CN203005890U - Positioning assembly and labeling equipment - Google Patents
Positioning assembly and labeling equipment Download PDFInfo
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- CN203005890U CN203005890U CN 201220600215 CN201220600215U CN203005890U CN 203005890 U CN203005890 U CN 203005890U CN 201220600215 CN201220600215 CN 201220600215 CN 201220600215 U CN201220600215 U CN 201220600215U CN 203005890 U CN203005890 U CN 203005890U
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- material loading
- blanking
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Abstract
The utility model provides a positioning assembly comprising a bottom plate and a positioning bracket, wherein a positioning base plate is fixed above the positioning bracket; a positioning standard block is fixed on the upper surface of the positioning base plate; the positioning base plate is further provided with a movable positioning block which can move on the surface of the positioning base plate left and right; a positioning region is formed between the movable positioning block and the positioning standard block; the movable positioning block moves left and right to change the width of the positioning region; and a horizontal fine tuning part capable of adjusting left and right positions of the positioning bracket and a height fine tuning part capable of adjusting the height of the positioning bracket are arranged between the bottom plate and the positioning bracket. Meanwhile, the utility model further discloses labeling equipment. The positioning assembly disclosed by the utility model can be used for accurately positioning an object to be labeled (such as a battery), so that the labeling precision in the subsequent labeling process is greatly improved.
Description
Technical field
The utility model relates to a kind of positioning component and labeling device, in particular for the positioning component that battery is positioned and the equipment that is used for pasting battery insulation face pad.
Background technology
In the duricrust lithium cell is manufactured process, need to paste the insulating surfaces pad to lithium electricity cover plate and process.Common way is that the insulating surfaces pad is manually torn and manual being attached on lithium electricity cover plate from basic paper, stick insulating surfaces pad purpose thereby reach, but manual to paste the insulating surfaces pad low and labour intensity is large because of efficient, and conformability is difficult to guarantee, so operation bottleneck normally.
Hang down and the large problem of labour intensity in order to overcome the manual insulating surfaces pad efficient of pasting, once occurred automatically pasting insulating surfaces pad equipment in prior art, but the precision of subsides insulating surfaces pad is lower, can't be in marketing.
The utility model content
Paste the lower problem of insulating surfaces pad precision for overcoming equipment of the prior art, the utility model provides a kind of positioning component, can treat labeling object (for example battery) and carry out precise positioning, has greatly improved the labeling precision in follow-up poster process.
The disclosed positioning component of the utility model comprises base plate and locating support, the locating support top is fixed with positioning baseplate, the positioning baseplate upper surface is fixed with the positioning datum piece, and, also being provided with on positioning baseplate can be at the activity orientation piece of the surperficial sway of positioning baseplate, form positioning area between activity orientation piece and positioning datum piece, activity orientation piece sway can change the width of positioning area; Be provided with the WidFin section that can regulate position, locating support left and right and the height fine adjusting function section that can regulate the locating support height between described base plate and locating support.
Concrete, above-mentioned activity orientation piece and positioning datum piece are set up in parallel along left and right directions on the positioning baseplate surface.In the utility model by the positioning datum piece is fixed on locating support, as positioning datum.And first regulate the position of positioning datum piece by WidFin section and height fine adjusting function section, then fixing.It is movable that the activity orientation piece is only arranged in whole system, can greatly be reduced in the error for the treatment of labeling thing location in poster process, improves location and labeling precision.
Further, described WidFin section comprises WidFin spare, WidFin bar and parallel motion piece, described WidFin spare is fixed on base plate, WidFin bar and parallel motion piece all are arranged on WidFin spare, and WidFin bar controllable levels movable block sway on WidFin spare; Described height fine adjusting function section comprises height fine adjusting function spare, height fine adjusting function bar and height movable block, described height fine adjusting function spare is fixed on the parallel motion piece, height fine adjusting function bar and height movable block all are arranged on height fine adjusting function spare, and the height fine adjusting function bar can be controlled highly, and movable block moves up and down on height fine adjusting function spare; Described locating support is fixed on the height movable block.
Further, be provided with positioning groove adjacent with positioning baseplate and that extend along fore-and-aft direction on described positioning datum piece and activity orientation piece two surfaces toward each other, described positioning groove can position thing to be positioned at above-below direction.At this moment, by the effect of positioning groove, can position on above-below direction thing to be positioned, prevent thing one side perk to be positioned, thereby further guaranteed accuracy of positioning.Be beneficial to the raising of follow-up labeling precision.
Further, described WidFin bar and height fine adjusting function bar are thousand parted hairs.Adopt thousand separately as regulating rod, can further improve the degree of regulation to the positioning datum piece.Further, be fixed with positioning cylinder on described locating support, described positioning cylinder is positioned at below positioning baseplate; Positioning cylinder is connected with the piece that is located by connecting, and can drive the piece side-to-side movement that is located by connecting; Have the movable block chute on described positioning baseplate, the piece that is located by connecting passes the movable block chute, and fixes with the activity orientation piece.
Simultaneously, the disclosed labeling device of the utility model comprises: the folding and unfolding assembly is used for installing the labeling with labeling and rolls up, emits the labeling band and regain dead zone; Absorption and labeling assembly are used for the labeling on absorption labeling band, and labeling is fitted to treat on the labeling thing; Positioning component is used for treating the labeling thing and positions; Described positioning component is aforesaid positioning component; Transfer assembly, be used for to treat that the labeling thing is transferred to positioning component, and after absorption and labeling assembly are completed labeling, the labeling thing is transferred and left positioning component; Casing is used for carrying described folding and unfolding assembly, absorption and labeling assembly, positioning component, handover assembly.
Further, described absorption and labeling assembly comprise adsorption piece, sealing mounting blocks and fixed block, and described adsorption piece comprises matrix and Attraction block, and described matrix toe lateral mask has positioning groove, described Attraction block is fixed in positioning groove, and the inwall of positioning groove contacts with Attraction block; Described adsorption piece has adsorption hole, and described adsorption hole runs through matrix and Attraction block from front to back; Described Attraction block is the elastic body of insulation; Described adsorption piece rear end is fixed on the sealing mounting blocks, and the adsorption hole of adsorption piece can be communicated to extraction equipment by the sealing mounting blocks; Described labeling device also comprises the applying cylinder that is fixed on fixed block and is fixed in applying controll block on the applying cylinder, and described applying controll block can elastic motion under the control of applying cylinder; Described sealing mounting blocks is connected to applying controll block, and described adsorption piece is positioned at above positioning baseplate and towards positioning baseplate.In the utility model, by coordinating of above-mentioned absorption and labeling assembly and positioning component, can greatly improve the precision of labeling.Take applying battery insulation face pad as example, the contriver finds by great many of experiments, under the cooperation of above-mentioned absorption and labeling assembly and positioning component, product yield reached more than 98%, and precision is very high.
Further, described absorption device for labeling also comprises regulating block, and described sealing mounting blocks is fixed on regulating block; Described regulating block and applying controll block are connected by dovetail furrow, but make the adsorption piece sway; Described matrix rear end surface has the closed annular seal groove, and described adsorption hole is positioned at annular seal groove; Be provided with seal ring in described seal groove, described seal ring contacts with the sealing mounting blocks.
Further, described folding and unfolding assembly comprises perpendicular to left and right directions and is arranged at stay bearing plate on casing, is provided with the first track adjusting wheel that leads for the unreeling wheel of placing the labeling volume, to the labeling band on described stay bearing plate; Described fixed block is fixed on stay bearing plate; Also be fixed with labeling on described stay bearing plate and transmit cylinder, be connected with labeling below labeling transmission cylinder and transmit head, labeling transmits and is fixed with the second track adjusting wheel that the dead zone through the first track adjusting wheel and a pile warp labeling transmission bottommost is led on head; Labeling transmits and vertically is fixed with labeling transmission connecting rod on head, end away from labeling transmission head on labeling transmission connecting rod has the 3rd track adjusting wheel that the dead zone through the second track adjusting wheel is led, labeling transmits head can transmit drive labeling transmission connecting rod and the vertically motion simultaneously of the 3rd track adjusting wheel under cylinder action at labeling, and when labeling transmission head was in lowermost end, the labeling on the labeling band of a pile warp labeling transmission bottommost was over against adsorption hole; Also be provided with the winding wheel that the dead zone through the 3rd track adjusting wheel is reclaimed on described stay bearing plate.At this moment, in poster process, labeling transmits cylinder and controls labeling transmission connecting rod up-and-down movement, and the length that takes turns between labeling transmission head from the 3rd guiding is definite value, makes the labeling band be in all the time tight state, is beneficial to the position of controlling the labeling on the labeling band.Thereby improve the labeling precision.
Further, described handover assembly comprises the handover mounting blocks that is fixed on casing, on described handover mounting blocks, is fixedly installed the handover guide rod along left and right directions, transfers guide rod and is connected with level handover cylinder, and making level transfer cylinder can move along left and right directions; Described level is transferred on cylinder and is fixed with vertical handover cylinder, vertically transfers cylinder and is connected with the handover contiguous block, can make and transfer the motion of contiguous block in the vertical direction; Transfer on contiguous block and be fixed with the handover back-up block, transfer to be respectively arranged with for the first handover suction nozzle and second of transfer band labeling thing along left and right directions on back-up block and transfer suction nozzle, level handover cylinder can make the first handover suction nozzle and second transfer suction nozzle and alternately move to above positioning baseplate.
Further, described handover back-up block is provided with the handover suction nozzle regulating tank that extends along fore-and-aft direction, described handover suction nozzle regulating tank has two, described the first handover suction nozzle and second is transferred suction nozzle and is arranged at respectively two handover suction nozzle regulating tanks, and can fix along transferring suction nozzle regulating tank diverse location on fore-and-aft direction.Further, described labeling device also comprises the first transfer assembly and the second transfer assembly that arranges along left and right directions; Described the first transfer assembly and the second transfer assembly lay respectively at the left and right sides of positioning baseplate; Described the first transfer assembly and the second transfer assembly include the transmission support, transmit support one end and be provided with rotating transfer roller, the shaft extension of described transfer roller goes out to transmit support and fixes with a delivery wheel, and delivery wheel can rotate under the driving of motor, and drives the transfer roller rotation; Be arranged with belt conveyor along left and right directions on described transmission support, described belt conveyor contacts with transfer roller, and can be along transmitting the circumferential circulating motion of support under the drive of transfer roller.
Further, described folding and unfolding assembly comprises perpendicular to left and right directions and is arranged at stay bearing plate on casing, is provided with the first track adjusting wheel that leads for the unreeling wheel of placing the labeling volume, to the labeling band on described stay bearing plate; Described fixed block is fixed on stay bearing plate; Also be fixed with labeling on described stay bearing plate and transmit cylinder, be connected with labeling below labeling transmission cylinder and transmit head, labeling transmits and is fixed with the second track adjusting wheel that the dead zone through the first track adjusting wheel and a pile warp labeling transmission bottommost is led on head; Labeling transmits and vertically is fixed with labeling transmission connecting rod on head, end away from labeling transmission head on labeling transmission connecting rod has the 3rd track adjusting wheel that the dead zone through the second track adjusting wheel is led, labeling transmits head can transmit drive labeling transmission connecting rod and the vertically motion simultaneously of the 3rd track adjusting wheel under cylinder action at labeling, and when labeling transmission head was in lowermost end, the labeling on the labeling band of a pile warp labeling transmission bottommost was over against adsorption hole; Also be provided with the winding wheel that the dead zone through the 3rd track adjusting wheel is reclaimed on described stay bearing plate.Further, described labeling device comprises that also the material loading that is arranged on casing shifts assembly and assembly is shifted in blanking, and described material loading shifts assembly and is positioned on the left of the first transfer assembly, is used for treating that the labeling thing is transferred to the first transfer assembly; Described blanking is shifted assembly and is positioned at the second transfer assembly right side, is used for treating that the labeling thing shifts and leave the second transfer assembly after labeling; Described material loading shifts assembly and comprises that the material loading that is fixed on casing shifts mounting blocks, described material loading shifts and is fixed with the material loading transfer guide rod that extends along fore-and-aft direction on mounting blocks, material loading shifts guide rod and is connected with the first horizontal air cylinder, and the first horizontal air cylinder can shift guide rod along material loading and move forward and backward; Be fixed with the first vertical cylinder on the first horizontal air cylinder, material loading shift contiguous block be connected on the first vertical cylinder also can be under the first vertical cylinder action up-and-down movement; Material loading transfer contiguous block right side is fixed with material loading and shifts support, material loading shifts in support and is fixed with material loading deflection cylinder and material loading deflection gears, material loading deflection cylinder bottom and the engagement of material loading deflection gears, the flexible of material loading deflection cylinder can drive material loading deflection gears forward or reverse; The rotating shaft of described material loading deflection gears is stretched out material loading and is shifted support, and captives joint with the material loading turning block, is fixed with the material loading suction nozzle on the material loading turning block; Described blanking is shifted assembly and is comprised the blanking transfer mounting blocks that is fixed on casing, described blanking is shifted and is fixed with the blanking transfer guide rod that extends along fore-and-aft direction on mounting blocks, blanking is shifted guide rod and is connected with the second horizontal air cylinder, and the second horizontal air cylinder can shift guide rod along blanking and move forward and backward; Be fixed with the second vertical cylinder on the second horizontal air cylinder, blanking shift contiguous block be connected on the second vertical cylinder also can be under the second vertical cylinder action up-and-down movement; Blanking is fixed with blanking transfer support on the left of shifting contiguous block, blanking is shifted in support and is fixed with blanking deflection cylinder and blanking deflection gears, blanking deflection cylinder bottom and the engagement of blanking deflection gears, the flexible of blanking deflection cylinder can drive blanking deflection gears forward or reverse; The rotating shaft of described blanking deflection gears is stretched out blanking and is shifted support, and captives joint with the blanking turning block, is fixed with the blanking suction nozzle on the blanking turning block.Further, described labeling device also comprises material loading transfer assembly and the blanking transfer assembly that is arranged on casing, and described material loading transfer assembly is positioned at material loading to be shifted below assembly, and described blanking transfer assembly is positioned at blanking to be shifted below assembly; Described material loading transfer assembly comprises two parallel material loading back-up blocks, and assembly and the first material loading back-up block are shifted towards material loading in the top of material loading back-up block; Article two, connect by the material loading rotating shaft of two of up and down between the material loading back-up block; Article two, two sides that the material loading back-up block is relative are connected with the material loading guide plate by spring separately; The material loading belt conveyor is sheathed on two material loading rotating shafts outward and can rotates under the material loading rotating shaft drives; Be fixed with the upper flitch for the treatment of the labeling thing for carrying on the material loading belt conveyor; The material loading back-up block is stretched out in described material loading rotating shaft, captives joint with the material loading runner, and can rotate under the material loading driven by rotating wheel; Described material loading runner is connected with material loading motor belt on being fixed in casing; Described blanking transfer assembly comprises two parallel blanking back-up blocks, and assembly and the second material loading back-up block are shifted towards blanking in the top of blanking back-up block; Article two, connect by the blanking rotating shaft of two of up and down between the blanking back-up block; Article two, two sides that the blanking back-up block is relative are connected with the blanking guide plate by spring separately; The blanking belt conveyor is sheathed on two blanking rotating shafts outward and can rotates under the blanking rotating shaft drives; Be fixed with the blanking plate for the treatment of the labeling thing for carrying on the blanking belt conveyor; The blanking back-up block is stretched out in described blanking rotating shaft, captives joint with the blanking runner, and can rotate under the blanking driven by rotating wheel; Described blanking runner is connected with blanking motor belt on being fixed in casing.
Simultaneously, mobilizable activity orientation piece is that positioning component of the present utility model is all applicable, applied widely for the band labeling thing of different size.
Description of drawings
Fig. 1 is the block diagram of the positioning component that provides of the utility model.
Fig. 2 is F place enlarged drawing in Fig. 1.
Fig. 3 is the front view of the positioning component that provides of the utility model.
Fig. 4 is the left view of the positioning component that provides of the utility model.
Fig. 5 is the front view of the labeling device that provides of the utility model.
Fig. 6 is A place enlarged drawing in Fig. 5.
Fig. 7 is the left view of the labeling device that provides of the utility model.
Fig. 8 is the block diagram of the labeling device that provides of the utility model.
Fig. 9 is B place enlarged drawing in Fig. 8.
Figure 10 is the left view of folding and unfolding assembly in the labeling device that provides of the utility model.
Figure 11 is the left view of absorption and labeling assembly in the labeling device that provides of the utility model.
Figure 12 is the block diagram of absorption and labeling assembly in the labeling device that provides of the utility model.
Figure 13 is the right elevation of adsorption piece in the labeling device that provides of the utility model.
Figure 14 be in Figure 13 C-C to cutaway view.
Figure 15 is the right elevation of the matrix in the adsorption piece that provides of the utility model.
Figure 16 be in Figure 15 D-D to cutaway view.
Figure 17 is the rear side block diagram of adsorption piece in the labeling device that provides of the utility model.
Figure 18 is the front perspective view of adsorption piece in the labeling device that provides of the utility model.
Figure 19 is provided in the labeling device that provides of the utility model by the block diagram of assembly.
Figure 20 is provided in the labeling device that provides of the utility model by the back view of assembly.
Figure 21 is provided in the labeling device that provides of the utility model by the right elevation of assembly.
Figure 22 is the block diagram of the second transfer assembly in the labeling device that provides of the utility model.
Figure 23 is the transverse, top-down-view of the second transfer assembly in the labeling device that provides of the utility model.
Figure 24 is the block diagram that the material loading in the labeling device that provides of the utility model shifts assembly.
Figure 25 is the back view that the material loading in the labeling device that provides of the utility model shifts assembly.
Figure 26 is the right elevation that the material loading in the labeling device that provides of the utility model shifts assembly.
Figure 27 is the block diagram of the material loading transfer assembly in the labeling device that provides of the utility model.
Figure 28 is the front view of the material loading transfer assembly in the labeling device that provides of the utility model.
Wherein, 1, base plate; 2, WidFin spare; 3, WidFin bar; 4, height fine adjusting function spare; 5, height fine adjusting function bar; 6, locating support; 7, positioning baseplate; 8, positioning datum piece; 9, activity orientation piece; 10, positioning cylinder; 11, the piece that is located by connecting; 12, movable block chute; 13, strut bar; 14, level connection joint piece; 15, parallel motion piece; 16, height movable block; 17, positioning groove;
20, casing;
21, folding and unfolding assembly; 211, stay bearing plate; 212, unreeling wheel; 213, the first track adjusting wheel; 214, the second track adjusting wheel; 215, the 3rd track adjusting wheel; 216, winding wheel; 217, labeling transmits head; 218, labeling transmits cylinder; 219, labeling transmits connecting rod;
22, absorption and labeling assembly; 221, fixed block; 222, applying cylinder; 223, applying controll block; 224, regulating block; 225, sealing mounting blocks; 226, adsorption piece; 2261, matrix; 2262, Attraction block; 2263, positioning groove; 2264, anti-slip tank; 2265, seal groove; 227, adsorption hole;
23, positioning component;
24, transfer assembly; 241, transfer mounting blocks; 242, transfer guide rod; 243, level is transferred cylinder; 244, vertically transfer cylinder; 245, transfer contiguous block; 246, transfer back-up block; 247, first transfer suction nozzle; 248, second transfer suction nozzle; 249, transfer the suction nozzle regulating tank;
25, the first transfer assembly;
26, the second transfer assembly; 261, transmit support; 262, transfer roller; 263, delivery wheel; 264, belt conveyor;
271, material loading shifts assembly; 2711, material loading shifts mounting blocks; 2712, material loading shifts guide rod; 2713, the first horizontal air cylinder; 2714, the first vertical cylinder; 2715, material loading shifts contiguous block; 2716, material loading shifts support; 2717, material loading deflection cylinder; 2718, material loading turning block; 2719, material loading suction nozzle;
272, material loading transfer assembly; 2721, material loading back-up block; 2722, material loading guide plate; 2723, material loading runner; 2724, material loading rotating shaft;
273, material loading motor; 281, assembly is shifted in blanking; 282, blanking transfer assembly; 29, control part; 50, battery.
The specific embodiment
Clearer for technical matters, technical scheme and beneficial effect that the utility model is solved, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explaining the utility model, and be not used in restriction the utility model.
in description of the present utility model, term " length ", " width ", " thickness ", " on ", D score, " front ", " afterwards ", " left side ", " right side ", " vertically ", " level ", " top ", " end " " interior ", orientation or the position relationship of indications such as " outward " are based on orientation or the position relationship shown in accompanying drawing 4, only the utility model and simplified characterization for convenience of description, rather than device or the element of indication or hint indication must have specific orientation, with specific orientation structure and operation, therefore can not be interpreted as restriction of the present utility model.Term " installation ", " being connected ", " connection " should be done broad understanding, as, can be directly to be connected, also can indirectly be connected by intermediary.
In the utility model, labeling volume for the labeling band with labeling is rolled into state after web-like, is state common in prior art.Wherein, dead zone is that labeling on labeling volume is adsorbed and fits to until the labeling thing surface remaining dead zone without labeling afterwards.
Referring to Fig. 1-Fig. 4, the disclosed positioning component 23 of the utility model comprises the base plate 1 of rectangle, and 1 four jiaos of base plates are the vertical strut bar 13 that is fixed with all.
Be fixed with level connection joint piece 14 on parallel motion piece 15, WidFin bar 3 is threadedly connected on WidFin spare 2 along left and right directions, and WidFin bar 3 ends are fixed on level connection joint piece 14, and rotation WidFin bar 3 can drive parallel motion piece 15 and move up at right and left.
In order to improve trimming precision, above-mentioned height fine adjusting function bar 5 and WidFin bar 3 are thousand separately.
Locating support 6 is fixed in highly movable block 16 tops.
Locating support 6 is fixed in positioning baseplate 7 bottom surfaces.
Positioning baseplate 7 upper surfaces are fixed with positioning datum piece 8.Also be provided with on positioning baseplate 7 and can at the activity orientation piece 9 of positioning baseplate 7 surperficial sway, form positioning area between activity orientation piece 9 and positioning datum piece 8.
Be provided with positioning groove 17 adjacent with positioning baseplate 7 and that extend along fore-and-aft direction on positioning datum piece 8 and activity orientation piece 9 two surfaces toward each other, described positioning groove 17 can position thing to be positioned at above-below direction.
Be fixed with positioning cylinder 10 on locating support 6, the piston rod end of positioning cylinder 10 is fixed with the piece 11 that is located by connecting.Positioning baseplate 7 has the movable block chute 12 that extend the left and right.It is fixing with activity orientation piece 9 that the piece 11 that is located by connecting passes movable block chute 12.Be positioning cylinder 10 control plungers when flexible, can drive piece 11 sway that are located by connecting, then drive activity orientation piece 9 sway, thereby realize regulating the purpose of distance between activity orientation piece 9 and positioning datum piece 8.
Fig. 5-Figure 28 discloses a kind of preferred implementation of the labeling device that the utility model provides.In present embodiment, take battery 50 insulating surfaces pads as labeling, describe take battery 50 as the band label.
Concrete, this labeling device comprises that casing 20 and folding and unfolding assembly 21, absorption and the labeling assembly 22, positioning component 23, handover assembly 24, the first transfer assembly 25, the second transfer assembly 26, the material loading that are arranged on casing 20 shift assembly 271, material loading transfer assembly 272, blanking transfer assembly 281, blanking transfer assembly 282, control part 29.
Wherein, casing 20 does not have too large restriction as the supporting construction of whole equipment.
Referring to Figure 10, folding and unfolding assembly 21 comprises perpendicular to left and right directions and is arranged at stay bearing plate 211 on casing 20.Be provided with the first track adjusting wheel 213 that leads for the unreeling wheel 212 of placing insulating surfaces pad volume, to the insulating surfaces gasket strip on stay bearing plate 211 left surfaces.
Also be fixed with labeling on stay bearing plate 211 and transmit cylinder 218, labeling transmits cylinder 218 belows and is connected with labeling and transmits 217, and labeling transmits on 217 and is fixed with the second track adjusting wheel 214.
Labeling transmits and vertically to be fixed with labeling on 217 and to transmit connecting rod 219, and labeling transmits on connecting rod 219 and to transmit an end of 217 away from labeling and have the 3rd track adjusting wheel 215.
Labeling transmits cylinder 218 can control labeling transmission 217 up-and-down movement, and labeling transmits 217 and second track adjusting wheel 214, labeling transmission connecting rod 219, the 3rd track adjusting wheel 215 for being fixed as one, and labeling transmits 217 and second track adjusting wheel 214, labeling transmits connecting rod 219, the 3rd track adjusting wheel 215 and labeling and transmits 217 a while up-and-down movement.
Simultaneously, also be provided with winding wheel 216 on stay bearing plate 211.
Insulating surfaces pad volume can be installed on unreeling wheel 212, and the insulating surfaces gasket strip can be walked around from the first track adjusting wheel 213, extends around labeling downwards and transmits 217 bottom, then make progress, walk around the second track adjusting wheel 214, continue to make progress through the 3rd track adjusting wheel 215, then around to winding wheel 216.
In said structure, transmit labeling the 217 and second track adjusting wheel 214, labeling transmit connecting rod 219, the 3rd track adjusting wheel 215 and labeling and transmit 217 simultaneously during up-and-down movement, changeless from the first track adjusting wheel 213 to the insulating surfaces gasket strip length winding wheel 216, thereby guaranteed the stability of insulating surfaces gasket strip, to improving location and labeling precision, interests have been arranged to a certain extent.
Referring to Figure 11-Figure 18, the adsorption piece 226 in above-mentioned absorption and labeling assembly comprises matrix 2261, and matrix 2261 front end surface offer positioning groove 2263.The interior filling of positioning groove 2263 completely has Attraction block 2262.In the present embodiment, Attraction block 2262 adopts thermoplastic polyurethane.
Wherein, the structure of matrix 2261 is referring to Figure 15 and Figure 16.Matrix 2261 is the cuboid of surrounding chamfering.The positioning groove 2263 of its front end surface is rectangular-shaped.Positioning groove 2263 rear portions have a circular anti-slip tank 2264.Adsorption hole 227 vertically runs through matrix 2261 afterwards in the past.
In the present embodiment, matrix 2261 can adopt aluminum alloy to make.
Get back to Figure 13-Figure 14, Figure 17-Figure 18, wherein, Attraction block 2262 is filled the positioning groove 2263 on full matrix 2261, and the deep equality of the thickness of Attraction block 2262 and positioning groove 2263.
The anti-slip tank 2264 on full matrix 2261 is filled in Attraction block 2262 bottoms.
Figure 11 and Figure 12 disclose absorption that the utility model provides and a kind of embodiment of labeling assembly.
Concrete, this absorption device for labeling comprises fixed block 221, and fixed block 221 belows are fixed with applying cylinder 222.It is right-hand that applying controll block 223 is fixed in applying cylinder 222.Applying cylinder 222 can drive applying controll block 223 fore and aft motion on fore-and-aft direction.
Applying controll block 223 right sides and regulating block 224 are connected by dovetail furrow.Concrete, fitting and controlling fast front end is oat tail groove structure, and regulating block 224 rear ends are the dovetail structure, and dovetail is arranged in dovetail furrow, and can move up at right and left along dovetail furrow.
Regulating block 224 front ends are fixed with sealing mounting blocks 225.Sealing mounting blocks 225 front ends are fixed with adsorption piece 226.
Concrete, be provided with the seal ring (not shown) in the seal groove 2265 at adsorption piece 226 rear portions, adsorption piece 226 rear portions are anterior closely fixing with sealing mounting blocks 225, make seal ring be in compressive state, guarantee sealing property.
Above-mentioned absorption and labeling assembly can be completed absorption insulating surfaces pad and complete the operation of applying, and can be as required, regulate the labeling position.
In conjunction with Figure 10, fixed block 221 is fixed on stay bearing plate 211, make adsorption piece 226 be positioned at labeling and transmit 217 below, and transmit 217 when descended by cylinder action at labeling, the insulating surfaces pad of the adsorption hole 227 of adsorption piece 226 on the insulating surfaces gasket strip that is covered in labeling and transmits 217 surface.
The structure of positioning component 23 as mentioned before, in labeling device, referring to Fig. 5 and Fig. 6, Fig. 8 and Fig. 9, the lower surface on casing 20 upper stratas is fixed on strut bar 13 tops of positioning component 23, makes locating support 6 be positioned at casing 20 upper surface.And positioning baseplate 7 is over against adsorption piece 226.
Referring to Figure 19-Figure 21, transfer assembly 24 and comprise the handover mounting blocks 241 that is fixed on casing 20, on described handover mounting blocks 241, be fixedly installed along left and right directions and transfer guide rod 242, transfer guide rod 242 and be connected with level handover cylinder 243, making level transfer cylinder 243 can move along left and right directions; Described level is transferred on cylinder 243 and is fixed with vertical handover cylinder 244, vertically transfers cylinder 244 and is connected with handover contiguous block 245, can make to transfer contiguous block 245 in the vertical directions motions; Transfer to be fixed with on contiguous block 245 and transfer back-up block 246, transfer on back-up block 246 to be respectively arranged with along left and right directions and transfer suction nozzle 247 and second for first of transfer band labeling thing and transfer suction nozzle 248, level is transferred cylinder 243 can make first to transfer suction nozzle 247 and second and transfer suction nozzle 248 and alternately move to positioning baseplate 7 tops.
And, transfer back-up block 246 and be provided with the handover suction nozzle regulating tank 249 that extends along fore-and-aft direction, described handover suction nozzle regulating tank 249 has two, described the first handover suction nozzle 247 and second is transferred suction nozzle 248 and is arranged at respectively two handover suction nozzle regulating tanks 249, and can fix along transferring suction nozzle regulating tank 249 diverse location on fore-and-aft direction.
Referring to Fig. 8 and Fig. 9, be respectively arranged with the first transfer assembly 25 and the second transfer assembly 26 in positioning component 23 left and right sides.The first transfer assembly 25 is identical with the structure of the second transfer assembly 26, and Figure 22 and Figure 23 show the structure of the second transfer assembly 26.Concrete, the second transfer assembly 26 comprises that the rectangle frame posture transmits support 261, transmit support 261 1 ends and be provided with rotating transfer roller 262, the shaft extension of described transfer roller 262 goes out to transmit support 261 and fixing with a delivery wheel 263, delivery wheel 263 can rotate under the driving of motor, and drives transfer roller 262 rotations; Be arranged with belt conveyor 264 along left and right directions on described transmission support 261, described belt conveyor 264 contacts with transfer roller 262, and can be along transmitting the circumferential circulating motion of support 261 under the drive of transfer roller 262.
The first transfer assembly 25 and the second transfer assembly 26 with transfer assembly 24 and coordinate and battery 50 can be sent to positioning baseplate 7 left sides, pick up battery 50 and be positioned on positioning baseplate 7 by transferring assembly 24, being operated by absorption and the laminating component insulating surfaces pad of fitting.And then by the battery 50 of transferring after assembly 24 picks up applying insulating surfaces pad, be transferred on the second transfer assembly 26, leave positioning component 23.
Simultaneously, referring to Fig. 5, Fig. 7, Fig. 8.The first transfer assembly 25 left sides and the second transfer assembly 26 right sides are respectively arranged with that material loading shifts assembly 271 and assembly 281 is shifted in blanking.It is identical with blanking transfer assembly 281 structures that material loading shifts assembly 271, and the orientation is opposite.
Figure 24-Figure 26 shows material loading and shifts assembly 271, comprise that the material loading that is fixed on casing 20 shifts mounting blocks 2711, described material loading shifts and is fixed with the material loading transfer guide rod 2712 that extends along fore-and-aft direction on mounting blocks 2711, material loading shifts guide rod 2712 and is connected with the first horizontal air cylinder 2713, the first horizontal air cylinders 2713 and can shifts guide rod 2712 along material loading and move forward and backward; Be fixed with the first vertical cylinder 2714 on the first horizontal air cylinder 2713, material loading shift that contiguous block 2715 is connected on the first vertical cylinder 2714 and can be under the first vertical cylinder 2714 acts on up-and-down movement; Material loading transfer contiguous block 2715 right sides are fixed with material loading and shift support 2716, material loading shifts in support 2716 and is fixed with material loading deflection cylinder 2717 and material loading deflection gears, material loading deflection cylinder 2717 bottoms and the engagement of material loading deflection gears, the flexible of material loading deflection cylinder 2717 can drive material loading deflection gears forward or reverse; The rotating shaft of described material loading deflection gears is stretched out material loading and is shifted support 2716, and captives joint with material loading turning block 2718, is fixed with material loading suction nozzle 2719 on material loading turning block 2718.
Equally, referring to Fig. 5, Fig. 7, Fig. 8.Material loading shifts assembly 271 and blanking and shifts on the casing 20 of assembly 281 oblique front lower places and be respectively arranged with material loading transfer assembly 272 and blanking transfer assembly 282.Material loading transfer assembly 272 is identical with blanking transfer assembly 282 structures.
Figure 24-Figure 26 shows material loading transfer assembly 272, comprises two parallel material loading back-up blocks 2721, and assembly 271 and the first material loading back-up block 2721 are shifted towards material loading in the top of material loading back-up block 2721; Article two, connect by two of up and down material loading rotating shaft 2724 between material loading back-up block 2721; Article two, two sides that material loading back-up block 2721 is relative are connected with material loading guide plate 2722 by spring separately; The material loading belt conveyor is sheathed on outside two material loading rotating shafts 2724 and can rotates under material loading rotating shaft 2724 drives; Be fixed with the upper flitch (not shown) for carrying battery 50 on the material loading belt conveyor; Material loading back-up block 2721 is stretched out in described material loading rotating shaft 2724, captives joint with material loading runner 2723, and can rotate under material loading runner 2723 drives; Described material loading runner 2723 is connected with material loading motor 273 belts on being fixed in casing 20.
Can add battery 50 and hold by being connected in material loading guide plate 2722 on spring, and can add the battery 50 of different model and hold transmission.
In addition, also be fixed with on casing 20 for the control part 29 that poster process is controlled.
The below is described as follows the working process of above-mentioned labeling device:
1, insulating surfaces pad volume is installed on unreeling wheel 212, and traction insulating surfaces gasket strip is walked around the first track adjusting wheel 213 successively, labeling transmits 217 bottom, the second track adjusting wheel 214, the 3rd track adjusting wheel 215, and insulating surfaces gasket strip end is fixed on winding wheel 216.Transmit at labeling on the insulating surfaces gasket strip of 217 rear side, the insulating surfaces pad is towards adsorption piece 226.
2, battery 50 is positioned on material loading transfer assembly 272 on upper flitch between two material loading guide plates 2722.
3, start labeling device, material loading motor 273 rotates, and drives the material loading belt conveyor and rotates, and the moving battery 50 of material loading strip shifts assembly 271 motions towards material loading obliquely.
4, after battery 50 shifts assembly 271 near material loading, the first horizontal air cylinder 2713 work travel forward the first horizontal air cylinder 2713.Then the first vertical cylinder 2714 work drive material loading and shift contiguous block 2715 and move downward, and make material loading suction nozzle 2719 be pressed together on battery 50 surfaces; Then the first vertical cylinder 2714 task again, drive material loading and shift contiguous block 2715 upward movements, drives battery 50 upward movements.At this moment, the first horizontal air cylinder 2713 is task again, drives battery 50 and moves backward.Material loading deflection cylinder 2717 starts, and drive the material loading deflection gears and rotate, and then drive material loading suction nozzle 2719 turns to vertical state.The first vertical cylinder 2714 is task again, drives material loading transfer contiguous block 2715 and moves downward, and material loading suction nozzle 2719 unclamps battery 50, and battery 50 drops on the belt conveyor of the first transfer assembly 25.
5, delivery wheel 263 rotates under the drive of electrical motor, drives transfer roller 262 and rotates, and belt conveyor 264 setting in motions, drive battery 50 and move right to positioning component 23 then.
6, move to activity orientation piece 9 left sides when battery 50.At this moment, level is transferred cylinder 243 work, drive and transfer contiguous block 245 to left movement, then vertically transfer cylinder 244 work, driving handover contiguous block 245 moves downward, make first to transfer the battery 50 that suction nozzle 247 picks up insulating surfaces pad to be fitted on the first transfer assembly 25, and this moment, second transfers the battery 50 that suction nozzle 248 picks up the insulating surfaces pad of having fitted on positioning baseplate 7.Then vertically transfer cylinder 244 task again, drive and transfer contiguous block 245 upward movements, the battery 50, the second that makes the first handover suction nozzle 247 mention insulating surfaces pad to be fitted on the first transfer assembly 25 is transferred the battery 50 that suction nozzles 248 are mentioned the insulating surfaces pad of having fitted on positioning baseplate 7.Level is transferred cylinder 243 task again, driving handover contiguous block 245 moves right, make the first battery 50 of transferring the insulating surfaces pad to be fitted on suction nozzle 247 be positioned at positioning baseplate 7 tops, the second battery 50 of transferring the insulating surfaces pad of fitting on suction nozzle 248 is positioned on the belt conveyor 264 of the second transfer assembly 26.Vertically transfer cylinder 244 task again, driving handover contiguous block 245 moves downward, first transfers suction nozzle 247 unclamps, the battery 50 of insulating surfaces pad to be fitted is dropped on positioning baseplate 7, second transfers suction nozzle 248 unclamps, and the battery 50 of the insulating surfaces pad of fitting is dropped on the belt conveyor 264 of the second transfer assembly 26.
7, positioning cylinder 10 work drives the piece 11 that is located by connecting and drives activity orientation pieces 9 and move right, and adds and holds battery 50, make battery 50 insulating surfaces pad to be fitted facing to adsorption piece 226.
Simultaneously, labeling transmits cylinder 218 work, drive labeling and transmit 217 and drive that second track adjusting wheels 214, labeling transmit connecting rod 219, the 3rd track adjusting wheel 215 descends jointly, make insulating surfaces pad on the insulating surfaces gasket strip of labeling transmission 217 rear side over against the adsorption hole 227 of adsorption piece 226.222 work of applying cylinder drive adsorption piece 226 and travel forward, and extraction equipment work adsorbs the insulating surfaces pad on the insulating surfaces gasket strip.Applying cylinder 222 is task again, drives adsorption piece 226 and moves backward, and the insulating surfaces pad that adsorbs on the insulating surfaces gasket strip breaks away from the insulating surfaces gasket strip.Labeling transmits cylinder 218 task again, and driving labeling transmission 217 drive second track adjusting wheel 214, labeling transmit connecting rod 219, the 3rd track adjusting wheel 215 rises jointly.Applying cylinder 222 is task again, drives adsorption piece 226 and travels forward, and adsorption piece 226 is pressed on battery 50, and the insulating surfaces pad is fitted on battery 50.
This moment, simultaneously, be positioned at battery 50 on the belt conveyor 264 of the second transfer assembly 26 and be sent to blanking to the right and shift assembly 281 belows.
8, the second vertical cylinder operation drives blanking transfer contiguous block and moves downward, and the blanking suction nozzle holds the battery 50 of completing applying insulating surfaces pad.The second vertical cylinder is task again, drives blanking and shifts the contiguous block upward movement, and the blanking suction nozzle is mentioned battery 50.The second horizontal air cylinder work drives blanking transfer contiguous block and travels forward, and drives battery 50 and moves to above the blanking connecting gear.Blanking deflection cylinder operation drives the blanking deflection gears and rotates, and makes the deflection forward of blanking suction nozzle.The second vertical cylinder is task again, drives blanking transfer contiguous block and moves downward, and the blanking suction nozzle is decontroled battery 50.Battery 50 drops on the blanking plate of blanking transfer assembly 282.
9, blanking electric machine rotation drives the blanking belt conveyor and rotates, and blanking plate drives the oblique lower motion of battery 50, at this moment, takes off battery 50, completes the labeling operation.
In above-mentioned steps, each parts are continuous handling, for example, transferring assembly 24 picks up simultaneously an insulating surfaces pad battery 50 to be pasted and has pasted insulating surfaces pad battery 50, insulating surfaces pad battery 50 to be pasted is positioned on positioning baseplate 7, and will pastes after insulating surfaces pad battery 50 is positioned on the second transfer assembly 26.Transfer assembly 24 and reset, again an air-breathing insulating surfaces pad battery 50 to be pasted and pasted insulating surfaces pad battery 50 repetition said process.Thereby realize the operation of high-precision full-automatic labeling.
The above is only preferred embodiment of the present utility model; not in order to limit the utility model; all any modifications of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection domain of the present utility model.
Claims (10)
1. positioning component, it is characterized in that, comprise base plate and locating support, the locating support top is fixed with positioning baseplate, the positioning baseplate upper surface is fixed with the positioning datum piece, and also being provided with on positioning baseplate can be at the activity orientation piece of the surperficial sway of positioning baseplate, form positioning area between activity orientation piece and positioning datum piece, activity orientation piece sway can change the width of positioning area; Be provided with the WidFin section that can regulate position, locating support left and right and the height fine adjusting function section that can regulate the locating support height between described base plate and locating support.
2. positioning component according to claim 1, it is characterized in that, described WidFin section comprises WidFin spare, WidFin bar and parallel motion piece, described WidFin spare is fixed on base plate, WidFin bar and parallel motion piece all are arranged on WidFin spare, and WidFin bar controllable levels movable block sway on WidFin spare; Described height fine adjusting function section comprises height fine adjusting function spare, height fine adjusting function bar and height movable block, described height fine adjusting function spare is fixed on the parallel motion piece, height fine adjusting function bar and height movable block all are arranged on height fine adjusting function spare, and the height fine adjusting function bar can be controlled highly, and movable block moves up and down on height fine adjusting function spare; Described locating support is fixed on the height movable block.
3. positioning component according to claim 1 and 2, it is characterized in that, be provided with positioning groove adjacent with positioning baseplate and that extend along fore-and-aft direction on described positioning datum piece and activity orientation piece two surfaces toward each other, described positioning groove can position thing to be positioned at above-below direction.
4. positioning component according to claim 3, is characterized in that, described WidFin bar and height fine adjusting function bar are thousand parted hairs.
5. positioning component according to claim 3, is characterized in that, is fixed with positioning cylinder on described locating support, and described positioning cylinder is positioned at below positioning baseplate; Positioning cylinder is connected with the piece that is located by connecting, and can drive the piece side-to-side movement that is located by connecting;
Have the movable block chute on described positioning baseplate, the piece that is located by connecting passes the movable block chute, and fixes with the activity orientation piece.
6. a labeling device, is characterized in that, comprising:
The folding and unfolding assembly is used for installing the labeling with labeling and rolls up, emits the labeling band and regain dead zone;
Absorption and labeling assembly are used for the labeling on absorption labeling band, and labeling is fitted to treat on the labeling thing;
Positioning component is used for treating the labeling thing and positions; Described positioning component is the described positioning component of any one in claim 1-5;
Transfer assembly, be used for to treat that the labeling thing is transferred to positioning component, and after absorption and labeling assembly are completed labeling, the labeling thing is transferred and left positioning component;
Casing is used for carrying described folding and unfolding assembly, absorption and labeling assembly, positioning component, handover assembly.
7. labeling device according to claim 6, it is characterized in that, described absorption and labeling assembly comprise adsorption piece, sealing mounting blocks and fixed block, described adsorption piece comprises matrix and Attraction block, described matrix toe lateral mask has positioning groove, described Attraction block is fixed in positioning groove, and the inwall of positioning groove contacts with Attraction block; Described adsorption piece has adsorption hole, and described adsorption hole runs through matrix and Attraction block from front to back; Described Attraction block is the elastic body of insulation;
Described adsorption piece rear end is fixed on the sealing mounting blocks, and the adsorption hole of adsorption piece can be communicated to extraction equipment by the sealing mounting blocks; Described labeling device also comprises the applying cylinder that is fixed on fixed block and is fixed in applying controll block on the applying cylinder, and described applying controll block can elastic motion under the control of applying cylinder; Described sealing mounting blocks is connected to applying controll block, and described adsorption piece is positioned at above positioning baseplate and towards positioning baseplate.
8. labeling device according to claim 7, is characterized in that, described absorption device for labeling also comprises regulating block, and described sealing mounting blocks is fixed on regulating block; Described regulating block and applying controll block are connected by dovetail furrow, but make the adsorption piece sway; Described matrix rear end surface has the closed annular seal groove, and described adsorption hole is positioned at annular seal groove; Be provided with seal ring in described seal groove, described seal ring contacts with the sealing mounting blocks.
9. according to claim 7 or 8 described labeling devices, it is characterized in that, described folding and unfolding assembly comprises perpendicular to left and right directions and is arranged at stay bearing plate on casing, is provided with the first track adjusting wheel that leads for the unreeling wheel of placing the labeling volume, to the labeling band on described stay bearing plate; Described fixed block is fixed on stay bearing plate;
Also be fixed with labeling on described stay bearing plate and transmit cylinder, be connected with labeling below labeling transmission cylinder and transmit head, labeling transmits and is fixed with the second track adjusting wheel that the dead zone through the first track adjusting wheel and a pile warp labeling transmission bottommost is led on head;
Labeling transmits and vertically is fixed with labeling transmission connecting rod on head, end away from labeling transmission head on labeling transmission connecting rod has the 3rd track adjusting wheel that the dead zone through the second track adjusting wheel is led, labeling transmits head can transmit drive labeling transmission connecting rod and the vertically motion simultaneously of the 3rd track adjusting wheel under cylinder action at labeling, and when labeling transmission head was in lowermost end, the labeling on the labeling band of a pile warp labeling transmission bottommost was over against adsorption hole;
Also be provided with the winding wheel that the dead zone through the 3rd track adjusting wheel is reclaimed on described stay bearing plate.
10. labeling device according to claim 9, it is characterized in that, described handover assembly comprises the handover mounting blocks that is fixed on casing, on described handover mounting blocks, be fixedly installed the handover guide rod along left and right directions, transfer guide rod and be connected with level handover cylinder, making level transfer cylinder can move along left and right directions;
Described level is transferred on cylinder and is fixed with vertical handover cylinder, vertically transfers cylinder and is connected with the handover contiguous block, can make and transfer the motion of contiguous block in the vertical direction;
Transfer on contiguous block and be fixed with the handover back-up block, transfer to be respectively arranged with for the first handover suction nozzle and second of transfer band labeling thing along left and right directions on back-up block and transfer suction nozzle, level handover cylinder can make the first handover suction nozzle and second transfer suction nozzle and alternately move to above positioning baseplate;
Described handover back-up block is provided with the handover suction nozzle regulating tank that extends along fore-and-aft direction, described handover suction nozzle regulating tank has two, described the first handover suction nozzle and second is transferred suction nozzle and is arranged at respectively two handover suction nozzle regulating tanks, and can fix along transferring suction nozzle regulating tank diverse location on fore-and-aft direction;
Described labeling device also comprises the first transfer assembly and the second transfer assembly that arranges along left and right directions; Described the first transfer assembly and the second transfer assembly lay respectively at the left and right sides of positioning baseplate;
Described the first transfer assembly and the second transfer assembly include the transmission support, transmit support one end and be provided with rotating transfer roller, the shaft extension of described transfer roller goes out to transmit support and fixes with a delivery wheel, and delivery wheel can rotate under the driving of motor, and drives the transfer roller rotation; Be arranged with belt conveyor along left and right directions on described transmission support, described belt conveyor contacts with transfer roller, and can be along transmitting the circumferential circulating motion of support under the drive of transfer roller;
Described labeling device comprises that also the material loading that is arranged on casing shifts assembly and assembly is shifted in blanking, and described material loading shifts assembly and is positioned on the left of the first transfer assembly, is used for treating that the labeling thing is transferred to the first transfer assembly; Described blanking is shifted assembly and is positioned at the second transfer assembly right side, is used for treating that the labeling thing shifts and leave the second transfer assembly after labeling;
Described material loading shifts assembly and comprises that the material loading that is fixed on casing shifts mounting blocks, described material loading shifts and is fixed with the material loading transfer guide rod that extends along fore-and-aft direction on mounting blocks, material loading shifts guide rod and is connected with the first horizontal air cylinder, and the first horizontal air cylinder can shift guide rod along material loading and move forward and backward; Be fixed with the first vertical cylinder on the first horizontal air cylinder, material loading shift contiguous block be connected on the first vertical cylinder also can be under the first vertical cylinder action up-and-down movement; Material loading transfer contiguous block right side is fixed with material loading and shifts support, material loading shifts in support and is fixed with material loading deflection cylinder and material loading deflection gears, material loading deflection cylinder bottom and the engagement of material loading deflection gears, the flexible of material loading deflection cylinder can drive material loading deflection gears forward or reverse; The rotating shaft of described material loading deflection gears is stretched out material loading and is shifted support, and captives joint with the material loading turning block, is fixed with the material loading suction nozzle on the material loading turning block;
Described blanking is shifted assembly and is comprised the blanking transfer mounting blocks that is fixed on casing, described blanking is shifted and is fixed with the blanking transfer guide rod that extends along fore-and-aft direction on mounting blocks, blanking is shifted guide rod and is connected with the second horizontal air cylinder, and the second horizontal air cylinder can shift guide rod along blanking and move forward and backward; Be fixed with the second vertical cylinder on the second horizontal air cylinder, blanking shift contiguous block be connected on the second vertical cylinder also can be under the second vertical cylinder action up-and-down movement; Blanking is fixed with blanking transfer support on the left of shifting contiguous block, blanking is shifted in support and is fixed with blanking deflection cylinder and blanking deflection gears, blanking deflection cylinder bottom and the engagement of blanking deflection gears, the flexible of blanking deflection cylinder can drive blanking deflection gears forward or reverse; The rotating shaft of described blanking deflection gears is stretched out blanking and is shifted support, and captives joint with the blanking turning block, is fixed with the blanking suction nozzle on the blanking turning block;
Described labeling device also comprises material loading transfer assembly and the blanking transfer assembly that is arranged on casing, and described material loading transfer assembly is positioned at material loading to be shifted below assembly, and described blanking transfer assembly is positioned at blanking to be shifted below assembly;
Described material loading transfer assembly comprises two parallel material loading back-up blocks, and assembly and the first material loading back-up block are shifted towards material loading in the top of material loading back-up block; Article two, connect by the material loading rotating shaft of two of up and down between the material loading back-up block; Article two, two sides that the material loading back-up block is relative are connected with the material loading guide plate by spring separately; The material loading belt conveyor is sheathed on two material loading rotating shafts outward and can rotates under the material loading rotating shaft drives; Be fixed with the upper flitch for the treatment of the labeling thing for carrying on the material loading belt conveyor; The material loading back-up block is stretched out in described material loading rotating shaft, captives joint with the material loading runner, and can rotate under the material loading driven by rotating wheel; Described material loading runner is connected with material loading motor belt on being fixed in casing;
Described blanking transfer assembly comprises two parallel blanking back-up blocks, and assembly and the second material loading back-up block are shifted towards blanking in the top of blanking back-up block; Article two, connect by the blanking rotating shaft of two of up and down between the blanking back-up block; Article two, two sides that the blanking back-up block is relative are connected with the blanking guide plate by spring separately; The blanking belt conveyor is sheathed on two blanking rotating shafts outward and can rotates under the blanking rotating shaft drives; Be fixed with the blanking plate for the treatment of the labeling thing for carrying on the blanking belt conveyor; The blanking back-up block is stretched out in described blanking rotating shaft, captives joint with the blanking runner, and can rotate under the blanking driven by rotating wheel; Described blanking runner is connected with blanking motor belt on being fixed in casing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220600215 CN203005890U (en) | 2012-11-14 | 2012-11-14 | Positioning assembly and labeling equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220600215 CN203005890U (en) | 2012-11-14 | 2012-11-14 | Positioning assembly and labeling equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203005890U true CN203005890U (en) | 2013-06-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220600215 Expired - Fee Related CN203005890U (en) | 2012-11-14 | 2012-11-14 | Positioning assembly and labeling equipment |
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| CN (1) | CN203005890U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103213717A (en) * | 2012-11-14 | 2013-07-24 | 深圳市博睿精机科技有限公司 | Positioning assembly and labeling equipment |
| CN104085576A (en) * | 2014-07-14 | 2014-10-08 | 广东平航机械有限公司 | Label table position regulating mechanism |
| CN104280650A (en) * | 2013-07-08 | 2015-01-14 | 全研科技有限公司 | Electric conduction glass detection system |
| CN105667920A (en) * | 2016-02-29 | 2016-06-15 | 东莞市凯昶德电子科技股份有限公司 | Labeling machine capable of automatically pasting labels to plane |
| CN106904331A (en) * | 2017-02-03 | 2017-06-30 | 苏州佳世达电通有限公司 | A kind of device and method for being automatically positioned ironware and taping |
-
2012
- 2012-11-14 CN CN 201220600215 patent/CN203005890U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103213717A (en) * | 2012-11-14 | 2013-07-24 | 深圳市博睿精机科技有限公司 | Positioning assembly and labeling equipment |
| CN103213717B (en) * | 2012-11-14 | 2014-12-24 | 深圳市博睿精机科技有限公司 | Positioning assembly and labeling equipment |
| CN104280650A (en) * | 2013-07-08 | 2015-01-14 | 全研科技有限公司 | Electric conduction glass detection system |
| CN104085576A (en) * | 2014-07-14 | 2014-10-08 | 广东平航机械有限公司 | Label table position regulating mechanism |
| CN104085576B (en) * | 2014-07-14 | 2016-01-27 | 广东平航机械有限公司 | Label platform position adjusting mechanism |
| CN105667920A (en) * | 2016-02-29 | 2016-06-15 | 东莞市凯昶德电子科技股份有限公司 | Labeling machine capable of automatically pasting labels to plane |
| CN106904331A (en) * | 2017-02-03 | 2017-06-30 | 苏州佳世达电通有限公司 | A kind of device and method for being automatically positioned ironware and taping |
| CN106904331B (en) * | 2017-02-03 | 2019-10-25 | 苏州佳世达电通有限公司 | A kind of device and method for being automatically positioned ironware and taping |
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