CN202826517U - Splicing dislocation mechanism of box pasting two-piece splicing device - Google Patents
Splicing dislocation mechanism of box pasting two-piece splicing device Download PDFInfo
- Publication number
- CN202826517U CN202826517U CN2012201524123U CN201220152412U CN202826517U CN 202826517 U CN202826517 U CN 202826517U CN 2012201524123 U CN2012201524123 U CN 2012201524123U CN 201220152412 U CN201220152412 U CN 201220152412U CN 202826517 U CN202826517 U CN 202826517U
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- cylinder
- dislocation
- cardboard
- shifting board
- splicing
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- Expired - Lifetime
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Abstract
The utility model discloses a splicing dislocation mechanism of a box pasting two-piece splicing device, wherein a dislocation air cylinder and a dislocation clapper are mounted on a side face of a lower shifting board; one end of the dislocation air cylinder is connected with the lower shifting board; the other end of the dislocation air cylinder is connected with the dislocation clapper; the dislocation clapper moves along the slant direction through air supply of the dislocation air cylinder; an abutting block is mounted on the lower shifting board; an air cylinder is mounted below the abutting block; the abutting block is connected with the air cylinder mounted below the abutting block; the air cylinder mounted below the abutting block is fixed on the lower shifting board; the abutting block moves upward through the air cylinder; a first paper pushing air cylinder and a second paper pushing air cylinder are locked on an air cylinder support block of a number one lower shifting board; a paper pushing board is connected with the first paper pushing air cylinder and the second paper pushing air cylinder; and the paper pushing board moves forward through air supply of the first paper pushing air cylinder and the second paper pushing air cylinder. The splicing dislocation mechanism achieves automatic splicing dislocation of two-piece splicing, not only improves accuracy, but also improves efficiency.
Description
Technical field
The utility model relates to sticks with paste two splicings of box, specifically refers to a kind of splicing dislocation mechanism of sticking with paste two splicing apparatus of box.
Background technology
The utility model mainly is the problem of making in order to overcome medium-and-large-sized cardboard, because generally all needing to print correlated identities and attractive in appearance for carton on the carton, so this procedure must be finished by printing machine.At present, domestic and even printing machine in the world maximum also only has 1.62 meters, so do not satisfy the cardboard that surpasses this numerical value at all, consider from the saving aspect on the other hand, the equipment of well imagining larger cardboard manufacturing and cross cutting is also just larger, moreover the paste of carton is stained with difference, and sample different in size is also many to the cardboard waste.In the prior art, usually carry out first glue spraying, then by the splicing that manually misplaces, then carry out again top paper, push away paper and subsequent operation.Owing to adopting the splicing that manually misplaces, its error is difficult to control, and not only efficient is low, and easily affects subsequent operation.
The utility model content
The purpose of this utility model is to overcome deficiency of the prior art, and a kind of splicing dislocation mechanism of sticking with paste two splicing apparatus of box is provided, and the automatic Mosaic dislocation that it can be realized two splicings has not only improved accuracy, and improved efficient.
The purpose of this utility model is to be achieved through the following technical solutions: stick with paste the splicing dislocation mechanism of two splicing apparatus of box, comprise that specifically the cylinder under dislocation cylinder 134, dislocation clappers 135, jacking block 136, the jacking block connects, pushes away paper cylinder 1 and pushes away paper cylinder 2 138, push away cardboard 139, regulate pinch roller 122 and lower pressure wheel 123.
Described dislocation cylinder 134, dislocation clappers 135 are installed in lower shifting board 107 sides, and dislocation cylinder 134 1 ends are connected with movable plate 107, and the other end is connected with dislocation clappers 135, and misplacing has the final say 135 does oblique movement by the cylinder 134 of misplacing to gas.Described jacking block 136 is installed in lower shifting board 106, and a cylinder is installed under the jacking block, and jacking block 136 is connected to install a cylinder with jacking block and connects, and the cylinder under the jacking block is fixed on the movable plate, and jacking block 136 is done to gas by cylinder and moved upward.Describedly push away paper cylinder 1 and push away on the cylinder supports piece that paper cylinder 2 138 is locked in No. 1 lower shifting board 104, push away cardboard 139 and be connected with pushing away paper cylinder 1 and push away paper cylinder 2 138, push away cardboard 139 by cylinder 1 and push away paper cylinder 2 138 and do to gas and travel forward.Described adjusting pinch roller 122 is installed on the movable plate 115, lower pressure wheel 123 is fixed on No. 4 lower shifting boards 107, in adjustable pinch wheel 122 and the lower pressure wheel 123 rolling bearing is housed, free to rotate, regulate the bonding force that pinch roller 122 and lower pressure wheel 123 its cardboards of control splice.
Preferably, described dislocation cylinder 134 is 45 degree installations with lower shifting board 107.
Operation principle about the splicing dislocation device
After cardboard 1 and cardboard 2 144 are transported to dislocation device, pressing board 133 blocks cardboard on the position, dislocation cylinder 134 beginning oblique movements, so that dislocation clappers 135 are clapped the Bian Shangxiang that cardboard 1 is stained with glue, then jacking block 136 by the cylinder under the jacking block jacking block 136 jack-up upwards, so that jacking block 136 is the limit jack-up of cardboard 2 144, surpass the height that cardboard 1 is stained with the limit of glue, to push away cardboard 139 and release forward by pushing away paper cylinder 1 and pushing away paper cylinder 2 138 again, thereby cardboard 2 144 limits by push away cardboard 139 be pushed into cardboard 1 be stained with the glue limit above, dislocation clappers 135, cylinder under the jacking block, push away paper cylinder 1 and push away paper cylinder 2 138 and reset, cardboard 1 unites two into one with cardboard 2 144, this moment, servomotor detected signal, servomotor 130 continues operation, when cardboard is gone to servomotor Timing Belt 132 end, cardboard is thrown off the Timing Belt locating piece 133 of servomotor Timing Belt 132, upper shifting board guide plate belt and lower shifting board belt continue to travel forward with cardboard, when through adjustable pinch wheel 122 and lower pressure wheel 123, cardboard 1 is pressed solidly with cardboard 2 144 splice bits.During through the flanging pinch roller, the both sides pinch roller is so far finished the splicing operation with cardboard (after uniting two into one) both sides compression.
The utility model has the following advantages and beneficial effect compared to existing technology:
The utility model arranges splicing dislocation mechanism in sticking with paste two splicing apparatus of box, realized the automatic Mosaic dislocation to two splicings.
Description of drawings
Fig. 1 is the structure principle chart of the utility model splicing dislocation mechanism;
Fig. 2 is the structure explanation schematic diagram that two splicing apparatus of paste box of the utility model splicing dislocation mechanism are installed.
Accompanying drawing number
101. wallboard spacer
102. lower shifting board guide rail
103. lower shifting board back-up block
104.1 number lower shifting board
105.2 number lower shifting board
106.3 number lower shifting board
107.4 number lower shifting board
108.5 number lower shifting board
109.6 number lower shifting board
110. lower shifting board embossing axle
111. rear support square steel
112. front support square steel
113. lower shifting board embossed wheel
114. upper shifting board embossing axle
115. rear upper shifting board
116. upper shifting board embossed wheel
117. rear upper junction plate
118. front upper shifting board
119. front upper junction plate
120. upper conduction band plate
121. conduction band head
122. adjustable pinch wheel
123. lower pressure wheel
124. flanging sprocket wheel
125. press down side gear
126. upper flanging gear
127. main transmission synchronizing wheel
128. lower shifting board synchronizing wheel
129. upper shifting board synchronizing wheel
130. servomotor
131. the driven synchronizing wheel of servomotor
132. servomotor Timing Belt
133. Timing Belt locating piece
134. dislocation cylinder
135. dislocation clappers
136. jacking block
137. push away paper cylinder one
138. push away paper cylinder two
139. push away cardboard
140. single biplate lift cylinder
141. glue rifle holder
142. glue rifle
143. cardboard one
144. cardboard two
The specific embodiment
Below in conjunction with embodiment and accompanying drawing the utility model is described in further detail, but embodiment of the present utility model is not limited to this.
Embodiment
As shown in Figure 1,: stick with paste the splicing dislocation mechanism of two splicing apparatus of box, comprise that specifically the cylinder under dislocation cylinder 134, dislocation clappers 135, jacking block 136, the jacking block connects, pushes away paper cylinder 1 and pushes away paper cylinder 2 138, push away cardboard 139, regulate pinch roller 122 and lower pressure wheel 123.
Described dislocation cylinder 134, dislocation clappers 135 are installed in lower shifting board 107 sides, and dislocation cylinder 134 1 ends are connected with movable plate 107, and the other end is connected with dislocation clappers 135, and misplacing has the final say 135 does oblique movement by the cylinder 134 of misplacing to gas.Described jacking block 136 is installed in lower shifting board 106, and a cylinder is installed under the jacking block, and jacking block 136 is connected to install a cylinder with jacking block and connects, and the cylinder under the jacking block is fixed on the movable plate, and jacking block 136 is done to gas by cylinder and moved upward.Describedly push away paper cylinder 1 and push away on the cylinder supports piece that paper cylinder 2 138 is locked in No. 1 lower shifting board 104, push away cardboard 139 and be connected with pushing away paper cylinder 1 and push away paper cylinder 2 138, push away cardboard 139 by cylinder 1 and push away paper cylinder 2 138 and do to gas and travel forward.Described adjusting pinch roller 122 is installed on the movable plate 115, lower pressure wheel 123 is fixed on No. 4 lower shifting boards 107, in adjustable pinch wheel 122 and the lower pressure wheel 123 rolling bearing is housed, free to rotate, regulate the bonding force that pinch roller 122 and lower pressure wheel 123 its cardboards of control splice.
Preferably, described dislocation cylinder 134 is 45 degree installations with lower shifting board 107.
Operation principle about the splicing dislocation device
After cardboard 1 and cardboard 2 144 are transported to dislocation device, pressing board 133 blocks cardboard on the position, dislocation cylinder 134 beginning oblique movements, so that dislocation clappers 135 are clapped the Bian Shangxiang that cardboard 1 is stained with glue, then jacking block 136 by the cylinder under the jacking block jacking block 136 jack-up upwards, so that jacking block 136 is the limit jack-up of cardboard 2 144, surpass the height that cardboard 1 is stained with the limit of glue, to push away cardboard 139 and release forward by pushing away paper cylinder 1 and pushing away paper cylinder 2 138 again, thereby cardboard 2 144 limits by push away cardboard 139 be pushed into cardboard 1 be stained with the glue limit above, dislocation clappers 135, cylinder under the jacking block, push away paper cylinder 1 and push away paper cylinder 2 138 and reset, cardboard 1 unites two into one with cardboard 2 144, this moment, servomotor detected signal, servomotor 130 continues operation, when cardboard is gone to servomotor Timing Belt 132 end, cardboard is thrown off the Timing Belt locating piece 133 of servomotor Timing Belt 132, upper shifting board guide plate belt and lower shifting board belt continue to travel forward with cardboard, when through adjustable pinch wheel 122 and lower pressure wheel 123, cardboard 1 is pressed solidly with cardboard 2 144 splice bits.During through the flanging pinch roller, the both sides pinch roller is so far finished the splicing operation with cardboard (after uniting two into one) both sides compression.
Be illustrated in figure 2 as paste box two splicing apparatus of having installed after this splicing dislocation mechanism.Wherein, two distinct cardboards are during by Belt Conveying, first spray glue in a piece of paper panel edges, then by the splicing dislocation device a piece of paper plate is clapped and opened, so that the two pieces of paper plate misplaces up and down, another not the cardboard of cardboard edge jack-up from side to cementing of cementing advance a glue position, splicing dislocation device, top paper apparatus and push away the paper apparatus reduction, cardboard be admitted to the pinch roller place and pressed solidly and both sides by pressure viscosity.
Structure forms
(directly perceived for making pattern analysis, fixing only stays a upper shifting board to show at figure, other three movable plates omit, two sidewall panels are omitted) wallboard spacer 101 support wallboards, lower shifting board guide rail 102 is locked on the wallboard spacer 101, No. 1 lower shifting board 104, No. 2 lower shifting boards 105, No. 3 lower shifting boards 106, No. 4 lower shifting boards 107, No. 5 lower shifting boards 108, No. 6 lower shifting boards 109 are connected with lower shifting board back-up block 103 respectively, lower shifting board back-up block 103 is fixed on the guide-track groove, and guide rail and guide-track groove are slidingly matched.Front support square steel 112 is through respectively on each lower shifting board with rear support square steel 111, supports the weight of movable plate.
Rear upper shifting board 115 and front upper shifting board 118 are connected with rear upper junction plate 117 and front upper junction plate 119 respectively, and rear upper junction plate 117 is connected with guide-track groove with front upper junction plate 119, and guide rail and guide-track groove are slidingly matched, and guide rail is fixed on the cornice sheathing spacer.Upper conduction band plate 120 is controlled its lifting with front upper shifting board 118 and rear upper shifting board 115 by cylinder, on the upper conduction band plate 120 many rolling bearings is housed, and the height of its paper inlet levels is controlled respectively in front end and rear end by conduction band head 121.Adjustable pinch wheel 122 is housed on the rear upper shifting board 115 cooperates platen with lower pressure wheel 123, control the bonding force of its cardboard splicing.Lower pressure wheel 123 is fixed on No. 4 lower shifting boards 107, in adjustable pinch wheel 122 and the lower pressure wheel 123 rolling bearing is housed, and is free to rotate.
No. 4 dislocation cylinder 134 is equipped with in lower shifting board 107 sides, dislocation cylinder 134 1 ends are connected with movable plate, the other end is connected with dislocation clappers 135, and the effect of dislocation clappers 135 is in order to be staggered up and down in cardboard one 143 limits and cardboard 2 144 limits, to make it not in same plane.On No. 3 lower shifting boards 106 jacking block 136 is housed, jacking block 136 is connected with cylinder under the jacking block, and the cylinder under the jacking block is fixed on the movable plate, and the effect of jacking block 136 is for certain distance is upwards pushed up on the limit of cardboard 2 144, and to push away paper ready for next step.
Push away paper cylinder 1 and push away on the cylinder supports piece that paper cylinder 2 138 is locked in No. 1 lower shifting board 104, push away cardboard 139 and be connected with pushing away paper cylinder 1 and push away paper cylinder 2 138, effect is for cardboard 2 144 being pushed into certain distance and cardboard 1 is bonding.
No. 1 servo guide plate is equipped with in lower shifting board 104 inboards, servomotor 130 is fixed on the servo guide plate, synchronizing wheel is housed on the servomotor, synchronizing wheel is fixedly connected with servo electroplax, the driven synchronizing wheel 131 of servomotor is locked on the servo guide plate, in the driven synchronizing wheel 131 of servomotor rolling bearing is housed, and Timing Belt locating piece 133 is arranged on the servomotor Timing Belt 132, servomotor Timing Belt 132 with driven by servomotor 130, this device is identical with No. 3 lower shifting board 106 cardboard positioning control.No. 6 lower shifting boards 109 and No. 4 lower shifting boards 107 are identical with No. 1 movable plate 104 and No. 3 lower shifting board 106 positioners, are symmetrical assembling during assembling.No. 2 lower shifting boards 105 and No. 5 lower shifting boards 108 are without this device.The purpose of this device is to move up and down on the plate belt to the frictional force of cardboard for cardboard 1 and cardboard 2 144 being fixed on the position, overcoming, and it is not allowed move up and down belt on the plate with going ahead.
The device of compressed paper edges of boards thickness is equipped with in No. 1 lower shifting board 104 rear ends, flanging sprocket wheel 124 is fixed on the lower shifting board embossing axle 110, pressing down side gear 125 is fixed on the movable plate, press down between side gear 125 and the lower flanging guide wheel drive sprocket is arranged, this sprocket wheel is driven by flanging sprocket wheel 124, presses down side gear 125 and is connected by rolling bearing with lower flanging guide wheel is middle.Press down side gear 125 and drive upper flanging gear 126 rotations, by in the flanging stent support flanging support rolling bearing being housed, the flanging support can be regulated the height of flanging guide wheel between upper flanging gear 126 and the upper flanging guide wheel.The effect of this device is the thickness for the compressed paper edges of boards, and is more smooth when stacking.This device is identical with compression set principle on No. 6 lower shifting boards 109, be that symmetry is assembled during assembling.
The active force of this splicing apparatus comes from main transmission synchronizing wheel 127, lower shifting board embossing axle 110 drives respectively the lower shifting board embossed wheel 113 on No. 2 lower shifting boards 105, No. 3 lower shifting boards 106, No. 4 lower shifting boards 107, No. 5 lower shifting boards 108, and the belt that embossed wheel drives on the movable plate travels forward.Lower shifting board embossing axle 113 drives respectively the flanging sprocket wheel 124 on No. 1 lower shifting board 104, No. 6 lower shifting boards 109.
Glue rifle 142 is fixed on the glue rifle holder 141, and glue rifle holder 141 is fixed on No. 4 upper shifting boards 107.
The effect of single biplate lift cylinder 140 is that cylinder is done two splicings when rising, and can do mill run when cylinder is fallen, and this device is contained in respectively on No. 2 lower shifting boards 105, No. 3 lower shifting boards 106, No. 4 lower shifting boards 107, No. 5 lower shifting boards 108.
The course of work
Drive upper shifting board embossing axle 114 and 110 rotations of lower shifting board embossing axle by main transmission synchronizing wheel 127, upper mobile embossed wheel 116 on the upper shifting board embossing axle 114 drives belt and travels forward, lower shifting board embossed wheel 113 on the simultaneously lower shifting board embossing axle 110 travels forward with belt, and 124 rotations of lower shifting board embossing axle 110 drive flanging sprocket wheels, make its flanging guide wheel movement.When cardboard 1 and cardboard 2 144 are entered by front end conduction band head 121 positions, upper shifting board guide plate belt and lower shifting board belt arrive glue rifle 142 positions with cardboard 1 and cardboard 2 144, this moment, glue rifle 142 quick glue spraying water were to cardboard one 143 edge paste positions, upper shifting board guide plate belt and lower shifting board belt continue to go ahead with cardboard 1 and cardboard 2 144, when the servomotor Photoelectric Detection arrives cardboard, servomotor 130 drives servomotor Timing Belt 132 and travels forward, when arriving assigned address, servomotor 130 stops, upper shifting board guide plate belt and lower shifting board belt still move forward, but cardboard 1 is blocked by the Timing Belt locating piece 133 on the servomotor Timing Belt 132 with cardboard 2 144, do not allow it continue to go ahead, cylinder 134 beginning oblique movements misplace this moment, so that dislocation clappers 135 are clapped the Bian Shangxiang that cardboard 1 is stained with glue, then jacking block 136 by the cylinder under the jacking block jacking block 136 jack-up upwards, so that jacking block 136 is the limit jack-up of cardboard 2 144, surpass the height that cardboard 1 is stained with the limit of glue, to push away cardboard 139 and release forward by pushing away paper cylinder 1 and pushing away paper cylinder 2 138 again, thereby cardboard 2 144 limits by push away cardboard 139 be pushed into cardboard 1 be stained with the glue limit above, dislocation clappers 135, cylinder under the jacking block, push away paper cylinder 1 and push away paper cylinder 2 138 and reset, cardboard 1 unites two into one with cardboard 2 144.This moment, servomotor detected signal, servomotor 130 continues operation, when cardboard is gone to servomotor Timing Belt 132 end, cardboard is thrown off the Timing Belt locating piece 133 of servomotor Timing Belt 132, upper shifting board guide plate belt and lower shifting board belt continue to travel forward with cardboard, when through adjustable pinch wheel 122 and lower pressure wheel 123, cardboard 1 is pressed solidly with cardboard 2 144 splice bits.During through the flanging pinch roller, the both sides pinch roller is so far finished the splicing operation with cardboard (after uniting two into one) both sides compression.
Above-described embodiment is the better embodiment of the utility model; but embodiment of the present utility model is not restricted to the described embodiments; other any do not deviate from change, the modification done under Spirit Essence of the present utility model and the principle, substitutes, combination, simplify; all should be the substitute mode of equivalence, be included within the protection domain of the present utility model.
Claims (2)
1. stick with paste the splicing dislocation mechanism of two splicing apparatus of box, it is characterized in that: comprise that the cylinder under dislocation cylinder (134), dislocation clappers (135), jacking block (136), the jacking block connects, pushes away paper cylinder one (137) and pushes away paper cylinder two (138), pushes away cardboard (139), regulates pinch roller (122) and lower pressure wheel (123);
Described dislocation cylinder (134), dislocation clappers (135) are installed in lower shifting board (107) side, dislocation cylinder (134) one ends are connected with movable plate (107), the other end is connected with dislocation clappers (135), and dislocation clappers (135) are done oblique movement by dislocation cylinder (134) to gas.Described jacking block (136) is installed in lower shifting board (106), and a cylinder is installed under the jacking block, and jacking block (136) is connected to install a cylinder with jacking block and connects, and the cylinder under the jacking block is fixed on the movable plate, and jacking block (136) is done to gas by cylinder and moved upward.Describedly push away paper cylinder one (137) and push away on the cylinder supports piece that paper cylinder two (138) is locked in No. 1 lower shifting board (104), push away cardboard (139) and be connected with pushing away paper cylinder one (137) and push away paper cylinder two (138), push away cardboard (139) by cylinder one (137) and push away paper cylinder two (138) and do to gas and travel forward.Described adjusting pinch roller (122) is installed on the movable plate (115), lower pressure wheel (123) is fixed on No. 4 lower shifting boards (107), in adjustable pinch wheel (122) and the lower pressure wheel (123) rolling bearing that freely rotates is housed, regulates the bonding force that pinch roller (122) and lower pressure wheel (123) are controlled its cardboard splicing.
2. the splicing of two splicing apparatus of paste box according to claim 1 dislocation mechanism, it is characterized in that: described dislocation cylinder (134) is 45 degree with lower shifting board (107) and installs.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201524123U CN202826517U (en) | 2012-04-11 | 2012-04-11 | Splicing dislocation mechanism of box pasting two-piece splicing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201524123U CN202826517U (en) | 2012-04-11 | 2012-04-11 | Splicing dislocation mechanism of box pasting two-piece splicing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202826517U true CN202826517U (en) | 2013-03-27 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012201524123U Expired - Lifetime CN202826517U (en) | 2012-04-11 | 2012-04-11 | Splicing dislocation mechanism of box pasting two-piece splicing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202826517U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104325717A (en) * | 2014-10-19 | 2015-02-04 | 东莞市鸿铭机械有限公司 | Adjustable and splicable grey board machine |
-
2012
- 2012-04-11 CN CN2012201524123U patent/CN202826517U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104325717A (en) * | 2014-10-19 | 2015-02-04 | 东莞市鸿铭机械有限公司 | Adjustable and splicable grey board machine |
| CN104325717B (en) * | 2014-10-19 | 2018-11-16 | 广东鸿铭智能股份有限公司 | The grey trigger of adjustable spelling |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20180423 Address after: 516006 Huizhou, Zhongkai high tech Zone, Guangdong Province, leilin Town, pan Li village, Russia's Green Grass Lake Wang Chun has a factory floor B2. Patentee after: Huizhou Yongchen Intelligent Automation Co., Ltd. Address before: 516006 Room 608, TCL science and technology building, Huifeng 3 Road, Zhongkai hi tech Zone, Huizhou, Guangdong Patentee before: Zhong Yongping |
|
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130327 |