CN204603143U - Coiling butt-joint integration apparatus - Google Patents
Coiling butt-joint integration apparatus Download PDFInfo
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- CN204603143U CN204603143U CN201520255270.7U CN201520255270U CN204603143U CN 204603143 U CN204603143 U CN 204603143U CN 201520255270 U CN201520255270 U CN 201520255270U CN 204603143 U CN204603143 U CN 204603143U
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Abstract
The utility model discloses a kind of coiling butt-joint integration apparatus, comprise frame, the discharging device be installed in frame, rotating-table apparatus, pendulum materials device, Winder, butt-weld device and cutting facility; Setting operation platform and lead-in wire part on the index dial of rotating-table apparatus, operating desk comprises line ball head, pullover, first line component and the second stringing assembly, and pullover setting loads position; Pendulum materials device will treat that the module conveyance of butt-joint carries out module filling to loading position, wire is turned to coil at line ball head place by Winder, and before and after coiling, the end of a thread of coil and line tail are crossed over directly over the welding region of module by lead-in wire part, first line component and the second stringing assembly, module is carried out butt-joint with the end of a thread of coil, line tail by butt-weld device respectively, and cutting facility is by line shearing more than coil.The utility model realizes coiling butt-joint automation, improves production efficiency and butt-joint qualification rate, reduces production cost.
Description
Technical field
The utility model relates to technical field of automation equipment, particularly relates to a kind of coiling butt-joint integration apparatus.
Background technology
At present, the coiling of radio-frequency coil on smart card, and the butt-joint of coil and module is divided into two techniques, i.e. first coiling radio-frequency coil, after coil winding completes, then coil and module are welded together by manual operation, this artificial butt-joint mode causes production efficiency lower, production cost is high, and also there is the lower problem of qualification rate after artificial butt-joint.
Utility model content
Main purpose of the present utility model is to provide a kind of coiling butt-joint integration apparatus, is intended to realize coiling butt-joint automation, improves production efficiency, reduces production cost, improves butt-joint qualification rate.
In order to achieve the above object, the utility model provides a kind of coiling butt-joint integration apparatus, described coiling butt-joint integration apparatus comprises frame, be installed in described frame and the discharging device of pilot rate of tension, be installed in described frame and for the rotating-table apparatus of conversion station for the wire of placing coil to be turned to, and is installed in pendulum materials device, Winder, butt-weld device and the cutting facility around described rotating-table apparatus;
Described rotating-table apparatus comprises index dial, and the some operating desks be arranged on described index dial and some lead-in wire parts, described operating desk comprise for for coiling line ball head, to be set on described line ball head pullover, and be arranged on described pullover on first line component and the second stringing assembly; Described pullover being provided with loads position, and described first line component lays respectively at the relative both sides of described filling position with described second stringing assembly;
Described pendulum materials device is used for treating that the module conveyance of butt-joint carries out module filling to loading position;
Described Winder is used for one end of wire to be fastened in described lead-in wire part, and hanging support is in described first line component, and at line ball head place, wire is turned to coil, and by the other end hanging support of wire in described second stringing assembly, cross over directly over the welding region of module with the end of a thread and line tail of making coil;
Described butt-weld device is for carrying out butt-joint, to make module and coil conducting with the end of a thread of coil, line tail respectively by the module on described filling position;
Described cutting facility is for line shearing more than the coil after butt-joint.
Preferably, described operating desk also comprises bar for pressing wire and axle sleeve;
Described bar for pressing wire, axle sleeve, pullover, line ball head are coaxially arranged, one end of described bar for pressing wire is fixedly connected with described index dial, one end of described axle sleeve is set on the other end of described bar for pressing wire, the other end of described axle sleeve is set in one end of described line ball head, and be arranged on described pullover in, describedly pulloverly offer through hole vertically, the other end of described line ball head run through described through hole stretch out described pullover outside;
First line component comprises the first wiring column and the second wiring column, described second stringing assembly comprises the 3rd wiring column and the 4th wiring column, described pullover the first mounting groove offered for installing described first wiring column, the 3rd wiring column, and for installing the second mounting groove of described second wiring column, the 4th wiring column; Described first wiring column, the 3rd wiring column and described first mounting groove are slidably connected, and described second wiring column, the 4th wiring column and described second mounting groove are slidably connected.
Preferably, described pendulum materials device involving vibrations dish, remove material support, the first linear module, remove expect assembly, the first actuator and the second actuator;
Described first linear module, remove material assembly, the first actuator and the second actuator be all installed in described in remove material support on, described first actuator is fixedly connected with the described first linear module, with described removing, described second actuator expects that assembly is fixedly connected with, described in remove material assembly and the described first linear module be slidably connected;
Described vibrating disk is provided with module material taking mouth, and described vibrating disk treats the module of butt-joint for placing, and by module booting to described module material taking mouth;
Described material assembly of removing for drawing module from described module material taking mouth, and with the described first linear module move with module is carried to described pullover on filling position;
The described multiple connecting rods removed material assembly and comprising the first sucker for drawing module, being mutually rotationally connected, and the first guide rail slide block for guiding described connecting rod in the vertical direction to move; Described connecting rod is connected between described second actuator and described first sucker.
Preferably, described Winder comprises driven unit and wire-winding unit;
Described driven unit comprises the second linear module, the axis of guide and the 3rd actuator;
Described wire-winding unit comprises fourth drive member, the first synchronizing wheel, the second synchronizing wheel, traverse shaft, positioning head, bobbin winding head and coiling cylinder;
Described first synchronizing wheel is set in the rotating shaft of described fourth drive member, described second synchronizing wheel and described first synchronizing wheel are in transmission connection, described second synchronizing wheel, positioning head and bobbin winding head are all set on described traverse shaft, and described coiling cylinder is connected with described traverse shaft;
Described linear module is used under the driving of described 3rd actuator, with the described axis of guide for guiding drives described wire-winding unit to move towards described line ball head;
Described bobbin winding head for turning to coil by wire on described line ball head;
Described coiling cylinder is used for after described bobbin winding head coiling completes, promote described wire-winding unit and moves towards the direction away from line ball head.
Preferably, described butt-weld device comprises butt-joint support, and is installed in the Liang Ge butt-joint mechanism on described butt-joint support; Two described butt-joint mechanisms are oppositely arranged, and described butt-joint mechanism comprises butt-joint cylinder, sliding panel, butt-joint pole, butt-joint plate, thousand parted hairs, the second guide rail slide block, look nut and elastic component; Described second guide rail slide block is connected with described butt-joint bracket slide, and described butt-joint cylinder is fixedly connected with described sliding panel, and described sliding panel and described butt-joint pole are slidably connected, and described butt-joint plate is fixedly connected with described sliding panel;
Described thousand slide for controlling described second guide rail slide block, to regulate the distance between Liang Ge butt-joint mechanism separately;
Described butt-joint plate is provided with butt-joint mouth, and the module loaded on position is carried out butt-joint with the end of a thread of coil and line tail respectively by described butt-joint mouth by described butt-joint plate under the driving at butt-joint cylinder;
Described look nut is set on described butt-joint pole, described elastic component is set on described butt-joint pole, and described elastic component is between described look nut and described sliding panel, described elastic component stretches when described look nut is screwed, to regulate the butt-joint pressure of described butt-joint mechanism.
Preferably, described cutting facility comprises wire clipping component and trimming assembly;
Described wire clipping component comprises clamping pliers, clamp cylinder and carrying cylinder; Described trimming assembly comprises thread trimmer, the 4th guide rail slide block and trimming cylinder;
Described clamping pliers is used under the driving of described clamp cylinder, clamp line more than coil, described thread trimmer be used under the driving of trimming cylinder with described 4th guide rail slide block for guiding in the vertical direction motion, and line shearing more than described clamping pliers is clamped, described clamping pliers also for being carried to line more than clamped in waste material box under the driving of described carrying cylinder.
Preferably, described coiling butt-joint integration apparatus also comprises take out device and material collecting device, and described take out device is used for the module after butt-joint and coil to take out, and described material collecting device is for collecting module and the coil of the taking-up of described take out device;
Described take out device comprise push away line mechanism, cross wires mechanism and inhale module mechanism;
Described push away line mechanism comprise first push away line cylinder, second push away line cylinder, third linear module, two blend stops, for installing the mounting base that described first pushes away line cylinder, and for installing the mounting blocks of described blend stop; Described blend stop is fixedly connected with described mounting base, and described third linear module pushes away line cylinder with described second respectively and is fixedly connected with described mounting blocks;
Under described blend stop is used for pushing away the driving of line cylinder described first, in the vertical direction moves, to clamp described axle sleeve, described third linear module be used for push away the driving of line cylinder described second under drive blend stop to move in the horizontal direction, with by described axle sleeve from described pullover in shift out;
Describedly pulloverly be provided with push rod groove; Described cross wires mechanism comprises two line taking cylinders and two groups of feeding push rods, and described line taking cylinder is fixedly connected with described feeding push rod;
Described feeding push rod is used for inserting in described push rod groove under the driving of described line taking cylinder, to be separated with the coil be wound on described line ball head by described line ball head;
Described suction module mechanism comprises the 3rd guide rail slide block, suction cylinder and the second sucker, and described 3rd guide rail slide block is used under the driving of described suction cylinder, drive the second sucker draw described pullover on module after butt-joint and coil.
Preferably, described coiling butt-joint integration apparatus also comprises and is installed in first heater in described frame and/or secondary heating mechanism, described first heater is used for heating described line ball head when putting materials device and loading module, described secondary heating mechanism is used for heating described line ball head when Winder coiling, to solidify the coil on described line ball head.
Preferably, described discharging device comprises the discharge plate of the wire for placing coil to be turned to, and for the tension controller of pilot rate of tension.
The coiling butt-joint integration apparatus that the utility model provides, by increasing pendulum materials device, butt-weld device and cutting facility, and operating desk is transformed into corresponding station by rotating-table apparatus, pendulum materials device will treat that the module conveyance of butt-joint is to loading position, module is filled in and loads position, one end of wire is fastened in the lead-in wire part of rotating-table apparatus by Winder, and hanging support is in first line component, and at line ball head place, wire is turned to coil, and by the other end hanging support of wire in the second stringing assembly, cross over directly over the welding region of module with the end of a thread and line tail of making coil, butt-weld device by the module loaded on position respectively with the end of a thread of coil, line tail carries out butt-joint, to make module and coil conducting, cutting facility is by line shearing more than the coil after butt-joint.Thus, by pendulum module, coiling, butt-joint with cut the multiple integrated process of remaining line, realize the coiling butt-joint automation of coiling butt-joint integration apparatus, without the need to artificial participation, production efficiency can be improved, reduce production cost, improve butt-joint qualification rate.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model coiling butt-joint integration apparatus preferred embodiment;
Fig. 2 is the top view of the butt-joint of coiling shown in Fig. 1 integration apparatus one angle;
Fig. 3 is the structural representation of the butt-joint of coiling shown in Fig. 1 integration apparatus turntable device;
Fig. 4 is the detonation configuration schematic diagram of operating desk in rotating-table apparatus shown in Fig. 3;
Fig. 5 is for putting the structural representation of materials device in the butt-joint of coiling shown in Fig. 1 integration apparatus;
Fig. 6 is the structural representation of Winder in the butt-joint of coiling shown in Fig. 1 integration apparatus;
The detonation configuration schematic diagram that Fig. 7 is Winder shown in Fig. 6;
Fig. 8 is the structural representation of butt-weld device in the butt-joint of coiling shown in Fig. 1 integration apparatus;
The partial structurtes schematic diagram that Fig. 9 is butt-weld device shown in Fig. 8;
Figure 10 is the structural representation of cutting facility in the butt-joint of coiling shown in Fig. 1 integration apparatus;
Figure 11 is the assembly structure schematic diagram of take out device in the utility model coiling butt-joint integration apparatus;
Figure 12 is for pushing away an assembly structure schematic diagram of line mechanism in take out device shown in Figure 11;
Figure 13 is for pushing away another assembly structure schematic diagram of line mechanism in take out device shown in Figure 11;
Figure 14 is the structural representation of cross wires mechanism in take out device shown in Figure 11;
Figure 15 is for inhaling the structural representation of module mechanism in take out device shown in Figure 11.
The realization of the purpose of this utility model, functional characteristics and advantage, will in conjunction with the embodiments, and be described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
The utility model provides a kind of coiling butt-joint integration apparatus.
Referring to figs. 1 through the structural representation that Fig. 4, Fig. 1 are the preferred embodiment of the utility model coiling butt-joint integration apparatus; Fig. 2 is the top view of the butt-joint of coiling shown in Fig. 1 integration apparatus one angle; Fig. 3 is the structural representation of the butt-joint of coiling shown in Fig. 1 integration apparatus turntable device; Fig. 4 is the detonation configuration schematic diagram of operating desk in rotating-table apparatus shown in Fig. 3.
In the utility model preferred embodiment, the utility model coiling butt-joint integration apparatus comprises frame 110, discharging device 120, rotating-table apparatus 200, pendulum materials device 300, Winder 400, butt-weld device 500 and cutting facility 800.Discharging device 120, rotating-table apparatus 200, pendulum materials device 300, Winder 400, butt-weld device 500 and cutting facility 800 are all installed in frame 110, and pendulum materials device 300, Winder 400, butt-weld device 500 and cutting facility 800 are installed in around described rotating-table apparatus 200, discharging device 120 is arranged near Winder 400.Described discharging device 120 is for placing the wire of coil to be turned to and pilot rate of tension, and this wire can be antenna, alcohol solvus, alcohol Self-binding cord, hot blast Self-binding cord etc., and described rotating-table apparatus 200 is for conversion station.
Described rotating-table apparatus 200 comprises index dial 210, and the some operating desks 220 be arranged on described index dial 210 and some lead-in wire parts 230, operating desk 220 is identical with the quantity of lead-in wire part 230, operating desk 220 and lead-in wire part 230 interval are arranged, described operating desk 220 comprise for for coiling line ball head 224, be set in pullover 223 on described line ball head 224, and the first line component 225 be arranged on described pullover 223 and the second stringing assembly 226; Described pullover 223 are provided with filling position 2231, load position 2231 for loading the module treating butt-joint, this module can be integrated chip, also can be circuit board, and described first line component 225 lays respectively at the relative both sides of described filling position 2231 with described second stringing assembly 226.
Described pendulum materials device 300 is for treating that the module conveyance of butt-joint carries out module filling to loading position 2231.
Described Winder 400 is for being fastened in described lead-in wire part 230 by one end of wire, and hanging support is in described first line component 225, and at line ball head 224 place, wire is turned to coil, and by the other end hanging support of wire in described second stringing assembly 226, cross over directly over the welding region of module with the end of a thread and line tail of making coil.
Described butt-weld device 500 is for carrying out butt-joint, to make module and coil conducting with the end of a thread of coil, line tail respectively by the module on described filling position 2231.
Described cutting facility 800 is for line shearing more than the coil after butt-joint.And in pilot rate of tension,
In the present embodiment, before the work of coiling butt-joint integration apparatus, the wire of coil to be turned to can be placed on discharging device 120, and wire is guided to Winder, and according to index dial actual rotation direction, wire is tied up on a lead-in wire part 230, with fixing the end of a thread, tension wire.When the startup work of coiling butt-joint integration apparatus, the index dial 210 in rotating-table apparatus 200 rotates, and when index dial 210 rotates, drives the operating desk 220 on index dial 210 and lead-in wire part 230 to rotate, thus carries out station conversion.First one operating desk 220 is forwarded to pendulum material station by rotating-table apparatus 200, and pendulum materials device 300 will treat that the module conveyance of butt-joint is to loading position 2231, is filled in through module and loads position 2231.
After pendulum materials device 300 loads module, rotating-table apparatus 200 forwards the operating desk 220 that module is housed to coiling station, one end of wire is first fastened in lead-in wire part 230 by Winder 400, and hanging support is in first line component 225, at line ball head 224 place, wire is turned to coil again, then by the other end hanging support of wire in the second stringing assembly 225, cross over directly over the welding region of module to make the end of a thread of coil and line tail.It should be noted that, owing to previously wire the end of a thread being tied up on a lead-in wire part 230, therefore when rotating-table apparatus 200 first time forwards coiling station to, Winder 400 directly can be drawn wire by this lead-in wire part 230 and be hung on first line component 225, when follow-up circulation turntable device 200 forwards coiling station again to, wire is hung over lead-in wire part 230 by Winder 400 automatically, holds wire, fixed wire one end and strain by lead-in wire part 230.
After Winder 400 completes coil winding operation, rotating-table apparatus 200 forwards butt-joint station by being equipped with module to the operating desk 220 being wound with coil, the module loaded on position 2231 is carried out butt-joint, to make module and coil conducting with the end of a thread of coil and line tail by butt-weld device 500 respectively.
After butt-weld device 500 completes the butt-joint operation of module and coil, rotating-table apparatus 200 forwards the operating desk 220 that the module after butt-joint and coil are housed to shearing station, and cutting facility 800 is by line shearing more than the coil after butt-joint.
Should be understood that, each operating desk 220, with index dial 210 cycle rotation, successively through overswing material station, coiling station, butt-joint station, trimming station in rotation process, thus completes the coiling of coil and module and coil butt-joint automatically.
Relative to prior art, the utility model coiling butt-joint integration apparatus, by pendulum module, coiling, butt-joint with cut the multiple integrated process of remaining line, realize the coiling butt-joint automation of coiling butt-joint integration apparatus, without the need to artificial participation, production efficiency can be improved, reduce production cost, improve butt-joint qualification rate simultaneously.
Particularly, as depicted in figs. 1 and 2, described discharging device 120 comprises discharge plate 101 and tension controller 102, and wherein, discharge plate 101 turns to the wire of coil for placing band, tension controller 102 is for pilot rate of tension.
Before the work of coiling butt-joint integration apparatus, the wire of coil to be turned to can be placed on discharge plate 101 by operator, and by wire through the duct ring 103 on tension controller 102, and after Winder 400, tie up to through wire and wherein one go between on part 230.Thus, the coiling butt-joint integration apparatus course of work, when rotating-table apparatus 200 forwards coiling station to, Winder 400 utilizes wire to carry out coiling, wire is turned to coil, at Winder 400, wire is turned in coil process, regulate wire rate of tension by tension controller 102, so that Winder 400 coiling.
Particularly, as shown in Figure 4, the operating desk 220 in rotating-table apparatus 200 also comprises bar for pressing wire 221 and axle sleeve 222.
Described bar for pressing wire 221, axle sleeve 222, pullover 223, line ball head 224 are coaxially arranged, one end of described bar for pressing wire 221 is fixedly connected with described index dial 210, one end of described axle sleeve 222 is set on the other end of described bar for pressing wire 221, the other end of described axle sleeve 222 is set in one end of described line ball head 224, and be arranged in described pullover 223, described pullover 223 offer through hole vertically, and the other end of described line ball head 224 runs through described through hole and stretches out outside described pullover 223.
Two ends due to pullover 223 are connected with axle sleeve 222 and line ball head 224 respectively, and one end of line ball head 224 is arranged on axle sleeve 222 and pullover 223 one end be connected, the other end of line ball head 224 is arranged in pullover 223, and through hole can be run through stretch out outside pullover 223, thus line ball head 224 can put in the through hole of pullover 223 or stretch out outside the through hole of pullover 223.
In addition, first line component 225 comprises the first wiring column 2251 and the second wiring column 2252, described second stringing assembly 226 comprises the 3rd wiring column 2261 and the 4th wiring column 2262, described pullover 223 offer the first mounting groove 2232 and the second mounting groove 2233, first mounting groove 2232 is for installing described first wiring column 2251 and the 3rd wiring column 2261, second mounting groove 2233 for installing described second wiring column 2252 and the 4th wiring column 2262; A described wiring column 2251, the 3rd wiring column 2261 are slidably connected with described first mounting groove 2232, and described second wiring column 2252, the 4th wiring column 2262 are slidably connected with described second mounting groove 2233.
In winding process, one end of wire is first fastened in the lead-in wire part 230 near the first wiring column 2251 and the second wiring column 2252 by Winder 400, by lead-in wire part 230, wire is drawn through the second wiring column 2252 successively, first wiring column 2251, thus by one end of the first wiring column 2251 and the second wiring column 2252 hanging support wire, at line ball head 224 place, wire is turned to coil again, then wire is drawn successively through the 3rd wiring column 2261, 4th wiring column 2262, by the other end of the 3rd wiring column 2261 and the 4th wiring column 2262 hanging support wire, thus the end of a thread of coil is hung on the first wiring column 2251 and the second wiring column 2252, the line tail of coil is hung on the 3rd wiring column 2261 and the 4th wiring column 2262, thus the end of a thread of coil and line tail are crossed over directly over the butt-joint region of module, module and coil are carried out butt-joint by butt-weld device 500.
Due to the first wiring column 2251 and the 3rd wiring column 2261 can with the first mounting groove 2232 relative sliding, and the second wiring column 2252 and the 4th wiring column 2262 can with the second mounting groove 2233 relative sliding, therefore, before the work of coiling butt-joint integration apparatus, can according to the distance between two welding regions of module, adaptability regulates the distance between the first wiring column 2251 and the 3rd wiring column 2261, and second distance between wiring column 2252 and the 4th wiring column 2262, thus can distance between the end of a thread of regulating winding and line tail, to be applicable to dissimilar module.
Refer again to Fig. 5, Fig. 5 is for putting the structural representation of materials device in the butt-joint of coiling shown in Fig. 1 integration apparatus.
Described pendulum materials device 300 involving vibrations dish 310, remove material support 320, first linear module 330, remove and expect assembly 340, first actuator 350 and the second actuator 360.
Described first linear module 330, remove material assembly 340, first actuator 350 and the second actuator 360 be all installed in described in remove on material support 320, described first actuator 350 is fixedly connected with the described first linear module 330, with described removing, described second actuator 360 expects that assembly 340 is fixedly connected with, described in remove material assembly 340 and be slidably connected with the described first linear module 330.
Described vibrating disk 310 is provided with module material taking mouth 311, described vibrating disk 310 for placing the module treating butt-joint, and by module booting to described module material taking mouth 311.
Described material assembly 340 of removing for drawing module from described module material taking mouth 311, and moves module to be carried to the filling position 2231 on described pullover 223 with the described first linear module 330.
The described multiple connecting rods 342 removed material assembly 340 and comprising the first sucker 341 for drawing module, being mutually rotationally connected, and the first guide rail slide block 343 for guiding described connecting rod 342 in the vertical direction to move; Described connecting rod 342 is connected between described second actuator 360 and described first sucker 341, and this first sucker 341 is vacuum cup.
Before the work of coiling butt-joint integration apparatus, operator can will treat that the module of butt-joint is placed in vibrating disk 310.In the coiling butt-joint integration apparatus course of work, when the operating desk 220 in rotating-table apparatus 200 forwards pendulum material station to, vibrating disk 310 in pendulum materials device 300 starts work, because vibrating disk 310 vibrates in the course of the work, therefore, the module on vibrating disk 310 moves to the module material taking mouth 311 of vibrating disk 310 along the guide rail (scheming not shown) of vibrating disk 310.Meanwhile, the first actuator 350 drives the first linear module 330 to do linear movement, remove material assembly 340 and the first linear module 330 relative sliding, thus the first sucker 341 of control link 342 lower end moves to directly over module material taking mouth 311.Second actuator 360 drive link 342 is with the first guide rail slide block 343 for guiding is moved straight down, and when the first sucker 341 of connecting rod 342 lower end moves to module material taking mouth 311, module holds by the first sucker 341.
After the module at module material taking mouth 311 place holds by the first sucker 341, second actuator 360 drive link 342 is moved for leading straight up with the first guide rail slide block 343, simultaneously, first linear module 330 does linear movement, drive to remove and expect that assembly 340 moves to directly over the filling position 2231 on pullover 223, second actuator 360 drive link 342 is moved for guiding straight down with the first guide rail slide block 343, drawn module is put into the filling position 2231 on pullover 223, completes the filling of module.
The module absorption that the vacuum produced in pullover 223 will be loaded on position 2231, to guarantee that module does not come off when rotating-table apparatus 200 conversion station.
Refer again to Fig. 6 and Fig. 7, Fig. 6 is the structural representation of Winder in the butt-joint of coiling shown in Fig. 1 integration apparatus; The detonation configuration schematic diagram that Fig. 7 is Winder shown in Fig. 6.
As shown in Figure 6 and Figure 7, described Winder 400 comprises driven unit 410 and wire-winding unit 420.
Described driven unit 410 comprises the second linear module 411, the axis of guide 412 and the 3rd actuator 413.
Described wire-winding unit 420 comprises fourth drive member 421, first synchronizing wheel 422, second synchronizing wheel 423, traverse shaft 424, positioning head 425, bobbin winding head 426 and coiling cylinder 427.
Described first synchronizing wheel 422 is set in the rotating shaft of described fourth drive member 421, described second synchronizing wheel 423 is in transmission connection with described first synchronizing wheel 422, described second synchronizing wheel 423, positioning head 425 and bobbin winding head 426 are all set on described traverse shaft 424, and described coiling cylinder 427 is connected with described traverse shaft 424.
Described linear module is used under the driving of described 3rd actuator 413, with the described axis of guide 412 for guiding drives described wire-winding unit 420 to move towards described line ball head 224.
Described bobbin winding head 426 for turning to coil by wire on described line ball head 224.
Described coiling cylinder 427 moves towards the direction away from line ball head 224 for promoting described wire-winding unit 420 after the coiling of described bobbin winding head 426 completes.
Before the work of coiling butt-joint integration apparatus, operator can by the duct ring 103 of the wire on discharge plate 101 through tension controller 102, and arrive bobbin winding head 426 through the guide hole on each assembly in Winder 400, guide to the wherein lead-in wire part 230 on index dial 210 again, and wire is tied up on this wire guide rob 230.Winder 400 can also arrange filtering base 428, first wire can be passed filtering base 428 when threading, then through the guide hole on each assembly in Winder 400.Specifically when plain conductor is turned to coil, cotton can be added in filtering base 428, when alcohol solvus is turned to coil, the cotton containing industrial alcohol can be added in filtering base 428, with clean wire.
When operating desk 220 in rotating-table apparatus 200 forwards coiling station to, 3rd actuator 413 drives the second linear module 411 mobile for being directed at X1+ direction of principal axis (as shown in Figure 6) with the axis of guide 412, second linear module 411 drives traverse shaft 424 to move at X1+ direction of principal axis, until the positioning head 425 on traverse shaft 424 moves to corresponding operating desk 220, until the line ball head 224 of positioning head 425 on alignment function platform 220 is advisable.Wire draws through the second wiring column 2252, first wiring column 2251 by wire guide rob 230 by bobbin winding head 426 successively, hang on the first wiring column 2251 and the second wiring column 2252, so that the end of a thread of coil welds with a welding region of module by butt-weld device 500 by wire one end.
At bobbin winding head 426 by wire successively through the second wiring column 2252, after first wiring column 2251, bobbin winding head 426 moves to directly over line ball head 224, now, fourth drive member 421 drives the first synchronizing wheel 422 to rotate, because the second synchronizing wheel 423 is connected by passing band 429 with the first synchronizing wheel 422, therefore first the second synchronizing wheel 423 is synchronously driven to rotate, and then second synchronizing wheel 423 drive traverse shaft 424 to rotate, bobbin winding head 426 on traverse shaft 424 rotates along with traverse shaft 424, bobbin winding head 426 by wire around on the line ball head 224 stretched out outside pullover 223, thus wire is turned to coil.
After coil winding completes, wire draws through the 3rd wiring column 2261, the 4th wiring column 2262 by bobbin winding head 426 successively, hang on the 3rd wiring column 2261 and the 4th wiring column 2262 by the wire other end, so that the line tail of coil welds with another welding region of module by butt-weld device 500, then wire can be moved on another adjacent lead-in wire part 230, complete winding process.As shown in Figure 3 and Figure 4, on the first line component 225 that wire can be hung over module two pairs of both sides by bobbin winding head 426 and the second stringing assembly 226, the end of a thread of coil and line tail are crossed over directly over the welding region of module, to carry out butt-joint to module and coil.
The shape of the coil after coiling and height match with the shape and size of line ball head 224, thus, based on the line ball head 224 of difformity and size, coiling the coil of difformity and height can be gone out.
After coiling completes, coiling cylinder 427 is released, and promote traverse shaft 424 to X1-direction (as shown in Figure 6) motion, now bobbin winding head 426 is separated with line ball head 224, makes rotating-table apparatus 200 can forward next station to.
Refer again to Fig. 8 and Fig. 9, Fig. 8 is the structural representation of butt-weld device in the butt-joint of coiling shown in Fig. 1 integration apparatus; The partial structurtes schematic diagram that Fig. 9 is butt-weld device shown in Fig. 8.
Described butt-weld device 500 comprises butt-joint support 510, and is installed in the Liang Ge butt-joint mechanism 520 on described butt-joint support 510; Two described butt-joint mechanisms 520 are oppositely arranged, and described butt-joint mechanism 520 comprises butt-joint cylinder 521, sliding panel 522, butt-joint pole 523, butt-joint plate 524, thousand 526, second guide rail slide block 527, look nut 528 and elastic component (scheming not shown) separately; Preferably, this elastic component is spring to the present embodiment.Described second guide rail slide block 527 is slidably connected with described butt-joint support 510, described butt-joint cylinder 521 is fixedly connected with described sliding panel 522, described sliding panel 522 is slidably connected with described butt-joint pole 523, and described butt-joint plate 524 is fixedly connected with described sliding panel 522.
Described thousand 526 slide for controlling described second guide rail slide block 527, to regulate the distance between Liang Ge butt-joint mechanism 520 separately.
Described butt-joint plate 524 is provided with butt-joint mouth 525, and described butt-joint plate 524 for carrying out butt-joint with the end of a thread of coil and line tail by described butt-joint mouth 525 respectively by the module loaded on position 2231 under the driving of butt-joint cylinder 521.
Described look nut 528 is set on described butt-joint pole 523, and described elastic component is set on described butt-joint pole 523, and described elastic component is between described look nut 528 and described sliding panel 522.Described elastic component stretches when described look nut 528 is screwed, to regulate the butt-joint pressure of described butt-joint mechanism 520.
Butt-weld device 500 mainly passes through produced big current, together with coil and module being welded and carried out, makes coil and module conducting by butt-joint mouth 525.Thousand parted hairs 526 slide owing to can control described second guide rail slide block 527, and the second guide rail slide block 527 is slidably connected with butt-joint support 510, when the distance of adjustment 2,000 parted hair 526, second guide rail can slide along butt-joint support 510, thus, for different modules, distance between the welding region of the relative both sides of module is different, by regulating the distance of thousand parted hairs 526 at butt-weld device 500 two ends, the distance of two butt-joint mechanisms 520 can be changed, make two butt-joint mouths 525 respectively directly over the welding region of module both sides.
When rotating-table apparatus 200 forwards butt-joint station to, butt-joint cylinder 521 in butt-weld device 500 is released, butt-joint mouth 525 is driven to move downward, one butt-joint mouth 525 will hang over the welding region of the wire bonds on the first wiring column 2251 and the second wiring column 2252 in module, another butt-joint mouth 525 will hang over another welding region in module of the wire bonds on the 3rd wiring column 2261 and the 4th wiring column 2262 simultaneously, thus module and coil are carried out butt-joint.And, such as, by the butt-joint pressure of the adjustable butt-weld device 500 of the look nut 528 on butt-joint pole 523, when butt-joint pressure will be strengthened, look nut 528 can be screwed clockwise, elastic component is compressed, thus increase butt-joint pressure; When reducing butt-joint pressure, look nut 528 can be screwed counterclockwise, elastic component is stretched, thus reduce butt-joint pressure.After module and coil are carried out butt-joint, butt-joint cylinder 521 drives butt-joint mouth 525 to move upward, and returns to original position, so that rotating-table apparatus 200 forwards next station to.
In the process of coil and module butt-joint, for the wire bonds of little wire diameter, need module be placed on load position 2231 after add tin operation, namely at the welding region increase scolding tin of module.
Refer again to Figure 10, Figure 10 is the structural representation of cutting facility 800 in the butt-joint of coiling shown in Fig. 1 integration apparatus.
Described cutting facility 800 comprises wire clipping component 810 and trimming assembly 820.
Described wire clipping component 810 comprises clamping pliers 811, clamp cylinder 812 and carrying cylinder 813; Described trimming assembly 820 comprises thread trimmer 821, the 4th guide rail slide block 822 and trimming cylinder 823.
Described clamping pliers 811 for clamping line more than coil under the driving of described clamp cylinder 812, described thread trimmer 821 under the driving of trimming cylinder 823 with described 4th guide rail slide block 822 for the motion of guiding in the vertical direction, and line shearing more than described clamping pliers 811 is clamped, described clamping pliers 811 also under the driving of described carrying cylinder 813 by line more than clamped in waste material box (figure does not mark).
When rotating-table apparatus 200 forwards trimming station to, clamp cylinder 812 in wire clipping component 810 drives clamping pliers 811 to be lived by wire clamp more than coil, then trimming cylinder 823 drives thread trimmer 821 with described 4th guide rail slide block 822 for the motion of guiding in the vertical direction, line shearing more than the coil that clamping pliers 811 is clamped, then carrying cylinder 813 drives clamping pliers 811 to be carried in waste material box by line more than being cut, and carries out scrap wire recovery.
Refer again to Figure 11 to Figure 15, Figure 11 is the assembly structure schematic diagram of take out device in the utility model coiling butt-joint integration apparatus; Figure 12 is for pushing away an assembly structure schematic diagram of line mechanism in take out device shown in Figure 11; Figure 13 is for pushing away another assembly structure schematic diagram of line mechanism in take out device shown in Figure 11; Figure 14 is the structural representation of cross wires mechanism in take out device shown in Figure 11; Figure 15 is for inhaling the structural representation of module mechanism in take out device shown in Figure 11.
The utility model further, described coiling butt-joint integration apparatus also comprises take out device 600 and material collecting device 700, described take out device 600 is for taking out the module after butt-joint and coil, and described material collecting device 700 is for collecting module and the coil of the taking-up of described take out device 600.
Wherein, described take out device 600 comprise push away line mechanism 610, cross wires mechanism 620 and inhale module mechanism 630.
The described line mechanism 610 that pushes away comprises first and pushes away line cylinder 611, second and push away line cylinder 612, third linear module 613, two blend stops 614, mounting base 615 and mounting blocks 616, described mounting base 614 pushes away line cylinder 611 for installing described first, described mounting blocks 616 is for installing described blend stop 614, as shown in figure 13, two blend stops 614 lay respectively at the both sides of axle sleeve 222 after installing; Described blend stop 614 is fixedly connected with described mounting base 614, and described third linear module 613 pushes away line cylinder 612 with described second respectively and is fixedly connected with described mounting blocks 616.
Described blend stop 614 is for pushing away in the vertical direction motion under the driving of line cylinder 611 described first, to clamp described axle sleeve 222, described third linear module 613 drives blend stop to move in the horizontal direction under pushing away the driving of line cylinder 612 described second, to be shifted out in described pullover 223 by described axle sleeve 222.
Described pullover 223 are provided with push rod groove 2234; Described cross wires mechanism 620 comprises two line taking cylinders 621 and two groups of feeding push rods 622, and described line taking cylinder 621 is fixedly connected with described feeding push rod 622.
Described feeding push rod 622 for inserting in described push rod groove 2234 under the driving of described line taking cylinder 621, so that described line ball head 224 is separated with the coil be wound on described line ball head 224.
Described suction module mechanism 630 comprises the 3rd guide rail slide block 631, suction cylinder 632 and the second sucker 633, and this second sucker 633 is vacuum cup; Described 3rd guide rail slide block 631, under the driving of described suction cylinder 632, drives the second sucker 633 to draw module on described pullover 223 after butt-joint and coil.
The utility model also increases take out device 600 and material collecting device 700, after cutting facility 800 completes trimming operation, rotating-table apparatus 200 forwards feeding station to, module after butt-joint and coil are taken out by take out device 600, the taken out module after butt-joint and coil are placed on material collecting device 700, are collected module and the coil of the taking-up of described take out device 600 by material collecting device 700.Thus make coiling butt-joint integration apparatus automatically can also realize feeding and rewinding operation, without the need to artificial participation.
It is concrete when rotating-table apparatus 200 forwards feeding station to, push away first in line mechanism 610 to push away line cylinder 611 and open, namely first line cylinder 611 upwards jack-up is pushed away, blend stop 614 is driven to move straight up, when blend stop 614 moves to axle sleeve 222, two blend stops 614 clamp the both sides of axle sleeve 222 respectively, then second push away line cylinder 612 and open, third linear module 613 is driven to move along X2+ axle (as shown in figure 12) direction, third linear module 613 drives blend stop 614 and first to push away together with line cylinder 611 and moves along X2+ direction of principal axis, because blend stop 614 clamps axle sleeve 222, thus axle sleeve 222 shifts out by blend stop 614 when X2+ direction of principal axis moves in pullover 223, now line ball head 224 moves with axle sleeve 222, thus line ball head 224 puts in pullover 223.
Now, two line taking cylinders 621 in cross wires mechanism 620 are opened, two groups of feeding push rods 622 are driven to be inserted in corresponding push rod groove 2234 respectively, the coil being attached to pullover 223 surfaces is released, also line ball head 224 is blocked, avoid line ball head 224 to stretch out outside pullover 223, thus line ball head 224 is separated with coil.
Then, suction cylinder 632 is opened, and driving the 3rd guide rail slide block 631 slides, thus drives the module in the second sucker 633 suction motion absorption pullover 223 downwards after butt-joint and coil, and the drawn module after butt-joint and coil are carried to material collecting device 700.
After the second sucker 633 is drawn module on pullover 223 after butt-joint and coil and is carried to material collecting device 700, suction cylinder 632 resets, and the second sucker 633 gets back to original position with the 3rd guide rail slide block 631.And two line taking cylinders 621 in cross wires mechanism 620 reset, two groups of feeding push rods 622 shift out from the push rod groove 2234 of correspondence.First pushes away line cylinder 611 resets, and exercise recovery is to original position straight down to drive blend stop 614, and second pushes away line cylinder 612 resets, and drives third linear module 613 along X2-axle (as shown in figure 12) direction exercise recovery to original position.
Particularly, as depicted in figs. 1 and 2, described coiling butt-joint integration apparatus also comprises and is installed in first heater 910 in described frame 110 and/or secondary heating mechanism 920, described first heater 910 is for heating described line ball head 224 when putting materials device 300 and loading module, described secondary heating mechanism 920 is for heating described line ball head 224, to solidify the coil on described line ball head 224 when Winder 400 coiling.
The utility model when putting materials device 300 and loading module, namely before wire is turned to coil by Winder 400, can be heated by first heater 910 pairs of line ball heads 224, make Winder 400 easily by wire around on line ball head 224.When wire being turned to coil at Winder 400, again can also be heated by secondary heating mechanism 920 pairs of line ball heads 224, by the coil stiffened solidification on line ball head 224, avoiding winding deformation.
The foregoing is only preferred 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 description 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 coiling butt-joint integration apparatus, it is characterized in that, described coiling butt-joint integration apparatus comprises frame, be installed in described frame and the discharging device of pilot rate of tension, be installed in described frame and for the rotating-table apparatus of conversion station for the wire of placing coil to be turned to, and is installed in pendulum materials device, Winder, butt-weld device and the cutting facility around described rotating-table apparatus;
Described rotating-table apparatus comprises index dial, and the some operating desks be arranged on described index dial and some lead-in wire parts, described operating desk comprise for for coiling line ball head, to be set on described line ball head pullover, and be arranged on described pullover on first line component and the second stringing assembly; Described pullover being provided with loads position, and described first line component lays respectively at the relative both sides of described filling position with described second stringing assembly;
Described pendulum materials device is used for treating that the module conveyance of butt-joint carries out module filling to loading position;
Described Winder is used for one end of wire to be fastened in described lead-in wire part, and hanging support is in described first line component, and at line ball head place, wire is turned to coil, and by the other end hanging support of wire in described second stringing assembly, cross over directly over the welding region of module with the end of a thread and line tail of making coil;
Described butt-weld device is for carrying out butt-joint, to make module and coil conducting with the end of a thread of coil, line tail respectively by the module on described filling position;
Described cutting facility is for line shearing more than the coil after butt-joint.
2. coiling butt-joint integration apparatus as claimed in claim 1, it is characterized in that, described operating desk also comprises bar for pressing wire and axle sleeve;
Described bar for pressing wire, axle sleeve, pullover, line ball head are coaxially arranged, one end of described bar for pressing wire is fixedly connected with described index dial, one end of described axle sleeve is set on the other end of described bar for pressing wire, the other end of described axle sleeve is set in one end of described line ball head, and be arranged on described pullover in, describedly pulloverly offer through hole vertically, the other end of described line ball head run through described through hole stretch out described pullover outside;
First line component comprises the first wiring column and the second wiring column, described second stringing assembly comprises the 3rd wiring column and the 4th wiring column, described pullover the first mounting groove offered for installing described first wiring column, the 3rd wiring column, and for installing the second mounting groove of described second wiring column, the 4th wiring column; Described first wiring column, the 3rd wiring column and described first mounting groove are slidably connected, and described second wiring column, the 4th wiring column and described second mounting groove are slidably connected.
3. coiling butt-joint integration apparatus as claimed in claim 1, is characterized in that, described pendulum materials device involving vibrations dish, removes material support, the first linear module, removes and expect assembly, the first actuator and the second actuator;
Described first linear module, remove material assembly, the first actuator and the second actuator be all installed in described in remove material support on, described first actuator is fixedly connected with the described first linear module, with described removing, described second actuator expects that assembly is fixedly connected with, described in remove material assembly and the described first linear module be slidably connected;
Described vibrating disk is provided with module material taking mouth, and described vibrating disk treats the module of butt-joint for placing, and by module booting to described module material taking mouth;
Described material assembly of removing for drawing module from described module material taking mouth, and with the described first linear module move with module is carried to described pullover on filling position;
The described multiple connecting rods removed material assembly and comprising the first sucker for drawing module, being mutually rotationally connected, and the first guide rail slide block for guiding described connecting rod in the vertical direction to move; Described connecting rod is connected between described second actuator and described first sucker.
4. coiling butt-joint integration apparatus as claimed in claim 1, it is characterized in that, described Winder comprises driven unit and wire-winding unit;
Described driven unit comprises the second linear module, the axis of guide and the 3rd actuator;
Described wire-winding unit comprises fourth drive member, the first synchronizing wheel, the second synchronizing wheel, traverse shaft, positioning head, bobbin winding head and coiling cylinder;
Described first synchronizing wheel is set in the rotating shaft of described fourth drive member, described second synchronizing wheel and described first synchronizing wheel are in transmission connection, described second synchronizing wheel, positioning head and bobbin winding head are all set on described traverse shaft, and described coiling cylinder is connected with described traverse shaft;
Described linear module is used under the driving of described 3rd actuator, with the described axis of guide for guiding drives described wire-winding unit to move towards described line ball head;
Described bobbin winding head for turning to coil by wire on described line ball head;
Described coiling cylinder is used for after described bobbin winding head coiling completes, promote described wire-winding unit and moves towards the direction away from line ball head.
5. coiling butt-joint integration apparatus as claimed in claim 1, it is characterized in that, described butt-weld device comprises butt-joint support, and is installed in the Liang Ge butt-joint mechanism on described butt-joint support; Two described butt-joint mechanisms are oppositely arranged, and described butt-joint mechanism comprises butt-joint cylinder, sliding panel, butt-joint pole, butt-joint plate, thousand parted hairs, the second guide rail slide block, look nut and elastic component; Described second guide rail slide block is connected with described butt-joint bracket slide, and described butt-joint cylinder is fixedly connected with described sliding panel, and described sliding panel and described butt-joint pole are slidably connected, and described butt-joint plate is fixedly connected with described sliding panel;
Described thousand slide for controlling described second guide rail slide block, to regulate the distance between Liang Ge butt-joint mechanism separately;
Described butt-joint plate is provided with butt-joint mouth, and the module loaded on position is carried out butt-joint with the end of a thread of coil and line tail respectively by described butt-joint mouth by described butt-joint plate under the driving at butt-joint cylinder;
Described look nut is set on described butt-joint pole, described elastic component is set on described butt-joint pole, and described elastic component is between described look nut and described sliding panel, described elastic component stretches when described look nut is screwed, to regulate the butt-joint pressure of described butt-joint mechanism.
6. coiling butt-joint integration apparatus as claimed in claim 1, it is characterized in that, described cutting facility comprises wire clipping component and trimming assembly;
Described wire clipping component comprises clamping pliers, clamp cylinder and carrying cylinder; Described trimming assembly comprises thread trimmer, the 4th guide rail slide block and trimming cylinder;
Described clamping pliers is used under the driving of described clamp cylinder, clamp line more than coil, described thread trimmer be used under the driving of trimming cylinder with described 4th guide rail slide block for guiding in the vertical direction motion, and line shearing more than described clamping pliers is clamped, described clamping pliers also for being carried to line more than clamped in waste material box under the driving of described carrying cylinder.
7. coiling butt-joint integration apparatus as claimed in claim 2, it is characterized in that, described coiling butt-joint integration apparatus also comprises take out device and material collecting device, described take out device is used for the module after butt-joint and coil to take out, and described material collecting device is for collecting module and the coil of the taking-up of described take out device;
Described take out device comprise push away line mechanism, cross wires mechanism and inhale module mechanism;
Described push away line mechanism comprise first push away line cylinder, second push away line cylinder, third linear module, two blend stops, for installing the mounting base that described first pushes away line cylinder, and for installing the mounting blocks of described blend stop; Described blend stop is fixedly connected with described mounting base, and described third linear module pushes away line cylinder with described second respectively and is fixedly connected with described mounting blocks;
Under described blend stop is used for pushing away the driving of line cylinder described first, in the vertical direction moves, to clamp described axle sleeve, described third linear module be used for push away the driving of line cylinder described second under drive blend stop to move in the horizontal direction, with by described axle sleeve from described pullover in shift out;
Describedly pulloverly be provided with push rod groove; Described cross wires mechanism comprises two line taking cylinders and two groups of feeding push rods, and described line taking cylinder is fixedly connected with described feeding push rod;
Described feeding push rod is used for inserting in described push rod groove under the driving of described line taking cylinder, to be separated with the coil be wound on described line ball head by described line ball head;
Described suction module mechanism comprises the 3rd guide rail slide block, suction cylinder and the second sucker, and described 3rd guide rail slide block is used under the driving of described suction cylinder, drive the second sucker draw described pullover on module after butt-joint and coil.
8. coiling butt-joint integration apparatus as claimed in any of claims 1 to 7 in one of claims, it is characterized in that, described coiling butt-joint integration apparatus also comprises and is installed in first heater in described frame and/or secondary heating mechanism, described first heater is used for heating described line ball head when putting materials device and loading module, described secondary heating mechanism is used for heating described line ball head when Winder coiling, to solidify the coil on described line ball head.
9. coiling butt-joint integration apparatus as claimed in claim 1, it is characterized in that, described discharging device comprises the discharge plate of the wire for placing coil to be turned to, and for the tension controller of pilot rate of tension.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520255270.7U CN204603143U (en) | 2015-04-24 | 2015-04-24 | Coiling butt-joint integration apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520255270.7U CN204603143U (en) | 2015-04-24 | 2015-04-24 | Coiling butt-joint integration apparatus |
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| Publication Number | Publication Date |
|---|---|
| CN204603143U true CN204603143U (en) | 2015-09-02 |
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| CN201520255270.7U Active CN204603143U (en) | 2015-04-24 | 2015-04-24 | Coiling butt-joint integration apparatus |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104858339A (en) * | 2015-04-24 | 2015-08-26 | 深圳市源明杰科技有限公司 | Line-winding and butt-welding integrated equipment and method |
| CN105775728A (en) * | 2016-04-22 | 2016-07-20 | 天津智通机器人有限公司 | Chip wire winding equipment |
| CN106736551A (en) * | 2017-02-07 | 2017-05-31 | 深圳市银达通科技有限公司 | A kind of Full-automatic welding machine |
| CN108122670A (en) * | 2018-02-11 | 2018-06-05 | 佛山市荣鑫宝数控设备有限公司 | A kind of guiding anticollision device of the end of a thread |
| CN108766757A (en) * | 2018-08-09 | 2018-11-06 | 昆山均裕昌精密电子有限公司 | A kind of efficient inductance coil process equipment |
| CN108856606A (en) * | 2018-07-07 | 2018-11-23 | 深圳市勇辉精密机械有限公司 | A kind of magnet ring coiling tin soldering machine |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104858339A (en) * | 2015-04-24 | 2015-08-26 | 深圳市源明杰科技有限公司 | Line-winding and butt-welding integrated equipment and method |
| CN104858339B (en) * | 2015-04-24 | 2017-02-01 | 深圳源明杰科技股份有限公司 | Line-winding and butt-welding integrated equipment and method |
| CN105775728A (en) * | 2016-04-22 | 2016-07-20 | 天津智通机器人有限公司 | Chip wire winding equipment |
| CN105775728B (en) * | 2016-04-22 | 2018-03-13 | 天津智通机器人有限公司 | A kind of chip spooling equipment |
| CN106736551A (en) * | 2017-02-07 | 2017-05-31 | 深圳市银达通科技有限公司 | A kind of Full-automatic welding machine |
| CN108122670A (en) * | 2018-02-11 | 2018-06-05 | 佛山市荣鑫宝数控设备有限公司 | A kind of guiding anticollision device of the end of a thread |
| CN108122670B (en) * | 2018-02-11 | 2024-05-28 | 佛山市荣鑫宝数控设备有限公司 | Guiding anti-collision device for thread ends |
| CN108856606A (en) * | 2018-07-07 | 2018-11-23 | 深圳市勇辉精密机械有限公司 | A kind of magnet ring coiling tin soldering machine |
| CN108766757A (en) * | 2018-08-09 | 2018-11-06 | 昆山均裕昌精密电子有限公司 | A kind of efficient inductance coil process equipment |
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Address after: 518000 Guangdong city of Shenzhen province Baoan District Songgang Hongxing street community field madder Square Industrial Park of 12 buildings B Patentee after: Shenzhen Yuanmingjie Technology Co., Ltd. Address before: 518000 Guangdong city of Shenzhen province Baoan District Songgang Hongxing street community field madder Square Industrial Park of 12 buildings B Patentee before: SHENZHEN YUANMINGJIE TECHNOLOGY CO., LTD. |