CN203110396U - Mark pressing device with driving - Google Patents
Mark pressing device with driving Download PDFInfo
- Publication number
- CN203110396U CN203110396U CN2013200543564U CN201320054356U CN203110396U CN 203110396 U CN203110396 U CN 203110396U CN 2013200543564 U CN2013200543564 U CN 2013200543564U CN 201320054356 U CN201320054356 U CN 201320054356U CN 203110396 U CN203110396 U CN 203110396U
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- fixed
- dint wheel
- wheel
- driven pulley
- dint
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Abstract
Provided is a mark pressing device with driving. The mark pressing device is characterized by comprising a lower mark pressing wheel and an upper mark pressing wheel, wherein the lower mark pressing wheel is connected with a driving device, alternatively, the upper mark pressing wheel is connected with the driving device, and alternatively the lower mark pressing wheel and the upper mark pressing wheel are both connected with the driving device. The mark pressing device has the advantages that resistance of forward movement of blank box paper is reduced, and the blank box paper moves smoothly and does not deflect easily; the distance between the mark pressing device and a wallboard is adjustable, and operation is convenient; and processing quality of end products is improved.
Description
(1) technical field:
The utility model is applicable to a kind of printing machinery, and the folding that is specially adapted to carton forming is stuck with paste the box machine, is a kind of device that base box paper is carried out impression in making the carton process.
(2) background technology:
Folding stick with paste the box machine be a kind of energy will be through color printing, the base box paper after mounting paper, cross cutting, make the equipment of carton after the operations such as carrying out gluing, collude the end, be folding.
The base box paper that is generally used for sticking with paste box can extrude fold line come in preceding one cross cutting operation, in folding paste box operation, directly fold and just can, and in practice, some box type such as milk box, beverage cartridges does not form fold line in the cross cutting stage, this just need stick with paste at folding increases impression device compacting fold line, convenient follow-up folding process in the box machine.
Common impression device is made up of motorless dint wheel up and down, contacts the frictional force that produces with dint wheel by proal base box paper and drives the dint wheel rotation, thereby produce impression at base box paper.Adopt this mode, resistance is bigger when passing through dint wheel owing to paper, and base box paper is easy to generate crooked, causes indentation line also crooked, influences last end product quality.
The impression device that the utility model band drives just can solve above technical problem, and itself has had power drive dint wheel, reduced the resistance of base box paper greatly, paper is more smooth and easy by pinch roller the time, stable, and paper sheet askew is improved, thereby guarantees last end product quality.
(3) utility model content:
A kind of impression device with driving of the utility model, it can solve the deficiencies in the prior art, and it drives by increasing to dint wheel, has reduced the resistance of base box paper greatly, makes the carton paper feed smooth and easy, stable, not crooked, can improve last product quality.
The technical solution of the utility model is: a kind of impression device with driving, it is characterized in that it comprises dint wheel and last dint wheel down, described dint wheel down connects drive unit, or goes up dint wheel connection drive unit, or dint wheel all is connected drive unit with last dint wheel down.
Described dint wheel down with the mode that last dint wheel all is connected drive unit is: described dint wheel down is connected with driven pulley b by the connecting axle II, and following dint wheel and driven pulley b are separately fixed at connecting axle II two ends; Described connecting axle II is passed dividing plate and is connected with bearing block II revolute, and the bearing block II is fixed on the dividing plate; Described dividing plate is fixed on the dint wheel fixed head; The described dint wheel of going up is connected with driven pulley a by the connecting axle I, and last dint wheel and driven pulley a are separately fixed at connecting axle I two ends; Described connecting axle I is passed dividing plate and is connected with bearing block I revolute, and the bearing block I is fixed on the dividing plate; Described driven pulley b is connected with driving wheel and tensioning wheels by belt with driven pulley a; Described belt is wrapped on driving wheel, tensioning wheels, driven pulley a and the driven pulley b successively, and driven pulley a contacts with the belt inner ring, and driven pulley b contacts with the outer ring of belt; Described driving wheel is fixedlyed connected with optical axis, and optical axis connects power source; The other end of described optical axis links to each other with fixed head I revolute; Described tensioning wheels are fixed on the fixed head II; Described fixed head II and dint wheel fixed head are connected; Described fixed head I is fixed on little wallboard, frame or the relatively-stationary part.
Described optical axis is by the fixedly connected former driving wheel of key; Described former driving wheel is connected with powered pulley and power tensioning wheels by power belt; Described power belt is wrapped in powered pulley successively, on former driving wheel and the power tensioning wheels; Described powered pulley connects power source; Described power tensioning wheels are fixed on the fixed head I.
Described dividing plate upper fixed connects little contiguous block; Described little contiguous block is threaded with at least one set screw II; Described set screw II passes little contiguous block and the spring I is withstood the connecting axle I.
Sliding pair connected in the middle of described dint wheel fixed head was clipped in slide rail; Described slide rail is fixed on the both sides of lower bolster in pairs; Fixedly connected of described lower bolster one end, the other end is fixed little fixed block; Described connection strap is threaded with at least one set screw I; Described set screw I is withstood the dint wheel fixed head after passing connection strap; Mounting spring II between described dint wheel fixed head and the little fixed block; Described lower bolster is fixed on little wallboard, frame or the relatively-stationary part.
Have long slot bore on the described bearing block I.
The course of work of the present utility model: (1) power source drives optical axis and rotates; (2) optical axis drives driving wheel and rotates, and driving wheel drives tensioning wheels, driven pulley a and driven pulley b rotation by belt, and driven pulley a and driven pulley b drive down dint wheel and the rotation of last dint wheel respectively, dint wheel switched in opposite up and down, and speed is identical; (3) behind the gap under proal base box paper passes through between dint wheel and the last dint wheel, finish the impression operation.
The step that described step (1) medium power source drives the optical axis rotation is: power source drives the powered pulley rotation; Powered pulley drives power tensioning wheels by power belt and former driving wheel rotates; Former driving wheel drives optical axis and rotates.
Described gap of going up between dint wheel and the following dint wheel is adjusted by rotation set screw II.
The described dint wheel of going up is adjusted by rotation set screw I with the position, the left and right sides of following dint wheel: rotation set screw I makes the left and right sides slippage of dint wheel fixed head, thereby adjusts the position of dint wheel.
Superiority of the present utility model is: 1, reduced the proal resistance of base box paper, base box paper paper feed is smooth and easy, is difficult for crooked; 2, the distance between impression device and the wallboard is adjustable and easy to operate.3, improved the crudy of finished product.
(4) description of drawings:
Fig. 1 is the schematic diagram of a kind of first kind of embodiment of impression device with driving.
Fig. 2 is the schematic diagram of a kind of second kind of embodiment of impression device with driving.
Wherein: 1 is the fixed head I, and 2 is the fixed head II, and 3 are the tensioning wheels, and 4 is optical axis, 5 is driving wheel, and 6 is belt, and 7 is the dint wheel fixed head, 8 is connection strap, and 9 is the set screw I, and 10 are following dint wheel, 11 is driven pulley a, and 12 is driven pulley b, and 13 is last dint wheel, 14 is the connecting axle I, and 15 is dividing plate, and 16 is little contiguous block, 17 is the set screw II, and 18 is the spring I, and 19 is the connecting axle II, 20 is the bearing block I, and 21 is the bearing block II, and 22 is the spring II, 23 is little fixed block, and 24 is slide rail, and 25 is lower bolster, 26 is powered pulley, and 27 is power belt, and 28 is power tensioning wheels, 29 is former driving wheel, and 30 is little wallboard, and 31 is base box paper.
(5) specific embodiment:
Embodiment 1: a kind of impression device (see figure 1) with driving, it is characterized in that it comprises dint wheel 10 and last dint wheel 13 down, described dint wheel down 10 connects drive unit, or goes up dint wheel 13 connection drive units, or dint wheel 10 all is connected drive unit with last dint wheel 13 down.
Described dint wheel 10 down with the mode that last dint wheel 13 all is connected drive unit is: described dint wheel 10 down is connected with driven pulley b12 by connecting axle II 19, and following dint wheel 10 is separately fixed at connecting axle II 19 two ends with driven pulley b12; Described connecting axle II 19 is passed dividing plate 15 and is connected with bearing block II 21 revolutes, and bearing block II 21 is fixed on the dividing plate 15; Described dividing plate 15 is fixed on the dint wheel fixed head 7; The described dint wheel 13 of going up is connected with driven pulley a11 by connecting axle I 14, and last dint wheel 13 is separately fixed at connecting axle I 14 two ends with driven pulley a11; Described connecting axle I 14 is passed dividing plate 15 and is connected with bearing block I 20 revolutes, and bearing block I 20 is fixed on the dividing plate 15; Described driven pulley b12 is connected with driving wheel 5 and tensioning wheels 3 by belt 6 with driven pulley a11; Described belt 6 is wrapped on driving wheel 5, tensioning wheels 3, driven pulley a11 and the driven pulley b12 successively, and driven pulley a11 contacts with belt 6 inner rings, and driven pulley b12 contacts with the outer ring of belt 6; Described driving wheel 5 is fixedlyed connected with optical axis 4, and optical axis 4 connects power source; The other end of described optical axis 4 links to each other with fixed head I 1 revolute; Described tensioning wheels 3 are fixed on the fixed head II 2; Described fixed head II 2 is connected with dint wheel fixed head 7; Described fixed head I 1 is fixed on the wallboard.(see figure 1)
Described dividing plate 15 upper fixed connect little contiguous block 16; Described little contiguous block 16 is threaded with a set screw II 17; Described set screw II 17 is passed little contiguous block 16 and spring I 18 is withstood connecting axle I 14.(see figure 1)
Sliding pair connected in the middle of described dint wheel fixed head 7 was clipped in slide rail 24; Described slide rail 24 is fixed on the both sides of lower bolster 25 in pairs; Fixedly connected 8 at described lower bolster 25 1 ends, the other end is fixed little fixed block 23; Described connection strap 8 is threaded with two set screw I 9; Described set screw I 9 is withstood dint wheel fixed head 7 after passing connection strap 8; Mounting spring II 22 between described dint wheel fixed head 7 and the little fixed block 23; Described lower bolster 25 is fixed on the wallboard.(see figure 1)
Have long slot bore on the described bearing block I 20.(see figure 1)
The course of work of present embodiment: (1) power source drives optical axis 4 and rotates; (2) optical axis 4 drives driving wheel 5 rotations, driving wheel 5 drives tensioning wheels 3, driven pulley a11 and driven pulley b12 rotation by belt 6, driven pulley a11 and driven pulley b12 drive down dint wheel 10 and last dint wheel 13 respectively and rotate, dint wheel switched in opposite up and down, and speed is identical; (3) behind the gap under proal base box paper 31 passes through between dint wheel 10 and the last dint wheel 13, finish the impression operation.
Described gap of going up between dint wheel 13 and the following dint wheel 10 is adjusted by rotation set screw II 17.
The described dint wheel 13 of going up is adjusted by rotation set screw I 9 with the position, the left and right sides of following dint wheel 10: rotation set screw I 9 makes 7 left and right sides slippages of dint wheel fixed head, thereby adjusts the position of dint wheel.
Embodiment 2: a kind of impression device (see figure 2) with driving, it is characterized in that it comprises dint wheel 10 and last dint wheel 13 down, described dint wheel down 10 connects drive unit, or goes up dint wheel 13 connection drive units, or dint wheel 10 all is connected drive unit with last dint wheel 13 down.
Described dint wheel 10 down with the mode that last dint wheel 13 all is connected drive unit is: described dint wheel 10 down is connected with driven pulley b12 by connecting axle II 19, and following dint wheel 10 is separately fixed at connecting axle II 19 two ends with driven pulley b12; Described connecting axle II 19 is passed dividing plate 15 and is connected with bearing block II 21 revolutes, and bearing block II 21 is fixed on the dividing plate 15; Described dividing plate 15 is fixed on the dint wheel fixed head 7; The described dint wheel 13 of going up is connected with driven pulley a11 by connecting axle I 14, and last dint wheel 13 is separately fixed at connecting axle I 14 two ends with driven pulley a11; Described connecting axle I 14 is passed dividing plate 15 and is connected with bearing block I 20 revolutes, and bearing block I 20 is fixed on the dividing plate 15; Described driven pulley b12 is connected with driving wheel 5 and tensioning wheels 3 by belt 6 with driven pulley a11; Described belt 6 is wrapped on driving wheel 5, tensioning wheels 3, driven pulley a11 and the driven pulley b12 successively, and driven pulley a11 contacts with belt 6 inner rings, and driven pulley b12 contacts with the outer ring of belt 6; Described driving wheel 5 is fixedlyed connected with optical axis 4, and optical axis 4 connects power source; The other end of described optical axis 4 links to each other with fixed head I 1 revolute; Described tensioning wheels 3 are fixed on the fixed head II 2; Described fixed head II 2 is connected with dint wheel fixed head 7; Described fixed head I 1 is fixed on the wallette plate 30.(see figure 2)
Described optical axis 4 is by the fixedly connected former driving wheel 29 of key; Described former driving wheel 29 is connected with powered pulley 26 and power tensioning wheels 28 by power belt 27; Described power belt 27 is wrapped in powered pulley 26 successively, on former driving wheel 29 and the power tensioning wheels 28; Described powered pulley 26 connects power source; Described power tensioning wheels 28 are fixed on the fixed head I 1.(see figure 2)
Described dividing plate 15 upper fixed connect little contiguous block 16; Described little contiguous block 16 is threaded with a set screw II 17; Described set screw II 17 is passed little contiguous block 16 and spring I 18 is withstood connecting axle I 14.(see figure 2)
Sliding pair connected in the middle of described dint wheel fixed head 7 was clipped in slide rail 24; Described slide rail 24 is fixed on the both sides of lower bolster 25 in pairs; Fixedly connected 8 at described lower bolster 25 1 ends, the other end is fixed little fixed block 23; Described connection strap 8 is threaded with two set screw I 9; Described set screw I 9 is withstood dint wheel fixed head 7 after passing connection strap 8; Mounting spring II 22 between described dint wheel fixed head 7 and the little fixed block 23; Described lower bolster 25 is fixed on the wallette plate 30.(see figure 2)
Have long slot bore on the described bearing block I 20.(see figure 2)
The course of work of present embodiment: (1) power source drives optical axis 4 and rotates; (2) optical axis 4 drives driving wheel 5 rotations, driving wheel 5 drives tensioning wheels 3, driven pulley a11 and driven pulley b12 rotation by belt 6, driven pulley a11 and driven pulley b12 drive down dint wheel 10 and last dint wheel 13 respectively and rotate, dint wheel switched in opposite up and down, and speed is identical; (3) behind the gap under proal base box paper 31 passes through between dint wheel 10 and the last dint wheel 13, finish the impression operation.
The step that described step (1) medium power source drives optical axis 4 rotations is: power source drives powered pulley 26 rotations; Powered pulley 26 drives power tensioning wheels 28 by power belt 27 and former driving wheel 29 rotates; Former driving wheel 29 drives optical axis 4 and rotates.
Described gap of going up between dint wheel 13 and the following dint wheel 10 is adjusted by rotation set screw II 17.
The described dint wheel 13 of going up is adjusted by rotation set screw I 9 with the position, the left and right sides of following dint wheel 10: rotation set screw I 9 makes 7 left and right sides slippages of dint wheel fixed head, thereby adjusts the position of dint wheel.
Claims (6)
1. the impression device with driving is characterized in that it comprises dint wheel and last dint wheel down, and described dint wheel down connects drive unit, or goes up dint wheel connection drive unit, or dint wheel all is connected drive unit with last dint wheel down.
2. according to the described a kind of impression device with driving of claim 1, it is characterized in that described dint wheel down with the mode that last dint wheel all is connected drive unit is: described dint wheel down is connected with driven pulley b by the connecting axle II, and following dint wheel and driven pulley b are separately fixed at connecting axle II two ends; Described connecting axle II is passed dividing plate and is connected with bearing block II revolute, and the bearing block II is fixed on the dividing plate; Described dividing plate is fixed on the dint wheel fixed head; The described dint wheel of going up is connected with driven pulley a by the connecting axle I, and last dint wheel and driven pulley a are separately fixed at connecting axle I two ends; Described connecting axle I is passed dividing plate and is connected with bearing block I revolute, and the bearing block I is fixed on the dividing plate; Described driven pulley b is connected with driving wheel and tensioning wheels by belt with driven pulley a; Described belt is wrapped on driving wheel, tensioning wheels, driven pulley a and the driven pulley b successively, and driven pulley a contacts with the belt inner ring, and driven pulley b contacts with the outer ring of belt; Described driving wheel is fixedlyed connected with optical axis, and optical axis connects power source; The other end of described optical axis links to each other with fixed head I revolute; Described tensioning wheels are fixed on the fixed head II; Described fixed head II and dint wheel fixed head are connected; Described fixed head I is fixed on little wallboard, frame or the relatively-stationary part.
3. according to the described a kind of impression device with driving of claim 2, it is characterized in that described optical axis is by the fixedly connected former driving wheel of key; Described former driving wheel is connected with powered pulley and power tensioning wheels by power belt; Described power belt is wrapped in powered pulley successively, on former driving wheel and the power tensioning wheels; Described powered pulley connects power source; Described power tensioning wheels are fixed on the fixed head I.
4. according to the described a kind of impression device with driving of claim 2, it is characterized in that described dividing plate upper fixed connects little contiguous block; Described little contiguous block is threaded with at least one set screw II; Described set screw II passes little contiguous block and the spring I is withstood the connecting axle I.
5. according to the described a kind of impression device with driving of claim 2, it is characterized in that described dint wheel fixed head is clipped in the middle sliding pair of slide rail and connects; Described slide rail is fixed on the both sides of lower bolster in pairs; Fixedly connected of described lower bolster one end, the other end is fixed little fixed block; Described connection strap is threaded with at least one set screw I; Described set screw I is withstood the dint wheel fixed head after passing connection strap; Mounting spring II between described dint wheel fixed head and the little fixed block; Described lower bolster is fixed on little wallboard, frame or the relatively-stationary part.
6. according to the described a kind of impression device with driving of claim 2, it is characterized in that having long slot bore on the described bearing block I.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200543564U CN203110396U (en) | 2013-01-31 | 2013-01-31 | Mark pressing device with driving |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200543564U CN203110396U (en) | 2013-01-31 | 2013-01-31 | Mark pressing device with driving |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203110396U true CN203110396U (en) | 2013-08-07 |
Family
ID=48890773
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013200543564U Withdrawn - After Issue CN203110396U (en) | 2013-01-31 | 2013-01-31 | Mark pressing device with driving |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203110396U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103085323A (en) * | 2013-01-31 | 2013-05-08 | 天津长荣印刷设备股份有限公司 | Indentation device with driving function and working method thereof |
| CN107932990A (en) * | 2017-11-28 | 2018-04-20 | 天津市正阳彩印有限公司 | A kind of corrugated board processing unit (plant) |
| CN110356048A (en) * | 2018-08-20 | 2019-10-22 | 青岛海科佳电子设备制造有限公司 | One word dog-ear device |
-
2013
- 2013-01-31 CN CN2013200543564U patent/CN203110396U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103085323A (en) * | 2013-01-31 | 2013-05-08 | 天津长荣印刷设备股份有限公司 | Indentation device with driving function and working method thereof |
| CN107932990A (en) * | 2017-11-28 | 2018-04-20 | 天津市正阳彩印有限公司 | A kind of corrugated board processing unit (plant) |
| CN110356048A (en) * | 2018-08-20 | 2019-10-22 | 青岛海科佳电子设备制造有限公司 | One word dog-ear device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130807 Effective date of abandoning: 20150218 |
|
| RGAV | Abandon patent right to avoid regrant |