CN205313030U - Equipment of lid is rolled in pressurization - Google Patents
Equipment of lid is rolled in pressurization Download PDFInfo
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- CN205313030U CN205313030U CN201521105817.1U CN201521105817U CN205313030U CN 205313030 U CN205313030 U CN 205313030U CN 201521105817 U CN201521105817 U CN 201521105817U CN 205313030 U CN205313030 U CN 205313030U
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- bottle
- pressurization
- supporting seat
- conveyor belt
- thumb wheel
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Abstract
The utility model discloses an equipment of lid is rolled in pressurization, which comprises a frame, the frame facial make -up is equipped with and is sharp main conveyer belt, the both sides of main conveyer belt all are equipped with in proper order along a defeated bottle direction and into bottledly put, capping device and the play is bottled puts, the middle part of main conveyer belt sets up to pressurize to roll covers the device, the pressurization is rolled and is covered the device setting two sets of capping device and two sets of go out between bottled the putting. The utility model discloses an equipment of lid is rolled in pressurization has advantages such as the transport is steady, production efficiency height.
Description
Technical field
This utility model relates to pharmaceutical production equipment, particularly relates to a kind of pressurization capping equipment.
Background technology
Development along with pharmaceutical industry, the requirement of production efficiency of equipment is more and more higher, pressurization capping equipment is mainly used in jumping a queue of bottle, add a cover and add pressure rolling lid, multiple operation need to be completed, often there is structure complexity in pressurization capping equipment of the prior art, the problems such as production efficiency is low, as Chinese patent literature CN104724650A discloses a kind of Self-pressurizing agri Cover-rolling machine, adopt ring-shaped synchronous belt, on arrange two and add cover, it is delivered to after having added a cover and rolls lid station and carry out rolling lid, production capacity can be improved to a certain extent, but employing ring-shaped synchronous belt, equally exist and take up room greatly, transport road path length, the problems such as efficiency is low.
Utility model content
The technical problems to be solved in the utility model is to overcome the deficiencies in the prior art, it is provided that a kind of carry steadily and pressurization capping equipment that production efficiency is high.
For solving above-mentioned technical problem, this utility model by the following technical solutions:
A kind of pressurization capping equipment, including frame, described frame is equiped with main conveyor belt linearly, the both sides of described main conveyor belt are all sequentially provided with bottle feeding device, capping device and bottle discharging device along active conveying bottle direction, the middle part of described main conveyor belt arranges pressurization capping device, and described pressurization capping device is arranged on capping device described in two groups and between bottle discharging device described in two groups.
Further improvement as technique scheme:
Described capping device includes suction cover parts and bottle drive disk assembly, described suction cover parts are arranged on the top of bottle drive disk assembly, described suction cover parts include suction cover dish and add a cover thumb wheel, described suction cover dish adds a cover the surface of thumb wheel described in being positioned at, described bottle drive disk assembly includes elevating lever, cam chair and rotating rotary mounting seat, described add a cover thumb wheel and suction cover dish is installed on described rotary mounting seat, described elevating lever is arranged on rotary mounting seat and lower end coordinates with described cam chair to lift when rotating with rotary mounting seat, described elevating lever upper end is equiped with adds a cover bottle supporting seat, the described bottle outlet adding a cover thumb wheel docks with described main conveyor belt.
Described pressurization capping device includes bottle supporting seat actuator, bottle supporting holder assembly, pressure head component, lipper assembly, sealing pressing assembly and upper mounting plate, described bottle supporting seat actuator and bottle supporting holder assembly are positioned at the lower section of described main conveyor belt, described bottle supporting holder assembly is installed on described bottle supporting seat actuator, described pressure head component and sealing pressing assembly are respectively positioned on the top of described main conveyor belt, described lipper assembly is installed on described upper mounting plate and is positioned at the side of described pressure head component, described pressure head component includes pressure head, pressure head lifting actuator, connecting rod and inner sleeve, described inner sleeve is vertically installed on described upper mounting plate, described sealing pressing assembly be set in described in put, described connecting rod is arranged in described inner sleeve, described pressure head is installed in the lower end of described connecting rod, the upper end of described connecting rod lifts actuator with described pressure head and is connected.
Described bottle supporting seat actuator, bottle supporting holder assembly, pressure head component, lipper assembly are disposed as two active conveying bottle passages of two groups and the corresponding described main conveyor belt of difference with sealing pressing assembly.
Described sealing pressing assembly includes overcoat, overcoat lifting actuator, upper sleeve gasket, lower sleeve gasket, clean gas joint and suction nozzle, described overcoat by clutch shaft bearing be set in described in put and with described overcoat lift actuator be connected, described upper sleeve gasket, lower sleeve gasket, clean gas joint and suction nozzle are arranged at described outer put, described clean gas joint connects with suction nozzle, and described suction nozzle is between described upper sleeve gasket and lower sleeve gasket.
Described bottle supporting holder assembly includes bottle supporting seat, rotating shaft, connector and elastic component, described rotating shaft is connected with the output shaft of described bottle supporting seat actuator, described bottle supporting seat is connected with described rotating shaft by connector, and described elastic component is arranged between described bottle supporting seat and rotating shaft and can shrink when described bottle supporting seat is under pressure.
Described bottle supporting seat is set to N number of, described bottle supporting seat actuator includes rotating servo motor, driving gear and N number of driven gear, N >=2, described driving gear is installed on the driving axle of described rotating servo motor, N number of described driven gear engages between two and linearly arranges, arbitrary described driven gear coordinates with described driving gear, and described rotating shaft is connected with the output shaft of described driven gear, and N number of described bottle supporting seat is arranged with N number of described driven gear one_to_one corresponding.
Described lipper assembly includes lipper wobble drive part, swings performance element and N number of lipper, and described swing performance element can drive N number of described lipper to swing in the same direction to roll cap position closer or far from the bottle on N number of described bottle supporting seat under the driving of described lipper wobble drive part.
Described bottle feeding device includes bottle inlet track and is docked at the bottle inlet thumb wheel of described bottle inlet track end, and described bottle inlet thumb wheel docks with described capping device, and described bottle inlet parallel track is arranged on the side of described main conveyor belt in described main conveyor belt.
Described bottle discharging device includes bottle outlet thumb wheel, sub-bottle thumb wheel and bottle outlet track, described bottle outlet thumb wheel docks with described main conveyor belt, described sub-bottle thumb wheel is arranged between described bottle outlet thumb wheel and bottle outlet track, the outside of described sub-bottle thumb wheel is provided with inspection rejects collection bottle box, and described bottle outlet parallel track is arranged on the side of described main conveyor belt in described main conveyor belt.
Compared with prior art, the utility model has the advantage of:
Pressurization capping equipment of the present utility model, adopt linear type main conveyor belt, and all it is sequentially provided with bottle feeding device, capping device and bottle discharging device in the both sides of main conveyor belt along active conveying bottle direction, pressurization capping device is arranged between two groups of capping devices and two groups of bottle discharging devices, namely adopt double bottle inlet, add a cover and bottle outlet, production capacity can be greatly improved, equipment entirety adopts orthoscopic layout, make conveying more stable, and be easy to the layout of bottle feeding device, capping device, pressurization capping device and bottle discharging device and be accurately positioned.
Accompanying drawing explanation
Fig. 1 is the top view of this utility model pressurization capping equipment.
Fig. 2 is the front view of this utility model pressurization capping equipment.
Fig. 3 is the structural representation of pressurization capping device of the present utility model.
Fig. 4 is the structural representation of the sealing pressing assembly of pressurization capping device of the present utility model.
Fig. 5 is the structural representation of the bottle supporting holder assembly of pressurization capping device of the present utility model.
Fig. 6 is the structural representation of the lipper assembly of pressurization capping device of the present utility model.
Fig. 7 is the structural representation of capping device of the present utility model.
In figure, each label represents:
1, frame; 2, main conveyor belt; 3, bottle feeding device; 31, bottle inlet track; 32, bottle inlet thumb wheel; 4, capping device; 41, rotary mounting seat; 42, elevating lever; 43, cam chair; 44, thumb wheel is added a cover; 45, suction cover dish; 48, bottle supporting seat is added a cover; 5, pressurization capping device; 51, bottle supporting seat actuator; 511, rotating servo motor; 512, driving gear; 513, driven gear; 52, bottle supporting holder assembly; 521, bottle supporting seat; 522, rotating shaft; 523, connector; 524, elastic component; 53, pressure head component; 531, pressure head; 532, pressure head lifting actuator; 533, connecting rod; 534, inner sleeve; 54, lipper assembly; 542, performance element is swung; 543, lipper; 55, sealing pressing assembly; 551, overcoat; 552, overcoat lifting actuator; 553, upper sleeve gasket; 554, lower sleeve gasket; 555, clean gas joint; 556, suction nozzle; 56, upper mounting plate; 57, clutch shaft bearing; 6, bottle discharging device; 61, bottle outlet thumb wheel; 62, sub-bottle thumb wheel; 63, bottle outlet track; 64, inspection rejects collection bottle box.
Detailed description of the invention
Below with reference to Figure of description and specific embodiment, this utility model is described in further details.
Fig. 1 to Fig. 7 illustrates a kind of embodiment of this utility model pressurization capping equipment, this pressurization capping equipment includes frame 1, frame 1 is equiped with main conveyor belt 2 linearly, the both sides of main conveyor belt 2 are all sequentially provided with bottle feeding device 3 along active conveying bottle direction, capping device 4 and bottle discharging device 6, the middle part of main conveyor belt 2 arranges pressurization capping device 5, pressurization capping device 5 is arranged between two groups of capping devices 4 and two groups of bottle discharging devices 6, adopt linear type main conveyor belt 2, and all it is sequentially provided with bottle feeding device 3 in the both sides of main conveyor belt 2 along active conveying bottle direction, capping device 4 and bottle discharging device 6, namely pressurization capping equipment has two groups of bottle feeding devices 3, two groups of capping devices 4 and two groups of bottle discharging devices 6, pressurization capping device 5 is arranged between two groups of capping devices 4 and two groups of bottle discharging devices 6, namely double bottle inlet is adopted, add a cover and bottle outlet, production capacity can be greatly improved, equipment entirety adopts orthoscopic layout, make conveying more stable, and it is easy to bottle feeding device 3, capping device 4, pressurization capping device 5 and the layout of bottle discharging device 6 and be accurately positioned.
In the present embodiment, main conveyor belt 2 be respectively provided on two sides with active conveying bottle passage, two active conveying bottle passages dock the capping device 4 of both sides and the bottle discharging device 6 of both sides respectively, and pressurization capping device 5 is arranged on the middle part of active conveying bottle passage.
In the present embodiment, capping device 4 includes suction cover parts and bottle drive disk assembly, suction cover parts are arranged on the top of bottle drive disk assembly, suction cover parts include suction cover dish 45 and add a cover thumb wheel 44, suction cover dish 45 is positioned at the surface adding a cover thumb wheel 44, bottle drive disk assembly includes elevating lever 42, cam chair 43 and rotating rotary mounting seat 41, add a cover thumb wheel 44 and suction cover dish 45 is installed on rotary mounting seat 41, elevating lever 42 is arranged on rotary mounting seat 41 and lower end coordinates with cam chair 43 to lift when rotating with rotary mounting seat 41, elevating lever 42 upper end is equiped with adds a cover bottle supporting seat 48, the bottle outlet adding a cover thumb wheel 44 docks with main conveyor belt 2, suction cover dish 45 is adopted to hold lid, when adding a cover thumb wheel 44 and driving bottle to rotate, suction cover dish 45 with add a cover thumb wheel 44 synchronous axial system, elevating lever 42 is in rotation process, lift under the effect of cam chair 43, when driving the bottle added a cover on bottle supporting seat 48 to rise to extreme higher position, suction cover dish 45 unclamps lid, lid just drops on bottleneck, due to elevating lever 42, add a cover thumb wheel 44 and suction cover dish 45 synchronous axial system, therefore, lid and bottleneck can accurate contrapositions, therefore, need not make the lid internal diameter can not be more too many greatly than stopper external diameter, after rolling lid, bottle presentation quality is high, and added a cover rear lid and will not come off easily, improve production efficiency, in addition, the mode added a cover above bottle is adopted to replace extension lid mode of the prior art, capping device of the present utility model is made to can be not only used for entirely jumping a queue adding a cover, can also be used for partly jumps a queue adds a cover, strong adaptability.
In the present embodiment, pressurization capping device 5 includes bottle supporting seat actuator 51, bottle supporting holder assembly 52, pressure head component 53, lipper assembly 54, sealing pressing assembly 55 and upper mounting plate 56, bottle supporting seat actuator 51 and bottle supporting holder assembly 52 are positioned at the lower section of main conveyor belt 2, bottle supporting holder assembly 52 is installed on bottle supporting seat actuator 51, pressure head component 53 and sealing pressing assembly 55 are respectively positioned on the top of main conveyor belt 2, lipper assembly 54 is installed on upper mounting plate 56 and is positioned at the side of pressure head component 53, pressure head component 53 includes pressure head 531, pressure head lifting actuator 532, connecting rod 533 and inner sleeve 534, inner sleeve 534 is vertically installed on upper mounting plate 56, sealing pressing assembly 55 is set in inner sleeve 534, connecting rod 533 is arranged in inner sleeve 534, pressure head 531 is installed in the lower end of connecting rod 533, the upper end of connecting rod 533 lifts actuator 532 with pressure head and is connected, namely connecting rod 533 and sealing pressing assembly 55 lead each through the inner sleeve 534 being installed on upper mounting plate 56, therefore, only need to fix the installation site of inner sleeve 534, pressure head 531 can push down bottle exactly, and sealing pressing assembly 55 also can accurately entangle bottle to complete sealing pressing, good airproof performance, namely improve job stability and the reliability of pressurization capping device.
In the present embodiment, bottle supporting seat actuator 51, bottle supporting holder assembly 52, pressure head component 53, lipper assembly 54 are disposed as two active conveying bottle passages of two groups and the corresponding main conveyor belt 2 of difference with sealing pressing assembly 55, namely the bottle in two active conveying bottle passages on main conveyor belt 2 can be added the operation of pressure rolling lid simultaneously, improve and add pressure rolling lid efficiency.
In the present embodiment, sealing pressing assembly 55 includes overcoat 551, overcoat lifting actuator 552, upper sleeve gasket 553, lower sleeve gasket 554, clean gas joint 555 and suction nozzle 556, overcoat 551 is set in inner sleeve 534 by clutch shaft bearing 57 and lifts actuator 552 with overcoat and is connected, upper sleeve gasket 553, lower sleeve gasket 554, clean gas joint 555 and suction nozzle 556 are arranged on overcoat 551, clean gas joint 555 connects with suction nozzle 556, suction nozzle 556 is between upper sleeve gasket 553 and lower sleeve gasket 554, after bottle of partly jumping a queue arrives and adds pressure rolling lid station, overcoat lifting actuator 552 action, drive overcoat 551 and upper sleeve gasket 553, bottle is sealed by lower sleeve gasket 554, annular seal space is formed between bottle and overcoat 551, the clean compressed air or other cleaned inert gas that have pressure enter in annular seal space by clean gas joint 555 and suction nozzle 556, gas is entered into by bottle and the gap that partly adds between stoppering and completes pressurization inside bottle, after having pressurizeed, in pressurization capping device, pressure head component 53 lifts at pressure head and under the effect of actuator 532, lid and stopper is depressed, complete entirely to jump a queue, sealed bottle body.
In the present embodiment, bottle supporting holder assembly 52 includes bottle supporting seat 521, rotating shaft 522, connector 523 and elastic component 524, rotating shaft 522 is connected with the output shaft of bottle supporting seat actuator 51, bottle supporting seat 521 is connected with rotating shaft 522 by connector 523, elastic component 524 is arranged between bottle supporting seat 521 and rotating shaft 522 and can shrink when bottle supporting seat 521 is under pressure, during normal operation, pressure head lifting actuator 532 action, pressure head 531 declines and pushes down bottle, bottle supporting seat 521 can there be is certain precompression, the elastic component 524 of bottle supporting seat 521 bottom can shrink, when bottle lacks plug or lacks lid, pressure head 531 still can decline and push down bottle, due to above bottle without stopper and lid, precompression will reduce, the contracted length of elastic component 524 just makes up the thickness of stopper or lid, it is always ensured that bottle neck arrives the relative altitude of pressure head 31, ensure that lipper assembly 54 comes alongside to roll bottle head and cause broken bottle.
In the present embodiment, bottle supporting seat 521 is set to N number of, bottle supporting seat actuator 51 includes rotating servo motor 511, driving gear 512 and N number of driven gear 513, N >=2, driving gear 512 is installed on the driving axle of rotating servo motor 511, N number of driven gear 513 engages between two and linearly arranges, arbitrary driven gear 513 coordinates with driving gear 512, rotating shaft 522 is connected with the output shaft of driven gear 513, N number of bottle supporting seat 521 is arranged with N number of driven gear 513 one_to_one corresponding, lipper assembly 54 includes lipper wobble drive part, swing performance element 542 and N number of lipper 543, swinging performance element 542 can drive N number of lipper 543 to swing in the same direction to roll cap position closer or far from the bottle on N number of bottle supporting seat 521 under the driving of lipper wobble drive part, after pressure head component 53 pushes down bottle above bottle, driving gear 512 is driven to rotate by bottle supporting seat actuator 51, driving gear 512 drives N number of driven gear 513 to rotate, N number of driven gear 513 coordinates between two, drive N number of bottle supporting seat 521 to rotate and the rotation direction of adjacent bottle supporting seat 521 is contrary, what then lipper assembly 54 swung the bottle that rotates on the bottle supporting seat 521 rolls cap position, complete to roll lid, identical without the rotation direction making all bottles, namely the structure of bottle supporting seat actuator 1 is simplified, improve the stability of transmission,
In the present embodiment, bottle feeding device 3 includes bottle inlet track 31 and is docked at the bottle inlet thumb wheel 32 of bottle inlet track 31 end, and bottle inlet thumb wheel 32 docks with capping device 4, and bottle inlet track 31 is parallel to main conveyor belt 2 and is arranged on the side of main conveyor belt 2.
In the present embodiment, bottle discharging device 6 includes bottle outlet thumb wheel 61, sub-bottle thumb wheel 62 and bottle outlet track 63, bottle outlet thumb wheel 61 docks with main conveyor belt 2, sub-bottle thumb wheel 62 is arranged between bottle outlet thumb wheel 61 and bottle outlet track 63, the outside of sub-bottle thumb wheel 62 is provided with inspection rejects collection bottle box 64, and bottle outlet track 63 is parallel to main conveyor belt 2 and is arranged on the side of main conveyor belt 2.
Although this utility model is disclosed above with preferred embodiment, but it is not limited to this utility model. Any those of ordinary skill in the art, when without departing from technical solutions of the utility model scope, all may utilize the technology contents of the disclosure above and technical solutions of the utility model are made many possible variations and modification, or be revised as the Equivalent embodiments of equivalent variations. Therefore, every content without departing from technical solutions of the utility model, according to this utility model technical spirit to any simple modification made for any of the above embodiments, equivalent variations and modification, all should drop in the scope of technical solutions of the utility model protection.
Claims (10)
1. a pressurization capping equipment, including frame (1), it is characterized in that: described frame (1) is equiped with main conveyor belt (2) linearly, the both sides of described main conveyor belt (2) are all sequentially provided with bottle feeding device (3), capping device (4) and bottle discharging device (6) along active conveying bottle direction, the middle part of described main conveyor belt (2) is provided with pressurization capping device (5), and described pressurization capping device (5) is arranged on capping device (4) described in two groups and between bottle discharging device (6) described in two groups.
2. pressurization capping equipment according to claim 1, it is characterized in that: described capping device (4) includes suction cover parts and bottle drive disk assembly, described suction cover parts are arranged on the top of bottle drive disk assembly, described suction cover parts include suction cover dish (45) and add a cover thumb wheel (44), described suction cover dish (45) adds a cover the surface of thumb wheel (44) described in being positioned at, described bottle drive disk assembly includes elevating lever (42), cam chair (43) and rotating rotary mounting seat (41), described add a cover thumb wheel (44) and suction cover dish (45) is installed on described rotary mounting seat (41), described elevating lever (42) is arranged on rotary mounting seat (41) and lower end coordinates with described cam chair (43) to lift when rotating with rotary mounting seat (41), described elevating lever (42) upper end is equiped with adds a cover bottle supporting seat (48), the described bottle outlet adding a cover thumb wheel (44) docks with described main conveyor belt (2).
3. pressurization capping equipment according to claim 1, it is characterized in that: described pressurization capping device (5) includes bottle supporting seat actuator (51), bottle supporting holder assembly (52), pressure head component (53), lipper assembly (54), sealing pressing assembly (55) and upper mounting plate (56), described bottle supporting seat actuator (51) and bottle supporting holder assembly (52) are positioned at the lower section of described main conveyor belt (2), described bottle supporting holder assembly (52) is installed on described bottle supporting seat actuator (51), described pressure head component (53) and sealing pressing assembly (55) are respectively positioned on the top of described main conveyor belt (2), described lipper assembly (54) is installed on described upper mounting plate (56) and is positioned at the side of described pressure head component (53), described pressure head component (53) includes pressure head (531), pressure head lifting actuator (532), connecting rod (533) and inner sleeve (534), described inner sleeve (534) is vertically installed on described upper mounting plate (56), described sealing pressing assembly (55) is set in described inner sleeve (534), described connecting rod (533) is arranged in described inner sleeve (534), described pressure head (531) is installed in the lower end of described connecting rod (533), the upper end of described connecting rod (533) lifts actuator (532) with described pressure head and is connected.
4. pressurization capping equipment according to claim 3, it is characterised in that: described bottle supporting seat actuator (51), bottle supporting holder assembly (52), pressure head component (53), lipper assembly (54) and sealing pressing assembly (55) are disposed as two active conveying bottle passages of two groups and the corresponding described main conveyor belt (2) of difference.
5. pressurization capping equipment according to claim 3, it is characterized in that: described sealing pressing assembly (55) includes overcoat (551), overcoat lifting actuator (552), upper sleeve gasket (553), lower sleeve gasket (554), clean gas joint (555) and suction nozzle (556), described overcoat (551) is set in described inner sleeve (534) by clutch shaft bearing (57) and above and is connected with described overcoat lifting actuator (552), described upper sleeve gasket (553), lower sleeve gasket (554), clean gas joint (555) and suction nozzle (556) are arranged on described overcoat (551), described clean gas joint (555) connects with suction nozzle (556), described suction nozzle (556) is positioned between described upper sleeve gasket (553) and lower sleeve gasket (554).
6. pressurization capping equipment according to claim 3, it is characterized in that: described bottle supporting holder assembly (52) includes bottle supporting seat (521), rotating shaft (522), connector (523) and elastic component (524), described rotating shaft (522) is connected with the output shaft of described bottle supporting seat actuator (51), described bottle supporting seat (521) is connected with described rotating shaft (522) by connector (523), and described elastic component (524) is arranged between described bottle supporting seat (521) and rotating shaft (522) and can shrink when described bottle supporting seat (521) is under pressure.
7. pressurization capping equipment according to claim 6, it is characterized in that: described bottle supporting seat (521) is set to N number of, described bottle supporting seat actuator (51) includes rotating servo motor (511), driving gear (512) and N number of driven gear (513), N >=2, described driving gear (512) is installed on the driving axle of described rotating servo motor (511), N number of described driven gear (513) is engaged between two and linearly arranges, arbitrary described driven gear (513) coordinates with described driving gear (512), described rotating shaft (522) is connected with the output shaft of described driven gear (513), N number of described bottle supporting seat (521) is arranged with N number of described driven gear (513) one_to_one corresponding.
8. pressurization capping equipment according to claim 7, it is characterized in that: described lipper assembly (54) includes lipper wobble drive part, swings performance element (542) and N number of lipper (543), described swing performance element (542) can drive N number of described lipper (543) to swing in the same direction to roll cap position closer or far from the bottle on N number of described bottle supporting seat (521) under the driving of described lipper wobble drive part.
9. pressurization capping equipment according to any one of claim 1 to 8, it is characterized in that: described bottle feeding device (3) includes bottle inlet track (31) and is docked at the bottle inlet thumb wheel (32) of described bottle inlet track (31) end, described bottle inlet thumb wheel (32) is docked with described capping device (4), and described bottle inlet track (31) is parallel to described main conveyor belt (2) and is arranged on the side of described main conveyor belt (2).
10. pressurization capping equipment according to any one of claim 1 to 8, it is characterized in that: described bottle discharging device (6) includes bottle outlet thumb wheel (61), sub-bottle thumb wheel (62) and bottle outlet track (63), described bottle outlet thumb wheel (61) is docked with described main conveyor belt (2), described sub-bottle thumb wheel (62) is arranged between described bottle outlet thumb wheel (61) and bottle outlet track (63), the outside of described sub-bottle thumb wheel (62) is provided with inspection rejects collection bottle box (64), described bottle outlet track (63) is parallel to described main conveyor belt (2) and is arranged on the side of described main conveyor belt (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521105817.1U CN205313030U (en) | 2015-12-28 | 2015-12-28 | Equipment of lid is rolled in pressurization |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521105817.1U CN205313030U (en) | 2015-12-28 | 2015-12-28 | Equipment of lid is rolled in pressurization |
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| Publication Number | Publication Date |
|---|---|
| CN205313030U true CN205313030U (en) | 2016-06-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521105817.1U Active CN205313030U (en) | 2015-12-28 | 2015-12-28 | Equipment of lid is rolled in pressurization |
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| Country | Link |
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| CN (1) | CN205313030U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109279554A (en) * | 2018-11-14 | 2019-01-29 | 楚天科技股份有限公司 | It is a kind of with the Cover-rolling machine and method that vacuumize tamponade mechanism |
| CN113511620A (en) * | 2020-04-10 | 2021-10-19 | 安徽共盈日化有限公司 | Bottled laundry detergent packaging hardware |
-
2015
- 2015-12-28 CN CN201521105817.1U patent/CN205313030U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109279554A (en) * | 2018-11-14 | 2019-01-29 | 楚天科技股份有限公司 | It is a kind of with the Cover-rolling machine and method that vacuumize tamponade mechanism |
| CN113511620A (en) * | 2020-04-10 | 2021-10-19 | 安徽共盈日化有限公司 | Bottled laundry detergent packaging hardware |
| CN113511620B (en) * | 2020-04-10 | 2022-07-08 | 安徽共盈日化有限公司 | Bottled laundry detergent packaging hardware |
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