CN106241237B - Full-automatic unmanned paper-feeding system with the shaftless base paper roll stand of hydraulic pressure - Google Patents
Full-automatic unmanned paper-feeding system with the shaftless base paper roll stand of hydraulic pressure Download PDFInfo
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- CN106241237B CN106241237B CN201610733905.9A CN201610733905A CN106241237B CN 106241237 B CN106241237 B CN 106241237B CN 201610733905 A CN201610733905 A CN 201610733905A CN 106241237 B CN106241237 B CN 106241237B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G35/00—Mechanical conveyors not otherwise provided for
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Abstract
The present invention relates to corrugated paper production equipments, disclose the full-automatic unmanned paper-feeding system with the shaftless base paper roll stand of hydraulic pressure, it includes track (2), track (2) is equipped with small rail car (4), and small rail car (4) slides on track (2)；Further include hydraulic lift device (3), hydraulic lift device (3) setting is used to control the lifting of body paper (6) in the both sides of track (2), hydraulic lift device (3)；It further include the shaftless base paper roll stand of hydraulic pressure (1), the shaftless base paper roll stand of hydraulic pressure (1) includes guide rail (101), guide rail (101) is equipped with left swing arm (102) and right swing arm (103), left swing arm (102) and right swing arm (103) are located at the top of hydraulic lift device (3), left swing arm (102) and right swing arm (103) for clamping body paper (6).The present invention has the effect of that production efficiency is high, realizes automation mechanized operation, reduces Manufacturing Worker's fatigue strength.
Description
Technical field
The present invention relates to corrugated paper production equipments, more particularly to the full-automatic unmanned upper paper with the shaftless base paper roll stand of hydraulic pressure
System.
Background technology
Packed in cases refers to product in the process of circulation, to protect product, facilitating storage and transportation, promote sale, using carton
The packaging that body carries out product.Packed in cases is a kind of most widely used manner of packing.It is different from wooden-box package, woven bag
Packaging, cloth bag packaging, plastic casing packaging, packed in cases have draw materials it is easy, light-weight, be easy printing, design molding it is easy, at
The features such as this is cheap, is widely used for the marketing packing and transportation and packing of commodity.Corrugated case is rigid made of corrugated board
Property paper container, since over half a century, corrugated case is gradually replaced with its superior performance and good processing performance
The transportation package holds such as wooden case, become the main forces of transportation and packing, corrugated case in addition to protection commodity, convenient for storage, transport
Except, beautification commodity are also acted as, the effect of commodity is publicized.Corrugated case belongs to green product, it is conducive to environmental protection, is conducive to dress
Unload transport.Shaftless hydraulic pressure base paper roll stand is one of the capital equipment of corrugated board wire production cardboard, is used to support production corrugated board
Roll web, so that paper is smoothly sent into next procedure, achieve the purpose that high efficiency production corrugated board.Traditional shaftless hydraulic pressure is former
Paper frame needs body paper, generally requires hand haulage's body paper, installs body paper manually, since the general volume of body paper is larger, it has not been convenient to grasp
Make, need several employees in transport and installation process while operating, and installation effectiveness is relatively low, and installation accuracy is not also high, nothing
Method meets the requirement of mass production.
Invention content
The present invention is directed to the shortcomings that low body paper installation effectiveness in the prior art, complex installation process, provides with hydraulic pressure
The full-automatic unmanned paper-feeding system of shaftless base paper roll stand.
In order to solve the above-mentioned technical problem, the present invention is addressed by following technical proposals：
Full-automatic unmanned paper-feeding system with the shaftless base paper roll stand of hydraulic pressure, including track, track are equipped with small rail car, rail
Road trolley slides in orbit；Further include hydraulic lift device, hydraulic lift device is arranged in the both sides of track, hydraulic lift dress
Set the lifting for controlling body paper；Further include the shaftless base paper roll stand of hydraulic pressure, the shaftless base paper roll stand of hydraulic pressure includes guide rail, and guide rail is equipped with a left side
Swing arm and right swing arm, left swing arm and right swing arm are located at the top of hydraulic lift device, left swing arm and right swing arm for clamping body paper.
Preferably, further including guide device, guide device is arranged in the both sides of track, and guide device includes the first hydraulic pressure
Elevating lever and fixed convex block, the first hydraulic lifting arm are equipped with fixed convex block, and the first hydraulic lifting arm drives fixed convex block or more
It is mobile.
Preferably, fixing lug boss includes bottom plate, two pillars and crossbeam, bottom plate is equipped with two pillars, crossbeam setting
Between two pillars, crossbeam periphery is equipped with Non-slip material, and Non-slip material wraps up crossbeam, and Non-slip material is used to support body paper.
Preferably, small rail car is kept a foothold including two, concave station and third hydraulic lifting arm, set on third hydraulic lifting arm
There are concave station, concave station to be arranged between two are kept a foothold, keep a foothold and slide in orbit, is moved down on third hydraulic lifting arm driving concave station
Dynamic, concave station is used to support body paper.
Preferably, hydraulic lift device includes the second hydraulic lifting arm and support platform, set on the second hydraulic lifting arm
There are support platform, the second hydraulic lifting arm driving support platform to move up and down, support platform is used to support body paper；Support platform packet
Buffer gear and supporting mechanism are included, buffer gear is equipped with supporting mechanism, and buffer gear includes oil cylinder, sleeve, spring, connection
Block, position limiting slide block and buffer table, oil cylinder is interior to be equipped with sleeve, spring is equipped in sleeve, spring is equipped with link block, is set on link block
There are buffer table, buffer table to be equipped with position limiting slide block, position limiting slide block slides on oil cylinder；Fixed plate, fixed plate are additionally provided in oil cylinder
It is interior to be equipped with first through hole and the second through-hole；Buffer gear further includes the first damping sheet and the second damping sheet, is set on the first damping sheet
It is fixed in fixed plate by nut after thering is the first guide post, the first guide post to pass through first through hole, the first damping sheet is equipped with first
Resistance hole, the first resistance hole include the first vertical holes, first level hole and the first inclined hole, and the first vertical holes and first level hole connect
Logical, first level hole is connected to the first inclined hole；Second damping sheet is equipped with the second guide post, and the second guide post leads to after passing through the second through-hole
It crosses nut to be fixed in fixed plate, the second damping sheet is equipped with the second resistance hole, and the second resistance hole includes the second vertical holes, second
Lateral aperture and the second inclined hole, the second vertical holes are connected to the second lateral aperture, the second lateral aperture and the connection of the second inclined hole, the second damping
Plate is equipped on the first damping sheet, and the second inclined hole and the first inclined hole communicate；Supporting mechanism includes rotary support, electric pushrod and branch
Stake pad, rotary support are arranged on buffer table, and rotary support is equipped with electric pushrod, and electric pushrod pushes supporting pad, supporting pad
For the supporting pad of arc, supporting pad is used to support body paper.
Preferably, being equipped with paper holder on left swing arm and right swing arm, paper holder is for clamping body paper.
Preferably, the shaftless base paper roll stand of hydraulic pressure further includes holder, holder is equipped with guide rail.
The present invention has significant technique effect as a result of above technical scheme：Correcting dress is controlled by controller
It sets, the running of small rail car, hydraulic lift device, left swing arm and right swing arm, body paper is transported to designated position, left swing arm and the right side
Swing arm clamps body paper, and can remaining body paper be transported to logistics area after the completion of body paper use, and whole flow process is unattended,
It can accurately transport, clamp body paper, have the effect of that production efficiency is high, realize automation mechanized operation, reduce Manufacturing Worker's fatigue strength.
Description of the drawings
Fig. 1 is the structural schematic diagram of the present invention.
Fig. 2 is the structural schematic diagram of the shaftless base paper roll stand of hydraulic pressure.
Fig. 3 is the structural schematic diagram of Fig. 1 hydraulic lift devices.
Fig. 4 is the structural schematic diagram of Fig. 3 support platforms.
Fig. 5 is the enlarged diagram of A in Fig. 4.
Fig. 6 is the structural schematic diagram of Fig. 1 small rail cars.
Fig. 7 is the structural schematic diagram of Fig. 1 guide devices.
The toponym that each number designation is referred in the figures above is as follows：Wherein, the shaftless base paper roll stand of 1-hydraulic pressure, 101-
Guide rail, 102-left swing arms, 103-right swing arms, 104-paper holders, 2-tracks, 3-hydraulic lift devices, the 301-the second liquid
Press elevating lever, 302-support platforms, 3021-supporting mechanisms, 30211-supporting pads, 30212-electric pushrods, 30213-rotations
Turn holder, 3022-buffer gears, 30221-buffer tables, 30222-link blocks, 30223-springs, 30224-limit cunnings
Block, 30225-sleeves, 30226-oil cylinders, the 30227-the first damping sheet, the 30228-the first guide post, the 30229-the second damping
Plate, the 30230-the second guide post, 30231-fixed plates, 30232-first through hole, the 30233-the second through-hole, 30234-the first
Resistance hole, the 302341-the first vertical holes, 302342-first level holes, the 302343-the first inclined hole, the 30235-the second resistance
Hole, the 302351-the second vertical holes, the 302352-the second lateral aperture, the 302353-the second inclined hole, 4-small rail cars, 401-are stood
Foot, 402-concave stations, 403-third hydraulic lifting arms, 5-guide devices, the 501-the first hydraulic lifting arm, 502-fixations are convex
Block, 5021-bottom plates, 5022-pillars, 5023-crossbeams, 5024-Non-slip materials, 6-body paper, 7-holders, 8-standby paper areas,
9-logistics areas, 10-controllers.
Specific implementation mode
Present invention is further described in detail with embodiment below in conjunction with the accompanying drawings.
Embodiment 1
Full-automatic unmanned paper-feeding system with the shaftless base paper roll stand of hydraulic pressure, as shown in figs. 1-7, including the shaftless base paper roll stand of hydraulic pressure
1, the shaftless base paper roll stand 1 of hydraulic pressure includes holder 7, and holder 7 is equipped with guide rail 101, and guide rail 101 is equipped with left swing arm 102 and right swing arm
103, paper holder 104 is equipped on left swing arm 102 and right swing arm 103, paper holder 104 is for clamping body paper 6.
Further include track 2, track 2 is equipped with small rail car 4, and small rail car 4 slides on track 2；It further include correcting dress
5 are set, guide device 5 is arranged in the both sides of track 2, and guide device 5 includes the first hydraulic lifting arm 501 and fixes convex block 502, the
One hydraulic lifting arm 501 is equipped with fixed convex block 502, and the driving of the first hydraulic lifting arm 501 is fixed convex block 502 and moved up and down.Gu
It includes 5021, two pillars 5022 of bottom plate and crossbeam 5023 to determine boss 502, and bottom plate 5021 is equipped with two pillars 5022, crossbeam
5023 are arranged between two pillars 5022, and 5023 periphery of crossbeam is equipped with Non-slip material 5024, and Non-slip material 5024 wraps up crossbeam 5023,
Non-slip material 5024 is used to support body paper 6.
Small rail car 4 includes two keep a foothold 401, concave stations 402 and third hydraulic lifting arm 403, third hydraulic lifting arm 403
It is equipped with concave station 402, the setting of concave station 402 is kept a foothold at two between 401, is kept a foothold and 401 is slided on track 2, third hydraulic lifting
Bar 403 drives concave station 402 to move up and down, and concave station 402 is used to support body paper 6.
Further include hydraulic lift device 3, hydraulic lift device 3 is arranged in the both sides of track 2, left swing arm 102 and right swing arm
103 are located at the top of hydraulic lift device 3, and hydraulic lift device 3 is used to control the lifting of body paper 6, then left swing arm 102 and the right side
Swing arm 103 clamps body paper 6；Hydraulic lift device 3 includes the second hydraulic lifting arm 301 and support platform 302, the second hydraulic lifting
Bar 301 is equipped with support platform 302, and the second hydraulic lifting arm 301 driving support platform 302 moves up and down, and support platform 302 is used
In support body paper 6.
Support platform 302 includes buffer gear 3022 and supporting mechanism 3021, and buffer gear 3022 is equipped with supporting mechanism
3021, buffer gear 3022 includes oil cylinder 30226, sleeve 30225, spring 30223, link block 30222, position limiting slide block 30224
With buffer table 30221, oil cylinder 30226 is interior to be equipped with sleeve 30225, and spring 30223 is equipped in sleeve 30225, is set on spring 30223
There are link block 30222, link block 30222 to be equipped with buffer table 30221, buffer table 30221 is equipped with position limiting slide block 30224, limit
Position sliding block 30224 slides on oil cylinder 30226；It is full of fluid in oil cylinder 30226, the weight transmitting of body paper 6 to buffer table 30221
On, buffer table 30221 weakens impact force by spring 30233, and sleeve 30225 is contacted with the fluid in oil cylinder 30226, oil
Liquid generates damping to sleeve 30225, to increase the resistance of buffer gear 3022, improves buffering effect, prevents because of body paper 6
Weight is big and damages machine by pressure.
It is additionally provided with fixed plate 30231 in oil cylinder 30226, first through hole 30232 and the second through-hole are equipped in fixed plate 30231
30233；Buffer gear 3022 further includes the first damping sheet 30227 and the second damping sheet 30229, is set on the first damping sheet 30227
It is fixed in fixed plate 30231 by nut after thering is the first guide post 30228, the first guide post 30228 to pass through first through hole 30232,
First damping sheet 30227 is equipped with the first resistance hole 30234, and the first resistance hole 30234 includes the first vertical holes 302341, first
Lateral aperture 302342 and the first inclined hole 302343, the first vertical holes 302341 are connected to first level hole 302342, first level
Hole 302342 is connected to the first inclined hole 302343；Second damping sheet 30229 is equipped with the second guide post 30230, the second guide post 30230
It is fixed in fixed plate 30231 by nut after the second through-hole 30233, the second damping sheet 30229 is equipped with the second resistance
Hole 30235, the second resistance hole 30235 include the second vertical holes 302351, the second lateral aperture 302352 and the second inclined hole 302353,
Second vertical holes 302351 is connected to the second lateral aperture 302352, and the second lateral aperture 302352 is connected to the second inclined hole 302353,
Second damping sheet 30229 is equipped on the first damping sheet 30227, and the second inclined hole 302353 and the first inclined hole 302343 communicate；The
One damping sheet 30227 improves the damping of buffer gear 3022 by the first resistance hole 30234, because of the first vertical holes
302341,302343 irregular alignment of first level hole 302342 and the first inclined hole, fluid is when by the first resistance hole 30234
It is slack-off by velocity of liquid assets when resistance, cause fluid to become larger the resistance of sleeve 30225, to enhance the resistance of buffer gear 3022
Buddhist nun's effect improves the weight tolerances to body paper 6.When 6 weight of body paper increases, existing damping force can not meet, will
Second damping sheet 30229 is mounted on by the second guide post 30230 in fixed plate 30231, the second inclined hole 302353 and the first inclined hole
302343 communicate, and due to increasing the length of resistance hole, cause the flow velocity of fluid further slack-off, to pass through the second damping sheet
30229 have adjusted the damping force of buffer gear 3022, are suitable for the body paper 6 of different weight.
Supporting mechanism 3021 includes rotary support 30213, electric pushrod 30212 and supporting pad 30211, rotary support
30213 are arranged on buffer table 30221, and rotary support 30213 is equipped with electric pushrod 30212, and electric pushrod 30212 pushes branch
Stake pad 30211, supporting pad 30211 are the supporting pad 30211 of arc, and supporting pad 30211 is used to support body paper 6.Electric pushrod
30212 are rotated by runing rest 30213, and electric pushrod 30212 pushes supporting pad 30211, to which supporting pad 30211 resists original
Paper 6 can include preferably body paper 6 because supporting pad 30211 is arc, prevent body paper 6 from sliding, and be suitable for different-diameter
Body paper 6.
The workflow of full-automatic unmanned paper-feeding system is as follows：
One, the component that each component operates in order to control of controller 10, first by the green diameter of body paper and length input control
Device 10.
Two, body paper 6 is transported to standby paper area 8 by forklift, and guide device 5 is located in standby paper area 8, and controller 10 controls the first liquid
Elevating lever 501 is pressed to rise, the first hydraulic lifting arm 501 drives bottom plate 5021 to rise, and bottom plate 5021 drives anti-by crossbeam 5023
Saddle 5024 rises, and Non-slip material 5024 jacks up body paper 6, since Non-slip material 5024 is made of anti-slip material, can prevent body paper 6
Sliding.
Three, positioned at the infrared sensor on ground detect body paper 6 terrain clearance, and by terrain clearance data transmission to control
Device 10, controller 10 control small rail car 4 and slide into 6 bottom of body paper, and control third hydraulic lifting arm 403 by 402 liters of boss
To level altitude, level altitude is the terrain clearance that infrared sensor detects, passes through matching for infrared sensor and boss 402
It closes, boss 402 can accurately resist body paper 6.Subsequent controller 10 controls the first hydraulic lifting arm 501 and drives fixed convex block 502
Decline, body paper 6 is fallen on the boss 402 of small rail car 4, and controller controls third hydraulic lifting arm 403 and drives under boss 402
Drop then controls small rail car 4 and is slided on track 2, and the center for being located at hydraulic lift device 3 is equipped with infrared sensor, infrared
Sensor detects the distance that body paper passes through, and when the distance that body paper passes through is just the half of body paper length, infrared sensor is logical
It crosses controller 10 and controls the stopping of small rail car 4.By the cooperation of infrared sensor and small rail car 4, by the center of body paper 6 and liquid
The center of lifting apparatus 3 is pressed to overlap, the stability of body paper when being conducive to subsequently be lifted.
Four, it is body paper that controller 10, which controls the second hydraulic lifting arm 301 and drives the rising of support platform 302, lifting height,
Original radius；Then controller 10 controls left swing arm 102 and right swing arm 102 drops to designated position, left swing arm 102 and right swing arm
102 are extend by paper holder 104 in the through-hole of body paper 6, and body paper 6 is clamped.
Five, when body paper 6 is when being used part, the infrared sensor on holder 7 detects the length that body paper 6 passes through
Degree, and the length of process is sent to controller 10, the radius that the length gauge that controller 10 is passed through by body paper calculates body paper subtracts
On a small quantity, controller 10 controls the second hydraulic lifting arm 301 and rises, and 302 terrain clearance of support platform is just original the half of body paper
Diameter adds the radius decrement of body paper, and then the paper holder 104 in left swing arm 102 and right swing arm 102 is detached from body paper 6, and body paper 6 is fallen
Onto support platform 302.Controller 10 controls the second hydraulic lifting arm 301 and drops to ground, and body paper 6 is fallen on small rail car 4,
Then body paper 6 is transported to logistics area 9 by control small rail car 4.
Guide device 5, small rail car 4, hydraulic lift device 3, left swing arm 102 and right swing arm are controlled by controller 10
Body paper 6 is transported to designated position by 103 running, and left swing arm 102 and right swing arm 103 clamp body paper 6, and are used in body paper 6
Remaining body paper 6 can be transported to logistics area 9 after the completion, whole flow process is unattended, can accurately transport, clamp body paper 6, tool
There is the effect that production efficiency is high, realizes automation mechanized operation, reduces Manufacturing Worker's fatigue strength.
In short, the foregoing is merely presently preferred embodiments of the present invention, it is all according to impartial made by scope of the present invention patent
Variation and modification, should all belong to the covering scope of patent of the present invention.
Claims (6)
1. the full-automatic unmanned paper-feeding system with the shaftless base paper roll stand of hydraulic pressure, it is characterised in that：Including track (2), on track (2)
Equipped with small rail car (4), small rail car (4) slides on track (2)；Further include hydraulic lift device (3), hydraulic lift device
(3) setting is used to control the lifting of body paper (6) in the both sides of track (2), hydraulic lift device (3)；It further include the shaftless original of hydraulic pressure
Paper frame (1), the shaftless base paper roll stand of hydraulic pressure (1) include guide rail (101), and guide rail (101) is equipped with left swing arm (102) and right swing arm
(103), left swing arm (102) and right swing arm (103) are located at the top of hydraulic lift device (3), left swing arm (102) and right swing arm
(103) it is used to clamp body paper (6)；Hydraulic lift device (3) includes the second hydraulic lifting arm (301) and support platform (302), the
Two hydraulic lifting arms (301) are equipped with support platform (302), and the second hydraulic lifting arm (301) drives support platform (302) up and down
It is mobile；Support platform (302) includes buffer gear (3022) and supporting mechanism (3021), and buffer gear (3022) is equipped with support
Mechanism (3021), buffer gear (3022) include oil cylinder (30226), sleeve (30225), spring (30223), link block
(30222), position limiting slide block (30224) and buffer table (30221), oil cylinder (30226) is interior to be equipped with sleeve (30225), sleeve
(30225) spring (30223) is equipped in, spring (30223) is equipped with link block (30222), and link block (30222) is equipped with slow
Platform (30221) is rushed, buffer table (30221) is equipped with position limiting slide block (30224), and position limiting slide block (30224) is on oil cylinder (30226)
Sliding；It is additionally provided with fixed plate (30231) in oil cylinder (30226), first through hole (30232) and the are equipped in fixed plate (30231)
Two through-holes (30233)；Buffer gear (3022) further includes the first damping sheet (30227) and the second damping sheet (30229), the first resistance
Buddhist nun's plate (30227) is equipped with the first guide post (30228), and the first guide post (30228) passes through nut after passing through first through hole (30232)
It is fixed in fixed plate (30231), the first damping sheet (30227) is equipped with the first resistance hole (30234), the first resistance hole
(30234) include the first vertical holes (302341), first level hole (302342) and the first inclined hole (302343), the first vertical holes
(302341) it is connected to first level hole (302342), first level hole (302342) are connected to the first inclined hole (302343)；The
Two damping sheets (30229) are equipped with the second guide post (30230), and the second guide post (30230) passes through after passing through the second through-hole (30233)
Nut is fixed in fixed plate (30231), and the second damping sheet (30229) is equipped with the second resistance hole (30235), the second resistance hole
(30235) include the second vertical holes (302351), the second lateral aperture (302352) and the second inclined hole (302353), the second vertical holes
(302351) it being connected to the second lateral aperture (302352), the second lateral aperture (302352) is connected to the second inclined hole (302353), the
Two damping sheets (30229) are equipped on the first damping sheet (30227), the second inclined hole (302353) and the first inclined hole (302343) phase
It is logical；Supporting mechanism (3021) includes rotary support (30213), electric pushrod (30212) and supporting pad (30211), rotary support
(30213) it is arranged on buffer table (30221), rotary support (30213) is equipped with electric pushrod (30212), electric pushrod
(30212) it is the supporting pad (30211) of arc to push supporting pad (30211), supporting pad (30211), and supporting pad (30211) is used for
Support body paper (6).
2. the full-automatic unmanned paper-feeding system according to claim 1 with the shaftless base paper roll stand of hydraulic pressure, it is characterised in that：Also
Including guide device (5), in the both sides of track (2), guide device (5) includes the first hydraulic lifting arm for guide device (5) setting
(501) and fixed convex block (502), the first hydraulic lifting arm (501) are equipped with fixed convex block (502), the first hydraulic lifting arm
(501) fixed convex block (502) is driven to move up and down.
3. the full-automatic unmanned paper-feeding system according to claim 2 with the shaftless base paper roll stand of hydraulic pressure, it is characterised in that：Gu
It includes bottom plate (5021), two pillars (5022) and crossbeam (5023) to determine boss (502), and bottom plate (5021) is equipped with two pillars
(5022), crossbeam (5023) is arranged between two pillars (5022), and crossbeam (5023) periphery is equipped with Non-slip material (5024), anti-skidding
Part (5024) wraps up crossbeam (5023), and Non-slip material (5024) is used to support body paper (6).
4. the full-automatic unmanned paper-feeding system according to claim 1 with the shaftless base paper roll stand of hydraulic pressure, it is characterised in that：Rail
Road trolley (4) keeps a foothold (401) including two, concave station (402) and third hydraulic lifting arm (403), third hydraulic lifting arm (403)
Be equipped with concave station (402), concave station (402) setting is kept a foothold at two between (401), keep a foothold (401) slided on track (2), the
Three hydraulic lifting arms (403) driving concave station (402) moves up and down, and concave station (402) is used to support body paper (6).
5. the full-automatic unmanned paper-feeding system according to claim 1 with the shaftless base paper roll stand of hydraulic pressure, it is characterised in that：It is left
Paper holder (104) is equipped in swing arm (102) and right swing arm (103), paper holder (104) is for clamping body paper (6).
6. the full-automatic unmanned paper-feeding system according to claim 1 with the shaftless base paper roll stand of hydraulic pressure, it is characterised in that：Liquid
It further includes holder (7) to press shaftless base paper roll stand (1), and holder (7) is equipped with guide rail (101).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610733905.9A CN106241237B (en) | 2016-08-25 | 2016-08-25 | Full-automatic unmanned paper-feeding system with the shaftless base paper roll stand of hydraulic pressure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610733905.9A CN106241237B (en) | 2016-08-25 | 2016-08-25 | Full-automatic unmanned paper-feeding system with the shaftless base paper roll stand of hydraulic pressure |
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| Publication Number | Publication Date |
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| CN106241237A CN106241237A (en) | 2016-12-21 |
| CN106241237B true CN106241237B (en) | 2018-09-21 |
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| CN201610733905.9A Active CN106241237B (en) | 2016-08-25 | 2016-08-25 | Full-automatic unmanned paper-feeding system with the shaftless base paper roll stand of hydraulic pressure |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107969969A (en) * | 2017-12-28 | 2018-05-01 | 安徽天艺纸业科技有限公司 | A kind of roll paper tube stent easy to feeding |
| CN110239029A (en) * | 2019-05-20 | 2019-09-17 | 柳州开宇塑胶机械有限公司 | The linear motion guide device and injection molding machine of Injection Motor Template |
| CN110143465A (en) * | 2019-05-22 | 2019-08-20 | 湖北东创机械设备有限公司 | A kind of full-automatic unmanned paper-feeding system with hydraulic shaftless base paper roll stand |
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|---|---|---|---|---|
| EP2096051A1 (en) * | 2008-02-29 | 2009-09-02 | vR Systems AG | Transport device |
| DE102012211708B4 (en) * | 2012-07-05 | 2015-07-09 | Koenig & Bauer Aktiengesellschaft | Roll supply system of a web-fed printing press, web-fed printing press and method for operating a web-fed reel feeding system |
| CN202807746U (en) * | 2012-08-13 | 2013-03-20 | 博凯机械(上海)有限公司 | Corrugated board production line automatic steering gear for recycling body paper but roll |
| CN202829060U (en) * | 2012-08-31 | 2013-03-27 | 广东肇庆西江机械制造有限公司 | Full automatic hydraulic type paper winding support |
| CN103482389B (en) * | 2013-09-10 | 2015-11-25 | 陕西北人印刷机械有限责任公司 | Winding apparatus is unloaded in the conveying of a kind of printing equipment coiling material |
| CN203740689U (en) * | 2014-03-19 | 2014-07-30 | 青岛美光机械有限公司 | Paper feeding system of corrugated paper board production line |
| CN203921927U (en) * | 2014-06-17 | 2014-11-05 | 博凯机械(上海)有限公司 | Full automaticity base paper roll stand for corrugated board production |
| CN204549235U (en) * | 2015-01-08 | 2015-08-12 | 常州丽宝第帝彩新材料有限公司 | With saturating coiled material plastic floor conveying and packaging manufacturing line feeding trolley |
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