drive sprockets 13, right bent axle 14, right bent axle bearing 15, secondary driven sprocket 16, left bent axle support 17, tie-beam 18, left bent axle bearing 19, left bent axle 20, left crank arm 21, crank-pin 22, gusset plate 23 and secondary transmission bearing support 24 formed, it is characterized in that: Rack Body 1 is solid figure frame body, primary axis bearing 4 is annular steel bodies, is provided with bearing at the center of annular steel body, the handle of consolidation strip steel body on the cylindrical of annular steel body, driving shaft 5 and secondary drive shaft 10 are all cylindrical steel bodies, be respectively equipped with and shrink circle in the two ends of cylindrical steel body, left and right crank arm 21,8 is strip steel bodies, is respectively equipped with symmetrical circular hole in the two ends of strip steel body, secondary bearing mounting 9 is three-dimensional steelframes, is provided with platform above steelframe, is respectively equipped with strip through hole in the front and rear side of platform, right, left bent axle support 11,17 is square steel pipes, right, left bent axle 14,20 is cylindrical steel bodies, is provided with shrinks circle at the two ends of cylindrical steel body, left and right bent axle bearing 15,19 and secondary transmission bearing support 24 are cylindrical shape steel bodies, are provided with bearing at the two ends of cylindrical shape steel body, tie-beam 18 is one section of channel-section steel, crank-pin 22 is cylindrical shape steel bodies, in the two ends of cylindrical shape steel body, be provided with bearing, in bearing in circular hole, installs the axle of cylindrical steel body, gusset plate 23 is circular or elongate steel plate, the formation of this device: tie-beam 18 two ends of this device are cemented in the middle below of Rack Body 1 front column, the inner side difference consolidation of a distance in tie-beam 18 two ends primary axis bearing 4, driving shaft 5 is installed in the dead eye of this bearing support 4, the left end consolidation drive pulley 7 of driving shaft 5, the right-hand member consolidation primary transmission sprocket wheel 6 of driving shaft 5, the lower end of secondary bearing mounting 9 is cemented in above the right side of front portion, chassis of Rack Body 1, the top consolidation secondary transmission bearing support 24 of secondary bearing mounting 9, device secondary drive shaft 10 in the dead eye in secondary transmission bearing support 24, secondary drive shaft 10 right-hand member consolidation secondary drive sprocket 2, the left end consolidation secondary driven sprocket 16 of secondary drive shaft 10, primary transmission chain 3 is enclosed within the cylindrical of primary transmission sprocket wheel 6 and secondary drive sprocket 2, and it is 5 to 10 times that the diameter of secondary drive sprocket 2 is greater than primary transmission sprocket wheel 6 diameter, there is the middle, top being cemented in Rack Body 1 chassis length of spacing the lower end of left and right bent axle support 17,11, the top of left and right bent axle support 17,11, and consolidation left and right crankshaft base 19,15 respectively, device bearing in left and right crankshaft base 19,15, in dead eye in left and right crankshaft base 19,15, install left and right bent axle 20,14 respectively, the left end of right bent axle 14 is put into and carry out consolidation in the centre bore of three grades of drive sprockets 13, gusset plate 23 and in the hole of right crank arm 8 rear end, the right-hand member of left bent axle 20 is put into and is fixed in the centre bore of gusset plate 23 and in the hole of left crank arm 21 rear end, the axle of crank-pin 22 is installed in the circular hole that left and right crank arm 21,8 front end is provided with, secondary transmission chain 12 is enclosed within the cylindrical of three grades of drive sprockets 13 and secondary driven sprocket 16, and the diameter that the diameter of three grades of drive sprockets 13 is greater than secondary driven sprocket 16 is 5 to 10 times.
Claims (5)
1. the energy saving transmission apparatus of oil pumper is with Rack Body (1), secondary drive sprocket (2), primary transmission chain (3), primary axis bearing (4), driving shaft (5), primary transmission sprocket wheel (6), drive pulley (7), right crank arm (8), secondary bearing mounting (9), secondary drive shaft (10), right bent axle support (11), secondary transmission chain (12), three grades of drive sprockets (13), right bent axle (14), right bent axle bearing (15), secondary driven sprocket (16), left bent axle support (17), tie-beam (18), left crankshaft base (19), left bent axle (20), left crank arm (21), crank-pin (22), gusset plate (23) and secondary transmission bearing support (24) formed, it is characterized in that: tie-beam (18) two ends of this device are cemented in the middle below that machine adds support body (1) front column, the inner side difference consolidation of a distance in tie-beam (18) two ends primary axis bearing (4), driving shaft (5) is installed in the dead eye of this bearing support (4), the left end consolidation drive pulley (7) of driving shaft (5), right-hand member consolidation primary transmission sprocket wheel (6) of driving shaft (5), the lower end of secondary bearing mounting (9) is cemented in above the right side of the front portion, chassis of Rack Body (1), top consolidation secondary transmission bearing support (24) of secondary bearing mounting (9), device secondary drive shaft (10) in the dead eye in secondary transmission bearing support (24), secondary drive shaft (10) right-hand member consolidation secondary drive sprocket (2), left end consolidation secondary driven sprocket (16) of secondary drive shaft (10), primary transmission chain (3) is enclosed within the cylindrical of primary transmission sprocket wheel (6) and secondary drive sprocket (2), and it is 5 to 10 times that the diameter of secondary drive sprocket (2) is greater than primary transmission sprocket wheel (6) diameter, there is the middle, top being cemented in Rack Body (1) chassis length of spacing the lower end of left and right bent axle support (17), (11), the top of left and right bent axle support (17), (11), consolidation left and right crankshaft base (19), (15) respectively, left and right crankshaft base (19), (15) interior device bearing, in dead eye in left and right crankshaft base (19), (15), install left and right bent axle (20), (14) respectively, the left end of right bent axle (14) is put into three grades of drive sprockets (13), carries out consolidation in the centre bore of gusset plate (23) and in the hole of right crank arm (8) rear end, the right-hand member of left bent axle (20) is put into and is fixed in the centre bore of gusset plate (23) and in the hole of left crank arm (21) rear end, the axle of crank-pin (22) is installed in the circular hole that left and right crank arm (21), (8) front end are provided with, secondary transmission chain (12) is enclosed within the cylindrical of three grades of drive sprockets (13) and secondary driven sprocket (16), and the diameter that the diameter of three grades of drive sprockets (13) is greater than secondary driven sprocket (16) is 5 to 10 times.
2. the energy saving transmission apparatus of oil pumper according to claim 1, is characterized in that: Rack Body (1) is solid figure frame body.
3. the energy saving transmission apparatus of oil pumper according to claim 1, is characterized in that: primary axis bearing (4) is annular steel body, is provided with bearing at the center of annular steel body, the handle of consolidation strip steel body on the cylindrical of annular steel body.
4. the energy saving transmission apparatus of oil pumper according to claim 1, is characterized in that: left and right crank arm (21), (8) are strip steel bodies, is respectively equipped with symmetrical circular hole in the two ends of strip steel body.
5. the energy saving transmission apparatus of oil pumper according to claim 1, it is characterized in that: left and right bent axle bearing (15), (19) and secondary transmission bearing support (24) are cylindrical shape steel bodies, are provided with bearing at the two ends of cylindrical shape steel body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510513743.3A CN105114040A (en) | 2015-08-15 | 2015-08-15 | Energy-saving transmission device of pumping unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510513743.3A CN105114040A (en) | 2015-08-15 | 2015-08-15 | Energy-saving transmission device of pumping unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105114040A true CN105114040A (en) | 2015-12-02 |
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ID=54662126
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510513743.3A Pending CN105114040A (en) | 2015-08-15 | 2015-08-15 | Energy-saving transmission device of pumping unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105114040A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106869868A (en) * | 2017-03-29 | 2017-06-20 | 毛国武 | Both arms shake line makees well bar and moves back and forth energy-saving pumping unit |
| CN108728957A (en) * | 2018-06-28 | 2018-11-02 | 青岛诚利佳机械有限公司 | A kind of novel bowling machine transmission system |
-
2015
- 2015-08-15 CN CN201510513743.3A patent/CN105114040A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106869868A (en) * | 2017-03-29 | 2017-06-20 | 毛国武 | Both arms shake line makees well bar and moves back and forth energy-saving pumping unit |
| CN108728957A (en) * | 2018-06-28 | 2018-11-02 | 青岛诚利佳机械有限公司 | A kind of novel bowling machine transmission system |
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| C06 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20151202 |
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| WD01 | Invention patent application deemed withdrawn after publication |