CN205257583U - Take location splicing apparatus of pattern sheet - Google Patents
Take location splicing apparatus of pattern sheet Download PDFInfo
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- CN205257583U CN205257583U CN201521125740.4U CN201521125740U CN205257583U CN 205257583 U CN205257583 U CN 205257583U CN 201521125740 U CN201521125740 U CN 201521125740U CN 205257583 U CN205257583 U CN 205257583U
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Abstract
The utility model discloses a take location splicing apparatus of pattern sheet, including unwinding mechanism, down clamping mechanism, go up clamping mechanism, cut fixed establishment, structures of disembarking is taken out to the waste material, left pattern location mark board and right pattern location mark board, fixed establishment and clamping mechanism are down taken out that it distributes between constructing in proper order to disembark and go up clamping mechanism, are cuted to unwinding mechanism and waste material, the waste material is taken out and is disembarked that the left and right both sides of constructing set up left pattern location mark board, right pattern is fixed a position and is marked the board. Its method is fixed a position alternate material and materials used earlier, makes both patterns align, cuts off alternate material and materials used more respectively, forms the incision of alignment, pastes the transparent adhesive tape in incision department and connects the material. The utility model discloses a process principle is simple, nevertheless splices the effect ideal, is particularly useful for taking the location concatenation technology of pattern sheet, and its rejection rate is low, and the high -speed large -tonnage of adaptable product is produced, is suitable for the market demand betterly, and the seamless location of taking the pattern flaky material can be realized to its device does not have the clout concatenation.
Description
Technical field
The utility model relates to sheet material splicing field, particularly a kind of positioning splicing with pattern sheet materialDevice.
Background technology
The equipment such as the disposable sanitary articles such as sanitary napkin, protection pad and plaster packaging have common feature,The raw material major part adopting when these device fabrications is sheet coiled material, often needs operation continuously in 24 hours.Can not shut down replacing coiled material because existing similar devices has all required machine, meet the efficient stable fortune of equipmentOK. But along with market promotes the requirement of product, increasing material continuous uniform on material is printed withBeautiful pattern, or material is evenly printed with colour code bar code that MACH CHK uses etc., and this is patternedFlaky material.
Existing material splicing process is mainly to adopt the mode of delocalization overlap joint that two flaky materials are bondd(its principle as shown in Figure 1) together. But relative position be can not determine during due to binding material, thisKind of mechanism does not have figuratum material can meet instructions for use bonding, but in the time of the figuratum material of bondingCannot meet the alignment of latter two patterns of material of material binding, thereby cause the product pattern of producing can notBe fixed on product requirement position, cause waste product to produce, be difficult to meeting the market requirement.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, and a kind of location with pattern sheet material is providedSplicing apparatus, this principle of device is simple, but can realize the alignment pattern on latter two material of material binding, andAccurate positioning.
The technical solution of the utility model is: a kind of positioning splicing device with pattern sheet material, comprises unreeling machineStructure, lower clamp mechanism, upper clamping mechanism, shearing fixed mechanism, waste material detach mechanism, left pattern location markPlate and right pattern location target, unreeling structure and waste material detach the upper clamping mechanism that distributes successively between mechanism, cutCut fixed mechanism and lower clamp mechanism, the left side that waste material detaches mechanism arranges left pattern location target, and waste material is taken outThe disembark right side of structure arranges right pattern location target.
Described unreeling structure comprises left unreeling shaft and right unreeling shaft, and left unreeling shaft and right unreeling shaft are alternately placed standbyWith material and use material. Wherein, in the time placing lay-by material on left unreeling shaft, by left pattern location markPlate is identified the pattern on lay-by material; In the time placing lay-by material on right unreeling shaft, by right patternLocation target is identified the pattern on lay-by material.
Described lower clamp mechanism is located at unreeling structure top, and lower clamp mechanism comprises bottom material fixed head, a left sideLower material ambulatory splint, bottom right material ambulatory splint, lower-left clamping cylinder and bottom right clamping cylinder, lower-left materialMaterial ambulatory splint, bottom material fixed head and bottom right material ambulatory splint are arranged side by side successively by left-to-right, a left sideMaterial on unreeling shaft passes through between lower-left material ambulatory splint and bottom material fixed head, on right unreeling shaftMaterial between bottom right material ambulatory splint and bottom material fixed head, pass through; A material ambulatory splint left side, lower-leftSide arranges lower-left clamping cylinder, and material ambulatory splint right side, bottom right arranges bottom right clamping cylinder. Wherein, lower-leftClamping cylinder is for moving of promoting lower-left material ambulatory splint and bottom material fixed head and clamp or unclampDo, bottom right clamping cylinder is used for promoting bottom right material ambulatory splint and bottom material fixed head clamps or pineThe action of opening.
Described waste material detaches mechanism and is located at shearing fixed mechanism top, and waste material detaches mechanism and comprises that left waste material detachesDriving wheel, left directive wheel, right waste material detach driving wheel and right directive wheel, and lead on left waste material driving wheel and a multiple left sideBe distributed in the left side of upper clamping mechanism to wheel along the throughput direction of lay-by material, right waste material driving wheel and multiple right sideDirective wheel is distributed in the right side of upper clamping mechanism along the throughput direction of lay-by material; Standby when placing on left unreeling shaftWhile using material, detach the action of driving wheel and left directive wheel by left waste material and detach the waste material on lay-by material; Work as the right sideWhile placing lay-by material on unreeling shaft, detach the action of driving wheel and right directive wheel by right waste material and detach lay-by materialOn waste material.
Described upper clamping mechanism is located at and is sheared fixed mechanism top, and upper clamping mechanism comprises that top material clamps gasCylinder, the right clamping plate of the left clamping plate in top and top, the right clamping plate of the left clamping plate in top and top lay respectively at and use materialBoth sides, the rear side of the left clamping plate in top and the right clamping plate in top arranges top material clamping cylinder, and top material clampsThe right clamping plate of the left clamping plate in cylinder control top and top clamp motion or disengaging movement.
Described shearing fixed mechanism is located between upper clamping mechanism and lower clamp mechanism, shears fixed mechanism and comprisesLeft-cut tool, left-cut tool cylinder, right-cut tool, right-cut tool cylinder, left fish plate, left fish plate cylinder, the right side connectPlywood, right fish plate cylinder, left lift cylinder, right lift cylinder, left and right lift cylinder connecting plate and cutting knifeEngage cylinder mounting plate; Left-cut tool and right-cut tool are symmetrically set in lay-by material and use the left and right sides of material,Left-cut tool arranged outside left-cut tool cylinder, right-cut tool arranged outside right-cut tool cylinder, left-cut tool top arranges a left sideFish plate, right-cut tool top arranges right fish plate, the left fish plate cylinder of left fish plate arranged outside, right jointThe right fish plate cylinder of plate arranged outside, left-cut tool cylinder, right-cut tool cylinder, left fish plate cylinder and right jointPlate cylinder is individually fixed in cutting knife and engages on cylinder mounting plate; Left and right lift cylinder connecting plate level is located at cutting knifeEngage cylinder mounting plate top, and left and right lift cylinder connecting plate engage cylinder mounting plate with cutting knife mutually verticalArrange, the two ends, left and right of left and right lift cylinder connecting plate arrange respectively left lift cylinder and right lift cylinder, a left sideLift cylinder is connected with left and right lift cylinder connecting plate by left lift cylinder installing plate, and right lift cylinder passes throughRight lift cylinder installing plate is connected with left and right lift cylinder connecting plate, and left lift cylinder and right lift cylinder are simultaneouslyDrive whole shearing fixed mechanism to rise or decline. Wherein, left and right lift cylinder connecting plate, left lift cylinder,Right lift cylinder and cutting knife engage installing plate be connected to become one can integral elevating 50mm left and rightHoistable platform, right-cut tool, right-cut tool cylinder are installed on the right side of cutting knife joint installing plate bottom, right fish plate,Right fish plate cylinder is installed on right side, right-cut tool cutting edge and the right fish plate center on cutting knife joint installing plate topLinear distance is also about 50mm, and the installation principle of left-cut tool, left fish plate parts corresponding with right side are identical.The action that left-cut tool cylinder and right-cut tool cylinder are sheared or unclamped for promoting left-cut tool and right-cut tool, a left sideFish plate cylinder and right fish plate cylinder are for promoting left fish plate and right fish plate and clamp or unclampingAction, left lift cylinder and right lift cylinder acting in conjunction, drive whole shearing fixed mechanism to rise or decline.
In the positioning splicing device of said structure, left pattern location target and right pattern location target pass through respectivelySensor element is to lay-by material or use the pattern on material to identify, thereby realizes the accurately fixed of otchPosition. On left fish plate and right fish plate, offer respectively vacuum sucker, by vacuum pore by stand-by transparentGlue (non-sticking veneer) is adsorbed in its surface, to connect material use.
When the positioning splicing device of said structure uses, put with left unreeling shaft placement lay-by material, right unreeling shaftPutting and using material is example, and its course of work is:
(1), from the bottom of device, lay-by material is first lived through bottom material fixed head and lower-left materialGap between moving clamping plate, the more upwards gap through left-cut tool and right-cut tool, the left clamping plate in top successivelyAnd the gap between left fish plate, then by each left directive wheel auxiliary be delivered to left waste material detach driving wheel andLeft pattern location target, meanwhile, clamps material for subsequent use by bottom material fixed head and lower-left material ambulatory splintMaterial;
(2) use the first gap through bottom material fixed head and bottom right material ambulatory splint of material,The gap through left-cut tool and right-cut tool successively upwards again, between the left clamping plate of the right clamping plate in top and topGap, is then directly delivered to production station;
(3) in the time that needs connect material, first detect by pattern check element the pattern using on material, work as detectionTo using pattern on material and left pattern to locate pattern on target when identical, right unreeling shaft first stops puttingVolume, then clamps by bottom material fixed head and lower-left material ambulatory splint the bottom that uses material, passes throughThe left clamping plate in the right clamping plate in top and top clamp the top that uses material; Now left and right side material is all correspondingPosition static and up and down clamp;
(4) complete after above action, left-cut tool and right-cut tool move simultaneously, passing for subsequent use of this regionMaterial and use material cut off simultaneously, after cutting off, form 4 part materials, and upper left is that waste material, lower-left are for treatingWith lay-by material, upper right be that stand-by use material, bottom right is clout;
(5) after cutting off, bottom right material ambulatory splint is return, and loosens clout, then reversed by right unreeling shaft,Clout is drawn back; Meanwhile, the waste material that is positioned at upper left detaches driving wheel by left waste material and detaches incision site;
(6) start splicing, adopt the mode of material end docking, adhesive tape is divided equally and is bonded in two materialsOn material, adhesive tape center line is facing to the splicing line of two material cut; But due to this position have cutter assembly (byLeft-cut tool, right-cut tool composition), conjugative component (being made up of left fish plate, right fish plate) cannot be close,Therefore,, after cutter assembly cuts off, by the acting in conjunction of left lift cylinder and right lift cylinder, drive wholeIndividual shearing fixed mechanism declines, and makes left fish plate and right fish plate alignment cuts place; Then by left fish plate gasThe action of cylinder and right fish plate cylinder, promotes left fish plate and right fish plate and clamps lay-by material and use materialIncision, when clamping is pasted on transparent adhesive tape incision, thereby completes splicing action.
Can realize a kind of positioning splicing method with pattern sheet material by said apparatus, comprise the following steps:
(1) first lay-by material and use material are positioned, make pattern and use material on lay-by materialAlignment pattern on material;
(2) cut off respectively lay-by material and use material, forming the otch of alignment;
(3) start to connect material, paste transparent adhesive tape in incision, make lay-by material and use material continuousSplicing, the pattern on lay-by material and use material has also been spliced to form continuous pattern.
In described step (1), the method that lay-by material is positioned is: the waste material at lay-by material is taken outDisembark on structure and use on the conveying mechanism of material and set respectively location to graticule, be positioned at location with lay-by materialBe mark point to the pattern at graticule place, be sent to use material when putting identical pattern with mark on use materialLocation during to graticule, the pattern on lay-by material and the alignment pattern using on material.
In described step (2), cut off lay-by material and use before material, lay-by material and use material placeIn the state of parallel conveying; Cut off lay-by material and use after material, lay-by material forms waste material and stand-byLay-by material, uses material to form clout and stand-by use material, stand-by lay-by material and stand-by makingForm the product interface of alignment at cut-off part with material.
In described step (3), while connecting material, the otch of lay-by material and use material is in same levelAlignment in face, transparent adhesive tape is positioned at incision lay-by material and uses the same outside of material.
In said method, lay-by material and use material are respectively coiled material.
The utility model, with respect to prior art, has following beneficial effect:
Process principle of the present utility model is simple, but splicing effect ideal is particularly useful for being with pattern segmentsThe positioning splicing technique of material, its percent defective is low, can adapt to the large yield production of high speed of product, is suitable for preferablyThe market demand.
Positioning splicing device of the present utility model is arranged on to the package raw material position that connects material, can realizes band patternSplice without clout the seamless location of flaky material, continuous while ensureing device fabrication, efficient, high-quality operation.In the today that is more and more applied to production with pattern material, this device becomes all the more this kind equipmentNecessary mechanism, not only can improve the market competitiveness of equipment, production technology that also can optimizing product.
In positioning splicing device of the present utility model, unreeling structure can forward and reversion fast, ensures fullThe job requirement of foot unit; Meanwhile, shearing fixed mechanism can move up and down, and guarantees off-position and splicingPlace-centric is consistent, and conjugative component has Incision Machine's, and before security reserve work, adhesive tape is tightly adsorbed onBoard surface, and excess stock can be taken away automatically, does not affect the normal operation of equipment.
Brief description of the drawings
Fig. 1 is the principle schematic schematic diagram of traditional non-positioning splicing method.
Fig. 2 is the principle schematic of this positioning splicing method.
Fig. 3 is the principle schematic of this positioning splicing device.
Fig. 4 is that this positioning splicing device carries out the principle schematic before material cut-out.
Fig. 5 is that this positioning splicing device carries out the principle schematic after material cut-out.
Fig. 6 is the structural representation of this positioning splicing device.
Fig. 7 is the structural representation of each building block after this positioning splicing device splits.
Fig. 8 is the structural representation of shearing the each building block of fixed mechanism in Fig. 7.
Fig. 9 is the perspective view of this positioning splicing device.
In above-mentioned each figure, the parts of each label representative are as follows: 1 for using material, and 2 is lay-by material, and 3For double-sided adhesive tape, 4 is transparent adhesive tape, and 5 is left unreeling shaft, and 6 is right unreeling shaft, and 7 fix for bottom materialPlate, 8 is bottom right material ambulatory splint, and 9 is bottom right clamping cylinder, and 10 is right-cut tool, and 11 is right-cut tool gasCylinder, 12 is right fish plate, and 13 is right fish plate cylinder, and 14 is right pattern location target, and 15 is right waste materialDetach driving wheel, 16 is right directive wheel, and 17 is top material clamping cylinder, and 18 is the right clamping plate in top, 19For the left clamping plate in top, 20 is left pattern location target, and 21 detach driving wheel for left waste material, and 22 is left guidingWheel, 23 is left fish plate cylinder, and 24 is left fish plate, and 25 is left-cut tool, and 26 is left-cut tool cylinder, 27For lower-left clamping cylinder, 28 is lower-left material ambulatory splint, and 29 is left lift cylinder, and 30 is right lifting airCylinder, 31 is left and right lift cylinder connecting plate, and 32 for cutting knife engages cylinder mounting plate, and 33 is left lift cylinderInstalling plate, 34 is right lift cylinder installing plate, 35 is vacuum sucker.
Detailed description of the invention
Below in conjunction with embodiment, the utility model is described in further detail, but of the present utility modelEmbodiment is not limited to this.
Embodiment 1
A kind of positioning splicing method with pattern sheet material of the present embodiment, comprises the following steps:
(1) first lay-by material and use material are positioned, make pattern and use material on lay-by materialAlignment pattern on material;
Wherein, method lay-by material being positioned is: detach in mechanism and make at the waste material of lay-by materialWith setting respectively location on the conveying mechanism of material to graticule, be positioned at the figure of location to graticule place with lay-by materialCase is mark point, puts identical pattern and is sent to and uses the location of material to graticule when using on material with markTime, the pattern on lay-by material and the alignment pattern using on material;
(2) cut off respectively lay-by material and use material, forming the otch of alignment;
Wherein, cut off lay-by material and use before material, lay-by material and use material are in parallel conveyingState; Cut off lay-by material and use after material, lay-by material forms waste material and stand-by lay-by material, makesWith material formation clout and stand-by use material, stand-by lay-by material and stand-by use material are cutting offPlace forms the product interface of alignment;
(3) start to connect material, paste transparent adhesive tape in incision, make lay-by material and use material continuousSplicing, the pattern on lay-by material and use material has also been spliced to form continuous pattern;
As shown in Figure 2, while connecting material, lay-by material is right in same level with the otch of use materialTogether, transparent adhesive tape is positioned at the same outside of incision lay-by material and use material.
In said method, lay-by material and use material are respectively coiled material.
Embodiment 2
The present embodiment is a kind of realizes the positioning splicing device with pattern sheet material of method described in embodiment 1, bagDraw together unreeling structure, lower clamp mechanism, upper clamping mechanism, shearing fixed mechanism, waste material and detach mechanism, Zuo TuCase location target and right pattern location target, unreeling structure and waste material detach between mechanism and distribute and above clamp successivelyMechanism, shearing fixed mechanism and lower clamp mechanism, the left side that waste material detaches mechanism arranges left pattern location target,The right side that waste material detaches mechanism arranges right pattern location target.
As shown in Fig. 3～9, unreeling structure comprises left unreeling shaft and right unreeling shaft, left unreeling shaft and right unreeling shaftAlternately place lay-by material and use material. Wherein, in the time placing lay-by material on left unreeling shaft, by a left sidePattern location target is identified the pattern on lay-by material; In the time placing lay-by material on right unreeling shaft,By right pattern location target, the pattern on lay-by material is identified.
Lower clamp mechanism is located at unreeling structure top, and lower clamp mechanism comprises bottom material fixed head, lower-left materialMaterial ambulatory splint, bottom right material ambulatory splint, lower-left clamping cylinder and bottom right clamping cylinder, lower-left material is livedMoving clamping plate, bottom material fixed head and bottom right material ambulatory splint are arranged side by side successively by left-to-right, and a left side unreelsMaterial on axle passes through between lower-left material ambulatory splint and bottom material fixed head, the material on right unreeling shaftMaterial passes through between bottom right material ambulatory splint and bottom material fixed head; Establish in material ambulatory splint left side, lower-leftPut lower-left clamping cylinder, material ambulatory splint right side, bottom right arranges bottom right clamping cylinder. Wherein, lower-left clampsThe action that cylinder clamps or unclamps for promoting lower-left material ambulatory splint and bottom material fixed head, the right sideLower clamping cylinder is for promoting bottom right material ambulatory splint and bottom material fixed head and clamp or unclampingAction.
Waste material detaches mechanism and is located at shearing fixed mechanism top, and waste material detaches mechanism and comprises that left waste material detaches drivingWheel, left directive wheel, right waste material detach driving wheel and right directive wheel, left waste material driving wheel and multiple left directive wheelBe distributed in the left side of upper clamping mechanism along the throughput direction of lay-by material, right waste material driving wheel and multiple right guidingWheel is distributed in the right side of upper clamping mechanism along the throughput direction of lay-by material; When placing material for subsequent use on left unreeling shaftWhen material, detach the action of driving wheel and left directive wheel by left waste material and detach the waste material on lay-by material; When the right side unreelsWhile placing lay-by material on axle, detach the action of driving wheel and right directive wheel by right waste material and detach on lay-by materialWaste material.
Upper clamping mechanism is located at and is sheared fixed mechanism top, upper clamping mechanism comprise top material clamping cylinder,The right clamping plate of the left clamping plate in top and top, the right clamping plate of the left clamping plate in top and top lay respectively at and use two of materialSide, the rear side of the left clamping plate in top and the right clamping plate in top arranges top material clamping cylinder, and top material clamps gasThe right clamping plate of the left clamping plate in cylinder control top and top clamp motion or disengaging movement.
Shear fixed mechanism and be located between upper clamping mechanism and lower clamp mechanism, shear fixed mechanism and comprise left cutCutter, left-cut tool cylinder, right-cut tool, right-cut tool cylinder, left fish plate, left fish plate cylinder, right fish plate,Right fish plate cylinder, left lift cylinder, right lift cylinder, left and right lift cylinder connecting plate and cutting knife engage gasCylinder installing plate; Left-cut tool and right-cut tool are symmetrically set in lay-by material and use the left and right sides of material, left-cut toolArranged outside left-cut tool cylinder, right-cut tool arranged outside right-cut tool cylinder, left-cut tool top arranges left fish plate,Right-cut tool top arranges right fish plate, the left fish plate cylinder of left fish plate arranged outside, and establish in right fish plate outsidePut right fish plate cylinder, left-cut tool cylinder, right-cut tool cylinder, left fish plate cylinder and right fish plate cylinder divideNot being fixed on cutting knife engages on cylinder mounting plate; Left and right lift cylinder connecting plate level is located at cutting knife and is engaged cylinderInstalling plate top, and left and right lift cylinder connecting plate engages cylinder mounting plate vertical setting mutually, a left side with cutting knifeThe two ends, left and right of right lift cylinder connecting plate arrange respectively left lift cylinder and right lift cylinder, left lift cylinderBe connected with left and right lift cylinder connecting plate by left lift cylinder installing plate, right lift cylinder is by right lifting airCylinder installing plate is connected with left and right lift cylinder connecting plate, and left lift cylinder and right lift cylinder drive whole simultaneouslyShearing fixed mechanism rises or declines. Wherein, left and right lift cylinder connecting plate, left lift cylinder, right liftingCylinder and cutting knife engage installing plate be connected to become one can integral elevating 50mm left and right lifting flatPlatform, right-cut tool, right-cut tool cylinder are installed on the right side of cutting knife joint installing plate bottom, and right fish plate, the right side connectPlywood cylinder is installed on right side, right-cut tool cutting edge and the right fish plate center line distance on cutting knife joint installing plate topFrom being also about 50mm, the installation principle of left-cut tool, left fish plate parts corresponding with right side are identical. LeftThe action that cutting knife cylinder and right-cut tool cylinder are sheared or unclamped for promoting left-cut tool and right-cut tool, a left side connectsPlywood cylinder and right fish plate cylinder are moving for what promote left fish plate and right fish plate and clamp or unclampDo, left lift cylinder and right lift cylinder acting in conjunction, drive whole shearing fixed mechanism to rise or decline.
In the positioning splicing device of said structure, left pattern location target and right pattern location target pass through respectivelySensor element is to lay-by material or use the pattern on material to identify, thereby realizes the accurately fixed of otchPosition. On left fish plate and right fish plate, offer respectively vacuum sucker (as shown in Figure 8), thin by vacuumStand-by transparent adhesive tape (non-sticking veneer) is adsorbed in its surface by hole, to connect material use.
When the positioning splicing device of said structure uses, put with left unreeling shaft placement lay-by material, right unreeling shaftPutting and using material is example, and its course of work is:
(1), from the bottom of device, lay-by material is first lived through bottom material fixed head and lower-left materialGap between moving clamping plate, the more upwards gap through left-cut tool and right-cut tool, the left clamping plate in top successivelyAnd the gap between left fish plate, then by each left directive wheel auxiliary be delivered to left waste material detach driving wheel andLeft pattern location target, meanwhile, clamps material for subsequent use by bottom material fixed head and lower-left material ambulatory splintMaterial;
(2) use the first gap through bottom material fixed head and bottom right material ambulatory splint of material,The gap through left-cut tool and right-cut tool successively upwards again, between the left clamping plate of the right clamping plate in top and topGap, is then directly delivered to production station;
(3) in the time that needs connect material, first detect by pattern check element the pattern using on material, work as detectionTo using pattern on material and left pattern to locate pattern on target when identical, right unreeling shaft first stops puttingVolume, then clamps by bottom material fixed head and lower-left material ambulatory splint the bottom that uses material, passes throughThe left clamping plate in the right clamping plate in top and top clamp the top that uses material; Now left and right side material is all correspondingPosition static and up and down clamp;
(4) complete after above action, left-cut tool and right-cut tool move simultaneously, passing for subsequent use of this regionMaterial and use material cut off simultaneously, after cutting off, form 4 part materials, and upper left is that waste material, lower-left are for treatingWith lay-by material, upper right be that stand-by use material, bottom right is clout;
(5) after cutting off, bottom right material ambulatory splint is return, and loosens clout, then reversed by right unreeling shaft,Clout is drawn back; Meanwhile, the waste material that is positioned at upper left detaches driving wheel by left waste material and detaches incision site;
(6) start splicing, adopt the mode of material end docking, adhesive tape is divided equally and is bonded in two materialsOn material, adhesive tape center line is facing to the splicing line of two material cut; But due to this position have cutter assembly (byLeft-cut tool, right-cut tool composition), conjugative component (being made up of left fish plate, right fish plate) cannot be close,Therefore,, after cutter assembly cuts off, by the acting in conjunction of left lift cylinder and right lift cylinder, drive wholeIndividual shearing fixed mechanism declines, and makes left fish plate and right fish plate alignment cuts place; Then by left fish plate gasThe action of cylinder and right fish plate cylinder, promotes left fish plate and right fish plate and clamps lay-by material and use materialIncision, when clamping is pasted on transparent adhesive tape incision, thereby completes splicing action.
If placing, left unreeling shaft use material, right unreeling shaft to place lay-by material: open from the bottom of deviceBegin, lay-by material is the gap through bottom material fixed head and bottom right material ambulatory splint first, more upwardsGap between gap through left-cut tool and right-cut tool, the left clamping plate in top and right fish plate successively, soAfter be delivered to right waste material and detach driving wheel and right pattern location target by each right directive wheel is auxiliary, meanwhile, logicalCross bottom material fixed head and bottom right material ambulatory splint and clamp lay-by material; Use material first through bottom materialGap between material fixed head and lower-left material ambulatory splint, more upwards successively through left-cut tool and right-cut tool itBetween gap, the gap between the left clamping plate of the right clamping plate in top and top, is then directly delivered to production station;The principle of its cut-out and splicing is identical.
As mentioned above, just can realize preferably the utility model, above-described embodiment is only of the present utility modelGood embodiment, is not used for limiting practical range of the present utility model; Be allly to do according to the utility model contentEqualization change with modify, all by the utility model claim scope required for protection is contained.
Claims (6)
1. the positioning splicing device with pattern sheet material, is characterized in that, comprises unreeling structure, lower folderTight mechanism, upper clamping mechanism, shearing fixed mechanism, waste material detach mechanism, left pattern location target and right figureCase location target, unreeling structure and waste material detach the upper clamping mechanism that distributes successively between mechanism, shear fixing machineStructure and lower clamp mechanism, the left side that waste material detaches mechanism arranges left pattern location target, and waste material detaches mechanismRight side arranges right pattern location target.
2. a kind of positioning splicing device with pattern sheet material according to claim 1, is characterized in that,Described unreeling structure comprises left unreeling shaft and right unreeling shaft, and left unreeling shaft and right unreeling shaft are alternately placed material for subsequent useMaterial and use material.
3. a kind of positioning splicing device with pattern sheet material according to claim 2, is characterized in that,Described lower clamp mechanism is located at unreeling structure top, and lower clamp mechanism comprises bottom material fixed head, lower-left materialMaterial ambulatory splint, bottom right material ambulatory splint, lower-left clamping cylinder and bottom right clamping cylinder, lower-left material is livedMoving clamping plate, bottom material fixed head and bottom right material ambulatory splint are arranged side by side successively by left-to-right, and a left side unreelsMaterial on axle passes through between lower-left material ambulatory splint and bottom material fixed head, the material on right unreeling shaftMaterial passes through between bottom right material ambulatory splint and bottom material fixed head; Establish in material ambulatory splint left side, lower-leftPut lower-left clamping cylinder, material ambulatory splint right side, bottom right arranges bottom right clamping cylinder.
4. a kind of positioning splicing device with pattern sheet material according to claim 2, is characterized in that,Described waste material detaches mechanism and is located at shearing fixed mechanism top, and waste material detaches mechanism and comprises that left waste material detaches drivingWheel, left directive wheel, right waste material detach driving wheel and right directive wheel, left waste material driving wheel and multiple left directive wheelBe distributed in the left side of upper clamping mechanism along the throughput direction of lay-by material, right waste material driving wheel and multiple right guidingWheel is distributed in the right side of upper clamping mechanism along the throughput direction of lay-by material; When placing material for subsequent use on left unreeling shaftWhen material, detach the action of driving wheel and left directive wheel by left waste material and detach the waste material on lay-by material; When the right side unreelsWhile placing lay-by material on axle, detach the action of driving wheel and right directive wheel by right waste material and detach on lay-by materialWaste material.
5. a kind of positioning splicing device with pattern sheet material according to claim 1, is characterized in that,Described upper clamping mechanism is located at and is sheared fixed mechanism top, upper clamping mechanism comprise top material clamping cylinder,The right clamping plate of the left clamping plate in top and top, the right clamping plate of the left clamping plate in top and top lay respectively at and use two of materialSide, the rear side of the left clamping plate in top and the right clamping plate in top arranges top material clamping cylinder, and top material clamps gasThe right clamping plate of the left clamping plate in cylinder control top and top clamp motion or disengaging movement.
6. a kind of positioning splicing device with pattern sheet material according to claim 1, is characterized in that,Described shearing fixed mechanism is located between upper clamping mechanism and lower clamp mechanism, shears fixed mechanism and comprises left cutCutter, left-cut tool cylinder, right-cut tool, right-cut tool cylinder, left fish plate, left fish plate cylinder, right fish plate,Right fish plate cylinder, left lift cylinder, right lift cylinder, left and right lift cylinder connecting plate and cutting knife engage gasCylinder installing plate; Left-cut tool and right-cut tool are symmetrically set in lay-by material and use the left and right sides of material, left-cut toolArranged outside left-cut tool cylinder, right-cut tool arranged outside right-cut tool cylinder, left-cut tool top arranges left fish plate,Right-cut tool top arranges right fish plate, the left fish plate cylinder of left fish plate arranged outside, and establish in right fish plate outsidePut right fish plate cylinder, left-cut tool cylinder, right-cut tool cylinder, left fish plate cylinder and right fish plate cylinder divideNot being fixed on cutting knife engages on cylinder mounting plate; Left and right lift cylinder connecting plate level is located at cutting knife and is engaged cylinderInstalling plate top, and left and right lift cylinder connecting plate engages cylinder mounting plate vertical setting mutually, a left side with cutting knifeThe two ends, left and right of right lift cylinder connecting plate arrange respectively left lift cylinder and right lift cylinder, left lift cylinderDrive whole shearing fixed mechanism to rise simultaneously or decline with right lift cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521125740.4U CN205257583U (en) | 2015-12-28 | 2015-12-28 | Take location splicing apparatus of pattern sheet |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201521125740.4U CN205257583U (en) | 2015-12-28 | 2015-12-28 | Take location splicing apparatus of pattern sheet |
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| CN205257583U true CN205257583U (en) | 2016-05-25 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105417242A (en) * | 2015-12-28 | 2016-03-23 | 广州市兴世机械制造有限公司 | Positioning splicing method and device for sheets with patterns |
| CN106044327A (en) * | 2016-06-29 | 2016-10-26 | 深圳市浩能科技有限公司 | Receiving mechanism, reverse osmosis membrane production equipment and receiving method |
| CN106809678A (en) * | 2017-01-03 | 2017-06-09 | 东莞理工学院 | A kind of splicing machine of new and old SMT splicings band |
| CN106865300A (en) * | 2017-01-03 | 2017-06-20 | 东莞理工学院 | A kind of splicing machine of the new and old SMT splicings band that can be pruned |
| CN109230710A (en) * | 2018-11-30 | 2019-01-18 | 河南省新之林机电设备有限公司 | Strip material is without splicing connection device |
-
2015
- 2015-12-28 CN CN201521125740.4U patent/CN205257583U/en not_active Withdrawn - After Issue
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105417242A (en) * | 2015-12-28 | 2016-03-23 | 广州市兴世机械制造有限公司 | Positioning splicing method and device for sheets with patterns |
| CN106044327A (en) * | 2016-06-29 | 2016-10-26 | 深圳市浩能科技有限公司 | Receiving mechanism, reverse osmosis membrane production equipment and receiving method |
| CN106044327B (en) * | 2016-06-29 | 2020-08-25 | 深圳市浩能科技有限公司 | Material receiving mechanism, reverse osmosis membrane production equipment and material receiving method |
| CN106809678A (en) * | 2017-01-03 | 2017-06-09 | 东莞理工学院 | A kind of splicing machine of new and old SMT splicings band |
| CN106865300A (en) * | 2017-01-03 | 2017-06-20 | 东莞理工学院 | A kind of splicing machine of the new and old SMT splicings band that can be pruned |
| CN106809678B (en) * | 2017-01-03 | 2018-02-23 | 东莞理工学院 | A kind of splicing machine of new and old SMT splicings band |
| CN109230710A (en) * | 2018-11-30 | 2019-01-18 | 河南省新之林机电设备有限公司 | Strip material is without splicing connection device |
| CN109230710B (en) * | 2018-11-30 | 2024-02-06 | 河南省新之林机电设备有限公司 | Adhesive-free splicing device for strip-shaped material |
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