CN205554770U - Many xiLin bottle feed arrangement - Google Patents
Many xiLin bottle feed arrangement Download PDFInfo
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- CN205554770U CN205554770U CN201620101256.6U CN201620101256U CN205554770U CN 205554770 U CN205554770 U CN 205554770U CN 201620101256 U CN201620101256 U CN 201620101256U CN 205554770 U CN205554770 U CN 205554770U
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Abstract
The utility model discloses a many xiLin bottle feed arrangement, include an installing support, transmission shaft, feeding servo motor, driving sprocket, chain, transport cabin, meet material cylinder mechanism, slide bracket cylinder mechanism, tongs propelling movement cylinder mechanism and PLC control system, PLC control system respectively with feeding servo motor, slide bracket cylinder mechanism and tongs propelling movement cylinder mechanism connect. The utility model has the advantages of the utility model discloses a feeding is efficient, stability and accuracy high.
Description
Technical field
The utility model relates to Key works Drug packing equipment technical field, particularly relates to the charging of a kind of branched cillin bottle
Device.
Background technology
Along with the development of society, the raising of living standards of the people, a lot of field such as Medicines, food
The demand of bottle series products is increasing year by year, occurs in that recruitment is waste, in the urgent need to packaging facilities, it is achieved raw
The automation produced.And feed arrangement is vital part in bottle series products packaging, for XiLin
For bottle packaging, the frequency of its feed arrangement is slow, the most perfect, it is difficult to meet product real
Demand in the packaging process of border.
To this end, applicant carried out useful exploration and trial, have found result of the above problems,
Technical scheme described below produces under this background.
Utility model content
Technical problem to be solved in the utility model: a kind of charging is provided for the deficiencies in the prior art
Efficiency height, stability and much higher cillin bottle feed arrangement of accuracy.
The utility model is solved the technical problem that to realize by the following technical solutions:
A kind of branched cillin bottle feed arrangement, including:
One mounting bracket;
One axle is located at the first power transmission shaft on the first end of described mounting bracket;
One is arranged in described mounting bracket and for driving the first of described first drive axis the charging to watch
Take motor;
At least one first left side being set on described first power transmission shaft and being rotated by described first transmission shaft
Drive sprocket;
At least one is set on described first power transmission shaft and can be relative to the second of described first drive axis
Left Drive sprocket wheel;
One axle is located at the second driving shaft on the second end of described mounting bracket;
One be arranged in described mounting bracket and for drive described second driving shaft to rotate second charging watch
Take motor;
At least one first right side being set on described second driving shaft and being rotated by described second driving shaft
Drive sprocket;
At least one be set on described second driving shaft and can rotate relative to described second driving shaft second
Right drive sprocket;
Be circumferentially positioned on each first Left Drive sprocket wheel and corresponding first right drive sprocket
One chain;
Be circumferentially positioned on each second Left Drive sprocket wheel and corresponding second right drive sprocket
Two chains;
Some traffic directions along described first chain are disposed on described first chain and along with described
First chain movement and movement for taking the first conveying cabin holding branched cillin bottle;
Some traffic directions along described second chain are disposed on described second chain and are positioned at adjacent
Two first conveying cabins between and along with described second chain movement being used for taking and hold branched west of movement
Second conveying cabin of woods bottle;
The position of one discharge end being arranged in described mounting bracket and being positioned corresponding to feeding web
Splicing cylinder mechanism, when described first conveying cabin or the second conveying cabin turn to going out of feeding web
During material end, described splicing cylinder mechanism makes the branched cillin bottle that the discharge end from feeding web is sent
Stably enter in described first conveying cabin or the second conveying cabin;
One is arranged in described mounting bracket and cunning between described first power transmission shaft and second driving shaft
Moving platform cylinder mechanism;
One slide arrangement handgrip on described sliding platform cylinder mechanism pushes cylinder mechanism, described handgrip
Push cylinder mechanism under the driving of described sliding platform cylinder mechanism, follow described first conveying cabin or the
Two conveying cabin synchronous operations, when described first carries cabin or the second conveying cabin at described first chain
Or second run under chain-driving to during with box packing machine cabin position consistency, described handgrip pushes cylinder mechanism
The branched cillin bottle being mounted in described first conveying cabin or the second conveying cabin is pushed into described mounted box
In motor vessel cabin;And
One PLC control system, described PLC control system respectively with described first charging servomotor, the
Two charging servomotors, sliding platform cylinder mechanism and handgrip push cylinder mechanism and connect.
In a preferred embodiment of the present utility model, described splicing cylinder mechanism includes:
The splicing of one discharge end being fixedly installed in described mounting bracket and corresponding to described feeding web
Installing plate;
One is arranged on described splicing installing plate and is positioned at described splicing installing plate away from described feeding web
The sliding cylinder of one end of discharge end, the output shaft of described sliding cylinder connects a slide damper;
One be fixedly mounted on described slide damper connect a bottle cylinder, described in connect the output of bottle cylinder and pass
After described slide damper, the discharge end direction towards described feeding web extends;
The outside of one discharge end being positioned at described feeding web connect bottle stopper plate;And
One be positioned on described splicing installing plate connect a bottle connecting plate, described in connect one end of bottle connecting plate with described
Connecing bottle stopper plate to connect, its other end is connected with the described output connecing bottle cylinder.
In a preferred embodiment of the present utility model, the upper face of described splicing installing plate is offered
Have a guiding sliding recess, described in connect the lower face of bottle connecting plate and be provided with a guiding slide bumping, work as institute
When stating the installation of splicing installing plate, the guiding slide bumping of described splicing installing plate embeds described splicing installing plate
On guiding sliding recess in, and can along described guiding sliding recess carry out guide slide.
In a preferred embodiment of the present utility model, described sliding platform cylinder mechanism includes:
One is arranged in described mounting bracket and along described first conveying cabin or the operation of the second conveying cabin
The sliding platform that direction extends;
One slide arrangement sliding bottom on described sliding platform;And
Be connected on one sidepiece being arranged on described sliding platform and with described PLC control system for driving
Described sliding bottom is along described sliding platform toward the slip servomotor of polyslip.
In a preferred embodiment of the present utility model, described handgrip pushes cylinder mechanism and includes:
One is fixedly installed on the cylinder mounting plate on described sliding bottom;
One slide arrangement propelling movement electricity cylinder on described cylinder mounting plate;
One be arranged on described cylinder mounting plate and be connected with described PLC control system described for driving
Push the propelling movement electricity cylinder servomotor of electricity cylinder motion;
One is arranged on air cylinder mounting bracket under the handgrip on the described output pushing electricity cylinder;
One be arranged under described handgrip in air cylinder mounting bracket and with grabbing that described PLC control system is connected
Subordinate air cylinder, under described handgrip, the output of air cylinder is towards downwardly extending;And
One is connected and is positioned at described first conveying cabin or second defeated with the output of air cylinder under described handgrip
Send the propelling movement handgrip of the top of cabin, when described first carry cabin or second conveying cabin run to dress
During box motor vessel cabin position consistency, under described handgrip, air cylinder is pressed under driving described propelling movement handgrip so that described
Push handgrip and encase the branched cillin bottle carried on described first conveying cabin or the second conveying cabin, with this
Meanwhile, the described electric cylinder of propelling movement described in electricity cylinder driven by servomotor that pushes travels forward so that described propelling movement is grabbed
The branched cillin bottle carried on described first conveying cabin or the second conveying cabin is pushed into described mounted box by hand
In motor vessel cabin.
In a preferred embodiment of the present utility model, described first conveying cabin or the second conveying cabin
There is at least two cabin and accommodate position.
In a preferred embodiment of the present utility model, described mounting bracket is positioned at described first defeated
Send and be provided with forward and backward conveying wallboard on the forward and backward side position of cabin or the second conveying cabin, before described,
The upper and lower part of the medial surface of rear conveying wallboard is provided with a gyro wheeling concrete chuting respectively, described first, second defeated
The two bottom sides sending cabin is respectively arranged with and guides, with described gyro wheeling concrete chuting, the roller coordinated mutually.
In a preferred embodiment of the present utility model, between described forward and backward conveying wallboard, it is positioned at institute
The lower position stating the first chain and the second chain top is provided with a chain supporting plate.
Owing to have employed technical scheme as above, the beneficial effects of the utility model are: the utility model
Powder feeding efficiency is high, stability and accuracy high.
Accompanying drawing explanation
In order to be illustrated more clearly that the utility model embodiment or technical scheme of the prior art, below will
The accompanying drawing used required in embodiment or description of the prior art is briefly described, it should be apparent that,
Accompanying drawing in describing below is only embodiments more of the present utility model, for ordinary skill people
From the point of view of Yuan, on the premise of not paying creative work, it is also possible to obtain the attached of other according to these accompanying drawings
Figure.
Fig. 1 is the three-dimensional structure schematic diagram at a visual angle of the present utility model.
Fig. 2 is the three-dimensional structure schematic diagram at another visual angle of the present utility model.
Fig. 3 is top view of the present utility model.
Fig. 4 is side view of the present utility model.
Detailed description of the invention
For the technological means making the utility model realize, creation characteristic, reach purpose and be prone to bright with effect
White understanding, below in conjunction with being specifically illustrating, is expanded on further the utility model.
Seeing accompanying drawing, be given in figure is a kind of branched cillin bottle feed arrangement, including mounting bracket 100,
Power transmission shaft 210a, 210b, charging servomotor 220a, 220b, Left Drive sprocket wheel 230a, 230b, 230c,
230d, right drive sprocket 240a, 240b, 240c, 240d, chain 250a, 250b, 250c, 250d,
Some conveying cabin 300a, 300b, splicing cylinder mechanism 400, sliding platform cylinder mechanism 500, handgrip
Push cylinder mechanism 600 and PLC control system.
Mounting bracket 100 is supported on support base 110, and mounting bracket 100 is positioned at feeding web
At discharge end, and cooperate with box packing machine.Power transmission shaft 210a, 210b axle respectively is located at mounting bracket
On the both ends of 100.Charging servomotor 220a, 220b respectively by motor mounting plate 221a,
221b is arranged on the both ends of mounting bracket 100, and by shaft coupling 222a, 222b and power transmission shaft
210a, 210b connect, and are used for driving power transmission shaft 210a, 210b to rotate, charging servomotor 220a,
220b is also connected with PLC control system.Left Drive sprocket wheel 230a, 230b, 230c, 230d interval is sheathed
On power transmission shaft 210a, wherein, Left Drive sprocket wheel 230a, 230c are fixedly installed, and by transmission shaft 210a
Being rotated, Left Drive sprocket wheel 230b, 230d are not fixedly installed, and it can be relative to power transmission shaft 210a
Rotate;Right drive sprocket 240a, 240b, 240c, 240d spacer sleeve is located on power transmission shaft 210b,
Wherein, right drive sprocket 240a, 240c are fixedly installed, and are rotated by transmission shaft 210b, and right
Drive sprocket 240b, 240d are not fixedly installed, and it can rotate relative to power transmission shaft 210b.
Chain 250a, 250b, 250c, 250d be looped around respectively left and right drive sprocket 230a, 240a, a left side,
Right drive sprocket 230b, 240b, left and right drive sprocket 230c, 240c, left and right drive sprocket 230d,
On 240d.
Some conveying cabin 300a are disposed on chain along the traffic direction of chain 250a, 250c
On 250a, 250c, and move along with chain 250a, 250c motion, be used for taking and hold branched cillin bottle.
Some conveying cabin 300b along the traffic direction of chain 250b, 250d be disposed on chain 250b,
On 250d, and move along with chain 250b, 250d motion, be used for taking and hold branched cillin bottle.Each defeated
Sending cabin 300b between two adjacent conveying cabin 300a, i.e. both arrange for staggered interval.
Conveying cabin 300a, 300b have two cabins and accommodate position, are effectively improved the efficiency of mounted box.
It addition, be positioned at the forward and backward of conveying boat cabin 300a or conveying cabin 300b in mounting bracket 100
Forward and backward conveying wallboard 260a, 260b it is provided with, at forward and backward conveying wallboard 260a, 260b on side position
The upper and lower part of medial surface be provided with gyro wheeling concrete chuting 261a, 262a, 261b, a 262b respectively, conveying
The two bottom sides of cabin 300a, 300b is respectively arranged with and gyro wheeling concrete chuting 261a, 262a, 261b, 262b
Guide roller 310a, 310b of cooperation mutually, this ensure that conveying cabin 300a, 300b's is stable
Property.Additionally, for the operation stability improving chain 250a, 250b, 250c, 250d, forward and backward
Conveying is positioned at the lower orientation on chain 250a, 250b, 250c, 250d top between wallboard 260a, 260b
Installing and be equipped with a chain supporting plate 270, chain supporting plate 270 holds chain 250a, 250b, 250c, 250d,
Prevent chain 250a, 250b, 250c, 250d from sinking situation occurring between power transmission shaft 210a, 210b.
Splicing cylinder mechanism 400 is arranged in mounting bracket 100 and is positioned corresponding to going out of feeding web
The position of material end.Specifically, splicing cylinder mechanism 400 includes splicing installing plate 410, sliding cylinder
420, connect bottle cylinder 430, connect bottle stopper plate 440 and connect bottle connecting plate 450.Splicing installing plate 410 is solid
Surely it is arranged in mounting bracket 100 and corresponds to the discharge end of feeding web.Sliding cylinder 420 is installed
On splicing installing plate 410 and be positioned at splicing installing plate 410 one end away from the discharge end of feeding web
And be connected with PLC control system, the output shaft of sliding cylinder 420 connects a slide damper 421.Connect bottle
Cylinder 430 is fixedly mounted on slide damper 421 and is connected with PLC control system, connects bottle cylinder 430
Output extend through discharge end direction towards feeding web after slide damper 421.Connect bottle stopper plate
The outside of 440 discharge ends being positioned at feeding web.Connect bottle connecting plate 450 and be positioned at splicing installing plate 410
On, the one end connecing bottle connecting plate 450 is connected with connecing bottle stopper plate 440, its other end with connect bottle cylinder 430
Output connect.The upper face of splicing installing plate 410 offers a guiding sliding recess 411, connects
The lower face of bottle connecting plate 450 is provided with a guiding slide bumping 451, when splicing installing plate 410 is installed,
The slide bumping 451 that guides of splicing installing plate 410 embeds the guiding sliding recess on splicing installing plate 410
In 411, and can carry out guiding slip along guiding sliding recess 411.As conveying cabin 300a or 300b
When turning to the discharge end of feeding web, the branched cillin bottle that the discharge end of feeding web is sent is steady
Surely enter in conveying cabin 300a or 300b.
Sliding platform cylinder mechanism 500 is arranged in mounting bracket 100 and is positioned at power transmission shaft 210a, 210b
Between.Sliding platform cylinder mechanism 500 includes sliding platform 510, sliding bottom 520 and slip servo
Motor 530.Sliding platform 510 is arranged in mounting bracket 100 and along carrying cabin 300a or 300b
Traffic direction extend.Sliding bottom 520 slide arrangement is on sliding platform 510.Slip servomotor
It is connected on 530 sidepieces being arranged on sliding platform 510 and with PLC control system, is used for driving sliding bottom
520 along sliding platform 510 toward polyslip.
Handgrip pushes cylinder mechanism 600 and includes that cylinder mounting plate 610, propelling movement electricity cylinder 620, propelling movement electricity cylinder are watched
Take under motor 630, handgrip under air cylinder mounting bracket 640, handgrip air cylinder 650 and push handgrip 660.
Cylinder mounting plate 610 is fixedly installed on sliding bottom 520.Push electricity cylinder 620 slide arrangement at cylinder
On installing plate 610.Push electricity cylinder servomotor 630 to be arranged on cylinder mounting plate 610 and control with PLC
System processed connects, and is used for driving propelling movement electricity cylinder 620 to move.Under handgrip, air cylinder mounting bracket 640 is arranged
On the output pushing electricity cylinder 620.Under handgrip, air cylinder 650 is arranged on air cylinder installation under handgrip
Being connected on frame 640 and with PLC control system, under handgrip, the output of air cylinder 650 is towards downwardly extending.
Push handgrip 660 be connected with the output of air cylinder under handgrip 650, and be positioned at carry cabin 300a or
The top of 300b.Handgrip pushes cylinder mechanism 600 and follows under the driving of sliding platform cylinder mechanism 500
Conveying cabin 300a or 300b synchronous operation, when conveying cabin 300a or 300b runs extremely and box packing machine
During cabin position consistency, under handgrip, air cylinder 650 drives propelling movement handgrip to press for 660 times so that push handgrip
660 encase the branched cillin bottle carried on conveying cabin 300a or 300b, meanwhile, push electricity cylinder and watch
Taking motor 630 drives propelling movement electricity cylinder 620 to travel forward so that pushing handgrip 660 will conveying cabin 300a
Or the branched cillin bottle carried on 300b pushes in box packing machine cabin.
The course of work of branched cillin bottle feed arrangement of the present utility model is as follows:
First, conveying cabin 300a runs to feeding web under the drive of chain 250a, 250c
Stop at discharge end, meanwhile, under the effect of splicing cylinder mechanism 400, from feeding web
The cillin bottle that discharge end is sent stably is sent in conveying cabin 300a, and chain 250a, 250c drive
The conveying cabin 300a being equipped with branched cillin bottle runs forward, now, and sliding platform cylinder mechanism 500
Drive handgrip to push cylinder mechanism 600 and the conveying cabin 300a being equipped with branched cillin bottle run simultaneously,
Running to during with box packing machine cabin position consistency when carrying cabin 300a, handgrip pushes cylinder mechanism 600 will
The branched cillin bottle being mounted in conveying cabin 300a pushes in box packing machine cabin, after completing to push, grabs
Hand push send cylinder mechanism 600 to reset, and unloaded conveying cabin 300a circulates at chain 250a, 250c
Motion;On the other hand, after conveying cabin 300a lift-launch cillin bottle leaves at the discharge end of feeding web,
Conveying cabin 300b runs under the drive of chain 250b, 250d and stops to the discharge end of feeding web
Only, under the effect of splicing cylinder mechanism 400, the cillin bottle quilt sent from the discharge end of feeding web
Stably sending in conveying cabin 300b, the cillin bottle that cabin 300a to be conveyed carries is admitted to box packing machine
After cabin, conveying cabin 300b runs forward, equally at handgrip under the drive of chain 250b, 250d
Pushing under the effect of cylinder mechanism 600, the cillin bottle that it carries is admitted to corresponding box packing machine cabin
In, after completing to push, handgrip pushes cylinder mechanism 600 and resets, and unloaded conveying cabin 300b is at chain
250b, 250d do shuttling movement, thus form the work of circulation.
Of the present utility model general principle and principal character and of the present utility model excellent have more than been shown and described
Point.Skilled person will appreciate that of the industry, the utility model is not restricted to the described embodiments, above-mentioned
Principle of the present utility model is simply described, without departing from the utility model described in embodiment and specification
On the premise of spirit and scope, the utility model also has various changes and modifications, these changes and improvements
In the range of both falling within claimed the utility model.The utility model claims scope by appended power
Profit claim and equivalent thereof define.
Claims (8)
1. a branched cillin bottle feed arrangement, it is characterised in that including:
One mounting bracket;
One axle is located at the first power transmission shaft on the first end of described mounting bracket;
One is arranged in described mounting bracket and for driving the first charging servomotor of described first drive axis;
At least one the first Left Drive sprocket wheel being set on described first power transmission shaft and being rotated by described first transmission shaft;
At least one is set on described first power transmission shaft and can be relative to the second Left Drive sprocket wheel of described first drive axis;
One axle is located at the second driving shaft on the second end of described mounting bracket;
One is arranged in described mounting bracket and for the second charging servomotor driving described second driving shaft to rotate;
At least one the first right drive sprocket being set on described second driving shaft and being rotated by described second driving shaft;
At least one the second right drive sprocket being set on described second driving shaft and can rotating relative to described second driving shaft;
It is circumferentially positioned at the first chain on each first Left Drive sprocket wheel and corresponding first right drive sprocket;
It is circumferentially positioned at the second chain on each second Left Drive sprocket wheel and corresponding second right drive sprocket;
Some traffic directions along described first chain be disposed on described first chain and along with described first chain movement movement for take hold branched cillin bottle first conveying cabin;
Some traffic directions along described second chain are disposed on described second chain and the holding the second of branched cillin bottle and carry cabin for taking of movement between adjacent two first conveying cabins and along with described second chain movement;
The splicing cylinder mechanism of the position of one discharge end being arranged in described mounting bracket and being positioned corresponding to feeding web, when described first carries cabin or second carries the discharge end that cabin turns to feeding web, the branched cillin bottle that described splicing cylinder mechanism makes the discharge end from feeding web be sent stably enters in described first conveying cabin or the second conveying cabin;
One is arranged in described mounting bracket and sliding platform cylinder mechanism between described first power transmission shaft and second driving shaft;
One slide arrangement handgrip on described sliding platform cylinder mechanism pushes cylinder mechanism, described handgrip pushes cylinder mechanism and follows described first conveying cabin or the second conveying cabin synchronous operation under the driving of described sliding platform cylinder mechanism, when described first carries cabin or the second conveying cabin runs under described first chain or the second chain-driving extremely with box packing machine cabin position consistency, described handgrip pushes cylinder mechanism and is pushed in described box packing machine cabin by the branched cillin bottle being mounted in described first conveying cabin or the second conveying cabin;And
One PLC control system, described PLC control system pushes cylinder mechanism be connected with described first charging servomotor, the second charging servomotor, sliding platform cylinder mechanism and handgrip respectively.
Branched cillin bottle feed arrangement the most as claimed in claim 1, it is characterised in that described splicing cylinder mechanism includes:
The splicing installing plate of one discharge end being fixedly installed in described mounting bracket and corresponding to described feeding web;
One is arranged on described splicing installing plate and is positioned at the described splicing installing plate sliding cylinder away from one end of the discharge end of described feeding web, and the output shaft of described sliding cylinder connects a slide damper;
One be fixedly mounted on described slide damper connect a bottle cylinder, described in connect the output of bottle cylinder and extend through discharge end direction towards described feeding web after described slide damper;
The outside of one discharge end being positioned at described feeding web connect bottle stopper plate;And
One be positioned on described splicing installing plate connect a bottle connecting plate, described in connect one end of bottle connecting plate and be connected with the described bottle stopper plate that connects, its other end is connected with the described output connecing bottle cylinder.
Branched cillin bottle feed arrangement the most as claimed in claim 2, it is characterized in that, the upper face of described splicing installing plate offers a guiding sliding recess, the described lower face connecing bottle connecting plate is provided with a guiding slide bumping, when described splicing installing plate is installed, guiding in the guiding sliding recess that slide bumping embeds on described splicing installing plate of described splicing installing plate, and can carry out guiding slip along described guiding sliding recess.
Branched cillin bottle feed arrangement the most as claimed in claim 1, it is characterised in that described sliding platform cylinder mechanism includes:
One is arranged in described mounting bracket and along described first conveying cabin or the sliding platform of the traffic direction extension of the second conveying cabin;
One slide arrangement sliding bottom on described sliding platform;And
Be connected on one sidepiece being arranged on described sliding platform and with described PLC control system for driving described sliding bottom along described sliding platform toward the slip servomotor of polyslip.
Branched cillin bottle feed arrangement the most as claimed in claim 1, it is characterised in that described handgrip pushes cylinder mechanism and includes:
One is fixedly installed on the cylinder mounting plate on described sliding bottom;
One slide arrangement propelling movement electricity cylinder on described cylinder mounting plate;
The one propelling movement electricity cylinder servomotor for driving described propelling movement electricity cylinder motion being arranged on described cylinder mounting plate and being connected with described PLC control system;
One is arranged on air cylinder mounting bracket under the handgrip on the described output pushing electricity cylinder;
One is arranged under described handgrip in air cylinder mounting bracket and air cylinder under the handgrip that is connected with described PLC control system, and under described handgrip, the output of air cylinder is towards downwardly extending;And
One is connected with the output of air cylinder under described handgrip and is positioned at the propelling movement handgrip of top of described first conveying cabin or the second conveying cabin, when described first carries cabin or the second conveying cabin runs extremely with box packing machine cabin position consistency, under described handgrip, air cylinder is pressed under driving described propelling movement handgrip, described propelling movement handgrip is made to encase the branched cillin bottle carried on described first conveying cabin or the second conveying cabin, meanwhile, the described electric cylinder of propelling movement described in electricity cylinder driven by servomotor that pushes travels forward, the branched cillin bottle carried on described first conveying cabin or the second conveying cabin is pushed in described box packing machine cabin by described propelling movement handgrip.
Branched cillin bottle feed arrangement the most as claimed in claim 1, it is characterised in that described first conveying cabin or the second conveying cabin have at least two cabin and accommodate position.
Branched cillin bottle feed arrangement the most as claimed in claim 1, it is characterized in that, described mounting bracket is positioned on the forward and backward side position of described first conveying cabin or the second conveying cabin and is provided with forward and backward conveying wallboard, be provided with a gyro wheeling concrete chuting respectively in the upper and lower part of the medial surface of described forward and backward conveying wallboard, the two bottom sides of described first, second conveying cabin is respectively arranged with and guides, with described gyro wheeling concrete chuting, the roller coordinated mutually.
Branched cillin bottle feed arrangement the most as claimed in claim 7, it is characterised in that the lower position being positioned at described first chain and the second chain top between described forward and backward conveying wallboard is provided with a chain supporting plate.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201620101256.6U CN205554770U (en) | 2016-01-31 | 2016-01-31 | Many xiLin bottle feed arrangement |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201620101256.6U CN205554770U (en) | 2016-01-31 | 2016-01-31 | Many xiLin bottle feed arrangement |
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CN205554770U true CN205554770U (en) | 2016-09-07 |
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CN201620101256.6U Active CN205554770U (en) | 2016-01-31 | 2016-01-31 | Many xiLin bottle feed arrangement |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN111717451A (en) * | 2020-06-30 | 2020-09-29 | 欧华包装设备(河源)有限公司 | Counting steering conveyor |
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2016
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN111717451A (en) * | 2020-06-30 | 2020-09-29 | 欧华包装设备(河源)有限公司 | Counting steering conveyor |
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