CN205023030U - Automatic foot and labeller cut of low -capacitance - Google Patents
Automatic foot and labeller cut of low -capacitance Download PDFInfo
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- CN205023030U CN205023030U CN201520760571.5U CN201520760571U CN205023030U CN 205023030 U CN205023030 U CN 205023030U CN 201520760571 U CN201520760571 U CN 201520760571U CN 205023030 U CN205023030 U CN 205023030U
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Abstract
The utility model discloses an automatic foot and labeller cut of low -capacitance, this automatic foot and labeller cut of low -capacitance include the host computer, cut foot mechanism, the labeller constructs and the electric capacity receiver, being equipped with the labeller on the host computer roof and constructing, the labeller constructs the front end and is equipped with and cuts foot mechanism, cuts on foot mechanism is fixed in the host computer roof, and the host computer is inside to be equipped with the electric capacity receiver, cuts the electric capacity that foot mechanism will cut behind the foot and carries the labeller to construct, and the labeller constructs and will label good electric capacity and carry the electric capacity receiver. In this way, the utility model discloses can accomplish simultaneously and cut the foot and label automatically, practice thrift the labour, improve production efficiency.
Description
Technical field
The utility model relates to field of machinery automation, particularly relates to a kind of small capacitances automatic shearing pin and labelling machine.
Background technology
Electric capacity in process of production, because pin length is inconsistent, need to cut short to obtain needing the electric capacity of scale lengths, the special pinrshape of general employing carries out electric capacity and cuts pin, but existing pinrshape is all that employing is manually operated, not only time-consuming, efficiency is low, and pin shearing is different in size, affect product attractive in appearance, even bring potential safety hazard, the electronic component products of plane or cambered surface, labeling is all manually-operated, efficiency is low, labelling machine was gradually adopted to carry out work afterwards, these labelling machines mainly adopt running roller labeling, but there is following shortcoming: volume is large, structure is small and exquisite not, mobile underaction and label peeling mechanism instability etc., in view of this, be necessary to be improved existing electric capacity pinrshape and labelling machine.
Utility model content
The technical matters that the utility model mainly solves is to provide a kind of small capacitances automatic shearing pin and labelling machine, can complete automatic shearing pin simultaneously and label, and saves labour power, enhances productivity.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: provide a kind of small capacitances automatic shearing pin and labelling machine, this small capacitances automatic shearing pin and labelling machine comprise main frame, pinrshape structure, label-sticking mechanism and electric capacity receiver, described main frame top board is provided with label-sticking mechanism, label-sticking mechanism front end is provided with pinrshape structure, pinrshape structure is fixed on main frame top board, main frame inside is provided with electric capacity receiver, pinrshape structure is transported to label-sticking mechanism by cutting the electric capacity after pin, and the electric capacity posting label is transported to electric capacity receiver by label-sticking mechanism;
Preferably, described pinrshape structure comprises pin shearing device and bin device, the air pressure of described pin shearing device is cut facing to the electric capacity stitch in bin device, described pin shearing device also comprises air pressure and cuts geometrical clamp, support, electromagnetic valve and controller, described air pressure is cut and is cut geometrical clamp with air pressure and fix, air pressure is cut geometrical clamp and is installed on support, support is fixed on main frame side, electromagnetic valve is provided with on rear side of support, electromagnetic valve is connected to air pressure by flexible pipe and cuts, described electromagnetic valve is controlled by controller, and controller is installed on main frame top board, described bin device comprises feed bin, silo support, electric capacity feeding distribution mechanism, link span, electric capacity guide groove, opto-electronic pickup, first contiguous block, joint pin, second contiguous block and electric capacity stitch install bin, described feed bin is fixed on main frame top board by silo support, feed bin discharge hole place is provided with electric capacity feeding distribution mechanism, feed bin rear quarter panel lower edge is fixed with link span, two legs of link span are connected to electric capacity guide groove by pin, electric capacity guide groove is positioned at electric capacity feeding distribution mechanism lower end, the discharging opening upper end of electric capacity guide groove is provided with opto-electronic pickup, feed bin front side plate is fixed with the first contiguous block, first contiguous block is connected to the second contiguous block by joint pin, second contiguous block is fixed on electric capacity stitch install bin top board, described electric capacity stitch install bin is positioned at electric capacity stitch lower end,
Preferably, described electric capacity feeding distribution mechanism comprises stepping motor, stepper motor driver, main driving pulley, odontoid belt, driven pulley, adapter shaft, stepping motor sensing chip, groove micro photo electric sensor, straight line flange bearing, electric capacity sub-material mould, sub-material die cavity and electric capacity block, described stepping motor is fixed on feed bin rear quarter panel, feed bin base plate is provided with stepper motor driver, the motor shaft of stepping motor is provided with main driving pulley, on main driving pulley, cover has odontoid belt, odontoid belt is connected to driven pulley, driven pulley is installed on adapter shaft rear end, in the middle of adapter shaft, stepping motor sensing chip and straight line flange bearing are installed, stepping motor sensing chip upper end is provided with groove micro photo electric sensor, groove micro photo electric sensor is fixed on feed bin rear quarter panel by fixed block, straight line flange bearing is fixed on feed bin rear quarter panel, adapter shaft front end is provided with electric capacity sub-material mould, sub-material die cavity is provided with on the left of electric capacity sub-material mould, sub-material die cavity is fixed on feed bin rear quarter panel medial surface, sub-material die cavity leading flank is provided with electric capacity block, electric capacity block is close to electric capacity,
Preferably, described label-sticking mechanism comprises label supply device and device for labeling, the label outlet of the label disconnecting gear of described label supply device is facing to the electric capacity in device for labeling, described label supply device also comprises installation panel, label subpanel, subpanel support, label guide piece, label draw gear, label backing paper regenerative apparatus and tightening device, described label subpanel is fixed on installation panel by subpanel support, label subpanel is provided with label coiled strip, label coiled strip is connected to label disconnecting gear after label guide piece and label draw gear, label backing paper is connected to label backing paper regenerative apparatus by the guide groove of the servo support of label draw gear, second odontoid belt of described label draw gear is connected to the 3rd flower wheel of label backing paper regenerative apparatus, the two ends of the second odontoid belt are connected to the tension wheel of tightening device, described label guide piece comprises guiding adapter shaft, center bearing pilot bearing, guide pulley and spacing ring, guiding adapter shaft is fixed on installation panel, on guiding adapter shaft, cover has two centers bearing pilot bearing, center bearing pilot bearing is all plugged in guide pulley, guide pulley two ends cover restraining position ring block, the distance between two spacing rings is consistent with tag width,
Preferably, described label draw gear comprises drive motor, first drive wheel, first odontoid belt, first flower wheel, axle drive shaft, first linear bearing, set collar, head roll, follow-up mechanism and the second flower wheel, described drive motor is fixed on installation panel trailing flank by contiguous block, the motor shaft of drive motor is provided with the first drive wheel, on first drive wheel, cover has the first odontoid belt, first odontoid belt is connected to the first flower wheel, first flower wheel is installed on axle drive shaft, in the middle of axle drive shaft, the first linear bearing is installed, first linear bearing is fixed on installation panel, first linear bearing front end is provided with set collar, set collar is installed on axle drive shaft, axle drive shaft front end is provided with head roll, the servo-actuated cylinder of follow-up mechanism is provided with on the left of head roll, axle drive shaft rear end is provided with the second flower wheel, on second flower wheel, cover has the second odontoid belt, described follow-up mechanism also comprises servo-actuated adapter shaft and servo support, and described servo support is fixed on installation panel side, and servo support right-hand member is fitted with servo-actuated adapter shaft, and servo-actuated adapter shaft is provided with servo-actuated cylinder,
Preferably, described label disconnecting gear comprises adapter plate, " ┏ " shape connecting panel, connecting panel pillar, label backing paper guide pulley, label tape cylinder, cylinder joint pin, roller bearings, cylinder link span, label tape adapter plate, label tape pressing plate, label tape plate bracket, color mark sensor, the axis of guide, guide shaft support and axis of guide support, " ┏ " shape connecting panel lateral surface is fixed with two connecting panel pillars, connecting panel pillar is all fixed on adapter plate side, adapter plate is installed on installation panel leading flank, " ┏ " shape connecting panel medial surface is fixed with label backing paper guide pulley, " ┏ " shape connecting panel lateral surface is connected to cylinder joint pin by cylinder link span, cylinder joint pin is positioned at above " ┏ " shape connecting panel, cylinder joint pin two ends cover has roller bearings, roller bearings is all plugged in label tape cylinder, on " ┏ " shape connecting panel, plane right-hand member is connected to label tape adapter plate lower plane by pin, label tape adapter plate side is along being fixed with label tape plate bracket, label tape plate bracket is connected to label tape pressing plate by pin, label tape is provided with between label tape pressing plate and label tape adapter plate, described label tape pressing plate is provided with square through hole, color mark sensor is provided with above square through hole, color mark sensor is fixed on guide shaft support side, guide shaft support is fitted with the axis of guide, the axis of guide is connected with axis of guide support, axis of guide support is connected with installation panel, described color mark sensor faces toward label tape by the square through hole on label tape pressing plate,
Preferably, described label backing paper regenerative apparatus also comprises S. A., the second linear bearing, clamping ring, recovery deflector roll, base stock limited post and limited post support, described 3rd flower wheel is installed on S. A., in the middle of S. A., the second linear bearing is installed, second linear bearing is fixed on installation panel, S. A. front end is overlapped successively to be had clamping ring and reclaims deflector roll, reclaim deflector roll front end and limited post support is installed, limited post support is connected to base stock limited post, and base stock limited post is positioned at and reclaims deflector roll lower end; Described tightening device also comprises tensioning bearing, tensioning joint pin, joint pin support and support fixed block, described support fixed block is installed on installation panel side, support fixed block side is provided with two rectangular through slot, joint pin support is fitted with in two rectangular through slot of support fixed block, one end of joint pin support is provided with tensioning joint pin, tensioning joint pin rear end is provided with tensioning bearing, and tensioning shaft socket joint is loaded on tension wheel;
Preferably, described device for labeling comprises label stripping apparatus and electric capacity lifting clamping device, the stripping cylinder of described label stripping apparatus is close to the electric capacity in electric capacity lifting clamping device, described label stripping apparatus also comprises stripping stepping motor, motor mounting flange, backing plate, coupler, peel off S. A., 3rd linear bearing, linear bearing mounting flange and opening clamp ring, described stripping stepping motor is installed on motor mounting flange side, motor mounting flange is fixed on plane on backing plate, backing plate is installed on main frame top board, the motor shaft peeling off stepping motor is connected to stripping S. A. by coupler, peel off in the middle of S. A. and the 3rd linear bearing is installed, 3rd linear bearing is installed on linear bearing mounting flange, linear bearing mounting flange is fixed on plane on backing plate, peel off S. A. front end and stripping cylinder is installed, peel off on front side of cylinder and be provided with opening clamp ring, opening clamp ring is fixed on to be peeled off on S. A.,
Preferably, described electric capacity lifting clamping device comprises lift cylinder, lift cylinder adapter plate, push-and-pull cylinder, push-and-pull cylinder mounting plate, connecting panel, first cylinder, first rolling stand, second tin roller, second tin roller support, electric capacity limit stick and electric capacity limit stick support, described lift cylinder adapter plate is fixed on main frame front side plate medial surface, lift cylinder adapter plate side is provided with lift cylinder, the piston rod flanged plate of lift cylinder is connected to push-and-pull cylinder mounting plate lower plane, on push-and-pull cylinder mounting plate, plane right-hand member is provided with push-and-pull cylinder, the piston rod flanged plate of push-and-pull cylinder is connected to connecting panel, connecting panel is connected with second tin roller support, second tin roller support is provided with second tin roller, the first cylinder is close on the left of second tin roller, first cylinder two ends are plugged on the first rolling stand, first rolling stand is fixed on plane on push-and-pull cylinder mounting plate, first cylinder and second tin roller are provided with electric capacity, the push-and-pull cylinder mounting plate of the corresponding lower end of electric capacity is provided with opening groove, electric capacity drops down onto electric capacity receiver by opening groove, on the left of electric capacity and right side is provided with electric capacity limit stick, electric capacity limit stick is all fixed on electric capacity limit stick support, electric capacity limit stick support is fixed on push-and-pull cylinder mounting plate side edge.
The beneficial effects of the utility model are: a kind of small capacitances automatic shearing pin of the utility model and labelling machine, can complete automatic shearing pin simultaneously and label, saving labour power, enhance productivity.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model small capacitances automatic shearing pin and labelling machine;
Fig. 2 is pinrshape structure first structural representation of the utility model small capacitances automatic shearing pin and labelling machine;
Fig. 3 is pinrshape structure second structural representation of the utility model small capacitances automatic shearing pin and labelling machine;
Fig. 4 is electric capacity feeding distribution mechanism first structural representation of the utility model small capacitances automatic shearing pin and labelling machine;
Fig. 5 is electric capacity feeding distribution mechanism second structural representation of the utility model small capacitances automatic shearing pin and labelling machine;
Fig. 6 is the label-sticking mechanism structural representation of the utility model small capacitances automatic shearing pin and labelling machine;
Fig. 7 is the label-sticking mechanism back view of the utility model small capacitances automatic shearing pin and labelling machine;
Fig. 8 is the label-sticking mechanism Part I structural representation of the utility model small capacitances automatic shearing pin and labelling machine;
Fig. 9 is the label-sticking mechanism Part II structural representation of the utility model small capacitances automatic shearing pin and labelling machine;
Figure 10 is the label disconnecting gear structural representation of the utility model small capacitances automatic shearing pin and labelling machine;
Figure 11 is the device for labeling structural representation of the utility model small capacitances automatic shearing pin and labelling machine;
Figure 12 is the electric capacity lifting clamping device structural representation of the utility model small capacitances automatic shearing pin and labelling machine.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model preferred embodiment is described in detail, to make the advantage of utility model and feature can be easier to be readily appreciated by one skilled in the art, thus more explicit defining is made to protection domain of the present utility model.
Refer to Fig. 1 to Figure 12, the utility model embodiment comprises:
A kind of small capacitances automatic shearing pin and labelling machine, this small capacitances automatic shearing pin and labelling machine comprise main frame 1, pinrshape structure 2, label-sticking mechanism 3 and electric capacity receiver 4, described main frame 1 top board is provided with label-sticking mechanism 3, label-sticking mechanism 3 front end is provided with pinrshape structure 2, pinrshape structure 2 is fixed on main frame 1 top board, main frame 1 inside is provided with electric capacity receiver 4, and pinrshape structure 2 is transported to label-sticking mechanism 3 by cutting the electric capacity after pin, and the electric capacity posting label is transported to electric capacity receiver 4 by label-sticking mechanism 3;
Described pinrshape structure 2 comprises pin shearing device 21 and bin device 22, the air pressure of described pin shearing device 21 cuts the electric capacity stitch that 211 face toward bin device 22 li, described pin shearing device 21 also comprises air pressure and cuts geometrical clamp 212, support 213, electromagnetic valve 214 and controller 215, described air pressure is cut 211 and is cut geometrical clamp 212 with air pressure and fix, air pressure is cut geometrical clamp 212 and is installed on support 213, support 213 is fixed on main frame 1 side, electromagnetic valve 214 is provided with on rear side of support 213, electromagnetic valve 214 is connected to air pressure by flexible pipe and cuts 211, described electromagnetic valve 214 is controlled by controller 215, controller 215 is installed on main frame 1 top board, described bin device 22 comprises feed bin 221, silo support 222, electric capacity feeding distribution mechanism 223, link span 224, electric capacity guide groove 225, opto-electronic pickup 226, first contiguous block 227, joint pin 228, second contiguous block 229 and electric capacity stitch install bin 2210, described feed bin 221 is fixed on main frame 1 top board by silo support 222, feed bin 221 discharge outlet is provided with electric capacity feeding distribution mechanism 223, feed bin 221 rear quarter panel lower edge is fixed with link span 224, two legs of link span 224 are connected to electric capacity guide groove 225 by pin, electric capacity guide groove 225 is positioned at electric capacity feeding distribution mechanism 223 lower end, the discharging opening upper end of electric capacity guide groove 225 is provided with opto-electronic pickup 226, feed bin 221 front side plate is fixed with the first contiguous block 227, first contiguous block 227 is connected to the second contiguous block 229 by joint pin 228, second contiguous block 229 is fixed on electric capacity stitch install bin 2210 top board, described electric capacity stitch install bin 2210 is positioned at electric capacity stitch lower end,
Described electric capacity feeding distribution mechanism 223 comprises stepping motor 2231, stepper motor driver 2232, main driving pulley 2233, odontoid belt 2234, driven pulley 2235, adapter shaft 2236, stepping motor sensing chip 2237, groove micro photo electric sensor 2238, straight line flange bearing 2239, electric capacity sub-material mould 22310, sub-material die cavity 22311 and electric capacity block 22312, described stepping motor 2231 is fixed on feed bin 221 rear quarter panel, feed bin 221 base plate is provided with stepper motor driver 2232, the motor shaft of stepping motor 2231 is provided with main driving pulley 2233, on main driving pulley 2233, cover has odontoid belt 2234, odontoid belt 2234 is connected to driven pulley 2235, driven pulley 2235 is installed on adapter shaft 2236 rear end, in the middle of adapter shaft 2236, stepping motor sensing chip 2237 and straight line flange bearing 2239 are installed, stepping motor sensing chip 2237 upper end is provided with groove micro photo electric sensor 2238, groove micro photo electric sensor 2238 is fixed on feed bin 221 rear quarter panel by fixed block, straight line flange bearing 2239 is fixed on feed bin 221 rear quarter panel, adapter shaft 2236 front end is provided with electric capacity sub-material mould 22310, sub-material die cavity 22311 is provided with on the left of electric capacity sub-material mould 22310, sub-material die cavity 22311 is fixed on feed bin 221 rear quarter panel medial surface, sub-material die cavity 22311 leading flank is provided with electric capacity block 22312, electric capacity block 22312 is close to electric capacity,
Described label-sticking mechanism 3 comprises label supply device 31 and device for labeling 32, the label outlet of the label disconnecting gear 316 of described label supply device 31 faces toward the electric capacity of device for labeling 32 li, described label supply device 31 also comprises installation panel 311, label subpanel 312, subpanel support 313, label guide piece 314, label draw gear 315, label backing paper regenerative apparatus 317 and tightening device 318, described label subpanel 312 is fixed on installation panel 311 by subpanel support 313, label subpanel 312 is provided with label coiled strip, label coiled strip is connected to label disconnecting gear 316 after label guide piece 314 and label draw gear 315, label backing paper is connected to label backing paper regenerative apparatus 317 by the guide groove of the servo support 31593 of label draw gear 315, second odontoid belt 31511 of described label draw gear 315 is connected to the 3rd flower wheel 3171 of label backing paper regenerative apparatus 317, the two ends of the second odontoid belt 31511 are connected to the tension wheel 3181 of tightening device 318, described label guide piece 314 comprises guiding adapter shaft 3141, center bearing pilot bearing 3142, guide pulley 3143 and spacing ring 3144, guiding adapter shaft 3141 is fixed on installation panel 311, on guiding adapter shaft 3141, cover has two centers bearing pilot bearing 3142, center bearing pilot bearing 3142 is all plugged in guide pulley 3143, distance between guide pulley 3143 two ends cover restraining position ring block 3144, two spacing rings 3144 is consistent with tag width,
Described label draw gear 315 comprises drive motor 3151, first drive wheel 3152, first odontoid belt 3153, first flower wheel 3154, axle drive shaft 3155, first linear bearing 3156, set collar 3157, head roll 3158, follow-up mechanism 3159 and the second flower wheel 31510, described drive motor 3151 is fixed on installation panel 311 trailing flank by contiguous block, the motor shaft of drive motor 3151 is provided with the first drive wheel 3152, on first drive wheel 3152, cover has the first odontoid belt 3153, first odontoid belt 3153 is connected to the first flower wheel 3154, first flower wheel 3154 is installed on axle drive shaft 3155, in the middle of axle drive shaft 3155, first linear bearing 3156 is installed, first linear bearing 3156 is fixed on installation panel 311, first linear bearing 3156 front end is provided with set collar 3157, set collar 3157 is installed on axle drive shaft 3155, axle drive shaft 3155 front end is provided with head roll 3158, the servo-actuated cylinder 31591 of follow-up mechanism 3159 is provided with on the left of head roll 3158, axle drive shaft 3155 rear end is provided with the second flower wheel 31510, on second flower wheel 31510, cover has the second odontoid belt 31511, described follow-up mechanism 3159 also comprises servo-actuated adapter shaft 31592 and servo support 31593, described servo support 31593 is fixed on installation panel 311 side, and servo support 31594 right-hand member is fitted with servo-actuated adapter shaft 31592, and servo-actuated adapter shaft 31592 is provided with servo-actuated cylinder 31591,
Described label disconnecting gear 316 comprises adapter plate 3161, " ┏ " shape connecting panel 3162, connecting panel pillar 3163, label backing paper guide pulley 3164, label tape cylinder 3165, cylinder joint pin 3166, roller bearings 3167, cylinder link span 3168, label tape adapter plate 3169, label tape pressing plate 31610, label tape plate bracket 31611, color mark sensor 31612, the axis of guide 31613, guide shaft support 31614 and axis of guide support 31615, " ┏ " shape connecting panel 3162 lateral surface is fixed with two connecting panel pillars 3163, connecting panel pillar 3163 is all fixed on adapter plate 3161 side, adapter plate 3161 is installed on installation panel 311 leading flank, " ┏ " shape connecting panel 3162 medial surface is fixed with label backing paper guide pulley 3164, " ┏ " shape connecting panel 3162 lateral surface is connected to cylinder joint pin 3166 by cylinder link span 3168, cylinder joint pin 3166 is positioned at above " ┏ " shape connecting panel 3162, cylinder joint pin 3166 two ends cover has roller bearings 3167, roller bearings 3167 is all plugged in label tape cylinder 3165, on " ┏ " shape connecting panel 3162, plane right-hand member is connected to label tape adapter plate 3169 lower plane by pin, label tape adapter plate 3169 side is along being fixed with label tape plate bracket 31611, label tape plate bracket 31611 is connected to label tape pressing plate 31610 by pin, label tape is provided with between label tape pressing plate 31610 and label tape adapter plate 3169, described label tape pressing plate 31610 is provided with square through hole, color mark sensor 31612 is provided with above square through hole, color mark sensor 31612 is fixed on guide shaft support 31614 side, guide shaft support 31614 is fitted with the axis of guide 31613, the axis of guide 31613 is connected with axis of guide support 31615, axis of guide support 31615 is connected with installation panel 311, described color mark sensor 31612 faces toward label tape by the square through hole on label tape pressing plate 31610,
Described label backing paper regenerative apparatus 317 also comprises S. A. 3172, second linear bearing 3173, clamping ring 3174, reclaim deflector roll 3175, base stock limited post 3176 and limited post support 3177, described 3rd flower wheel 3171 is installed on S. A. 3172, in the middle of S. A. 3172, second linear bearing 3173 is installed, second linear bearing 3173 is fixed on installation panel 311, S. A. 3172 front end is overlapped successively to be had clamping ring 3174 and reclaims deflector roll 3175, reclaim deflector roll 3175 front end and limited post support 3177 is installed, limited post support 3177 is connected to base stock limited post 3176, base stock limited post 3176 is positioned at and reclaims deflector roll 3175 lower end, described tightening device 318 also comprises tensioning bearing 3182, tensioning joint pin 3183, joint pin support 3184 and support fixed block 3185, described support fixed block 3185 is installed on installation panel 311 side, support fixed block 3185 side is provided with two rectangular through slot, joint pin support 3184 is fitted with in two rectangular through slot of support fixed block 3185, one end of joint pin support 3184 is provided with tensioning joint pin 3183, tensioning joint pin 3183 rear end is provided with tensioning bearing 3182, and tensioning bearing 3182 is plugged in tension wheel 3181,
Described device for labeling 32 comprises label stripping apparatus 321 and electric capacity lifting clamping device 322, the stripping cylinder 3218 of described label stripping apparatus 321 is close to the electric capacity of electric capacity lifting clamping device 322 li, described label stripping apparatus 321 also comprises peels off stepping motor 3211, motor mounting flange 3212, backing plate 3213, coupler 3214, peel off S. A. 3215, 3rd linear bearing 3216, linear bearing mounting flange 3217 and opening clamp ring 3219, described stripping stepping motor 3211 is installed on motor mounting flange 3212 side, motor mounting flange 3212 is fixed on plane on backing plate 3213, backing plate 3213 is installed on main frame 1 top board, the motor shaft peeling off stepping motor 3211 is connected to by coupler 3214 peels off S. A. 3215, peel off in the middle of S. A. 3215 and the 3rd linear bearing 3216 is installed, 3rd linear bearing 3216 is installed on linear bearing mounting flange 3217, linear bearing mounting flange 3217 is fixed on plane on backing plate 3213, peel off S. A. 3215 front end and stripping cylinder 3218 is installed, peel off on front side of cylinder 3218 and be provided with opening clamp ring 3219, opening clamp ring 3219 is fixed on to be peeled off on S. A. 3215,
Described electric capacity lifting clamping device 322 comprises lift cylinder 3221, lift cylinder adapter plate 3222, push-and-pull cylinder 3223, push-and-pull cylinder mounting plate 3224, connecting panel 3225, first cylinder 3226, first rolling stand 3227, second tin roller 3228, second tin roller support 3229, electric capacity limit stick 32210 and electric capacity limit stick support 32211, described lift cylinder adapter plate 3222 is fixed on main frame 1 front side plate medial surface, lift cylinder adapter plate 3222 side is provided with lift cylinder 3221, the piston rod flanged plate of lift cylinder 3221 is connected to push-and-pull cylinder mounting plate 3224 lower plane, on push-and-pull cylinder mounting plate 3224, plane right-hand member is provided with push-and-pull cylinder 3223, the piston rod flanged plate of push-and-pull cylinder 3223 is connected to connecting panel 3225, connecting panel 3225 is connected with second tin roller support 3229, second tin roller support 3229 is provided with second tin roller 3228, the first cylinder 3226 is close on the left of second tin roller 3228, first cylinder 3226 two ends are plugged on the first rolling stand 3227, first rolling stand 3227 is fixed on plane on push-and-pull cylinder mounting plate 3224, first cylinder 3226 and second tin roller 3228 are provided with electric capacity, the push-and-pull cylinder mounting plate 3224 of the corresponding lower end of electric capacity is provided with opening groove, electric capacity drops down onto electric capacity receiver 4 by opening groove, on the left of electric capacity and right side is provided with electric capacity limit stick 32210, electric capacity limit stick 32210 is all fixed on electric capacity limit stick support 32211, electric capacity limit stick support 32211 is fixed on push-and-pull cylinder mounting plate 3224 side edge.
When the utility model small capacitances automatic shearing pin and labelling machine work, stepping motor 2231 works, dynamic condenser sub-material mould 22310 is with to rotate by odontoid belt 2234, the rotation of electric capacity sub-material mould 22310 drives the electric capacity of feed bin 221 li to move to air pressure and cuts 211 places, air pressure is cut 211 work and is cut short by the stitch of electric capacity, the stitch cut short drops down onto electric capacity stitch install bin 2210, electric capacity sub-material mould 22310 is rotated further band dynamic condenser and drops down onto electric capacity guide groove 225, after opto-electronic pickup 226 senses electric capacity, electric capacity is by electric capacity guide groove 225 landing to the first cylinder 3226 and second tin roller 3228 upper end, meanwhile, label tape is through label guide piece 314, label draw gear 315 and label disconnecting gear 316, peeling off stepping motor 3211 work drives stripping cylinder 3218 to rotate, peeling off cylinder 3218 is attached on electric capacity by the label peeling in label tape, the flexible second tin roller 3228 that drives of push-and-pull cylinder 3223 moves to right, the opening groove of electric capacity on push-and-pull cylinder mounting plate 3224 posting label drops down onto electric capacity receiver 4, label backing paper is reclaimed by label backing paper regenerative apparatus 317, machine repeats above algorithm.
The utility model small capacitances automatic shearing pin and labelling machine, can complete automatic shearing pin simultaneously and label, and saves labour power, enhance productivity.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model specification sheets and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (9)
1. a small capacitances automatic shearing pin and labelling machine, it is characterized in that: this small capacitances automatic shearing pin and labelling machine comprise main frame, pinrshape structure, label-sticking mechanism and electric capacity receiver, described main frame top board is provided with label-sticking mechanism, label-sticking mechanism front end is provided with pinrshape structure, pinrshape structure is fixed on main frame top board, main frame inside is provided with electric capacity receiver, and pinrshape structure is transported to label-sticking mechanism by cutting the electric capacity after pin, and the electric capacity posting label is transported to electric capacity receiver by label-sticking mechanism.
2. small capacitances automatic shearing pin according to claim 1 and labelling machine, it is characterized in that: described pinrshape structure comprises pin shearing device and bin device, the air pressure of described pin shearing device is cut facing to the electric capacity stitch in bin device, described pin shearing device also comprises air pressure and cuts geometrical clamp, support, electromagnetic valve and controller, described air pressure is cut and is cut geometrical clamp with air pressure and fix, air pressure is cut geometrical clamp and is installed on support, support is fixed on main frame side, electromagnetic valve is provided with on rear side of support, electromagnetic valve is connected to air pressure by flexible pipe and cuts, described electromagnetic valve is controlled by controller, controller is installed on main frame top board, described bin device comprises feed bin, silo support, electric capacity feeding distribution mechanism, link span, electric capacity guide groove, opto-electronic pickup, first contiguous block, joint pin, second contiguous block and electric capacity stitch install bin, described feed bin is fixed on main frame top board by silo support, feed bin discharge hole place is provided with electric capacity feeding distribution mechanism, feed bin rear quarter panel lower edge is fixed with link span, two legs of link span are connected to electric capacity guide groove by pin, electric capacity guide groove is positioned at electric capacity feeding distribution mechanism lower end, the discharging opening upper end of electric capacity guide groove is provided with opto-electronic pickup, feed bin front side plate is fixed with the first contiguous block, first contiguous block is connected to the second contiguous block by joint pin, second contiguous block is fixed on electric capacity stitch install bin top board, described electric capacity stitch install bin is positioned at electric capacity stitch lower end.
3. small capacitances automatic shearing pin according to claim 2 and labelling machine, it is characterized in that: described electric capacity feeding distribution mechanism comprises stepping motor, stepper motor driver, main driving pulley, odontoid belt, driven pulley, adapter shaft, stepping motor sensing chip, groove micro photo electric sensor, straight line flange bearing, electric capacity sub-material mould, sub-material die cavity and electric capacity block, described stepping motor is fixed on feed bin rear quarter panel, feed bin base plate is provided with stepper motor driver, the motor shaft of stepping motor is provided with main driving pulley, on main driving pulley, cover has odontoid belt, odontoid belt is connected to driven pulley, driven pulley is installed on adapter shaft rear end, in the middle of adapter shaft, stepping motor sensing chip and straight line flange bearing are installed, stepping motor sensing chip upper end is provided with groove micro photo electric sensor, groove micro photo electric sensor is fixed on feed bin rear quarter panel by fixed block, straight line flange bearing is fixed on feed bin rear quarter panel, adapter shaft front end is provided with electric capacity sub-material mould, sub-material die cavity is provided with on the left of electric capacity sub-material mould, sub-material die cavity is fixed on feed bin rear quarter panel medial surface, sub-material die cavity leading flank is provided with electric capacity block, electric capacity block is close to electric capacity.
4. small capacitances automatic shearing pin according to claim 1 and labelling machine, it is characterized in that: described label-sticking mechanism comprises label supply device and device for labeling, the label outlet of the label disconnecting gear of described label supply device is facing to the electric capacity in device for labeling, described label supply device also comprises installation panel, label subpanel, subpanel support, label guide piece, label draw gear, label backing paper regenerative apparatus and tightening device, described label subpanel is fixed on installation panel by subpanel support, label subpanel is provided with label coiled strip, label coiled strip is connected to label disconnecting gear after label guide piece and label draw gear, label backing paper is connected to label backing paper regenerative apparatus by the guide groove of the servo support of label draw gear, second odontoid belt of described label draw gear is connected to the 3rd flower wheel of label backing paper regenerative apparatus, the two ends of the second odontoid belt are connected to the tension wheel of tightening device, described label guide piece comprises guiding adapter shaft, center bearing pilot bearing, guide pulley and spacing ring, guiding adapter shaft is fixed on installation panel, on guiding adapter shaft, cover has two centers bearing pilot bearing, center bearing pilot bearing is all plugged in guide pulley, guide pulley two ends cover restraining position ring block, the distance between two spacing rings is consistent with tag width.
5. small capacitances automatic shearing pin according to claim 4 and labelling machine, it is characterized in that: described label draw gear comprises drive motor, first drive wheel, first odontoid belt, first flower wheel, axle drive shaft, first linear bearing, set collar, head roll, follow-up mechanism and the second flower wheel, described drive motor is fixed on installation panel trailing flank by contiguous block, the motor shaft of drive motor is provided with the first drive wheel, on first drive wheel, cover has the first odontoid belt, first odontoid belt is connected to the first flower wheel, first flower wheel is installed on axle drive shaft, in the middle of axle drive shaft, the first linear bearing is installed, first linear bearing is fixed on installation panel, first linear bearing front end is provided with set collar, set collar is installed on axle drive shaft, axle drive shaft front end is provided with head roll, the servo-actuated cylinder of follow-up mechanism is provided with on the left of head roll, axle drive shaft rear end is provided with the second flower wheel, on second flower wheel, cover has the second odontoid belt, described follow-up mechanism also comprises servo-actuated adapter shaft and servo support, and described servo support is fixed on installation panel side, and servo support right-hand member is fitted with servo-actuated adapter shaft, and servo-actuated adapter shaft is provided with servo-actuated cylinder.
6. small capacitances automatic shearing pin according to claim 4 and labelling machine, it is characterized in that: described label disconnecting gear comprises adapter plate, " ┏ " shape connecting panel, connecting panel pillar, label backing paper guide pulley, label tape cylinder, cylinder joint pin, roller bearings, cylinder link span, label tape adapter plate, label tape pressing plate, label tape plate bracket, color mark sensor, the axis of guide, guide shaft support and axis of guide support, " ┏ " shape connecting panel lateral surface is fixed with two connecting panel pillars, connecting panel pillar is all fixed on adapter plate side, adapter plate is installed on installation panel leading flank, " ┏ " shape connecting panel medial surface is fixed with label backing paper guide pulley, " ┏ " shape connecting panel lateral surface is connected to cylinder joint pin by cylinder link span, cylinder joint pin is positioned at above " ┏ " shape connecting panel, cylinder joint pin two ends cover has roller bearings, roller bearings is all plugged in label tape cylinder, on " ┏ " shape connecting panel, plane right-hand member is connected to label tape adapter plate lower plane by pin, label tape adapter plate side is along being fixed with label tape plate bracket, label tape plate bracket is connected to label tape pressing plate by pin, label tape is provided with between label tape pressing plate and label tape adapter plate, described label tape pressing plate is provided with square through hole, color mark sensor is provided with above square through hole, color mark sensor is fixed on guide shaft support side, guide shaft support is fitted with the axis of guide, the axis of guide is connected with axis of guide support, axis of guide support is connected with installation panel, described color mark sensor faces toward label tape by the square through hole on label tape pressing plate.
7. small capacitances automatic shearing pin according to claim 4 and labelling machine, it is characterized in that: described label backing paper regenerative apparatus also comprises S. A., second linear bearing, clamping ring, reclaim deflector roll, base stock limited post and limited post support, described 3rd flower wheel is installed on S. A., in the middle of S. A., the second linear bearing is installed, second linear bearing is fixed on installation panel, S. A. front end is overlapped successively to be had clamping ring and reclaims deflector roll, reclaim deflector roll front end and limited post support is installed, limited post support is connected to base stock limited post, base stock limited post is positioned at and reclaims deflector roll lower end, described tightening device also comprises tensioning bearing, tensioning joint pin, joint pin support and support fixed block, described support fixed block is installed on installation panel side, support fixed block side is provided with two rectangular through slot, joint pin support is fitted with in two rectangular through slot of support fixed block, one end of joint pin support is provided with tensioning joint pin, tensioning joint pin rear end is provided with tensioning bearing, and tensioning shaft socket joint is loaded on tension wheel.
8. small capacitances automatic shearing pin according to claim 4 and labelling machine, it is characterized in that: described device for labeling comprises label stripping apparatus and electric capacity lifting clamping device, the stripping cylinder of described label stripping apparatus is close to the electric capacity in electric capacity lifting clamping device, described label stripping apparatus also comprises stripping stepping motor, motor mounting flange, backing plate, coupler, peel off S. A., 3rd linear bearing, linear bearing mounting flange and opening clamp ring, described stripping stepping motor is installed on motor mounting flange side, motor mounting flange is fixed on plane on backing plate, backing plate is installed on main frame top board, the motor shaft peeling off stepping motor is connected to stripping S. A. by coupler, peel off in the middle of S. A. and the 3rd linear bearing is installed, 3rd linear bearing is installed on linear bearing mounting flange, linear bearing mounting flange is fixed on plane on backing plate, peel off S. A. front end and stripping cylinder is installed, peel off on front side of cylinder and be provided with opening clamp ring, opening clamp ring is fixed on to be peeled off on S. A..
9. small capacitances automatic shearing pin according to claim 8 and labelling machine, it is characterized in that: described electric capacity lifting clamping device comprises lift cylinder, lift cylinder adapter plate, push-and-pull cylinder, push-and-pull cylinder mounting plate, connecting panel, first cylinder, first rolling stand, second tin roller, second tin roller support, electric capacity limit stick and electric capacity limit stick support, described lift cylinder adapter plate is fixed on main frame front side plate medial surface, lift cylinder adapter plate side is provided with lift cylinder, the piston rod flanged plate of lift cylinder is connected to push-and-pull cylinder mounting plate lower plane, on push-and-pull cylinder mounting plate, plane right-hand member is provided with push-and-pull cylinder, the piston rod flanged plate of push-and-pull cylinder is connected to connecting panel, connecting panel is connected with second tin roller support, second tin roller support is provided with second tin roller, the first cylinder is close on the left of second tin roller, first cylinder two ends are plugged on the first rolling stand, first rolling stand is fixed on plane on push-and-pull cylinder mounting plate, first cylinder and second tin roller are provided with electric capacity, the push-and-pull cylinder mounting plate of the corresponding lower end of electric capacity is provided with opening groove, electric capacity drops down onto electric capacity receiver by opening groove, on the left of electric capacity and right side is provided with electric capacity limit stick, electric capacity limit stick is all fixed on electric capacity limit stick support, electric capacity limit stick support is fixed on push-and-pull cylinder mounting plate side edge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520760571.5U CN205023030U (en) | 2015-09-29 | 2015-09-29 | Automatic foot and labeller cut of low -capacitance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520760571.5U CN205023030U (en) | 2015-09-29 | 2015-09-29 | Automatic foot and labeller cut of low -capacitance |
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| Publication Number | Publication Date |
|---|---|
| CN205023030U true CN205023030U (en) | 2016-02-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520760571.5U Expired - Fee Related CN205023030U (en) | 2015-09-29 | 2015-09-29 | Automatic foot and labeller cut of low -capacitance |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205023030U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105173292A (en) * | 2015-09-29 | 2015-12-23 | 苏州达恩克精密机械有限公司 | Automatic pin shearing and labeling machine of small capacitor |
| CN105644876A (en) * | 2016-03-01 | 2016-06-08 | 广东飞新达智能设备股份有限公司 | Material receiving and feeding synchronous positioning mechanism of labeling machine |
-
2015
- 2015-09-29 CN CN201520760571.5U patent/CN205023030U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105173292A (en) * | 2015-09-29 | 2015-12-23 | 苏州达恩克精密机械有限公司 | Automatic pin shearing and labeling machine of small capacitor |
| CN105644876A (en) * | 2016-03-01 | 2016-06-08 | 广东飞新达智能设备股份有限公司 | Material receiving and feeding synchronous positioning mechanism of labeling machine |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160210 Termination date: 20160929 |