CN203543216U - Multilayer label machining device - Google Patents
Multilayer label machining device Download PDFInfo
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- CN203543216U CN203543216U CN201320548985.2U CN201320548985U CN203543216U CN 203543216 U CN203543216 U CN 203543216U CN 201320548985 U CN201320548985 U CN 201320548985U CN 203543216 U CN203543216 U CN 203543216U
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Abstract
The utility model discloses a multilayer label machining device. The multilayer label machining device comprises a rack, a compounding unit arranged on the rack, a transmission device arranged on the rack and used for transmitting a first to-be-compounded assembly to be compounded, an unwinding transmission device relatively arranged above the compounding unit and used for transmitting a second to-be-compounded assembly, a backing paper transmission device relatively arranged below the compounding unit and used for transmitting a third to-be-compounded assembly, and a control device used for controlling any two or three of the first to-be-compounded assembly, the second to-be-compounded assembly and the third to-be-compounded assembly to be compounded in the compounding unit, wherein the compounding unit comprises a compounding roll arranged by being corresponding to the tail end of the transmission device. By virtue of controlling any two or three of the first to-be-compounded assembly, the second to-be-compounded assembly and the third to-be-compounded assembly to be compounded in the compounding unit by the control device, the above-mentioned multilayer label machining device abovementioned is capable of realizing various compounding modes; moreover, the transmission device, the unwinding device and the backing paper transmission device are arranged in three different orientations relative to the compounding unit, without interference during transmission and compounding, and independently operate respectively, thus smoothly realizing compounding.
Description
Technical field
The utility model relates to a kind of Postpress and Print Finishing, particularly a kind of multilayer labels process equipment.
Background technology
Existing multilayer labels process equipment generally can only be realized single complex method for specific label; The post-press finishing that in how cannot adapting to, the difference of the label of specifications requires.
Summary of the invention
Based on this, be necessary to provide a kind of multilayer labels process equipment of realizing multiple complex method.
A kind of multilayer labels process equipment, comprise: frame, be arranged on recombiner unit in described frame, be arranged in described frame and transmit first to be composite and carry out compound transmitting device, be relatively placed in described recombiner unit top and carry second to be composite unreel transmitting device and be relatively placed in described recombiner unit below and carry the base stock transmitting device of the 3rd to be composite, and control in described first to be composite, second to be composite, the 3rd to be composite any two or three and in described recombiner unit, carry out compound control device; Described recombiner unit comprises: with the composite roll of described transmitting device tail end relative set.
In a preferred embodiment, also comprise: with described base stock conveying device relative set with the induction installation of induction base stock transfer position and according to the transmission location of induction installation induction to position the glue spreading apparatus of gluing; Described glue spreading apparatus is along the horizontal gluing of page orientation.
In a preferred embodiment, described induction installation comprises: inductor, described inductor be threaded to finely tune the adjusting screw(rod) of described inductor for the adjusting slide bar of this inductor position on three to be composite width along its slidable adjustment and with described inductor suspends.
In a preferred embodiment, the described transmitting device that unreels comprises: be arranged on compound in described frame and unreel support, be arranged on described compound let off roll and the noise-reduction device unreeling on support, described noise-reduction device comprises: with described let off roll relative set and regulate the corresponding dancer rools that unreels angle.
In a preferred embodiment, described in, unreeling transmitting device also comprises: with described composite roll relative set so that the compound jockey pulley of compound tension force to be provided.
In a preferred embodiment, the compound entrance angle forming between described compound jockey pulley and described composite roll is 30-60 degree.
In a preferred embodiment, described transmitting device comprises: separation and adjust first to be composite transmission with coordinate the compound separation conveyer of carrying and in abutting connection with described separation conveyer end and location carry first to be composite to carry out compound sprocket feed device; Described sprocket feed device: chain-drive mechanism, described chain-drive mechanism comprises: the driving-chain that the dynamical element of transfer motion power, the sprocket wheel being driven by described dynamical element is provided and is connected with described chain gear transmission.
In a preferred embodiment, the chain link pitch of described driving-chain arranges according to first to be composite size.
In a preferred embodiment, be provided with on described the 3rd to be composite with by the color code block of described this transmission location of to be composite of induction installation sensing; The spacing of described color code block arranges according to the centre-to-centre spacing between the rubberised layer at described single first to be composite two ends.
In a preferred embodiment, described glue spreading apparatus carries out gluing and above forms rubberised layer in the 3rd to be composite according to the position at first to be composite two ends; Described galley length arranges with the distance between end according to adjacent two first to be composite.
In a preferred embodiment, described the 3rd to be composite the base stock that is adhesive material, described gluing is PUR.
Above-mentioned multilayer labels process equipment is provided with first to be composite of transmission and carries out compound transmitting device, be placed in recombiner unit top and carry the transmitting device that unreels of second to be composite, be placed in recombiner unit below and carry the base stock transmitting device of the 3rd to be composite, and control first to be composite by control device, second to be composite, in the 3rd to be composite any two or three in recombiner unit, carry out compound, realize multiple complex method, and transmitting device, unreel transmitting device, the relative recombiner unit of base stock transmitting device is placed in three different orientation, transmission compound tense can not produce interference, independent operation operation separately, so that compound smooth and easy, realize smoothly compound.
Accompanying drawing explanation
Fig. 1 is the part-structure schematic diagram of the multilayer labels process equipment of the utility model one embodiment;
Fig. 2 is the structure for amplifying schematic diagram of A part in Fig. 1;
Fig. 3 is the structure for amplifying schematic diagram of B part in Fig. 1;
Fig. 4 is the structure for amplifying schematic diagram of C part in Fig. 1;
Fig. 5 is that first to be composite of the utility model one embodiment carries out compound part-structure schematic diagram with the 3rd to be composite;
Fig. 6 is the separation conveyer part-structure schematic diagram of the multilayer labels process equipment of the utility model one embodiment;
Fig. 7 is the part-structure top view of Fig. 6;
Fig. 8 is the sprocket feed device part-structure schematic diagram of the multilayer labels process equipment of the utility model one embodiment;
Fig. 9 is the part-structure top view of Fig. 8;
Figure 10 is the structural representation of fixed block of the multilayer labels process equipment of the utility model one embodiment;
Figure 11 is the top view of Figure 10;
Figure 12 is the side view of Figure 10;
Figure 13 is the first structural representation that pushes away cardboard of the multilayer labels process equipment of the utility model one embodiment;
Figure 14 is the top view of Figure 13;
Figure 15 is the side view of Figure 13;
Figure 16 is the second structural representation that pushes away cardboard of the multilayer labels process equipment of the utility model one embodiment;
Figure 17 is the top view of Figure 16.
The specific embodiment
As shown in Figures 1 to 9, the multilayer labels process equipment 100 of the utility model one embodiment, comprise: frame 102, be arranged on the recombiner unit 20 in frame 102, be arranged in frame 102 and transmit first to be composite 30 and carry out compound transmitting device 40, relatively be placed in recombiner unit 20 tops and with carry second to be composite unreel transmitting device 60, and be relatively placed in recombiner unit 20 belows and carry the base stock transmitting device 80 of the 3rd to be composite 34, and control first to be composite 30, second to be composite, in the 3rd to be composite 34, any two or three carries out compound control device (not shown) in recombiner unit.
Arrange corresponding with recombiner unit 20 of the transmitting device of first to be composite 30 40 of the present embodiment transmission, unreel transmitting device and be relatively placed in recombiner unit 20 tops so that second to be composite of transmission is overlayed on first to be composite, the below that base stock transmitting device 60 is placed in recombiner unit 20 is relatively with by the 3rd to be composite below that is placed in first to be composite of transmission, so that transmitting device 40 transmits first to be composite 30, unreel second to be composite of transmitting device 60 transmission, 80 the 3rd to be composite of the transmission of base stock transmitting device are transmitted compound separately smoothly, and do not interfere with each other mutually.
Further, the recombiner unit 20 of the present embodiment comprises: with the composite roll 22 of transmitting device 40 tail end relative set.
Preferably, for transmit smoothly first to be composite 30, second to be composite, the 3rd to be composite 34 any two or three carry out compound, while wear prevention, the composite roll of this enforcement comprises: cooperatively interact and carry out the first compound composite roll and the second composite roll.Further, preferred, the top layer of first composite roll of the present embodiment is provided with outer mill layer; The top layer of the second composite roll is set to smooth metal layer.
Further, preferred, first composite roll of the present embodiment is oppositely arranged up, and the second composite roll is oppositely arranged on below, the first composite roll coordinate with the second composite roll carry out compound.
In the present embodiment, preferred, first to be composite 30 is printing brochure.Second to be composite is complex light film.Complex light film can be transparent light film, also can be opaque light film, and its material is selected as required.The 3rd to be composite 34 is base stock.
Further, the multilayer labels process equipment 100 of the present embodiment also comprises: with base stock transmitting device 80 relative set with the induction installation 90 of induction base stock transfer position and according to the transmission location of induction installation 90 inductions to position the glue spreading apparatus 50 of gluing.Glue spreading apparatus 50 is along the horizontal gluing of page orientation.
Further, the induction installation 90 of the present embodiment comprises: inductor 92, the inductor 92 that suspends also supply the adjusting slide bar 94 of this inductor 92 position on three to be composite width along its slidable adjustment and be threaded to finely tune the adjusting screw(rod) 96 of inductor with inductor 92.
Further, the transmitting device 60 that unreels of the present embodiment comprises: be arranged on compound in frame 102 and unreel support 62, be arranged on the compound let off roll 64 unreeling on support 62.
The transmitting device 60 that unreels of the present embodiment also comprises: noise-reduction device 66.Preferably, the noise-reduction device 66 of the present embodiment comprises: with let off roll 64 relative set and regulate the corresponding dancer rools 662 that unreels angle.Dancer rools 662 also unreels second to be composite direction with let off roll 64 and carries out relative set, and with second to be composite the laminating unreeling in conveying.The dancer rools 662 of the present embodiment can be set up and is arranged on compound unreeling on support 62 by dancer rools support.Preferably, the dancer rools 662 of the present embodiment is by dancer rools support and compoundly unreel that support 62 is movable to be installed.Preferably, dancer rools support is rotationally connected by rotating shaft and the compound support 62 that unreels, and can drive dancer rools 662 to swing or rotate, to regulate the angle that unreels of 662 pairs second to be composite of dancer rools.Preferably, also can frame or compoundly unreel on support 62, in the relevant position of dancer rools 662 or dancer rools support, be provided with locating part or position stop piece.
Further, the transmitting device 60 that unreels of the present embodiment also comprises: with composite roll 22 relative set so that the compound jockey pulley 68 of compound tension force to be provided.Preferably, the compound entrance angle forming between the compound jockey pulley 68 of the present embodiment and composite roll 22 is preferably 30-60 degree.
As shown in Figures 6 to 9, further, the transmitting device 40 of the present embodiment comprises: separation and adjust first to be composite transmission with coordinate the compound separation conveyer 42 of carrying and in abutting connection with separation conveyer 42 ends and first to be composite of location transmission carry out compound sprocket feed device 44.
As shown in Fig. 8 to Figure 17, further, the sprocket feed device 44 of the present embodiment: chain-drive mechanism 45.Chain-drive mechanism 45 comprises: the chain transfer motion power element 452 of chain transfer motion power, the sprocket wheel 454 being driven by chain transfer motion power element 452 and the driving-chain 456 being in transmission connection with sprocket wheel 454 are provided.Sprocket wheel 454 comprises: the head sprocket 4542 of the transmission that cooperatively interacts and from sprocket wheel 4544.
Further, in order to position accurately, the chain link pitch of the driving-chain 456 of the present embodiment arranges according to first to be composite size.The present embodiment, preferred, the setting of the chain link pitch of driving-chain 456 with first to be composite 30 along transmission put to length dimension be set to consistent.Between chain link, by chain link connecting hole, connect.
For to be composite 30 of precise positioning first, further, the driving-chain 456 of the present embodiment is also connected with and pawls 70.In the present embodiment, preferred, 70 sidepieces that are arranged on driving-chain 456 of pawling.Pawl 70 on driving-chain 456 interval the transmission station that forms first to be composite 30 of location transmission is set.
Further, pawling of the present embodiment 70 comprises: the fixed block 72 being connected with driving-chain 456 and be arranged on and push away cardboard 74 on fixed block 72.Preferably, the present embodiment pushes away the limiting section 746 that is also provided with to be composite 30 of spacing location first on cardboard 74.Further, the sidepiece of the fixed block 72 of the present embodiment is provided with the fixed installation hole 722 being connected with driving-chain 456.The corresponding setting of chain link connecting hole of fixed installation hole 722 and driving-chain 456.On the fixed block 72 of the present embodiment, be also provided with install push away cardboard 74 push away cardboard installing hole 724.Push away cardboard installing hole 724 and longitudinally connect fixed block 72.
In order to transmit steadily, and guarantee transmission precision, preferred, the chain-drive mechanism 45 of the present embodiment comprises: the first chain-drive mechanism 457 being oppositely arranged and the second chain-drive mechanism 459.
Between first chain-drive mechanism 457 of the present embodiment and the second chain-drive mechanism 459, form the transmission width of transmission the first Transmission Part to be composite.The first chain-drive mechanism 457 and the second chain-drive mechanism 459 opposing parallel are set up in parallel.
Further, in order to guarantee synchronism and the transmission accuracy of transmission, first chain-drive mechanism 457 of the present embodiment and the head sprocket 4542 on the second chain-drive mechanism 459 are driven by same chain transfer motion power element 452.
As shown in Fig. 8 to Figure 17, further, the cardboard 74 that pushes away of the present embodiment comprises: first pushes away cardboard 742 and second pushes away cardboard 744.First pushes away cardboard 742 and the first chain-drive mechanism 457 relative set.Second pushes away cardboard 744 and the second chain-drive mechanism 459 relative set.
Pawling on the first chain-drive mechanism 457 70 is oppositely arranged on inner side, relatively near the second chain-drive mechanism 459 1 side settings.
Pawling on the second chain-drive mechanism 459 70 is also oppositely arranged on inner side, relatively near the first chain-drive mechanism 457 1 side settings.
Further, in the frame of the present embodiment, in the relevant position of 70 settings of pawling, be also provided with the pawl contact induction device (not shown) of 70 transmission locations of induction.For convenient, install and operation, the contact induction device of the present embodiment is arranged on the side arranging by the second chain-drive mechanism 459 by fore side one side.
Further, in order to guarantee to push away cardboard and contact induction device contact induction completely, second of the present embodiment pushes away cardboard 744 and comprises: the second body 7442 being fixedly connected with fixed block 72, by the second body 7,442 one sides that extend to form with induction part 7444 contact induction device relative set and the limiting section 746 that extended to form by second body 7442 one end bendings.First pushes away cardboard 742 and second pushes away cardboard 744 by sheet shaped piece one bending forming.
First of the present embodiment pushes away cardboard 742 and comprises: the first noumenon 7422 being fixedly connected with fixed block 72 and the limiting section 746 being extended to form by the first noumenon 7422 bendings.
Further, in the frame 102 of the present embodiment, in pawl 70 tops or transmission station top, be provided with to be transmitted the hairbrush contacting (not shown).The hairbrush of pawling 70 tops or transmitting the setting of station top is except clean to be transmitted, also because driving-chain drives first to be composite transmitting moving forward, thereby provide an opposite force to first to be composite, carry out auxiliary positioning, so that first to be composite pawled on 70 according to limiting section 746 location that push away on cardboard, avoid to be transmitted fold in transmitting procedure, arch upward etc.
Further, in the frame 102 of the present embodiment, be also provided with adjusting device 55.
Further, the adjusting device 55 of the present embodiment comprises: the relative position moving up and down between adjusting and driving-chain 24 is to regulate the upper gauge assembly 550 of the discharge pressure of first to be composite.
Further, the upper gauge assembly 550 of the present embodiment comprises: the upper gauge regulating part 554 that is oppositely arranged on the relative distance between gauge 552 and driving-chain 456 in the upper gauge 552 of driving-chain 456 top positions and up-down adjustment.Further, the hairbrush of the present embodiment is arranged on gauge 552.
Further, the adjusting device 55 of the present embodiment also comprises: transmission width adjusting device 551.The transmission width adjusting device 551 of the present embodiment comprises: width adjusting bar 553 and be arranged on width adjusting bar 553 and drive the adjustment seat 555 of motion to regulate by this width adjusting bar 553.
Chain-drive mechanism 45 is arranged in adjustment seat 555 and by this adjustment seat 555 and drives driving-chain 456 to regulate the transmission width of first to be composite of transmission.
The position of adjustment seat 555 and chain-drive mechanism 45 relative set, and according to the first chain-drive mechanism 457 and the position of the second chain-drive mechanism 459, be set to separate and parallel the first adjustment seat 5552, the second adjustment seat 5554 being set up in parallel respectively.
The first adjustment seat 5552 is installed the sprocket wheel 454 of sprocket wheel 454, the second adjustment seats 5554 installation second chain-drive mechanisms 459 of the first chain-drive mechanism 457.The width adjusting bar 553 of the transmission width adjusting device 551 of the present embodiment is adjusting screw(rod).
In order further to guarantee to adjust precision, and support adjustment seat, guarantee to adjust stationarity, and while avoiding regulating,, because the factors such as vibration cause position skew, the transmission width adjusting device 551 of the present embodiment also comprises: the adjusting slide bar 557 that is set up in parallel with width adjusting bar 553 and is in transmission connection with adjustment seat 555.
In order to guarantee transmission stability and balance, the transmission width adjusting device 551 of the present embodiment also comprises: be oppositely arranged on width adjusting bar the balanced regulating screw 559 that regulates slide bar 557 both sides.
Further, for fear of driving-chain, because Action of Gravity Field is sagging or driving-chain relaxes, affect transmission accuracy, particularly, for the cochain of driving-chain 456, the adjustment seat 555(of the present embodiment comprises the first adjustment seat 5552 and the second adjustment seat 5554) on holder is also installed establishes the holder of cochain of driving-chain 456 and establish frame 5555.
In the present embodiment, driving-chain 456 be relatively placed in top part for cochain, be relatively placed in the lower chain of the part of bottom.The portion of chain that the driving-chain of take is transferred to upper position describes as cochain.
The frame 102 of the present embodiment comprises: base 108 and be arranged on the pedestal on base 108.
Further preferred, on the pedestal of the present embodiment, pedestal that the sprocket feed section of sprocket feed device 44 is set comprises: bottom base 104 and be arranged on the top base 106 on bottom base 104.
Further, the adjusting device 55 on the sprocket feed device 44 of the present embodiment also comprises: so that top base 106 and sprocket feed device 44 swing around bottom base 104 the Integral swinging adjusting device 556 of adjusting.Integral swinging adjusting device 556 comprises: swing basic point 5562 and oscillation adjustment screw mandrel 5564.
Top base 106 one end and the bottom base 104 of the present embodiment is coupling and forms swing basic point 5562, its other end is connected to carry out oscillation adjustment with bottom base 104 screw rod transmissions by oscillation adjustment screw mandrel 5564.
Further, in the frame 102 of the present embodiment, in the relevant position that pushes away cardboard 74 settings, be provided with the inductor of pawling that induction pushes away cardboard 74.The position of first to be composite 30 of carrying by 70 location of pawling with induction by the inductor of pawling, positions to control and carries, compound to position.
Further, be provided with the color code block 342 with the transmission location by the 3rd to be composite 34 of induction installation 90 sensing on the 3rd to be composite 34 of the present embodiment.
In order accurately to locate gluing position, accurately locate the recombination site of first to be composite 30, the 3rd to be composite 34 to be composite simultaneously, further, the spacing of the color code block 342 of the present embodiment arranges according to the centre-to-centre spacing E between the rubberised layer 35 at single first to be composite 30 two ends.
The control device of the present embodiment is controlled glue spreading apparatus 50 on the 3rd to be composite 34, carry out gluing and form rubberised layer 35 on the 3rd to be composite 34 according to the position at single first to be composite two ends.
Further, the galley length of the present embodiment arranges according to the distance D between the same end position of adjacent two first to be composite 30.Further, preferred, the spacing of pawling between 70 also arranges according to the distance between the same end position of adjacent two first to be composite 30.Preferred, the spacing between 70 the limiting section 746 of pawling arranges according to the distance D between the same end position of adjacent two first to be composite 30.
Further, preferred, the base stock that the 3rd to be composite 34 of the present embodiment is adhesive material, gluing is PUR.
In order to adjust the position of first to be composite 30, to be transported to sprocket feed device 44, accurately locate, and with second to be composite or/and accurately carry out for the 3rd to be composite 34 compoundly, the separation conveyer 42 of the present embodiment comprises: paper distributing mechanism 422, with the separation transmission assembly 424 of paper distributing mechanism 422 relative set and the adjustment transmission assembly 426 arranging in abutting connection with separation transmission assembly 424.
Further, on the adjustment transmission assembly 426 of the present embodiment, be provided with transport tape 435.
As shown in Fig. 1 and Fig. 5 to Fig. 6, further, the paper distributing mechanism 422 of the present embodiment comprises: slitting knife 423, be arranged on the separation wheel 425 of slitting knife 423 ends, one end.
Further, the separation of the present embodiment wheel 425 coordinates and carries out separation with separation transmission assembly 424.Separation wheel 425 and separation transmission assembly 424 are respectively by dynamical element drive separately.Separation wheel 425 relative separation transmission assemblies 424 rotate backward.
Further, the separation transmission assembly 424 of the present embodiment comprises: the separation transport tape 4246 that the separation transfer wheel 4242 being driven by dynamical element, the separation transmission match wheel 4244 being in transmission connection with separation transfer wheel 4242 and be in transmission connection separation transfer wheel 4242 and separation transmission match wheel 4244 transmit and the separation live-roller of installing separation transfer wheel.Separation wheel 425 coordinates and carries out separation with separation transport tape 4246.
Preferably, the separation transmission assembly 424 of the present embodiment is in transmission connection with adjusting transmission assembly 426, and joins by transport tape.
Further, the adjustment transmission assembly 426 of the present embodiment comprises: separate successively and relatively independent input block 427, transmission unit 428 and the output unit 429 arranging.The transmission unit 428 of the present embodiment can arrange one or more as required.Equally, input block 427 and output unit 429 also can be set to one or more snippets as required.
Further, the input block 427 of the present embodiment, transmission unit 428 and output unit 429 by dynamical element 99 respectively drive and separately independent control carry out transmission work.
Further, the dynamical element 99 of the present embodiment comprises: drive separation wheel 425 to rotate to carry out the first power 992 of separation, the second power 994, the 3rd power 996 of driving transmission unit 428 transmission work, the 4th power 998 of driver output unit 429 transmission outputs that drives separation transfer wheel 4242 to rotate.The first power 992 drives 425 rotations of separation wheel to carry out separation, so that label is separated one by one.
Dynamical element 99 is preferably motor.In order to control transmission precision, dynamical element 99 can be selected stepper motor, servomotor etc.
Further, the input block 427 of the present embodiment drives 4242 drives of separation transfer wheel to carry out transmission by the second power 994.The input block 427 of the present embodiment can be driven by separation transfer wheel 4242 as required, also can drive by separation live-roller.Preferably, between the separation transmission assembly 424 of the present embodiment and input block 427, be set as fixing gearratio.Can will between separation transfer wheel 4242 or separation delivery roll and input block 427, be set to constant transmissions speed ratio.According to actual testing experiment, on the separation transfer wheel 4242 of this enforcement or separation delivery roll, be provided with the constant transmissions speed ratio of transmission between drive and input block 427, be preferably arranged between 0-3.Further, preferred in the present embodiment, between separation transfer wheel 4242 and input block 427, for driving up, separation transfer wheel 4242 is greater than the drive roll setting of input block 427.The drive roll that certainly, also can be arranged in addition drive and input block at separation live-roller is in transmission connection.Between separation transfer wheel 4242 and input block 427, speed-up ratio can be arranged by the drive roll that is arranged on drive and input block on separation live-roller.
Further, the input block 427 of the present embodiment or transmission unit 428 or output unit 429 comprise: relatively upper-lower position setting, and platen transmission assembly 43 and the tray paper transmission assembly 45 of to be transmitted of clamping transmission.Platen transmission assembly 43 or tray paper transmission assembly 45 comprise: live-roller and be set on live-roller and by this live-roller and drive to transmit the transport tape 435 of to be transmitted.
Further, the live-roller of the present embodiment comprises: active live-roller 432 and driven live-roller 434.
Further, the driven live-roller 434 of the present embodiment is oppositely arranged on the two ends of platen transmission assembly 43 or tray paper transmission assembly 45.Initiatively live-roller 432 is oppositely arranged between the driven live-roller 434 at two ends.
Further, the platen transmission assembly 43 of the present embodiment or the transport tape 435 of tray paper transmission assembly 45 are set in the driven live-roller 434 at two ends and initiatively on live-roller 432, form a transmission loop.Relative the rotating backward of active live-roller 432 of the active live-roller 432 of platen transmission assembly 43 and tray paper transmission assembly 45.
Further, the transmission unit 428 of the present embodiment or output unit 429 also comprise: drive 47.The 3rd power 996 or the 4th power 998 are transferred to the transmission loop that forms place transmission unit 428 separately or output unit 429 in the active live-roller 432 of the drive 47 of place transmission unit 428 separately or output unit 429, active live-roller 432 on platen transmission assembly 43, tray paper transmission assembly 45 by driving-chain.
Further, active live-roller 432 on the platen transmission assembly 43 that the 3rd power 996 of the present embodiment or the 4th power 998 driven is separately internal in the transmission loop of the 3rd power 996 or the 4th power 998 formation mutually with an active live-roller in the active live-roller 432 of tray paper transmission assembly 45, and consistent with the transmission direction of the 3rd power 996 or the 4th power 998; Active live-roller 432 on platen transmission assembly 43, with tray paper transmission assembly 45 in another transmission loop that initiatively live-roller externally forms around the 3rd power 996 or the 4th power 998 mutually on to form the drive of tensioning mode, and contrary with the transmission direction of the 3rd power 996 or the 4th power 998.Active live-roller 432 on platen transmission assembly 43 and active live-roller in tray paper transmission assembly 45 are relative to anti-phase to be transmitted of the symport that rotates to cooperatively interact.
The transport tape 435 of platen transmission assembly 43 transmits conveying with 435 to be transmitted of the clampings of the transport tape of tray paper transmission assembly 45.The 3rd power 996 or the 4th power 998 provide respectively the platen transmission assembly 43 of transmission unit 428, output unit 429 or the transmission power of the transport tape 435 on tray paper transmission assembly 45.
The 3rd power 996 or the 4th power 998 also can adopt the double cog synchronizing wheel kind of drive.Certainly comparatively preferred chain driving mode.In the present embodiment, chain driving mode is with that kind of drive transmission campaign is more steady, precision is higher relatively.The driving-chain of the present embodiment is continuous chain, forms transmission loop, and the driving-chain in accompanying drawing is omissive representation.
Preferably, in order to facilitate mounting arrangements, the 3rd power 996 of the present embodiment or the 4th power 998 be preferably oppositely arranged on tray paper transmission assembly 45 below.In order steadily to transmit, prevent from skidding, the drive 47 being in transmission connection with the 3rd power 996 or the 3rd power 68 is respectively arranged side by side with the 3rd power 996 or the 4th power 998 respectively.
Further, relative its tray paper transmission assembly 45 of the platen transmission assembly 43 of the output unit 429 of the present embodiment is outstanding arranges to form switching phase 49, to transmit with next manufacturing procedure handing-over, to be transferred to next manufacturing procedure by be transmitted reposefully.
Further, the input block 427 of the present embodiment also comprises: input drive 4272.The second power 994 is transferred to separation transfer wheel 4242 by driving-chain or driving-belt, then by separation transfer wheel 4242 or separation delivery roll, is utilized the chain kind of drive or with the kind of drive, be transferred to form in the active live-roller 432 of active live-roller 432 on input drive 4272, platen transmission assembly 43, tray paper transmission assembly 45 and take the transmission loop of the second power 994 for driving power.
Further, active live-roller 432 on the platen transmission assembly 43 of the present embodiment input block 427 is interior in the transmission loop of the second power 994 formation with an active live-roller in the active live-roller 432 of tray paper transmission assembly 45, and consistent with these the second power 994 transmission direction; To form the drive of tensioning mode, and contrary with these the second power 994 transmission direction on another in platen transmission assembly 43 and tray paper transmission assembly 45 transmission loop that initiatively live-roller externally forms around the second power 994 mutually.
Further, the input drive 4272 of the present embodiment is oppositely arranged on the top of the platen transmission assembly 43 of input block.Further, the present embodiment is preferred, and the active live-roller 432 of the active live-roller 432 on the platen transmission assembly 43 of input drive 4272, input block, the tray paper transmission assembly 45 of input block is longitudinally arranged side by side.Preferably, in the present embodiment, in the transmission loop that the active live-roller 432 of tray paper transmission assembly 45 internally forms around the second power 994 mutually, and consistent with these the second power 994 transmission direction; To form the drive of tensioning mode, and contrary with these the second power 432 transmission direction on the transmission loop that active live-roller 432 on platen transmission assembly 43 externally forms around the second power 994 mutually.
The separation transfer wheel 4242 of the present embodiment is driven and is rotated by the second power 994.Separation transfer wheel is in transmission connection with input block 427 simultaneously, and the driving force that the second power 994 is provided offers input block 427 and carries out transmitting moving.Separation transfer wheel 4242 also joins by transport tape 435 with input block 427 simultaneously, so that to be transmitted as label by separation take turns after 425 separations smooth and easy by and be transferred to input block 427, particularly for to be transmitted of bilayer as double-layer label, prevent from because transmission has some setbacks to arch upward, producing fold or wearing and tearing after separation.
As shown in Figure 1, further, the multilayer labels process equipment 100 of the present embodiment also comprises: be oppositely arranged on unreeling structure 37 above of transmitting device 40 and be oppositely arranged on recombiner unit 20 wrap-up 39 below.Unreeling structure 37 unreels to treat composite members.Label after 39 pairs of wrap-ups are compound carries out rolling.
The multilayer labels process equipment 100 of the present embodiment, can carry out three kinds of complex methods, a kind of for to locate gluing on the 3rd to be composite, then fits first to be composite; Another kind, for to locate gluing on the 3rd to be composite, is fitted first to be composite, more compound second to be composite; Another is for carrying first to be composite, and to be composite of direct combination second carries out compound laminating.
The above embodiment has only expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.
Claims (10)
1. a multilayer labels process equipment, it is characterized in that, comprise: frame, be arranged on the recombiner unit in described frame, be arranged in described frame and transmit first to be composite and carry out compound transmitting device, relatively be placed in described recombiner unit top and carry the transmitting device that unreels of second to be composite, and be relatively placed in described recombiner unit below and carry the base stock transmitting device of the 3rd to be composite, and control described first to be composite, second to be composite, in the 3rd to be composite, any two or three carries out compound control device in described recombiner unit, described recombiner unit comprises: with the composite roll of described transmitting device tail end relative set.
2. multilayer labels process equipment according to claim 1, is characterized in that: also comprise: with described base stock conveying device relative set with the induction installation of induction base stock transfer position and according to the transmission location of induction installation induction to position the glue spreading apparatus of gluing; Described glue spreading apparatus is along the horizontal gluing of page orientation.
3. multilayer labels process equipment according to claim 2, is characterized in that: described induction installation comprises: inductor, described inductor be threaded to finely tune the adjusting screw(rod) of described inductor for the adjusting slide bar of this inductor position on three to be composite width along its slidable adjustment and with described inductor suspends.
4. multilayer labels process equipment according to claim 1, it is characterized in that: described in unreel transmitting device and comprise: be arranged on compound in described frame and unreel support, be arranged on described compound let off roll and the noise-reduction device unreeling on support, described noise-reduction device comprises: with described let off roll relative set and regulate the corresponding dancer rools that unreels angle.
5. multilayer labels process equipment according to claim 1, is characterized in that: described in unreel transmitting device and also comprise: with described composite roll relative set so that the compound jockey pulley of compound tension force to be provided.
6. multilayer labels process equipment according to claim 5, is characterized in that: the compound entrance angle forming between described compound jockey pulley and described composite roll is 30-60 degree.
7. according to the multilayer labels process equipment described in claim 1 to 6 any one, it is characterized in that: described transmitting device comprises: separation and adjust first to be composite transmission with coordinate the compound separation conveyer of carrying and in abutting connection with described separation conveyer end and location carry first to be composite to carry out compound sprocket feed device; Described sprocket feed device: chain-drive mechanism, described chain-drive mechanism comprises: the driving-chain that the dynamical element of transfer motion power, the sprocket wheel being driven by described dynamical element is provided and is connected with described chain gear transmission.
8. multilayer labels process equipment according to claim 7, is characterized in that: the chain link pitch of described driving-chain arranges according to first to be composite size.
9. according to the multilayer labels process equipment described in claim 2 or 3, it is characterized in that: on described the 3rd to be composite, be provided with to pass through the color code block of described this transmission location of to be composite of induction installation sensing; The spacing of described color code block arranges according to the centre-to-centre spacing between the rubberised layer at described single first to be composite two ends.
10. according to the multilayer labels process equipment described in claim 2 to 5 any one, it is characterized in that: described glue spreading apparatus carries out gluing and above forms rubberised layer in the 3rd to be composite according to the position at first to be composite two ends.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320548985.2U CN203543216U (en) | 2013-09-04 | 2013-09-04 | Multilayer label machining device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320548985.2U CN203543216U (en) | 2013-09-04 | 2013-09-04 | Multilayer label machining device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203543216U true CN203543216U (en) | 2014-04-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320548985.2U Expired - Lifetime CN203543216U (en) | 2013-09-04 | 2013-09-04 | Multilayer label machining device |
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| Country | Link |
|---|---|
| CN (1) | CN203543216U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103465515A (en) * | 2013-09-04 | 2013-12-25 | 深圳市博泰印刷设备有限公司 | Multi-layer label processing equipment |
-
2013
- 2013-09-04 CN CN201320548985.2U patent/CN203543216U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103465515A (en) * | 2013-09-04 | 2013-12-25 | 深圳市博泰印刷设备有限公司 | Multi-layer label processing equipment |
| CN103465515B (en) * | 2013-09-04 | 2017-02-15 | 深圳市博泰印刷设备有限公司 | Multi-layer label processing equipment |
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