CN205892264U - Big gun is rolling machine equipment for paper - Google Patents
Big gun is rolling machine equipment for paper Download PDFInfo
- Publication number
- CN205892264U CN205892264U CN201620749891.5U CN201620749891U CN205892264U CN 205892264 U CN205892264 U CN 205892264U CN 201620749891 U CN201620749891 U CN 201620749891U CN 205892264 U CN205892264 U CN 205892264U
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- China
- Prior art keywords
- kinetic energy
- cylinder
- frame
- transition
- pneumatic means
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Abstract
The utility model relates to a rolling machine equipment technical field, concretely relates to big gun is rolling machine equipment for paper, it includes the frame, and frame rear portion bottom department is provided with many kinetic energy pneumatic means hexagon shaft A, and many kinetic energy pneumatic means hexagon shaft A's both ends spindle nose correspondence is provided with many kinetic energy pneumatic means, the anterior both sides face bottom correspondence of frame is provided with frame pull rod B, and two frame pull rod B surface rear portions are provided with many kinetic energy cylinder fixing base respectively, are provided with many kinetic energy pneumatic means cylinder respectively on the fixing base of kinetic energy cylinder more than two, the jar axle of the cylinder of kinetic energy pneumatic means more than two respectively with frame both sides face on many kinetic energy pneumatic means's middle part link to each other, kinetic energy pneumatic means's more than two bottom respectively with frame pull rod A, it adopts twice press roller assembly, utilizes the cylinder to drive tensioning assembly to convenient flatten big gun paper and cut carry, it is fast to have a paper feed, degree of automation is high, the effect that flattens greatly improves product quality and work efficiency, and has reduced the rejection rate.
Description
[technical field]
This utility model is related to winder equipment technical field and in particular to a kind of big gun paper winds machine equipment.
[background technology]
Winder is the rewinding part of coiled strip machining production line, raw material is mechanically wound into coiled strip, extensively
It is used in paper roll, yardage roll, roll of plastic, on metal coiled material machining production line, design variation is required according to actual process, common
There are simple winder, hydraulic winding machine, winder typically has volume internal diameter to material, roll up external diameter, roll of material thickness, width has sternly
Lattice require.And it is directed to big gun paper winder, traditional big gun paper winder, in order to flatten big gun paper, adopts extremely multiple pressure rollers, with this
To flatten big gun paper.Said structure both increased the complexity of machine construction, has that effect is poor again, the low problem of work efficiency,
And easily go out waste product.
[utility model content]
The purpose of this utility model is the defect and deficiency for prior art, provides a kind of structure simple, design is closed
Reason, a kind of big gun paper easy to use winding machine equipment, it adopts twice press roll component, drives tension assembly using cylinder,
Thus convenient cut load by gentle for big gun letterweight, there is paper feeding speed soon, high degree of automation, flatten effect, product matter is greatly improved
Amount and work efficiency, and reduce percent defective.
A kind of big gun paper described in the utility model winding machine equipment, it includes frame, and frame rear portion bottom end is provided with
Many kinetic energy pneumatic means hexagonal axis a, the two ends spindle nose of many kinetic energy pneumatic means hexagonal axis a is correspondingly arranged on the pneumatic dress of many kinetic energy
Put；Described frame front two sides bottom is correspondingly arranged organic frame pull bar b, and two frame pull bar b surfaces rear portion is respectively arranged with
Many kinetic energy cylinder fixed seat, kinetic energy cylinder fixed seat more than two is respectively arranged with many kinetic energy pneumatic means cylinder, moves two more
The cylinder shaft of energy pneumatic means cylinder is connected with the middle part of the many kinetic energy pneumatic means on frame two sides respectively, kinetic energy gas more than two
The bottom of dynamic device respectively with frame pull bar a；On the two sides of described frame, the top of the cylinder of kinetic energy pneumatic means more than two
It is respectively arranged with big servo；Described frame surface front portion is provided with large roller；Big servo left upper portion setting organic frame pull bar c,
Scraper is provided with frame pull bar c, the cutter head of scraper is contacted with the cylinder face of large roller；It is provided with an axle, cylinder in described large roller
The two ends of axle are correspondingly arranged on automatic change of lap sprocket wheel, and automatic change of lap sprocket wheel is connected with big servo by chain；Described cylinder axle
Automatic clamping device cylinder is respectively arranged with the spindle nose of two ends, the cylinder shaft end of automatic clamping device cylinder is connected with automatic clamping device；Institute
State correspondence on the two ends spindle nose of an axle and be arranged with automatic change of lap support, the top of automatic change of lap support is u shape trough；Two automatically
It is provided with gas on the u shape trough of change of lap support and opens axle a, the two ends that gas opens axle a are connected with automatic clamping device respectively；Described frame
Front bottom end is provided with automatic change of lap variator, and automatic change of lap variator is by automatic change of lap Motor drive；In described frame, automatically
The top of change of lap variator is provided with transmission transition hexagonal axis a, is provided with transmission transition hexagonal axis above transmission transition hexagonal axis a
c；The two ends spindle nose of described transmission transition hexagonal axis a is respectively arranged with bearing block a, and bearing block a is provided with transmission transition wheel a；
The two ends spindle nose of described transmission transition hexagonal axis c is respectively arranged with bearing block c, and bearing block c is provided with transmission transition wheel c；Institute
State automatic change of lap variator and pass through chain b, be connected with transmission transition wheel a, transmission transition wheel c, automatic change of lap sprocket wheel successively respectively；
In described frame 1, above transmission transition wheel a, it is provided with transition tension cylinder, transition tension cylinder is provided with transition tension and slides
Seat, slide rail, transition tension slide, slide rail are arranged on transition tension support, and transition tension cradle top is provided with tension axis c；Institute
The both sides stating transition tension support are provided with transition tension axle a, and transition tension axle a is provided with filter stage plate, filter stage
Secondary paper feed roller is provided with plate, secondary paper feed roller is contacted with large roller right upper portion；Before described filter stage plate
Portion bottom surface is provided with paper feed roller；Paper feed roller is connected with the little servo being arranged on frame front side by transmission belt a；Institute
State the front part sides top in frame and be provided with paper feed floral axis, the two ends spindle nose of paper feed floral axis is provided with paper feed floral axis bearing block；
It is provided with transition tension platform, transition tension platform upper surface is inclined plane shape outside described frame front；Described transition tension is put down
The surface lower portions of platform and bottom surface front portion are respectively arranged with transition tension axle b；The surface top of described transition tension platform is provided with
Groove, is provided with lower cutter shaft in groove, lower cutter shaft is connected with paper feed roller by transmission belt b, and lower cutter shaft is provided with lower tool rest,
The top of lower tool rest is provided with automatic cutting Pneumatic tool rest, and the left-hand end of automatic cutting Pneumatic tool rest is connected with tool rest, and tool rest is left
Side is connected with frame；Blade is provided with the bottom surface of automatic cutting Pneumatic tool rest, blade is corresponding with lower tool rest；Described frame
Surface rear portion is provided with many kinetic energy winding slide rails, and the front portion of many kinetic energy winding slide rails is provided with gas and opens axle b, and gas opens the two ends of axle b
It is connected with many kinetic energy pneumatic means respectively, gas is opened axle b side and contacted with large roller.
After said structure, this utility model has the beneficial effect that a kind of big gun paper winder described in the utility model
Equipment, it adopts twice press roll component, drives tension assembly using cylinder, thus convenient cut load by gentle for big gun letterweight, has
Paper feeding speed is fast, high degree of automation, flattens effect, product quality and work efficiency is greatly improved, and reduces waste product
Rate.
[brief description]
Accompanying drawing described herein is used to provide and further understands to of the present utility model, constitutes of the application
Point, but do not constitute to improper restriction of the present utility model, in the accompanying drawings:
Fig. 1 is this utility model structural representation；
Description of reference numerals:
1st, frame；2nd, large roller；3rd, big servo；4th, little servo；5th, paper feed roller；6th, paper feed floral axis；7th, bearing block；8th, knife
Seat；9th, blade；10th, lower tool rest；11st, lower cutter shaft；12nd, tension axis c；13rd, transition tension axle a；14th, secondary paper feed roller；15th, certainly
Move roll support；16th, automatic clamping device；17th, automatic clamping device cylinder；18th, automatic change of lap sprocket wheel；19th, transition tension slide, cunning
Rail；20th, transition tension support；21st, transition tension cylinder；22nd, transition tension platform；23rd, gas opens axle a；24th, the pneumatic dress of many kinetic energy
Put；25th, many kinetic energy pneumatic means cylinder；26th, many kinetic energy pneumatic means hexagonal axis a；27th, transmission transition wheel a；28th, scraper；29、
Frame pull bar a；30th, filter stage plate；31st, chain；32nd, transmission belt a；33rd, automatic change of lap motor；34th, automatic change of lap variator；
35th, many kinetic energy cylinder fixed seat；36th, many kinetic energy wind slide rail；37th, it is driven transition hexagonal axis a.
[specific embodiment]
To describe this utility model in detail below in conjunction with accompanying drawing and specific embodiment, illustrative examples therein with
And explanation is only used for explaining this utility model, but it is not intended as to restriction of the present utility model.
As shown in figure 1, a kind of big gun paper winding machine equipment described in this specific embodiment, it includes frame 1, frame 1
Rear portion bottom end is provided with many kinetic energy pneumatic means hexagonal axis a26, and the two ends spindle nose of many kinetic energy pneumatic means hexagonal axis a26 corresponds to
It is provided with many kinetic energy pneumatic means 24；
Described frame 1 front part sides face bottom is correspondingly arranged organic frame pull bar b, and two frame pull bar b surfaces rear portion is respectively
It is provided with many kinetic energy cylinder fixed seat 35, kinetic energy cylinder fixed seat 35 more than two is respectively arranged with many kinetic energy pneumatic means cylinder
25, the cylinder shaft of the cylinder of kinetic energy pneumatic means more than two 25 respectively with frame 1 two sides on many kinetic energy pneumatic means 24 middle part
Be connected, the bottom of kinetic energy pneumatic means 24 more than two respectively with frame pull bar a 29；
On the two sides of described frame 1, the top of the cylinder of kinetic energy pneumatic means more than two 25 is respectively arranged with big servo 3；
Described frame 1 surface front portion is provided with large roller 2；Big servo 3 left upper portion setting organic frame pull bar c, frame pull bar c is arranged
There is scraper 28, the cutter head of scraper 28 is contacted with the cylinder face of large roller 2；
It is provided with an axle, the two ends of cylinder axle are correspondingly arranged on automatic change of lap sprocket wheel 18, automatic change of lap in described large roller 2
Sprocket wheel 18 is connected with big servo 3 by chain 31；It is respectively arranged with automatic clamping device cylinder 17 on the two ends spindle nose of described cylinder axle,
The cylinder shaft end of automatic clamping device cylinder 17 is connected with automatic clamping device 16；
On the two ends spindle nose of described cylinder axle, correspondence is arranged with automatic change of lap support 15, and the top of automatic change of lap support 15 is u
Shape trough；Be provided with gas on the u shape trough of two automatic change of lap supports 15 and open axle a23, gas open the two ends of axle a23 respectively with from
Dynamic binding clasp 16 is connected；
Described frame 1 front bottom end is provided with automatic change of lap variator 34, and automatic change of lap variator 34 is by automatic change of lap electricity
Machine 33 drives；
In described frame 1, the top of automatic change of lap variator 34 is provided with transmission transition hexagonal axis a37, is driven transition six
It is provided with transmission transition hexagonal axis c above the axle a37 of angle；The two ends spindle nose of described transmission transition hexagonal axis a37 is respectively arranged with axle
Bearing a7, bearing block a7 is provided with transmission transition wheel a27；The two ends spindle nose of described transmission transition hexagonal axis c is respectively arranged with
Bearing block c, bearing block c is provided with transmission transition wheel c；
Described automatic change of lap variator 34 passes through chain b, respectively successively with transmission transition wheel a27, transmission transition wheel c, from
Move volume sprocket wheel 18 to be connected；
In described frame 1, it is provided with transition tension cylinder 21 above transmission transition wheel a27, transition tension cylinder 21 sets
It is equipped with transition tension slide, slide rail 19, transition tension slide, slide rail 19 are arranged on transition tension support 20, transition tension support
20 tops are provided with tension axis c12；
The both sides of described transition tension support 20 are provided with transition tension axle a13, and transition tension axle a13 is provided with filtration
Landing slab 30, filter stage plate 30 is provided with secondary paper feed roller 14, secondary paper feed roller 14 and large roller 2 right upper portion phase
Contact；
The front bottom surface of described filter stage plate is provided with paper feed roller 5；Paper feed roller 5 passes through transmission belt a32 and setting
Little servo 4 on the anterior side of frame 1 is connected；
Front part sides top in described frame 1 is provided with paper feed floral axis 6, the two ends spindle nose of paper feed floral axis 6 be provided with into
Paper flower bearing housing；Described frame 1 front outsides are provided with transition tension platform 22, and transition tension platform 22 upper surface is inclined-plane
Shape；
The surface lower portions of described transition tension platform 22 and bottom surface front portion are respectively arranged with transition tension axle b；
The surface top setting of described transition tension platform 22 is fluted, is provided with lower cutter shaft 11, lower cutter shaft 11 in groove
It is connected with paper feed roller 5 by transmission belt b, lower cutter shaft 11 is provided with lower tool rest 10, the top of lower tool rest 10 is provided with automatically
Cutting Pneumatic tool rest, the left-hand end of automatic cutting Pneumatic tool rest is connected with tool rest 8, and tool rest 8 left-hand end is connected with frame 1；Automatically
It is provided with blade 9, blade 9 is corresponding with lower tool rest 10 on the bottom surface of cutting Pneumatic tool rest；
Described frame 1 surface rear portion is provided with many kinetic energy winding slide rails 36, and the front portion that many kinetic energy wind slide rail 36 is provided with
Gas opens axle b, and the two ends that gas opens axle b are connected with many kinetic energy pneumatic means 24 respectively, and gas is opened axle b side and contacted with large roller 2.
In this utility model, the front portion of frame 1 is provided with paper feed assembly, and paper feed assembly includes transition tension platform 22, mistake
Cross the outer side bottom surface of tension platform 22 and surface lower portions be respectively arranged with transition tension axle b, surface middle part is provided with cutting assembly,
Cutting assembly includes automatic cutting Pneumatic tool rest and is arranged on the blade 9 on knife rest.During use, big gun paper is put down by transition tension
Platform 22, enters filter stage plate 30 through transition tension axle b, and subsequently into tension assembly, transition tension cylinder 21 drives transition
Tension force slide, slide rail 19, drive tension axis c12 action, and big gun paper enters back into secondary paper feed roller 14, then after tension assembly
Reach large roller 2, large roller 2 is driven by big servo 3, and large roller 2 is provided with Automatic-clamping assembly, Automatic-clamping assembly is by certainly
Move roll support 15, automatic clamping device 16, automatic clamping device cylinder 17 form, thus pressing from both sides to the big gun paper entering large roller 2
Press flat process；Many kinetic energy pneumatic means cylinder 25 is now controlled to drive many kinetic energy pneumatic means 24, many kinetic energy pneumatic means 24
Promote gas to open axle b to slide at large roller 2 on many kinetic energy winding slide rail 36, big gun paper roll to gas is opened axle b, forms coiling.
A kind of big gun paper described in the utility model winding machine equipment, it is adopted twice press roll component, is driven using cylinder
Dynamic tension assembly, thus convenient cut load by gentle for big gun letterweight, has paper feeding speed soon, and high degree of automation flattens effect, greatly
Improve product quality and work efficiency, and reduce percent defective.
The above is only better embodiment of the present utility model, therefore described in all patent claims according to this utility model
Construction, the equivalence changes done of feature and principle or modification, be all included in this utility model patent claim.
Claims (1)
1. a kind of big gun paper winding machine equipment it is characterised in that: it includes frame, and frame rear portion bottom end is provided with many kinetic energy gas
Dynamic device hexagonal axis a, the two ends spindle nose of many kinetic energy pneumatic means hexagonal axis a is correspondingly arranged on many kinetic energy pneumatic means；Described machine
Frame front part sides face bottom is correspondingly arranged organic frame pull bar b, and two frame pull bar b surfaces rear portion is respectively arranged with many kinetic energy cylinder
Fixed seat, kinetic energy cylinder fixed seat more than two is respectively arranged with many kinetic energy pneumatic means cylinder, kinetic energy pneumatic means more than two
The cylinder shaft of cylinder is connected with the middle part of the many kinetic energy pneumatic means on frame two sides respectively, the bottom of kinetic energy pneumatic means more than two
End respectively with frame pull bar a；On the two sides of described frame, the top of the cylinder of kinetic energy pneumatic means more than two is respectively arranged with
Big servo；Described frame surface front portion is provided with large roller；Big servo left upper portion setting organic frame pull bar c, on frame pull bar c
It is provided with scraper, the cutter head of scraper is contacted with the cylinder face of large roller；It is provided with an axle, the two ends pair of cylinder axle in described large roller
Automatic change of lap sprocket wheel should be provided with, automatic change of lap sprocket wheel is connected with big servo by chain；Divide on the two ends spindle nose of described cylinder axle
It is not provided with automatic clamping device cylinder, the cylinder shaft end of automatic clamping device cylinder is connected with automatic clamping device；The two ends of described cylinder axle
On spindle nose, correspondence is arranged with automatic change of lap support, and the top of automatic change of lap support is u shape trough；The u of two automatic change of lap supports
Gas is provided with shape trough and opens axle a, the two ends that gas opens axle a are connected with automatic clamping device respectively；Described frame front bottom sets
It is equipped with automatic change of lap variator, automatic change of lap variator is by automatic change of lap Motor drive；In described frame, automatic change of lap variator
Top be provided with transmission transition hexagonal axis a, transmission transition hexagonal axis a above be provided with transmission transition hexagonal axis c；Described transmission
The two ends spindle nose of transition hexagonal axis a is respectively arranged with bearing block a, and bearing block a is provided with transmission transition wheel a；Described it was driven
The two ends spindle nose crossing hexagonal axis c is respectively arranged with bearing block c, and bearing block c is provided with transmission transition wheel c；Described automatic change of lap
Variator passes through chain b, is connected with transmission transition wheel a, transmission transition wheel c, automatic change of lap sprocket wheel successively respectively；Described frame 1
On, it is provided with transition tension cylinder above transmission transition wheel a, transition tension cylinder is provided with transition tension slide, slide rail, mistake
Cross tension force slide, slide rail is arranged on transition tension support, transition tension cradle top is provided with tension axis c；Described transition tension
The both sides of support are provided with transition tension axle a, transition tension axle a is provided with filter stage plate, filter stage plate is provided with
Secondary paper feed roller, secondary paper feed roller is contacted with large roller right upper portion；The front bottom surface setting of described filter stage plate
There is paper feed roller；Paper feed roller is connected with the little servo being arranged on frame front side by transmission belt a；In described frame
Front part sides top is provided with paper feed floral axis, and the two ends spindle nose of paper feed floral axis is provided with paper feed floral axis bearing block；Before described frame
It is provided with transition tension platform, transition tension platform upper surface is inclined plane shape outside portion；Under the surface of described transition tension platform
Portion and bottom surface front portion are respectively arranged with transition tension axle b；The surface top setting of described transition tension platform is fluted, in groove
Be provided with lower cutter shaft, lower cutter shaft is connected with paper feed roller by transmission belt b, lower cutter shaft be provided with lower tool rest, lower tool rest upper
Side is provided with automatic cutting Pneumatic tool rest, and the left-hand end of automatic cutting Pneumatic tool rest is connected with tool rest, tool rest left-hand end and frame
It is connected；Blade is provided with the bottom surface of automatic cutting Pneumatic tool rest, blade is corresponding with lower tool rest；Described frame surface rear portion sets
Be equipped with many kinetic energy winding slide rails, the front portion that many kinetic energy wind slide rails is provided with gas and opens axle b, gas open the two ends of axle b respectively with move more
Can pneumatic means be connected, gas is opened axle b side and contacted with large roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620749891.5U CN205892264U (en) | 2016-07-17 | 2016-07-17 | Big gun is rolling machine equipment for paper |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620749891.5U CN205892264U (en) | 2016-07-17 | 2016-07-17 | Big gun is rolling machine equipment for paper |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205892264U true CN205892264U (en) | 2017-01-18 |
Family
ID=57772932
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620749891.5U Expired - Fee Related CN205892264U (en) | 2016-07-17 | 2016-07-17 | Big gun is rolling machine equipment for paper |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205892264U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109019108A (en) * | 2018-08-06 | 2018-12-18 | 孙立强 | A kind of multi-functional take-up reel of PE wound membrane |
-
2016
- 2016-07-17 CN CN201620749891.5U patent/CN205892264U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109019108A (en) * | 2018-08-06 | 2018-12-18 | 孙立强 | A kind of multi-functional take-up reel of PE wound membrane |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170118 Termination date: 20180717 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |