CN208912689U - Beverage bottle prerinse is with pushing away draw box mechanism - Google Patents
Beverage bottle prerinse is with pushing away draw box mechanism Download PDFInfo
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- CN208912689U CN208912689U CN201821606470.2U CN201821606470U CN208912689U CN 208912689 U CN208912689 U CN 208912689U CN 201821606470 U CN201821606470 U CN 201821606470U CN 208912689 U CN208912689 U CN 208912689U
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- pushing
- guide rail
- pushing frame
- scraping wings
- beverage bottle
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Abstract
The utility model relates to beverage bottle prerinse auxiliary device fields, a kind of beverage bottle prerinse is disclosed with pushing away draw box mechanism, the problem of aiming to solve the problem that Automated water adjustment, prerinse low efficiency in the prior art, it includes the rack set up on a moving belt, it is equipped with pushing material component along direction of transfer sliding in the rack, the pushing material component bottom end is equipped with scraping wings along the direction sliding perpendicular to conveyer belt top surface.The utility model passes through pushing material component in the sliding of direction of transfer, cooperate scraping wings perpendicular to the sliding on the direction of conveyer belt top surface, it realizes that scraping wings periodically automates pusher to carbonated drink case, to improve the automatization level of production line, and then improves production efficiency.
Description
Technical field
The utility model relates to beverage bottle prerinse auxiliary device field more particularly to a kind of beverage bottle prerinse with pushing away
Draw box mechanism.
Background technique
It is mainly wrapped currently, the Chinese utility model patent of Publication No. CN107758595A discloses a kind of drink production line
Include three parts, respectively beverage configuration system slack tank cleaning system and canned packaging system, wherein first part, beverage
Configuration system includes original sub-block device, the change sugar device and deployment device for connecting original sub-block device, second part, slack tank
Cleaning system includes the conveyer belt for transporting beverage packaging bottle, and CIP cleaning system is disposed on the conveyer belt, is used for
Blow the blow-dry device, imaging detection device and manual detection device of the body of the beverage packaging bottle, Part III, canned vanning
System includes sequentially connected bottle placer, cover press, marking machine, recrater and detection device on a moving belt, to have
Multiple functional, high production efficiency, the fully-automatic production assembly line for bottled drink.
Beverage glass bottle at present on the market can be recycled by this kind of drink production line, is handled by multiple tracks cleaning process
The beverage glass bottle of recycling, and go again filling, the recycling and reusing of beverage glass bottle is realized, to economize on resources；Currently, in order to mention
High cleaning effect is transmitted in beverage glass bottle into before bottle washing machine, needs to carry out prerinse work to beverage glass bottle, wherein need
The carbonated drink case equipped with beverage glass bottle conveyed on conveyer belt is sent into the supersonic wave cleaning machine of setting, to utilize ultrasound
Wave cleaning agent tentatively removes the dirt adhered on beverage glass bottle inside and outside wall, can not only reduce subsequent cleaning difficulty, moreover it is possible to mention
The cleaning quality of high beverage glass bottle.
But since supersonic wave cleaning machine capacity is limited, needs periodicity, mass to be pushed into a certain amount of carbonated drink case, use
Not only single push amount is smaller for the mode manually pushed, and labor intensity is larger, and then causes production efficiency lower, therefore, urgently
It needs a kind of automation to push away draw box mechanism, to reduce labor intensity, improves the automatization level of drink production line.
Utility model content
In view of the deficienciess of the prior art, the utility model provides a kind of beverage bottle prerinse with draw box mechanism is pushed away, no
Only has the advantages that high degree of automation, moreover it is possible to improve production efficiency.
To realize the above-mentioned technical purpose, a kind of beverage bottle prerinse provided by the utility model is with pushing away draw box mechanism, including such as
Lower technical solution:
Including setting up rack on a moving belt, it is equipped with pushing material component along direction of transfer sliding in the rack, it is described to push away
Expect that component bottom end is equipped with scraping wings along the direction sliding perpendicular to conveyer belt top surface.
By adopting the above technical scheme, by frame upper spider on a moving belt, to facilitate staff side on a moving belt
Pushing material component is set, and when a collection of communicated band of carbonated drink case is sent to below rack, the scraping wings being arranged on pushing material component is downward
Several sides of the carbonated drink case far from supersonic wave cleaning machine are moved to, then can be incited somebody to action by the sliding of pushing material component in the transmission direction
Carbonated drink case is pushed into supersonic wave cleaning machine；And by pushing material component and scraping wings in direction of transfer and perpendicular to conveyer belt top surface direction
On past polyslip, that is, be able to achieve carbonated drink case periodically, the prerinse of mass, pushed manually without staff, not only
It can reduce the labor intensity of staff, moreover it is possible to the automatization level of production line is improved, to improve production efficiency.
In some embodiments, the pushing material component includes rack both ends drive rod relatively disposed in parallel, the drive
Lever rotation setting, and its pivot center is arranged perpendicular to direction of transfer, the every drive rod both ends are coaxially provided with drive respectively
Driving wheel, two drive rods are equipped with driving band with set on two driving gears of side end；The pushing material component further includes material-pushing frame, institute
It states material-pushing frame two sides and is respectively and fixedly connected with and be arranged in the unilateral part of corresponding driving band, and the scraping wings is set to material-pushing frame close to super
The side of sound wave cleaning machine.
By adopting the above technical scheme, by the cooperation of drive rod and driving wheel and driving band, drive band outside driving wheel
Rotation, and material-pushing frame is arranged on the unilateral side of driving band, so that the material-pushing frame enable is under the positive and negative rotation of driving wheel, in
Driving takes the feeding pusher for realizing material-pushing frame along direction of transfer shift reciprocately and retreats and steps down.
In some embodiments, in the rack, the two sides of corresponding material-pushing frame glide direction, which are respectively equipped with, is parallel to biography
Send the guide rail in direction, material-pushing frame two sides corresponding rails are respectively equipped with guiding mechanism, the guiding mechanism include along perpendicular to
Guide rail direction is located in the directive wheel of guide rail two sides, the directive wheel rotation setting, and its pivot center is parallel to conveyer belt top
Face setting.
By adopting the above technical scheme, the guide rail being arranged in rack is clamped by the directive wheel that material-pushing frame two sides are arranged, not only
Sliding of the cooperation guiding material-pushing frame of guide rail and directive wheel in rack can be passed through, moreover it is possible to share driving with the material-pushing frame born
Pressure extends driving band service life.
In some embodiments, the material-pushing frame is additionally provided with close to the side of guide rail is connected to guide rail close to material-pushing frame one
The movable pulley of side side wall, the pivot center of the movable pulley are arranged perpendicular to conveyer belt top surface, and the material-pushing frame two sides with it is right
There are gaps between the guiding cheekn answered.
By adopting the above technical scheme, by the gap being arranged between material-pushing frame and guide rail, cooperation can be connected to sliding rail
On movable pulley, while reducing contact area and replacing sliding friction to reduce resistance to sliding using rolling friction, by pushing away
Expect that sliding trajectory is stablized in the mutual cooperation of frame two sides movable pulley, material-pushing frame is avoided to generate the shake perpendicular to glide direction in sliding
It moves and damages the component directly contacted with material-pushing frame.
In some embodiments, the guide rail is respectively equipped with stop bit wheel close to the both ends of the side of material-pushing frame.
By adopting the above technical scheme, sliding of the material-pushing frame in rack can be limited by the setting of stop bit wheel, avoids pushing away
Expect the excessive slip of frame and generates collision with the shell of rack frame body or supersonic wave cleaning machine and destroy pushing material component structure.
In some embodiments, a drive rod both ends are respectively equipped with the strainer in rack, the tensioning device
Structure includes the tensioning slot opened up in rack, and the drive rod both ends are equipped with the tensioning block being inserted in tensioning slot, the tensioning block
It slides and is arranged along rail length direction, and wear the tensioning screw for being connected to and being connected in tensioning block through tensioning slot screw thread, described
Tight screw rod is parallel to guide rail setting.
By adopting the above technical scheme, by a drive rod both ends be arranged strainer adjust two drive rods between away from
From improving the rotation of drive rod and material-pushing frame be mobile turns to adjust the tensioning degree for the driving band being set on driving wheel
Efficiency of movement reduces energy consumption.
In some embodiments, rotation is equipped with crank on the material-pushing frame, and the pivot center of the crank, which is parallel to, leads
Rail setting, the scraping wings are equipped with rocking bar close to the rotation of the top of material-pushing frame, and the rocking bar is rotated far from one end of scraping wings to be connected
It is connected to crank to be arranged far from one end of itself and material-pushing frame connecting pin, and the pivot center at rocking bar both ends is arranged each parallel to guide rail.
By adopting the above technical scheme, pass through the cooperation for the rocking bar being arranged on the crank and scraping wings that are arranged on material-pushing frame, shape
At crank and rocker mechanism, scraping wings is driven to slide in the vertical direction, to realize the insertion of scraping wings and exit.
In some embodiments, the scraping wings is additionally provided with leading perpendicular to conveyer belt top surface close to the side of material-pushing frame
To bar, the guide rod slides to be plugged in material-pushing frame along its length to be arranged.
By adopting the above technical scheme, by the setting of guide rod, scraping wings removing under crank and rocker mechanism drive is limited
It is slid perpendicular to other directions in conveyer belt top surface direction, to realize the quick sliding of scraping wings in the vertical direction.
In conclusion the utility model compared with prior art, has the advantage that through pushing material component in direction of transfer
Sliding, cooperation scraping wings perpendicular to the sliding on the direction of conveyer belt top surface, realize scraping wings to carbonated drink case periodically from
Dynamicization pusher to improve the automatization level of production line, and then improves production efficiency.
Detailed description of the invention
Fig. 1 is the prerinse of the utility model beverage bottle with pushing away draw box mechanism structural schematic diagram；
Fig. 2 is the enlarged drawing of part A in Fig. 1；
Fig. 3 is the enlarged drawing of part B in Fig. 1；
Fig. 4 is the structural schematic diagram of rack section.
In figure: 0, conveyer belt；01, carbonated drink case；1, rack；11, guide rail；111, stop bit wheel；12, platform is accommodated；121, it accommodates
Item；2, pushing material component；21, material-pushing frame；22, decelerating motor；221, crank；23, guide rod；3, drive rod；31, driving wheel；32,
Drive band；33, driving motor；4, strainer；41, it is tensioned slot；411, kidney slot；412, fixture block；42, tensioning block；421, block
Slot；43, tensioning screw；5, guiding mechanism；51, directive wheel；52, movable pulley；6, scraping wings；61, rocking bar；7, position sensor.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment: a kind of beverage bottle prerinse is with draw box mechanism is pushed away, as shown in Figure 1, including the rack being bridged on conveyer belt 0
1, here, conveyer belt 0 is arranged in close to the end of supersonic wave cleaning machine (not shown) in rack 1, and along sender in rack 1
Sliding is provided with pushing material component 2, and is equipped with pusher along the direction sliding perpendicular to 0 top surface of conveyer belt in 2 bottom end of pushing material component
Plate 6, here, conveyer belt 0 are horizontally disposed, and therefore, the glide direction of pushing material component 2 is horizontally disposed, the glide direction of scraping wings 6
It is vertically arranged.
In the prior art, it needs from conveyer belt 0 to push to carbonated drink case 01 in supersonic wave cleaning machine, and in order to guarantee
The cleaning efficiency of supersonic wave cleaning machine needs the feeding into supersonic wave cleaning machine of periodicity, mass, and pushes away with needed for single
The increase for 01 quantity of carbonated drink case sent, the difficulty using artificial push mode is bigger, therefore, in ultrasonic cleaning machine inlet
Upper spider 1 is arranged in 0 end of conveyer belt, slides by the pushing material component 2 that slides in the horizontal direction in rack 1 and along the vertical direction
The circulation pusher of scraping wings 6 is realized in the cooperation of scraping wings 6；Several carbonated drink casees 01 are sent to supersonic wave cleaning machine by conveyer belt 0
Before and after feed inlet, the scraping wings 6 on pushing material component 2 of this batch of carbonated drink case 01 far from supersonic wave cleaning machine side is displaced downwardly to vapour
01 side of water tank, and push carbonated drink case 01 to enter in supersonic wave cleaning machine automatically under the drive of pushing material component 2, and complete in pusher
It is moved away from 01 place plane of carbonated drink case on after finishing, then returns to original position under the drive of pushing material component 2, and arrive in rear batch of carbonated drink case 01
Continue to push work after reaching, can not only be slid by the cooperation of pushing material component 2 and scraping wings 6 and realize automation pusher,
It improves production line automation level, reduce worked personnel labor intensity, moreover it is possible to improve production efficiency, reduce cost.
In order to realize the sliding of pushing material component 2 in the horizontal direction, the charging of carbonated drink case 01 is realized, as shown in Figure 1, in machine
Frame 1 is respectively provided with horizontally disposed drive rod 3 along the both ends of direction of transfer, and here, drive rod 3 is rotatably connected in rack 1, and
Its rotation axis axis is arranged perpendicular to direction of transfer, and coaxially connects at 3 both ends of drive rod, positioned at the inside cavity that rack 1 is formed
It is connected to driving wheel 31, and is socketed with driving band 32 on two ipsilateral driving wheels 31 of two drive rods 3, here, driving wheel 31 is to drive
Moving gear, driving band 32 are sliding tooth band；And pushing material component 2 includes material-pushing frame 21, and the bottom end of 21 two sides of material-pushing frame is solid respectively
Surely it is connected in the driving a part of band 32 far from conveyer belt 0 and is arranged；In addition, the setting of scraping wings 6 is in material-pushing frame 21 close to ultrasound
The side of wave cleaning machine, and be located between two driving bands 32.In this way, driving driving 32 edge of band by the drive rod 3 of positive and negative rotation
Direction of transfer moves back and forth, so that the pushing material component 2 connected on 32 upper portion of band be driven to be displaced in the horizontal direction in.
Since driving band 32 is soft material, easily there is deformation in the pressure of pushing material component 2 and influences in driving band 32
The stability being displaced to pushing material component 2, as shown in Figure 1,3 end of a drive rod is provided with for driving 3 positive and negative rotation of drive rod
Driving motor 33, and 3 both ends of another drive rod are respectively arranged with strainer 4, here, have in 1 two sides of rack
Tight slot 41, and as shown in Fig. 2, being provided with horizontally disposed kidney slot 411,3 liang of corresponding drive rod in tensioning 41 slot bottom of slot perforation
End is plugged in respectively in kidney slot 411, and 3 end of drive rod being located in tensioning slot 41 is respectively arranged with tensioning block 42, and is driven
Lever 3 and tensioning block 42 are relatively rotatable to each other setting, and for being connected to and being connected in tensioning block 42 is worn through tensioning 41 screw thread of slot
Tight screw rod 43, and tensioning screw 43 is parallel to direction of transfer setting.In this way, by turning tensioning screw 43, according to driving band 32
Tightness change tensioning block 42 tensioning slot 41 in position, adjust between the root drive rod 3 and another drive rod 3 away from
From, while realizing that driving 32 tensioning degree of band is adjusted, the transformation efficiency that the rotation of drive rod 3 is displaced with pushing material component 2 is improved,
Reduce energy consumption.
In addition, avoiding drive rod 3 from occurring in its longitudinal direction to stablize sliding of the tensioning block 42 in tensioning slot 41
It is displaced and influences the stability of driving band 32, as shown in figure 3, protruding respectively on tensioning 41 top of slot and bottom end along direction of transfer
It is provided with fixture block 412, and is provided with card slot 421 in 42 two sides of tensioning block correspondence.In this way, passing through the sliding of fixture block 412 and card slot 421
The mating displacement that can be oriented to and limit drive rod 3.
For the further sliding of stable pushing material component 2 in the transmission direction, as shown in Fig. 2, being located in 1 two sides of rack
Driving band 32 above be respectively set be parallel to driving band 32 guide rail 11, and in 21 two sides of material-pushing frame, positioned at the both ends of every side
It is respectively arranged with guiding mechanism 5, here, guiding mechanism 5 includes the directive wheel 51 for being folded in about 11 two sides of guide rail, directive wheel 51
Rotation setting, its pivot center are horizontally and perpendicularly to the setting of guide rail 11.In this way, not by the directive wheel 51 that is clipped in 11 two sides of guide rail
The pressure of material-pushing frame 21 can be only transferred on guide rail 11 from driving band 32, extend driving 32 service life of band, moreover it is possible to pass through
The guide rail 11 being rigidly arranged stablizes the glide direction of pushing material component 2, eliminates soft 32 bring displacement fluctuation of driving band.
While directive wheel 51 is oriented to material-pushing frame 21 and slides, in order to reduce the resistance to sliding of material-pushing frame 21, such as Fig. 2 institute
Show, material-pushing frame 21 two sides, movable pulley 52 is also respectively provided with positioned at the both ends of every side, movable pulley 52 is connected to guide rail 11 and leans on
The side setting of nearly material-pushing frame 21, here, movable pulley 52 rotates and its pivot center is vertically arranged, meanwhile, 21 two sides of material-pushing frame
There are gaps between rack 1, are only contacted with each other by movable pulley 52 with directive wheel 51.In this way, passing through the setting of movable pulley 52
While reducing material-pushing frame 21 and 1 contact area of rack, moreover it is possible to rolling friction is converted by sliding friction, to reduce displacement
Resistance.In addition, in order to avoid material-pushing frame 21 slides carry, as shown in Fig. 2, in 11 both ends of guide rail, displacement guide rail 11 close to pusher
The side of frame 21 is respectively arranged with stop bit wheel 111, and here, stop bit wheel 111 rotates and its pivot center is parallel to directive wheel 51 and sets
It sets.To block material-pushing frame 21 using stop bit wheel 111, material-pushing frame 21 is avoided to slide excessively and generate shock with rack 1, protection pushes away
Expect 21 part of frame from damage.
And in order to realize the sliding of scraping wings 6 in the vertical direction, as shown in figure 4, scraping wings 6, which includes four, passes through bolt
The mutually U-lag steel of splicing setting, and rocking bar is rotatably connected to close to the side of material-pushing frame 21 at 6 top of scraping wings, positioned at it
61, and close to the side of scraping wings 6, rotation is provided with crank 221 in material-pushing frame 21, here, the pivot center of crank 221 is parallel
It is arranged in direction of transfer, meanwhile, rocking bar 61 is rotationally connected with crank 221 far from itself and material-pushing frame 21 far from one end of scraping wings 6
One end of connecting pin, and the pivot center at 61 both ends of rocking bar is arranged each parallel to direction of transfer；In addition, along perpendicular on material-pushing frame 21
Histogram is connected to guide rod 23 to wearing, and here, the length of guide rod 23 is greater than scraping wings 6 and sets in the maximum length that vertical direction slides
It sets, and is not contacted at the top of rack 1, and 23 bottom end of guide rod is fixed in scraping wings 6 close to the side of material-pushing frame 21.In this way, logical
The active rotation and 23 limit in the vertical direction of guide rod for crossing crank 221 are able to achieve in the vertical direction past of scraping wings 6
Polyslip realizes the automatic feed of carbonated drink case 01 to cooperate the horizontal sliding of pushing material component 2.
As shown in figure 4, it is integrated equipped with decelerating motor 22(motor and speed reducer on material-pushing frame 21, and motor here
It is vertical to place, the transmission of vertical direction becomes to the transmission of horizontal direction by commutating structure in speed reducer, and commutating structure packet
Include the structures such as turbine and worm, bevel gear and the cooperation of bevel gear), and the output shaft of decelerating motor 22 is connected to crank 221
One end far from rocking bar 61, so that crank 221 be driven to rotate.
In addition, stop bit wheel 111 is only avoided that 21 excessive slip of material-pushing frame and generates damage, pusher group is if desired accurately controlled
The sliding of part 2 in the horizontal direction passes through as shown in figure 4, being provided with position sensor 7 on material-pushing frame 21 and scraping wings 6
The setting induction scraping wings 6 of position sensor 7 and 21 position of material-pushing frame, and data feedback is transmitted to the whole control for pushing away draw box mechanism
At center processed, by the connection of whole control centre and driving motor 33 and decelerating motor 22, material-pushing frame 21 and scraping wings 6 are realized
The accurate control of position.
Since material-pushing frame 21 and scraping wings 6 need to be displaced in rack 1, and it is provided with more routes thereon and (slows down electric
The electric wire of the components such as machine 22, position sensor 7), in order to avoid line influence to the displacement of material-pushing frame 21 and scraping wings 6, such as Fig. 4
It is shown, it is provided with accommodating platform 12 at 1 top of rack, above material-pushing frame 21 along 11 length direction of guide rail, and in accommodating platform 12
On be connected with soft, strip hollow shape receiving item 121, route is connected in the receiving item 121 of corresponding position and its length
It is preset as can adapt to the shift length setting of corresponding component.
The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to
Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to
Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and
Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (8)
1. a kind of beverage bottle prerinse is with pushing away draw box mechanism, it is characterised in that: including the rack (1) being erected on conveyer belt (0), institute
It states in rack (1) and is equipped with pushing material component (2) along direction of transfer sliding, pushing material component (2) bottom end is along perpendicular to conveyer belt (0)
The direction sliding of top surface is equipped with scraping wings (6).
2. beverage bottle prerinse according to claim 1 is with draw box mechanism is pushed away, it is characterized in that: the pushing material component (2) includes
Rack (1) both ends drive rod (3) relatively disposed in parallel, drive rod (3) the rotation setting, and its pivot center is perpendicular to biography
Direction is sent to be arranged, every drive rod (3) both ends are coaxially provided with driving wheel (31) respectively, and two drive rods (3) are the same as side end
Set is equipped with driving band (32) on two driving gears；The pushing material component (2) further includes material-pushing frame (21), the material-pushing frame (21)
Two sides are respectively and fixedly connected with to be arranged in the unilateral part of corresponding driving band (32), and the scraping wings (6) is set to material-pushing frame (21) and leans on
The side of nearly supersonic wave cleaning machine.
3. beverage bottle prerinse according to claim 2 is with pushing away draw box mechanism, it is characterized in that: in the rack (1), correspondence pushes away
The two sides of material frame (21) glide direction are respectively equipped with the guide rail (11) for being parallel to direction of transfer, and material-pushing frame (21) two sides are corresponding
Guide rail (11) is respectively equipped with guiding mechanism (5), and the guiding mechanism (5) is located in guide rail perpendicular to guide rail (11) direction including edge
(11) directive wheel (51) of two sides, directive wheel (51) the rotation setting, and its pivot center is parallel to conveyer belt (0) top surface and sets
It sets.
4. beverage bottle prerinse according to claim 3 is led with draw box mechanism is pushed away it is characterized in that: the material-pushing frame (21) is close
The side of rail (11) is additionally provided with the movable pulley (52) for being connected to guide rail (11) close to material-pushing frame (21) side side wall, the movable pulley
(52) pivot center is arranged perpendicular to conveyer belt (0) top surface, and the material-pushing frame (21) two sides and corresponding guide rail (11) side
There are gaps between wall.
5. beverage bottle prerinse according to claim 3 is with draw box mechanism is pushed away, it is characterized in that: the guide rail (11) is close to pusher
The both ends of the side of frame (21) are respectively equipped with stop bit wheel (111).
6. beverage bottle prerinse according to claim 3 is with draw box mechanism is pushed away, it is characterized in that: a drive rod (3) both ends are distinguished
Equipped with the strainer (4) being set on rack (1), the strainer (4) includes the tensioning slot (41) opened up on rack (1),
Drive rod (3) both ends are equipped with the tensioning block (42) being inserted in tensioning slot (41), and the tensioning block (42) is along guide rail (11)
Length direction sliding setting, and the tensioning screw (43) for being connected to and being connected on tensioning block (42) is worn through tensioning slot (41) screw thread,
The tensioning screw (43) is parallel to guide rail (11) setting.
7. beverage bottle prerinse according to claim 3 is with draw box mechanism is pushed away, it is characterized in that: rotating on the material-pushing frame (21)
Equipped with crank (221), the pivot center of the crank (221) is parallel to guide rail (11) setting, and the scraping wings (6) is close to pusher
The top rotation of frame (21) is equipped with rocking bar (61), and the rocking bar (61) is rotationally connected with crank far from the one end of scraping wings (6)
(221) it is arranged far from one end of itself and material-pushing frame (21) connecting pin, and the pivot center at rocking bar (61) both ends is each parallel to guide rail
(11) it is arranged.
8. beverage bottle prerinse according to claim 7 is pushed away with draw box mechanism is pushed away it is characterized in that: the scraping wings (6) is close
The side of material frame (21) is additionally provided with the guide rod (23) perpendicular to conveyer belt (0) top surface, and the guide rod (23) is square along its length
Setting in material-pushing frame (21) is plugged in sliding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821606470.2U CN208912689U (en) | 2018-09-29 | 2018-09-29 | Beverage bottle prerinse is with pushing away draw box mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821606470.2U CN208912689U (en) | 2018-09-29 | 2018-09-29 | Beverage bottle prerinse is with pushing away draw box mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208912689U true CN208912689U (en) | 2019-05-31 |
Family
ID=66707894
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821606470.2U Expired - Fee Related CN208912689U (en) | 2018-09-29 | 2018-09-29 | Beverage bottle prerinse is with pushing away draw box mechanism |
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| Country | Link |
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| CN (1) | CN208912689U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110373697A (en) * | 2019-07-25 | 2019-10-25 | 天长市京发铝业有限公司 | A kind of full-automatic Horizontal oxide production line |
-
2018
- 2018-09-29 CN CN201821606470.2U patent/CN208912689U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110373697A (en) * | 2019-07-25 | 2019-10-25 | 天长市京发铝业有限公司 | A kind of full-automatic Horizontal oxide production line |
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| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: No. 189, North Jiushi Road, dongshilipu, Chanba Ecological District, Xi'an City, Shaanxi Province, 710032 Patentee after: Xi'an Bingfeng Beverage Co.,Ltd. Address before: No. 189, North Jiushi Road, dongshilipu, Chanba Ecological District, Xi'an City, Shaanxi Province, 710032 Patentee before: XI'AN BINGFENG BEVERAGE Co.,Ltd. |
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| 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: 20190531 |