CN203820626U - Bottom transmission system of tube bottle making machine - Google Patents
Bottom transmission system of tube bottle making machine Download PDFInfo
- Publication number
- CN203820626U CN203820626U CN201420210529.1U CN201420210529U CN203820626U CN 203820626 U CN203820626 U CN 203820626U CN 201420210529 U CN201420210529 U CN 201420210529U CN 203820626 U CN203820626 U CN 203820626U
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Abstract
The utility model discloses a bottom transmission system of a tube bottle making machine, which belongs to the field of tube glass bottle production equipment. A power output device comprises a gearbox output mechanism and a motor output mechanism; the gearbox output mechanism is connected with a part A rotating disc cutting transmission mechanism and is used for driving the part A rotating disc cutting transmission mechanism to rotate; a part B rotating disc cutting transmission mechanism is fixedly mounted on one side of a part A cutter base (1) through a part B cutter base (32) and is connected with an input shaft of the part A rotating disc cutting transmission mechanism through a connection transmission structure; the part A rotating disc cutting transmission mechanism is used for driving the part B rotating disc cutting transmission mechanism to revolute through the input shaft; and the motor output mechanism is respectively connected with the part A rotating disc cutting transmission mechanism and the part B rotating disc cutting transmission mechanism, thereby achieving rotation of clamps of two groups of cutting transmission mechanisms. By adopting the bottom transmission system, a mechanical transmission structure is simplified, the equipment reliability is improved, the stability of the transmission process is ensured, and thus the making precision of a tube bottle and the pass percent of a finished product are improved.
Description
Technical field
Pipe-produced glass bottle bottle-making machine bottom driving system, belongs to pipe-produced glass bottle production unit field.
Background technology
At present, the major equipment of domestic production pipe-produced glass bottle is ZP-18 type bottle-making machine, this kind of control bottle-making machine be the sixties in last century China from external introduction, so far used more than 70 year, but never larger improvement, along with the bottle processed of bottle-making machine industry requires to improve gradually, this bottle-making machine structurally, particularly in transmission system, can not meet the demand of current production, the particularly transmission system of bottle-making machine bottom, there is complex structure, transmission accuracy is low, regulate inconvenient, the problems such as maintenance difficulty is large, accordingly, equipment frequency of maintenance is in use higher, maintenance cost is high, bring inconvenience to production.
Summary of the invention
Technical problem to be solved in the utility model is: overcome the deficiencies in the prior art, provide a kind of compact construction, transmission accuracy high, easy to adjust, be convenient to the pipe-produced glass bottle bottle-making machine bottom driving system safeguarded.
The technical scheme that the utility model solves its technical problem employing is: this pipe-produced glass bottle bottle-making machine bottom driving system, comprise the PTO that is arranged on bottom, it is characterized in that: described PTO comprises wheel box output mechanism and motor output mechanism, wheel box output mechanism connects A portion rotating disk and cuts apart transmission rig and drive it that rotation occurs, B portion rotating disk is cut apart transmission rig and is fixedly mounted on A part cutter base one side by B part cutter base, and connect by connection for transmission structure the input shaft that A portion rotating disk is cut apart transmission rig, A portion rotating disk is cut apart transmission rig and is driven B portion rotating disk to cut apart transmission rig by input shaft to revolve round the sun, motor output mechanism connects respectively that A portion rotating disk is cut apart transmission rig and B portion rotating disk is cut apart transmission rig, the chuck rotation that realizes two components and cut transmission rig.
Preferably, described wheel box output mechanism comprises worm wheel gearbox and worm-gear output shaft, and worm gear output chain gear is installed in worm-gear output shaft end, connects A portion rotating disk cut apart transmission rig by worm gear output chain gear; Motor output mechanism comprises motor, chuck rotation main drive shaft and chuck rotation output chain gear, motor connecting clip rotation main drive shaft, chuck rotation main drive shaft output terminal is installed chuck rotation output chain gear, connects B portion rotating disk cut apart transmission rig bottom by chuck rotation output chain gear.
Preferably, described connection for transmission structure is chain sprocket mechanism, comprise the axle that is in transmission connection, input sprocket, connection sprocket wheel and driving chain wheel, axle one end installation that is in transmission connection connects sprocket wheel, A portion rotating disk is cut apart input shaft one end installation input sprocket of transmission rig, input sprocket connects sprocket wheel by chain, connects sprocket wheel by chain connection for transmission sprocket wheel.
Further, described A portion rotating disk is cut apart transmission rig and is comprised A part cutter, A portion transmission shaft, A part cutter input shaft and A portion rotation main shaft, A part cutter is arranged on A part cutter base top by A portion rotation main shaft, A part cutter input shaft one end installation action sprocket wheel and from rotary chain wheel side by side; A portion transmission shaft is provided with action and connects sprocket wheel, the first tapered gear unit, mould wheel folding cam, fuse lifter cam and the second tapered gear unit, and action sprocket wheel connects sprocket wheel by chain connecting moves;
Mould wheel folding assembly, fuse lifting assembly and bottle fixed length drive assembly are equipped with in A part cutter top, mould wheel folding cam connection mode wheel folding assembly is realized the folding of two groups of mould wheels, fuse lifter cam connection fuse lifting assembly is realized fuse and is moved up and down, the second tapered gear unit connects and the vertically disposed fixed length drive assembly of A portion transmission shaft, and the fixed length that realizes bottle by coiling fixed length driving mechanism is cut apart.
Further, described B portion rotating disk is cut apart transmission rig and is comprised B part cutter, B portion chuck opening assembly, B portion chuck closing assembly, B portion rotation assembly and B part cutter base, B part cutter is arranged on B part cutter base by B portion rotation assembly, and B part cutter both sides are provided with B portion chuck opening assembly and the B portion chuck closing assembly of controlling chuck folding.
Further, described B portion chuck opening assembly and B portion chuck closing assembly are arranged on respectively the axle two ends that are in transmission connection, comprise respectively cam, rocking arm, guideway, briquetting and slide block, B portion chuck opening cam and B portion chuck are closed cam and are arranged on respectively the axle two ends that are in transmission connection, and are connected with B portion chuck unlatching rocking arm and B portion chuck closure rocker arm formation contact respectively; B portion chuck is opened rocking arm and is fixedly connected with respectively the slide block on guideway with B portion chuck closure rocker arm top, and B portion chuck unlatching briquetting is installed respectively in both sides, slide block top and B portion chuck is closed briquetting.
Further, described B portion rotation assembly comprises that splined shaft, the 3rd tapered gear unit, chuck rotating gear and chuck are from rotary chain wheel, splined shaft top is by chuck rotating gear connecting clip bottom, the 3rd tapered gear unit is installed in splined shaft bottom, a coaxial connecting clip of tapered gear of the 3rd tapered gear unit is from rotary chain wheel, and chuck connects the rotation output chain gear of motor output mechanism by chain from rotary chain wheel.
Compared with prior art, the beneficial effect that the utility model has is:
1, whole drive system structure compactness, compare transmission system in the past, adopt the transmission rigs such as chain, sprocket wheel and tapered gear unit to be in transmission connection, when having simplified mechanical transmission structure, improve equipment dependability, ensure the stationarity of transmission process, thereby improved manufacturing accuracy and the product qualified rate of pipe-produced glass bottle.
2, the lifting action of mechanism is realized by high-precision standardized component such as the guideways that vertically arranges up and down, has improved mobile accuracy and the work-ing life of equipment, has reduced maintenance difficulty, thereby has reduced the requirement to maintenance mans, has reduced maintenance cost.
3, PTO comprises wheel box output mechanism and motor output mechanism, wheel box output mechanism connects A portion rotating disk and cuts apart transmission rig and drive it that rotation occurs, motor output mechanism connects respectively that A portion rotating disk is cut apart transmission rig and B portion rotating disk is cut apart transmission rig, realize two components and cut the chuck rotation of transmission rig, the action of each assembly is controlled respectively, interrelated again, simplify the mechanical mechanism of equipment, thereby reduced manufacturing cost.
Brief description of the drawings
Fig. 1 is the three-dimensional icon intention in pipe-produced glass bottle bottle-making machine bottom driving system left side.
Fig. 2 is the three-dimensional icon intention on pipe-produced glass bottle bottle-making machine bottom driving system right side.
Wherein: 1, A part cutter base 2, A part cutter 3, worm wheel gearbox 4, worm gear output chain gear 5, action sprocket wheel 6, action connects sprocket wheel 7, A portion transmission shaft 8, the first tapered gear unit 9, mould wheel folding cam 10, from rotary chain wheel 11, fuse lifter cam 12, fuse elevating rocker arm 13, fuse lifting push rod 14, fuse centering driving cam 15, the second tapered gear unit 16, rotation output chain gear 17, chuck is from rotary chain wheel 18, splined shaft 19, rotation input sprocket 20, the tapered gear unit 21 of rotation, fixed length drive axle 22, input sprocket 23, connect sprocket wheel 24, B part cutter 25, driving chain wheel 26, B portion chuck opening cam 27, B portion chuck is opened rocking arm 28, B portion chuck is opened guideway 29, B portion chuck is opened briquetting 30, back up pad 31, axle 32 is in transmission connection, B part cutter base 33, chuck rotation main drive shaft 34, the 3rd tapered gear unit 35, chuck rotating gear 36, B portion chuck closure rocker arm 37, B portion chuck is closed cam 38, B portion chuck is closed guideway 39, B portion chuck is closed briquetting 40, A portion rotation main shaft 41, A portion chuck component 42, B portion chuck component.
Embodiment
Fig. 1 ~ 2nd, most preferred embodiment of the present utility model, is described further below in conjunction with 1 ~ 2 pair of the utility model of accompanying drawing.
Attached Fig. 1 and 2 of reference: pipe-produced glass bottle bottle-making machine bottom driving system, comprise the PTO that is arranged on bottom, PTO comprises wheel box output mechanism and motor output mechanism, wheel box output mechanism connects A portion rotating disk and cuts apart transmission rig and drive it that rotation occurs, B portion rotating disk is cut apart transmission rig and is fixedly mounted on A part cutter base 1 one sides by B part cutter base 32, and connect by connection for transmission structure the input shaft that A portion rotating disk is cut apart transmission rig, A portion rotating disk is cut apart transmission rig and is driven B portion rotating disk to cut apart transmission rig by input shaft to revolve round the sun, motor output mechanism connects respectively that A portion rotating disk bottle is cut apart transmission rig and B portion rotating disk is cut apart transmission rig, the chuck rotation that realizes two components and cut transmission rig.
Back up pad 30 is arranged on the top of A part cutter 2; A portion transmission shaft 7 is connected with back up pad 30 by bearing support; Two sleeve-bearings have also been installed above back up pad 30; Fuse centering driving cam 14 is arranged on this bearing support; Two cover fuse elevating rocker arms 12 are also arranged in back up pad 30, and fixed length drive axle 21 is fixed on back up pad 30 by bearing support.
The top that A portion rotating disk is cut apart the A part cutter 2 of transmission rig is provided with A portion chuck component 41, and A portion chuck component 41 bottoms are mounted on the chuck rotation main drive shaft 33 of the motor output mechanism in A part cutter base 1 by A portion rotation main shaft 40; B part cutter 24 tops that B portion rotating disk is cut apart transmission rig are provided with B portion chuck component 42, and B portion chuck component 42 bottoms are taken turns and connected splined shaft 18 by multiple sets of teeth.
Wheel box output mechanism and motor output mechanism are all arranged on A part cutter base 1 inside, wheel box output mechanism comprises worm wheel gearbox 3 and worm-gear output shaft, worm gear output chain gear 4 is installed in worm-gear output shaft end, connects A portion rotating disk cut apart transmission rig by worm gear output chain gear 4; Motor output mechanism comprises motor, the tapered gear unit 20 of rotation, chuck rotation main drive shaft 33 and chuck rotation output chain gear 16, motor connecting clip rotation main drive shaft 33 input terminuss, the tapered gear unit 20 of rotation is installed on chuck rotation main drive shaft 33 input terminuss, connect A portion rotation main shaft 40 by the tapered gear unit 20 of rotation, chuck rotation main drive shaft 33 output terminals are installed chuck rotation output chain gear 16, connect B portion rotating disk cut apart transmission rig bottom by chuck rotation output chain gear 16.
Connection for transmission structure is chain sprocket mechanism, comprise the axle 31 that is in transmission connection, input sprocket 22, connect sprocket wheel 23 and driving chain wheel 25, axle 31 levels that are in transmission connection run through and are fixed in B part cutter base 32, the axle 31 one end installations that are in transmission connection connect sprocket wheel 23, A portion rotating disk is cut apart input shaft one end installation input sprocket 22 of transmission rig, input sprocket 22 connects sprocket wheel 23 by chain, connects sprocket wheel 23 by chain connection for transmission sprocket wheel 25.
A portion rotating disk is cut apart transmission rig and is comprised A part cutter 2, A portion transmission shaft 7, A part cutter 2 input shafts and A portion rotation main shaft 40, A part cutter 2 is arranged on A part cutter base 1 top by A portion rotation main shaft 40, A part cutter 2 input shaft one end installation action sprocket wheel 5 and from rotary chain wheel 10 side by side; A portion transmission shaft 7 is provided with action and connects sprocket wheel 6, the first tapered gear unit 8, mould wheel folding cam 9, fuse lifter cam 11 and the second tapered gear unit 15, and action sprocket wheel 5 connects sprocket wheel 6 by chain connecting moves;
Mould wheel folding assembly, fuse lifting assembly and bottle fixed length drive assembly are equipped with in A part cutter 2 tops, mould wheel folding cam 9 connection mode wheel folding assemblies are realized the folding of two groups of mould wheels, the fuse of realizing that fuse lifter cam 11 connects fuse lifting assembly moves up and down, fuse lifting assembly comprises fuse elevating rocker arm 12, fuse lifting push rod 13 and fuse centering driving cam 14, fuse lifter cam 11 contacts connect fuse elevating rocker arm 12, and fuse elevating rocker arm 12 tops connect fuse lifting push rod 13; The first tapered gear unit 8 connects fuse centering driving cam 14, thereby drives fuse centering driving cam 14 to rotate; The second tapered gear unit 15 connects and the vertically disposed fixed length drive assembly of A portion transmission shaft 7, and the fixed length that realizes bottle by coiling fixed length driving mechanism is cut apart.
B portion rotating disk is cut apart transmission rig and is comprised B part cutter 24, B portion chuck opening assembly, B portion chuck closing assembly, B portion rotation assembly and B part cutter base 32, B part cutter 24 is arranged on B part cutter base 32 by B portion rotation assembly, and B part cutter 24 both sides are provided with B portion chuck opening assembly and the B portion chuck closing assembly of controlling chuck folding.
B portion chuck opening assembly and B portion chuck closing assembly are arranged on respectively axle 31 two ends that are in transmission connection, and B portion chuck opening assembly comprises that B portion chuck opening cam 26, B portion chuck are opened rocking arm 27, B portion chuck opens guideway 28 and B portion chuck is opened briquetting 29; B portion chuck closing assembly comprises that B portion chuck is closed cam 37, B portion chuck closure rocker arm 36, B portion chuck closes guideway 38 and B portion chuck is closed briquetting 39.B portion chuck opening cam 26 and B portion chuck are closed cam 37 and are arranged on respectively axle 31 two ends that are in transmission connection, and open rocking arm 27 and B portion chuck closure rocker arm 36 with B portion chuck respectively and form contact and be connected; B portion chuck is opened rocking arm 27 and is fixedly connected with respectively the slide block on guideway with B portion chuck closure rocker arm 36 tops, and B portion chuck unlatching briquetting 29 is installed respectively in both sides, slide block top and B portion chuck is closed briquetting 39.
B portion rotation assembly comprises that splined shaft 18, the 3rd tapered gear unit 34, chuck rotating gear 35 and chuck are from rotary chain wheel 17, splined shaft 18 tops are by chuck rotating gear 35 connecting clip bottoms, the 3rd tapered gear unit 34 is installed in splined shaft 18 bottoms, a coaxial connecting clip of tapered gear of the 3rd tapered gear unit 34 is from rotary chain wheel 17, and chuck connects the rotation output chain gear 16 of motor output mechanism by chain from rotary chain wheel 17.
Working process: this pipe-produced glass bottle bottle-making machine bottom driving system is divided into entirety revolution and rotation separately in the time of work.
A portion rotating disk is cut apart the transmission process that transmission rig and B portion rotating disk are cut apart transmission rig revolution mechanism: revoluting motor drives worm wheel gearbox 3 to rotate, worm gear output chain gear 4 on output shaft of gear-box drives from rotary chain wheel 10, by drive A part cutter 2 to rotate from rotary chain wheel 10;
The sprocket wheel 5 that simultaneously moves is moved and is connected sprocket wheel 6 by chain-driving, action connects sprocket wheel 6 and drives A portion transmission shaft 7 to rotate, A portion transmission shaft 7 drives the first tapered gear unit 8 simultaneously, mould wheel folding cam 9, fuse lifter cam 11 and the second tapered gear unit 15 synchronously rotate, mould wheel folding cam 9 is with dynamic model wheel folding assembly to realize the folding of two groups of mould wheels, what fuse lifter cam 11 drove that fuse lifting assembly moves up and down realizes fuse lifting, the first tapered gear unit 8 drives fuse centering driving cam 14 to rotate, the fixed length that the second tapered gear unit 15 drives fixed length drive assembly to realize bottle is cut apart.
Meanwhile, the input sprocket 22 that is arranged on A part cutter 2 opposite sides connects sprocket wheel 23 by chain-driving, connecting sprocket wheel 23 drives the axle 31 that is in transmission connection to rotate, connect sprocket wheel 23 rotates by chain-driving driving chain wheel 25 simultaneously, drive the input shaft of B part cutter 24 to rotate by driving chain wheel 25, thereby drive B part cutter 24 to rotate.
B portion chuck is opened transmission process: B portion chuck opening cam 26 rotates under the drive of the axle 31 that is in transmission connection, thereby driving B portion chuck to open rocking arm 27 swings up and down, B portion chuck is opened rocking arm 27 and is done up and down translational motion by the slide block that drives B portion chuck to open guideway 28 of winning in succession, and the B portion chuck unlatching briquetting 29 that is arranged on the slide block top of B portion chuck unlatching guideway 28 also moves up and down thereupon, thereby B portion chuck is pulled open.
The closed transmission process of B portion chuck: B portion chuck is closed cam 37 and rotated under the drive of the axle 31 that is in transmission connection, thereby drive B portion chuck closure rocker arm 36 to swing up and down, the slide block that B portion chuck closure rocker arm 36 drives B portion chuck to close guideway 38 by connecting plate does upper and lower translational motion, be arranged on B portion chuck and close the B portion chuck on the slide block top of guideway 38 and close briquetting 39 and also move up and down, thereby B portion chuck is closed.
A portion chuck component 41 rotation transmission process: spinning motor drives chuck rotation main drive shaft 33 to rotate by rotation input sprocket 19, chuck rotation main drive shaft 33 drives A portion rotation main shaft 40 to rotate by the tapered gear unit 20 of rotation, thereby drives A portion chuck component 41 to rotate.The rotation output chain gear 16 that is arranged on chuck rotation main drive shaft 33 the other ends rotates from rotary chain wheel 17 by chain-driving chuck, chuck drives splined shaft 18 to rotate by the 3rd tapered gear unit 34 again from rotary chain wheel 17, splined shaft 18 drives chuck rotating gear 35 to rotate again, thereby drives B portion chuck component 42 to rotate by chuck rotating gear 35.
The above, it is only preferred embodiment of the present utility model, be not the restriction of the utility model being made to other form, any those skilled in the art may utilize the technology contents of above-mentioned announcement to be changed or be modified as the equivalent embodiment of equivalent variations.But every technical solutions of the utility model content that do not depart from, any simple modification, equivalent variations and the remodeling above embodiment done according to technical spirit of the present utility model, still belong to the protection domain of technical solutions of the utility model.
Claims (7)
1. pipe-produced glass bottle bottle-making machine bottom driving system, comprise the PTO that is arranged on bottom, it is characterized in that: described PTO comprises wheel box output mechanism and motor output mechanism, wheel box output mechanism connects A portion rotating disk and cuts apart transmission rig and drive it that rotation occurs, B portion rotating disk is cut apart transmission rig and is fixedly mounted on A part cutter base (1) one side by B part cutter base (32), and connect by connection for transmission structure the input shaft that A portion rotating disk is cut apart transmission rig, A portion rotating disk is cut apart transmission rig and is driven B portion rotating disk to cut apart transmission rig by input shaft to revolve round the sun, motor output mechanism connects respectively that A portion rotating disk is cut apart transmission rig and B portion rotating disk is cut apart transmission rig, the chuck rotation that realizes two components and cut transmission rig.
2. pipe-produced glass bottle bottle-making machine bottom driving system according to claim 1, it is characterized in that: described wheel box output mechanism comprises worm wheel gearbox (3) and worm-gear output shaft, worm gear output chain gear (4) is installed in worm-gear output shaft end, connects A portion rotating disk cut apart transmission rig by worm gear output chain gear (4); Motor output mechanism comprises motor, chuck rotation main drive shaft (33) and chuck rotation output chain gear (16), motor connecting clip rotation main drive shaft (33), chuck rotation main drive shaft (33) output terminal is installed chuck rotation output chain gear (16), connects B portion rotating disk cut apart transmission rig bottom by chuck rotation output chain gear (16).
3. pipe-produced glass bottle bottle-making machine bottom driving system according to claim 1, it is characterized in that: described connection for transmission structure is chain sprocket mechanism, comprise the axle that is in transmission connection (31), input sprocket (22), connect sprocket wheel (23) and driving chain wheel (25), axle (31) one end installation that is in transmission connection connects sprocket wheel (23), A portion rotating disk is cut apart input shaft one end installation input sprocket (22) of transmission rig, input sprocket (22) connects sprocket wheel (23) by chain, connects sprocket wheel (23) by chain connection for transmission sprocket wheel (25).
4. pipe-produced glass bottle bottle-making machine bottom driving system according to claim 1, it is characterized in that: described A portion rotating disk is cut apart transmission rig and comprised A part cutter (2), A portion transmission shaft (7), A part cutter (2) input shaft and A portion rotation main shaft (40), A part cutter (2) is arranged on A part cutter base (1) top by A portion rotation main shaft (40), A part cutter (2) input shaft one end installation action sprocket wheel (5) and from rotary chain wheel (10) side by side; A portion transmission shaft (7) is provided with action and connects sprocket wheel (6), the first tapered gear unit (8), mould wheel folding cam (9), fuse lifter cam (11) and the second tapered gear unit (15), and action sprocket wheel (5) connects sprocket wheel (6) by chain connecting moves;
Mould wheel folding assembly, fuse lifting assembly and bottle fixed length drive assembly are equipped with in A part cutter (2) top, mould wheel folding cam (9) connection mode wheel folding assembly is realized the folding of two groups of mould wheels, fuse lifter cam (11) connection fuse lifting assembly is realized fuse and is moved up and down, the second tapered gear unit (15) connects and the vertically disposed fixed length drive assembly of A portion transmission shaft (7), and the fixed length that realizes bottle by coiling fixed length driving mechanism is cut apart.
5. pipe-produced glass bottle bottle-making machine bottom driving system according to claim 1, it is characterized in that: described B portion rotating disk is cut apart transmission rig and comprised B part cutter (24), B portion chuck opening assembly, B portion chuck closing assembly, B portion rotation assembly and B part cutter base (32), it is upper that B part cutter (24) is arranged on B part cutter base (32) by B portion rotation assembly, and B part cutter (24) both sides are provided with B portion chuck opening assembly and the B portion chuck closing assembly of controlling chuck folding.
6. pipe-produced glass bottle bottle-making machine bottom driving system according to claim 5, it is characterized in that: described B portion chuck opening assembly and B portion chuck closing assembly are arranged on respectively the axle that is in transmission connection (31) two ends, comprise respectively cam, rocking arm, guideway, briquetting and slide block, B portion chuck opening cam (26) and B portion chuck are closed cam (37) and are arranged on respectively the axle that is in transmission connection (31) two ends, and are connected with B portion chuck unlatching rocking arm (27) and B portion chuck closure rocker arm (36) formation contact respectively; B portion chuck is opened rocking arm (27) and is fixedly connected with respectively the slide block on guideway with B portion chuck closure rocker arm (36) top, and B portion chuck unlatching briquetting (29) is installed respectively in both sides, slide block top and B portion chuck is closed briquetting (39).
7. pipe-produced glass bottle bottle-making machine bottom driving system according to claim 5, it is characterized in that: described B portion rotation assembly comprises splined shaft (18), the 3rd tapered gear unit (34), chuck rotating gear (35) and chuck are from rotary chain wheel (17), splined shaft (18) top is by chuck rotating gear (35) connecting clip bottom, the 3rd tapered gear unit (34) is installed in splined shaft (18) bottom, a coaxial connecting clip of tapered gear of the 3rd tapered gear unit (34) is from rotary chain wheel (17), chuck connects the rotation output chain gear (16) of motor output mechanism by chain from rotary chain wheel (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420210529.1U CN203820626U (en) | 2014-04-28 | 2014-04-28 | Bottom transmission system of tube bottle making machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420210529.1U CN203820626U (en) | 2014-04-28 | 2014-04-28 | Bottom transmission system of tube bottle making machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203820626U true CN203820626U (en) | 2014-09-10 |
Family
ID=51476146
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420210529.1U Expired - Fee Related CN203820626U (en) | 2014-04-28 | 2014-04-28 | Bottom transmission system of tube bottle making machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203820626U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105271658A (en) * | 2015-10-26 | 2016-01-27 | 长沙知元科技有限公司 | Bottle making machine and rotary table driving device thereof |
| CN108423975A (en) * | 2018-04-26 | 2018-08-21 | 江苏嘉佳药用玻璃制品有限公司 | Base angle pipe-produced glass bottle bottle-making machine and its base angle pipe-produced glass bottle manufacturing method |
| CN110240395A (en) * | 2019-06-25 | 2019-09-17 | 宁波正力药品包装有限公司 | The bottleneck molding machine of medicinal glass bottle |
-
2014
- 2014-04-28 CN CN201420210529.1U patent/CN203820626U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105271658A (en) * | 2015-10-26 | 2016-01-27 | 长沙知元科技有限公司 | Bottle making machine and rotary table driving device thereof |
| CN108423975A (en) * | 2018-04-26 | 2018-08-21 | 江苏嘉佳药用玻璃制品有限公司 | Base angle pipe-produced glass bottle bottle-making machine and its base angle pipe-produced glass bottle manufacturing method |
| CN110240395A (en) * | 2019-06-25 | 2019-09-17 | 宁波正力药品包装有限公司 | The bottleneck molding machine of medicinal glass bottle |
| CN110240395B (en) * | 2019-06-25 | 2024-02-27 | 宁波正力药品包装有限公司 | Bottleneck forming device of medicinal glass bottle |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140910 Termination date: 20180428 |