CN207288274U - A kind of bottle embryo overturns cleaning systems - Google Patents
A kind of bottle embryo overturns cleaning systems Download PDFInfo
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- CN207288274U CN207288274U CN201720625364.8U CN201720625364U CN207288274U CN 207288274 U CN207288274 U CN 207288274U CN 201720625364 U CN201720625364 U CN 201720625364U CN 207288274 U CN207288274 U CN 207288274U
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- bottle embryo
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- split washer
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Abstract
The utility model discloses a kind of bottle embryo to overturn cleaning systems, including bottle embryo input guide rail, rotary-type bottle embryo switching mechanism and the bottle embryo output guide rail being obliquely installed successively from left to right；Rotary-type bottle embryo switching mechanism includes shell, driving mechanism, rotating wheel mechanisms that；Rotating wheel mechanisms that includes runner and several buffer dividing plates, and a receiving channel for being used to accommodate bottle embryo is formed between every two adjacent buffer dividing plates；Fence assembly is additionally provided with shell；Shell is equipped with bottle embryo guide part；The bottle embryo delivery outlet of bottle embryo input guide rail is connected with the input port of arc into embryo passage, and arc goes out the delivery outlet of embryo passage and is connected with the bottle embryo input port of bottle embryo output guide rail.The utility model can realize that continuous point of bottle embryo takes, rotary-type bottle embryo switching mechanism has the characteristics that stable, convenient for disassembly and assembly low with maintenance cost, at the same time, it drives runner rotation to realize that bottle embryo is overturn by driving mechanism, limited from bottle embryo shape and position of centre of gravity, adapt to the bottle embryo of various specifications.
Description
Technical field
It the utility model is related to a kind of cleaning systems, and in particular to a kind of bottle embryo overturns cleaning systems.
Background technology
Packing plastic bottle, the mainly product packaging applied to liquid-type, have packing cost price than relatively low, convenient fortune
The characteristics of defeated, be of wide application, and the packaging that its packing plastic bottle is applied to liquid food is also very extensive, in order to reach fresh-keeping guarantor
The requirement of matter fills packaging, it is necessary to carry out heat, and the clean and quality requirement of Packaging Bottle is also higher.In packing plastic bottle process
All it is first to be molded into bottle embryo with injection molding machine, then by bottle blowing machine blow molding.The bottle embryo produced in present flow production line,
Its bottle embryo surface can all adhere to some charged dusts or small chip comes off, these directly affect the quality of Packaging Bottle.Filling at the same time
Fill in production process, minimal amount of impurity can be found in bottle embryo, such as packing case chip, tiny packing plastics bag remain.
The reason for these foreign bodies are actively small, and polybag is transparent in addition, artificial empty bottle lamp inspection are difficult to find.
In order to solve the cleaning problems of packing plastic bottle, occurs a kind of rotary bottle blow-moulding machine bottle embryo upset in the prior art
Cleaning mechanism, it uses Powerless spiral guide rail, and helical guideway is fixedly installed in two sections straight line conveying.When certain
The bottle embryo arrangement of quantity is when entering helical guideway, in conducting oneself with dignity and thereafter under the squeezing action of bottle embryo, bottle embryo follows helical trajectory to lead to
Guide rail is crossed, realization is spun upside down.It is same to be equipped with nozzle and negative pressure discharge system, realize cleaning function.Powerless spiral guide rail 200
Concrete structure can be found in attached drawing 1,100 arrangement mode of guide rail interior bottle embryo can be found in attached drawing 2.This helical guideway switching mechanism
Operation principle be：Using the support ring of bottle embryo as the supporting point of work, by bottle embryo dead weight and embryo row extruding, there is provided bottle embryo weight
Kinetic energy needed for heart deflection.Although this upset cleaning mechanism solves the cleaning problems of packing plastic bottle to a certain extent,
It is that it also has the following disadvantages：
When the 1st, corresponding to longer and larger bottle embryo, since the center of gravity of bottle embryo is distant from support ring, bottle embryo itself meeting
Larger deflecting force is produced, can not realize turn over function；
The 2nd, follow-up embryo row offer extruding force is provided realize function, can not normal operation when embryo number of columns is insufficient；
When the 3rd, occurring local damage in guide rail, guide rail entirety is needed to change, cost is higher.
Utility model content
For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of bottle embryo to overturn cleaning systems,
It can realize that continuous point of bottle embryo takes, and rotary-type bottle embryo switching mechanism has stable, convenient for disassembly and assembly and maintenance cost
The characteristics of low, meanwhile, it drives runner rotation to realize that bottle embryo is overturn, from bottle embryo shape and position of centre of gravity by driving mechanism
Limitation, adapts to the bottle embryo of various specifications.
The purpose of this utility model adopts the following technical scheme that realization：
A kind of bottle embryo overturns cleaning systems, it is characterised in that：Bottle embryo input including being obliquely installed successively from left to right is led
Rail, rotary-type bottle embryo switching mechanism and bottle embryo output guide rail；
The rotary-type bottle embryo switching mechanism includes shell, driving mechanism on the housing is fixedly mounted, is installed on
The rotating wheel mechanisms that of enclosure；The output shaft of the driving mechanism stretches into enclosure, by driving mechanism driving rotating wheel mechanisms that rotation
Turn；The top of the shell is equipped with the notch for inputting and exporting for bottle embryo；The rotating wheel mechanisms that includes being installed on output shaft
Runner；The runner includes several buffer dividing plates of wheel hub and the setting that extends radially outwardly along wheel hub, several buffer compartments
Plate is uniformly distributed along the circumferencial direction of wheel hub, and a receiving for being used to accommodate bottle embryo is formed between every two adjacent buffer dividing plates
Passage；The enclosure is additionally provided with the fence assembly for preventing bottle embryo from coming off in switching process from receiving channel；Institute
State the position on shell positioned at notch and be equipped with a bottle embryo guide part, the bottle embryo guide part be equipped with mutually disconnected arc into
Embryo passage and arc go out embryo passage；
The bottle embryo delivery outlet of the bottle embryo input guide rail is connected with the input port of the arc into embryo passage, and the arc goes out
The delivery outlet of embryo passage is connected with the bottle embryo input port of the bottle embryo output guide rail.
Further, the bottle embryo input channel and bottle embryo output channel of closing are further included；The bottle embryo input guide rail is fixed
In the bottle embryo input channel, the bottle embryo output guide rail is fixedly mounted in the bottle embryo output channel, described turn
Wheeled bottle embryo switching mechanism is arranged between bottle embryo input channel and bottle embryo output channel.
Further, the enclosure corresponds to bottle embryo bottleneck position directed downwardly and is equipped with least one nozzle, the nozzle
It is connected with the cleaning gas circuit containing anion.
Further, the lower part of the shell is equipped with sewage draining exit, which is connected by air hose with vacuum cleaner.
Further, the receiving channel has open top, first side opening and second side opening；
The fence assembly includes open top baffle ring, the first side split washer being individually fixed on the inner wall of shell
With second side split washer；The first side split washer and second side split washer are separately positioned on buffer dividing plate
The position in opposite sides face；The open top baffle ring is located at the periphery of buffer dividing plate；The open top baffle ring, first
The position for the notch for corresponding to shell on lateral opening baffle ring and second side split washer is equipped with the fracture passed through for bottle embryo.
Open top baffle ring is used to prevent bottle embryo from coming off from the top open part of receiving channel in switching process, the first side
Face split washer is used to prevent bottle embryo from coming off from the first side opening of receiving channel in switching process, second side opening
Baffle ring is used to prevent bottle embryo from coming off from the second side opening of receiving channel in switching process.
Further, the open top baffle ring, first side split washer and second side split washer are steel wire
Coil structures.
Further, the open top baffle ring, first side split washer and second side split washer are by more
A guardrail adjustment seat is fixedly connected with the inner wall of shell；The position that each receiving channel is corresponded on the open top baffle ring is equipped with
At least one guardrail adjustment seat, the position that each receiving channel is corresponded on the first side split washer are equipped with least one
A guardrail adjustment seat, correspond on the second side split washer each receiving channel position be equipped with it is at least one described
Guardrail adjustment seat.
Further, the guardrail adjustment seat includes fixed sleeving, clamping piece and bolt；
The fixed sleeving is equipped with large radius connecting hole and minor radius connecting hole, and the large radius connecting hole and minor radius connect
Hole is connect to be interconnected；The fixed sleeving is embedded on the inner wall of the shell, and the large radius end of the fixed sleeving is positioned at outer
Inside shell；
The clamping piece includes the plug division being plugged in the large radius connecting hole of the fixed sleeving and positioned at described big
Clamping part outside radius connecting hole, the radius of the clamping part are more than the radius of the plug division；The axial direction of the clamping part is set
It is useful for the holding holes of clamping open top baffle ring, first side split washer or second side split washer, the plug division
Be axially arranged with internal thread hole；
The bolt has male threaded joint, and the minor radius of the male threaded joint through the fixed sleeving connects
Hole is threadedly coupled with the internal thread hole of clamping piece.
Further, the driving mechanism includes motor, the first belt pulley, belt and the second belt pulley, and the motor is consolidated
Determine on the shell and be connected with the first pulley drive, belt is set on the first belt pulley and the second belt pulley, the second belt
Wheel is sequentially connected with the output shaft.Further, the motor is variable-frequency motor or servomotor.
Further, the buffer dividing plate is nylon sheet；The quantity of the receiving channel is more than three.
Compared with prior art, the beneficial effects of the utility model are：
1st, the utility model bottle embryo upset cleaning systems include be obliquely installed successively from left to right bottle embryo input guide rail,
Rotary-type bottle embryo switching mechanism and bottle embryo output guide rail, rotary-type bottle embryo switching mechanism are revolved by driving mechanism driving rotating wheel mechanisms that
Turn, form a receiving channel for being used to accommodate bottle embryo on runner between every two adjacent buffer dividing plates, bottle embryo is in wherein loose
It is tight suitable, the fence assembly for preventing bottle embryo from coming off in switching process from receiving channel is additionally provided with inside the housing.It is more
The design of block individual buffer partition plate, replaces damage plate when safeguarding, more economical compared to helical guideway mechanism.Therefore, bottle
Embryo inputs guide rail, rotary-type bottle embryo switching mechanism and bottle embryo output guide rail by bottle embryo successively under the action of self gravitation, real
Continuous point of existing bottle embryo takes；Rotary-type bottle embryo switching mechanism have the characteristics that it is stable, convenient for disassembly and assembly low with maintenance cost,
Meanwhile it drives runner rotation to realize that bottle embryo is overturn by driving mechanism, limits, adapts to from bottle embryo shape and position of centre of gravity
The bottle embryo of various specifications.
2nd, open top baffle ring, the first side split washer and second of the rotary-type bottle embryo switching mechanism of the utility model
Lateral opening baffle ring is fixedly connected by multiple guardrail adjustment seats with the inner wall of shell；When rotating clockwise bolt so that
Clamping piece is moved to the direction away from receiving channel so that wire loop structure unclamps；When rotation bolt counterclockwise so that clamping
Part is moved to close to the direction of receiving channel so that wire loop structure is tightened.Mechanism adjustability is stronger, when slight mill occurs in component
, can normal operation by adjusting guardrail adjustment seat when damaging or slight variations occur using bottle embryo.
3rd, the rotary-type bottle embryo switching mechanism of the utility model is equipped with nozzle and negative pressure discharge system, realizes to bottle embryo inside
The cleaning function of the adhesiveness such as dust, fiber pollutant and relatively large particulate pollutant.
Brief description of the drawings
Fig. 1 is the structure diagram of Powerless spiral guide rail of the prior art；
Fig. 2 is the structure diagram of Powerless spiral guide rail interior bottle embryo of the prior art arrangement；
Fig. 3 is that the bottle embryo of the utility model overturns the overall structure diagram of cleaning systems；
Fig. 4 is the overall structure diagram of the rotary-type bottle embryo switching mechanism of the utility model；
Fig. 5 is the structure diagram of the removal part enclosure of the rotary-type bottle embryo switching mechanism of the utility model；
Fig. 6 is the structure diagram when rotating wheel mechanisms that of the utility model is rotated to a certain station；
Fig. 7 is the A-A of Fig. 6 to cut-away view；
Fig. 8 is the structure diagram when rotating wheel mechanisms that of the utility model is rotated to another station；
Fig. 9 is the B-B direction cut-away view of Fig. 8；
Figure 10 is the structure diagram of the guardrail adjustment seat of the utility model.
In figure：10th, shell；11st, notch；20th, driving mechanism；21st, motor；22nd, the first belt pulley；23rd, belt；24th,
Two belt pulleys；25th, output shaft；30th, rotating wheel mechanisms that；31st, runner；311st, wheel hub；312nd, buffer dividing plate；313rd, receiving channel；40、
Fence assembly；41st, open top baffle ring；42nd, first side split washer；43rd, second side split washer；50th, bottle embryo is oriented to
Part；51st, arc is into embryo passage；52nd, arc goes out embryo passage；60th, guardrail adjustment seat；61st, fixed sleeving；611st, large radius connects
Hole；612nd, minor radius connecting hole；62nd, clamping piece；621st, plug division；6211st, internal thread hole；622nd, clamping part；6221st, clamp
Hole；63rd, bolt；631st, male threaded joint；70th, nozzle；80th, bottle embryo input guide rail；81st, bottle embryo input channel；90th, bottle embryo is defeated
Go out guide rail；91st, bottle embryo output channel；100th, bottle embryo；200th, helical guideway.
Embodiment
In the following, with reference to attached drawing and embodiment, the utility model is described further, it is necessary to explanation is,
On the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new
Embodiment.Employed in the present embodiment to material be commercially available.
Embodiment 1：
With reference to Fig. 3-10, a kind of bottle embryo overturns cleaning systems, including the bottle embryo input being obliquely installed successively from left to right is led
Rail 80, rotary-type bottle embryo switching mechanism and bottle embryo output guide rail 90；
Rotary-type bottle embryo switching mechanism includes shell 10, the driving mechanism 20 being fixedly mounted on shell 10, installed in outer
Rotating wheel mechanisms that 30 inside shell 10；The output shaft 25 of driving mechanism 20 is stretched into inside shell 10, and runner is driven by driving mechanism 20
Mechanism 30 rotates；The top of shell 10 is equipped with the notch 11 for inputting and exporting for bottle embryo；
Rotating wheel mechanisms that 30 includes the runner 31 being installed on output shaft 25；Runner 31 includes wheel hub 311 and along wheel hub 311
Extend radially outwardly several buffer dividing plates 312 of setting, several buffer dividing plates 312 are uniform along the circumferencial direction of wheel hub 311
It is distributed, a receiving channel 313 for being used to accommodate bottle embryo 100 is formed between every two adjacent buffer dividing plates 312；In shell 10
Portion is additionally provided with the fence assembly 40 for preventing bottle embryo 100 from coming off in switching process from receiving channel 313.Shell 10 is upper
A bottle embryo guide part 50 is equipped with the position of notch 11, bottle embryo guide part 50 is equipped with mutual disconnected arc into embryo passage 51
Go out embryo passage 52 with arc.Arc goes out embryo passage 52 into embryo passage 51 and arc and accepts straight line conveying, transition bottle embryo respectively
Smoothly in the receiving channel 313 of disengaging runner.
The bottle embryo delivery outlet of the bottle embryo input guide rail 80 is connected with the input port of the arc into embryo passage, the arc
The delivery outlet for going out embryo passage is connected with the bottle embryo input port of the bottle embryo output guide rail 90.
Further, the bottle embryo input channel 81 and bottle embryo output channel 91 of closing are further included；The bottle embryo inputs guide rail
It is fixedly mounted in the bottle embryo input channel, the bottle embryo output guide rail is fixedly mounted in the bottle embryo output channel, institute
Rotary-type bottle embryo switching mechanism is stated to be arranged between bottle embryo input channel and bottle embryo output channel.
As preferred embodiment, the corresponding bottle embryo bottleneck position directed downwardly in the inside of shell 10 is equipped with least one nozzle
70, nozzle 70 is connected with the cleaning gas circuit containing anion.Cleaning gas circuit includes a high-pressure wash main pipeline, and its one end connection is high
Cleaning pipe is pressed, its other end connects an anion generator；The anion generator other end connects a high-pressure wash wind turbine.Work as bottle
When embryo 100 moves to bottleneck relevant position directed downwardly with rotating wheel mechanisms that 30, using high pressure anion gas in bottle embryo 100 into
Row washes away.
As preferred embodiment, the lower part of shell 10 is equipped with sewage draining exit, which is connected by air hose and vacuum cleaner
Connect.Sewage draining exit is connected by air hose with high-efficiency negative-pressure industry vacuum cleaner, realizes dedusting and impurity removing function.
As preferred embodiment, there is receiving channel 313 open top, first side opening and second side to open
Mouthful；
Fence assembly 40 includes open top baffle ring 41, the first side opening gear being individually fixed on the inner wall of shell 10
Circle 42 and second side split washer 43；First side split washer 42 and second side split washer 43 are separately positioned on buffering
The position in the opposite sides face of partition plate 312；Open top baffle ring 41 is located at the periphery of buffer dividing plate 312；Open top is kept off
The position for the notch 11 for corresponding to shell 10 on circle 41, first side split washer 42 and second side split washer 43 is equipped with confession
The fracture that bottle embryo 100 passes through.
Open top baffle ring 41 is used to prevent bottle embryo 100 from taking off from the top open part of receiving channel 313 in switching process
Fall, first side split washer 42 is used to prevent bottle embryo from taking off from the first side opening of receiving channel 313 in switching process
Fall, second side split washer 43 is used to prevent second side opening of the bottle embryo 100 from receiving channel 313 in switching process
Come off.
As preferred embodiment, the two sides of buffer dividing plate 312 are all provided with fluted.42 He of first side split washer
Second side split washer 43 can be embedded in corresponding groove.
As preferred embodiment, open top baffle ring 41, first side split washer 42 and second side opening gear
Circle 43 is wire loop structure.Coordinate many places wire loop structure, bottle embryo 100, which is moved, all has holding and guiding role.Each steel wire
The place end to end of the fracture of coil structures rationally designs bending, easy to guide in the receiving channel 313 that bottle embryo 100 passes in and out runner.
As preferred embodiment, open top baffle ring 41, first side split washer 42 and second side opening gear
Circle 43 is fixedly connected by multiple guardrail adjustment seats 60 with the inner wall of shell 10；Corresponding each receiving on open top baffle ring 41
The position of passage 313 is equipped with least one guardrail adjustment seat 60, and each receiving channel 313 is corresponded on first side split washer 42
Position be equipped with least one guardrail adjustment seat 60, the position of each receiving channel 313 is corresponded on second side split washer 43
Equipped with least one guardrail adjustment seat 60.
As preferred embodiment, guardrail adjustment seat 60 includes fixed sleeving 61, clamping piece 62 and bolt 63；Fixing sleeve
Pipe 61 is equipped with large radius connecting hole 611 and minor radius connecting hole 612, and large radius connecting hole 611 and minor radius connecting hole 612 are mutual
Connection；Fixed sleeving 61 is embedded on the inner wall of shell 10, and the large radius end of fixed sleeving 61 is located inside shell 10；Clamping piece
62 include being plugged in plug division 621 in the large radius connecting hole 611 of fixed sleeving 61 and outside large radius connecting hole 611
Clamping part 622, the radius of clamping part 622 are more than the radius of plug division 621；Clamping part 622 is axially arranged with for clamping top
The holding holes 6221 of split washer 41, first side split washer 42 or second side split washer 43, the axial direction of plug division 621
Equipped with internal thread hole 6211；Bolt 63 has male threaded joint 631, and male threaded joint 631 is small through fixed sleeving 61
Radius connecting hole 612 is threadedly coupled with the internal thread hole 6211 of clamping piece 62.When rotating clockwise bolt 63 so that clamping piece
62 move to the direction away from receiving channel 313 so that wire loop structure unclamps；When rotation bolt 63 counterclockwise so that folder
Gripping member 62 is moved to close to the direction of receiving channel 313 so that wire loop structure is tightened.
As preferred embodiment, buffer dividing plate 312 is nylon sheet.
As preferred embodiment, driving mechanism 20 includes motor 21, the first belt pulley 22,23 and second belt of belt
Wheel 24, motor 21 is fixed on shell 10 and is sequentially connected with the first belt pulley 22, and belt is set in the first belt pulley 22 and the
On two belt pulleys 24, the second belt pulley 24 is sequentially connected with output shaft 25.It is highly preferred that motor 21 is variable-frequency motor or servo electricity
Machine.
Other embodiments：
The quantity of the receiving channel 313 for three, 12,20.
The above embodiment is only the preferred embodiment of the utility model, it is impossible to is protected with this to limit the utility model
Scope, the change of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacing belongs to
In the utility model scope claimed.
Claims (10)
1. a kind of bottle embryo overturns cleaning systems, it is characterised in that：Including be obliquely installed successively from left to right bottle embryo input guide rail,
Rotary-type bottle embryo switching mechanism and bottle embryo output guide rail；
The rotary-type bottle embryo switching mechanism includes shell, driving mechanism on the housing is fixedly mounted, installed in shell
Internal rotating wheel mechanisms that；The output shaft of the driving mechanism stretches into enclosure, by driving mechanism driving rotating wheel mechanisms that rotation；Institute
The top for stating shell is equipped with the notch for inputting and exporting for bottle embryo；The rotating wheel mechanisms that includes the runner being installed on output shaft；
The runner includes several buffer dividing plates of wheel hub and the setting that extends radially outwardly along wheel hub, several buffer dividing plates edge wheel
The circumferencial direction of hub is uniformly distributed, and a receiving channel for being used to accommodate bottle embryo is formed between every two adjacent buffer dividing plates；
The enclosure is additionally provided with the fence assembly for preventing bottle embryo from coming off in switching process from receiving channel；The shell
The upper position positioned at notch is equipped with a bottle embryo guide part, and the bottle embryo guide part is equipped with mutual disconnected arc into embryo passage
Go out embryo passage with arc；
The bottle embryo delivery outlet of the bottle embryo input guide rail is connected with the input port of the arc into embryo passage, and the arc goes out embryo and leads to
The delivery outlet in road is connected with the bottle embryo input port of the bottle embryo output guide rail.
2. bottle embryo as claimed in claim 1 overturns cleaning systems, it is characterised in that further include closing bottle embryo input channel and
Bottle embryo output channel；The bottle embryo input guide rail is fixedly mounted in the bottle embryo input channel, and the bottle embryo output guide rail is consolidated
In the bottle embryo output channel, the rotary-type bottle embryo switching mechanism is arranged on bottle embryo input channel and bottle embryo output for Dingan County
Between passage.
3. bottle embryo as claimed in claim 1 overturns cleaning systems, it is characterised in that the enclosure corresponds to bottle embryo bottleneck court
Under position be equipped with least one nozzle, the nozzle is connected with the cleaning gas circuit containing anion.
4. bottle embryo as claimed in claim 1 overturns cleaning systems, it is characterised in that the lower part of the shell is equipped with sewage draining exit,
The sewage draining exit is connected by air hose with vacuum cleaner.
5. bottle embryo as claimed in claim 1 overturns cleaning systems, it is characterised in that the receiving channel have open top,
First side opening and second side opening；
The fence assembly includes being individually fixed in open top baffle ring on the inner wall of shell, first side split washer and the
Two side faces split washer；The first side split washer and second side split washer are separately positioned on the opposite of buffer dividing plate
The position of two sides；The open top baffle ring is located at the periphery of buffer dividing plate；The open top baffle ring, first side
The position for the notch for corresponding to shell on split washer and second side split washer is equipped with the fracture passed through for bottle embryo.
6. bottle embryo as claimed in claim 5 overturns cleaning systems, it is characterised in that the open top baffle ring, first side
Split washer and second side split washer are wire loop structure.
7. bottle embryo as claimed in claim 5 overturns cleaning systems, it is characterised in that the open top baffle ring, first side
Split washer and second side split washer are fixedly connected by multiple guardrail adjustment seats with the inner wall of shell；Open at the top
The position that each receiving channel is corresponded on mouth baffle ring is equipped with least one guardrail adjustment seat, the first side split washer
The position of the upper each receiving channel of correspondence is equipped with least one guardrail adjustment seat, is corresponded on the second side split washer
The position of each receiving channel is equipped with least one guardrail adjustment seat.
8. bottle embryo as claimed in claim 7 overturns cleaning systems, it is characterised in that the guardrail adjustment seat includes fixing sleeve
Pipe, clamping piece and bolt；
The fixed sleeving is equipped with large radius connecting hole and minor radius connecting hole, the large radius connecting hole and minor radius connecting hole
It is interconnected；The fixed sleeving is embedded on the inner wall of the shell, and the large radius end of the fixed sleeving is located in shell
Portion；
The clamping piece includes the plug division being plugged in the large radius connecting hole of the fixed sleeving and positioned at the large radius
Clamping part outside connecting hole, the radius of the clamping part are more than the radius of the plug division；The clamping part is axially arranged with use
In the holding holes of clamping open top baffle ring, first side split washer or second side split washer, the axis of the plug division
To equipped with internal thread hole；
The bolt has a male threaded joint, the male threaded joint through the fixed sleeving minor radius connecting hole with
The internal thread hole of clamping piece is threadedly coupled.
9. bottle embryo as claimed in claim 1 overturns cleaning systems, it is characterised in that the driving mechanism includes motor, first
Belt pulley, belt and the second belt pulley, the motor are fixed on the shell and are connected with the first pulley drive, and belt is set in
On first belt pulley and the second belt pulley, the second belt pulley is sequentially connected with the output shaft.
10. bottle embryo as claimed in claim 1 overturns cleaning systems, it is characterised in that the buffer dividing plate is nylon sheet；It is described
The quantity of receiving channel is more than three.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720625364.8U CN207288274U (en) | 2017-05-31 | 2017-05-31 | A kind of bottle embryo overturns cleaning systems |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720625364.8U CN207288274U (en) | 2017-05-31 | 2017-05-31 | A kind of bottle embryo overturns cleaning systems |
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| CN207288274U true CN207288274U (en) | 2018-05-01 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107214161A (en) * | 2017-05-31 | 2017-09-29 | 广州西力机械有限公司 | A kind of bottle embryo overturns cleaning systems |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107214161A (en) * | 2017-05-31 | 2017-09-29 | 广州西力机械有限公司 | A kind of bottle embryo overturns cleaning systems |
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