CN105252133A - Magnet used for high-frequency welding device, high-frequency welding device and automatic peeling welding machine - Google Patents

Magnet used for high-frequency welding device, high-frequency welding device and automatic peeling welding machine Download PDF

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Publication number
CN105252133A
CN105252133A CN201510512946.0A CN201510512946A CN105252133A CN 105252133 A CN105252133 A CN 105252133A CN 201510512946 A CN201510512946 A CN 201510512946A CN 105252133 A CN105252133 A CN 105252133A
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China
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peeling
block
rail
magnet
slide block
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CN201510512946.0A
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CN105252133B (en
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钟予锋
冯金勇
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Dongguan Delta Photoelectric Technology Co Ltd
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Individual
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Priority to CN201710577647.4A priority Critical patent/CN107378223B/en
Priority to CN201510512946.0A priority patent/CN105252133B/en
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23KSOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K13/00Welding by high-frequency current heating
    • B23K13/01Welding by high-frequency current heating by induction heating
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01RELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R43/00Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors
    • H01R43/28Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors for wire processing before connecting to contact members, not provided for in groups H01R43/02 - H01R43/26
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23KSOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K2101/00Articles made by soldering, welding or cutting
    • B23K2101/36Electric or electronic devices
    • B23K2101/38Conductors

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Manufacturing & Machinery (AREA)
  • Wire Processing (AREA)

Abstract

The invention provides a magnet used for a high-frequency welding device, the high-frequency welding device and an automatic peeling welding machine. The automatic peeling welding machine comprises a fixed cable clamp device, an initial cable cutting device, a locating movable cable clamp device, a peeling and cable trimming device, a forking and cable cutting device, the welding device and a cable supporting frame. The locating movable cable clamp device is arranged on one side of the fixed cable clamp device, and the initial cable cutting device, the forking and cable cutting device, the peeling and cable trimming device, a stamping block with an inverted-V-shaped opening and the welding device are arranged on the other side of the fixed cable clamp device in sequence. The cable supporting support is arranged outside the cable clamp fixing device. The magnet is in the U shape, and bosses are extended from the same sides of the two ends of the magnet symmetrically. The automatic peeling welding machine is high in automation level, high in production efficiency and low in equipment cost, and the technical effect that the production efficiency and the product quality are high is achieved. The high-frequency welding device used in the automatic peeling welding machine and the specially-used magnet for the high-frequency welding device are provided at the same time.

Description

High-frequency welding equipment magnet, high-frequency welding equipment and automation peeling bonding machine
Technical field
Realize the high-frequency welding equipment of automatic welding after the present invention relates to the nonmetal outer field punck-down block of a kind of wire stripping body and peeling, particularly relate to a kind of high-frequency welding equipment magnet, high-frequency welding equipment and automation peeling bonding machine.
Background technology
During the connecting lines such as existing production HDMI, DVI, USB, SATA, DISPLAYPORT, need the nonmetal skin of each separated time body link to divest, cut flat, to dock with plug and dock after carry out the operation such as welding, above-mentioned operation completes step by step respectively by manual operation.Complete above-mentioned operation operationally first to need a line to press from both sides one by one to drain in multiple winding displacement fixture, then realize on different workbenches, it affects wire stripping precision by manual operation restriction easily causes operation deviation, there is inefficiency simultaneously, and easily produces danger during operation time manual.The above-mentioned equipment completing each part operation is also complicated especially, also there is processed complex, assembling is complicated and production cost is high restriction, particularly wherein can not ensure product quality problem.Traditional U magnet is because two free ends are for leading directly to magnetic circuit, when free end arranges the magnet soldering tip forming loop, due to the fillet that a side is fixing, this U magnet can only be feed side outside magnet soldering tip, and this structure is applicable to the high-frequency welding of hand feed.By manually will solder plug being needed to be sidelong into welding from magnet soldering tip.The high-frequency welding equipment that can not be applicable to automation uses.Therefore, how to solve the problem, become problem demanding prompt solution.
Summary of the invention
The technical problem to be solved in the present invention is to provide the automation peeling bonding machine that a kind of automaticity is high, production efficiency is high and equipment cost is low, has production efficiency and the high technique effect of product quality.The present invention provides use high-frequency welding equipment in the device simultaneously, and the special magnet of this high-frequency welding equipment.
For solving the problems of the technologies described above, a kind of high-frequency welding equipment magnet of the present invention, wherein magnet takes the shape of the letter U, the same side symmetry at both ends is extended with boss.
Above-mentioned high-frequency welding equipment magnet, boss has and extends and the end face turned to.
Above-mentioned high-frequency welding equipment magnet, end face is fitted and connected the upper lower magnet soldering tip can doing relatively to move up and down respectively, the side of upper lower magnet soldering tip fit with end face contact, up and down opposed end form contact weld gap.
High-frequency welding equipment magnet of the present invention is owing to have employed above technical scheme, by two free ends of the magnet that takes the shape of the letter U are extended a side wherein, form the symmetrical boss extended, realize the magnetic pole of U magnet being extended and turning to, make straight-through magnetic circuit turn to the technique effect of an angle of 90 degrees.Fill the spatial placement plug pay-off utilized in the middle of U magnet body, realizing can perpendicular to the technique effect of U magnet body feeding.
A kind of high-frequency welding equipment, the horizontal delivery comprising delivery the end of a thread is led to rail and is arranged on the welder that horizontal delivery leads to rail relative side, welder comprises magnet, upper lower magnet soldering tip, soldering tip drives cylinder, plug means for communicating and the inductance coil along winding on boss, the end face of boss is relative with upper and lower straight line wire clamp level respectively, upper lower magnet soldering tip is arranged between upper and lower straight line wire clamp and boss and drives cylinder relatively to move up and down by soldering tip, fit with the end face of boss and contact in the side of upper lower magnet soldering tip, upper and lower opposed end forms contact weld gap, plug means for communicating leads to rail relative to contact weld gap and horizontal delivery and to move horizontally delivery plug.
Above-mentioned high-frequency welding equipment, plug means for communicating comprises cross sliding clock, upper fixture block, fixing slide block, drives cylinder and limited block, upper fixture block is hinged on cross sliding clock, between front end and is provided with fastening spring between formation folder chamber, rear end, upper fixture block rear end and fixing slide block are respectively equipped with the inclined-plane that can suitablely contact, limited block is rotatably arranged on the front end relative with pressing from both sides chamber, drives cylinder to connect cross sliding clock horizontal movement.Plug conveying leads to folder chamber from folder side, chamber, when driving cylinder contraction state, the open-shaped state in Zhong Shijia chamber, inclined-plane of the fixing slide block of inclined-plane wedging on rear side of upper fixture block rear end, plug is by conveying from the input of folder side, chamber, and limited block is in the front end of folder front end, chamber polarized plug.During to soldering tip delivery plug, cylinder is driven to promote the horizontal forward displacement of cross sliding clock, while inclined-plane on rear side of upper fixture block rear end departs from the inclined-plane of fixing slide block, the elastic force of fastening spring makes that folder chamber clamps plug, plug is sent between upper lower magnet soldering tip after backing down limited block by cross sliding clock, now plug electric connection terminal be positioned at horizontal delivery and lead in rail peeling and the relative corresponding socket connection of the end of a thread of punch forming.Soldering tip drives lower magnet soldering tip in air cylinder driven relatively to clamp and contact plug, forms electromagnetic induction loop in the contact position conducting with plug, and the connect high-frequency electromagnetic induction generation high temperature of contravention of upper lower magnet soldering tip makes the end of a thread merge with terminal to weld.
High-frequency welding equipment of the present invention is owing to have employed above technical scheme, by two free ends of the magnet that takes the shape of the letter U are extended a side wherein, form the symmetrical boss extended, realize the magnetic pole of U magnet being extended and turning to, make straight-through magnetic circuit end face turn to the technique effect of an angle of 90 degrees.The upper lower magnet soldering tip forming loop is set at the end face through turning to, and fill the spatial placement plug pay-off utilized in the middle of U magnet body, plug pay-off interts from the centre of U magnet and boss, plug inputs between upper lower magnet soldering tip and welds by plug pay-off, realize rear side toward boss upper lower magnet soldering tip between the technique effect of feeding.Wherein high-frequency electromagnetic induction principle is: high frequency electric utilizes electromagnetic induction principle to convert high frequency magnetic field to after being added to inductance coil (i.e. induction coil), and acts on the metal object that is in magnetic field; Utilize eddy current effect, in metal object, generate the induced current be directly proportional to magnetic field intensity, this eddy current affects by kelvin effect, and frequency is higher, more concentrates on the top layer of metal object.When eddy current flows in metal object, understand by means of the intrinsic resistance value in inside, utilize heating effect of current principle producing heat.This heat directly generates at interior of articles.Have that firing rate is fast, efficiency is high.Can any metal object of instant melting.And the technique effect of firing rate and temperature-controllable.
A kind of automation peeling bonding machine, comprise fixing clamper device, location portable cord clamp device, bifurcated thread cutter, peeling cutting facility, Eight characters mouth rush block, welder and line supporting rack, arrange location portable cord clamp device in fixing clamper device side, opposite side sequentially arranges thread cutter, bifurcated thread cutter, peeling cutting facility, Eight characters mouth first and rush block and welder, line supporting rack is arranged on outside the portable cord clamp device of location.
Automation peeling bonding machine of the present invention, owing to have employed above technical scheme, realizes integral automation the end of a thread wire stripping, automation plug input docking with the end of a thread and the technique effect of automatic welding.Wherein, be separately fixed in chuck by needing the line end of body of wire stripping, chuck is positioned at horizontal delivery and leads in rail, the X of thrust unit connects X to driving cylinder and moves to direction along X to driving slide block, the horizontal delivery of free end insertion that the promotion wire clamp promoted on slide block stretches out block is led in rail, then drive cylinder connection sliding block to move along Y-direction by Y-direction, the free end stretching out block by inserting the horizontal delivery promotion wire clamp led in rail is stirred chuck and line body and is led to rail along horizontal delivery and to move displacement.By stirring chuck, XY stretches out free end from block to reciprocating promotion wire clamp to lead in rail successively in horizontal delivery that two rows line body to be divided into two rows, peeling cutting facility and to be divested by external for line skin and cut flat, Eight characters mouth and rush block and to be struck out by upper and lower winding displacement body after the plug of input docks by splayed configuration and welder and carry out high step welding by tangent line, bifurcated thread cutter first through thread cutter first.The dynamic winding displacement constantly putting into processing wire rod realizes the work of automatic production line formula, and cycle operation ensures the technique effect that effectively improve working (machining) efficiency.
Above-mentioned automation peeling bonding machine, fixing clamper device comprises upper and lower straight line wire clamp opposing upper and lower and controls the claming controller of clamping relatively between upper and lower straight line wire clamp, forms horizontal delivery and lead to rail between upper and lower straight line wire clamp; Location portable cord clamp device comprises slide block, some promotion wire clamps stretch out block and promote slide block makes the thrust unit of XY to horizontal movement, some promotion wire clamps stretch out block along slide block length to setting, that rail level is led in free end and horizontal delivery is relative.Lead to rail passage by the horizontal delivery forming level between upper and lower straight line wire clamp, arrange peelling off outermost coaxial line the end of a thread the wire clamp forming the first part of flower arrangement, this wire clamp radial direction arranges upper and lower locating slot and is positioned at horizontal delivery and leads in rail.The clamping degree that rail is led in horizontal delivery is wherein controlled by claming controller.Slide block promotes along the horizontal movement of plane X Y-direction, to stretch out block along its length direction being arranged some promotion wire clamps by thrust unit, promotes free end that wire clamp stretches out block and can stretch into horizontal delivery and lead in rail.When thrust unit promotes slide block X to motion, the free end making promotion wire clamp stretch out block stretches into horizontal delivery and leads in rail, when thrust unit promotes the motion of slide block Y-direction, the front side making promotion wire clamp stretch out the free end of block is stirred the horizontal delivery of wire clamp and is led to rail and move forward, and moves into lower one processing stations.There is the technique effect that delivery is accurate, stable, speed is fast, low in energy consumption and processing cost is low.
Above-mentioned automation peeling bonding machine, claming controller comprises about some groups holders, and upper and lower holder is hinged, front end connects upper and lower straight line wire clamp, upper holder be provided with extend back pull block, pull block connect clamping drive cylinder.Along two ends and the centre of long about the some groups upper and lower straight line wire clamps of holders difference equal dividing and positioning to arranging, lower straight line wire clamp is fixed in frame by lower holder, upper straight line wire clamp can regulate relative spacing relative to lower straight line wire clamp by upper holder, driving vertical cylinder upwards to connect, holder extends back pulls block, realizes lever and promotes to pull block and rotate the object realizing regulating spacing that upper and lower straight line wire clamp is relative.
Above-mentioned automation peeling bonding machine, thrust unit comprises X and drives cylinder to driving slide block, X to driving cylinder and Y-direction to slide, X, X is positioned at X on slide to driving slide block, X connects X to driving cylinder and moves to direction along X to driving slide block, slide block is positioned at X on driving slide block, and Y-direction drives cylinder connection sliding block to move along Y-direction.By X to slide location X to driving slide block, X connects X to driving cylinder and on slide, realizes X to plane motion along X to driving slide block.Slide block is positioned at X to driving the front end of slide block, and Y-direction drives cylinder to be positioned at X between driving slide block, and Y-direction drives the be connected slide block on top of the motion of cylinder part on driving slide block, to realize Y-direction plane motion relative to X.When thrust unit promotes slide block X to motion, the free end making promotion wire clamp stretch out block stretches into horizontal delivery and leads in rail, when thrust unit promotes the motion of slide block Y-direction, the front side making promotion wire clamp stretch out the free end of block is stirred the horizontal delivery of wire clamp and is led to rail and move forward, and moves into lower one processing stations.
Above-mentioned automation peeling bonding machine, peeling cutting facility is arranged on and leads to rail relative side with horizontal delivery, peeling cutting facility comprises middle cutter, upper bottom tool, Z-direction shearing motion device and X to peeling telecontrol equipment, it is relative that rail level is led in middle cutter and horizontal delivery, and upper bottom tool is symmetricly set on middle cutter top and the bottom, controls Z-direction shearing motion by Z-direction shearing motion device; Peeling cutting facility is controlled along X to moving to peeling telecontrol equipment by X.Upper bottom tool controls to make Z-direction shearing motion relative to middle cutter by Z-direction shearing motion device, realizes the object cut off exodermis and cut off core.Middle cutter, upper bottom tool, Z-direction shearing motion device entirety is formed can make the peeling cutting facility of X to motion by X to the control of peeling telecontrol equipment along X to moving, after realizing cutting off exodermis, make X pull out peeling to during motion, cut off when bottom tool upper after the core length of predetermined peeling remakes radial Z-direction shearing motion the technique effect that core realizes accurately cutting out flat peeling core length.
Above-mentioned automation peeling bonding machine, bifurcated thread cutter is arranged on and leads to rail relative side with horizontal delivery, comprise conical divergence mould and cutting knife, conical divergence mould comprises lower inclined plane, it is relative that rail level is led in upper lower inclined plane formation front-end-cone tip and horizontal delivery, ramp rear end forms the fixing edge of a knife, conical divergence mould fixes the edge of a knife under the downside of lower inclined plane rear end is formed, it is vertically opposite that cutting knife is arranged on the top of conical divergence mould and the upper fixing edge of a knife and the lower fixing edge of a knife, and Z-direction shearing motion device controls cutting knife Z-direction shearing motion.By arranging conical divergence mould, the surface namely arranged in the middle part of bifurcated die body on the upside of groove, upper surface formation ramp, groove forms lower inclined plane, and upper lower inclined plane formation front-end-cone tip and horizontal delivery are led to the horizontal relative overall of rail and formed the bifurcated mould point fixed.Make the core in motion be branched into two rows when fixing bifurcated mould point, the cutting knife then through radial direction moves downward accurate cut-out.Namely cutting knife and ramp rear end are formed between the fixing edge of a knife and cut off winding displacement core, cut off lower winding displacement core between the fixing edge of a knife on the downside of cutting knife and groove, the technique effect realizing the automatic bifurcated of collection and accurately cut off.
Above-mentioned automation peeling bonding machine, Eight characters mouth rushes block and is arranged on and leads to rail relative side with horizontal delivery, comprises that to lead to the relative cone of rail level with horizontal delivery most advanced and sophisticated, drives cylinder to connect Eight characters mouth and rushes block horizontal movement.Rush block by Eight characters mouth to lead to two rows the end of a thread rail completing peeling strike out laterally zygomorphic splayed configuration by being positioned at horizontal delivery, each the end of a thread can relative socket connection with each port of plug.
Above-mentioned automation peeling bonding machine, middle cutter and upper bottom tool correspondence are provided with some semicircular edges of a knife.Fix a cutting tool and the semicircle edge of a knife between middle cutter forms circular knife edge relatively, the semicircle edge of a knife between bottom tool and middle cutter forms circular knife edge relatively, realizes the technique effect that radial girdling done by loop wire core, ensures the technique effect accurately cutting skin and cut core.
Advantage compared with prior art of the present invention is:
1, stable, low in energy consumption, processing cost is low.
2, adopt precision linear motion module and high performance PLC, precision is high, speed is fast.
3, one-stop operational design, host computer control and parameter adjustment all complete at same interface, and interface is clear, convenient and swift.
4, can well shell nonmetal skin, do not cause internal layer deformation and damage insulating barrier, conductor, yield rate is very high.
5, simple to operate, can easily complete the wire stripping technology of the various particular/special requirements that traditional handicraft has been difficult to.
7, can accurately control wire stripping position, size and the degree of depth, repetitive positioning accuracy is high, and uniformity is good.
The present invention is applicable to produce the connecting lines such as HDMI, DVI, USB, SATA, DISPLAYPORT, is applied to the microelectronic industries such as communication, mobile phone, Medical Instruments and notebook computer, video camera, digital camera, electronic dictionary.
Accompanying drawing explanation
Below in conjunction with the embodiment in accompanying drawing, the present invention is described in further detail, but does not form any limitation of the invention.
Fig. 1 is the antero-lateral perspective structural representation of magnet of the present invention;
Fig. 2 is the rear perspective structural representation of magnet of the present invention;
Fig. 3 is the leading flank structural representation of magnet of the present invention;
Fig. 4 is the right TV structure schematic diagram of Fig. 3;
Fig. 5 is the plan structure schematic diagram of Fig. 3;
Fig. 6 is magnet of the present invention front side structure schematic diagram when being applied as high-frequency electromagnetic induction coil;
Fig. 7 is the perspective view of a kind of automation peeling of the present invention bonding machine;
Fig. 8 is the fixing clamper of a kind of automation peeling of the present invention bonding machine and the perspective view of interlock part;
Fig. 9 is the plan structure schematic diagram of the fixing clamper of a kind of automation peeling of the present invention bonding machine;
Figure 10 is the Facad structure schematic diagram of the fixing clamper of a kind of automation peeling of the present invention bonding machine;
Figure 11 is the A-A cross-sectional view of Fig. 9;
Figure 12 is the right TV structure schematic diagram of Fig. 9;
Figure 13 is bifurcated thread cutter and the perspective view of double-action part when bifurcated and tangent line original state of a kind of automation peeling of the present invention bonding machine;
Figure 14 is the plan structure schematic diagram of bifurcated thread cutter when bifurcated and tangent line original state of a kind of automation peeling of the present invention bonding machine;
Figure 15 is the Facad structure schematic diagram of bifurcated thread cutter when bifurcated and tangent line original state of a kind of automation peeling of the present invention bonding machine;
Figure 16 is the B-B cross-sectional view of Figure 14;
Figure 17 is conical divergence mould and cutting knife partial enlargement structural representation in Figure 16;
Figure 18 is bifurcated thread cutter and the perspective view of double-action part when carrying out bifurcated and tangent line state of a kind of automation peeling of the present invention bonding machine;
Figure 19 is the plan structure schematic diagram of bifurcated thread cutter when carrying out bifurcated and tangent line state of a kind of automation peeling of the present invention bonding machine;
Figure 20 is the Facad structure schematic diagram of bifurcated thread cutter when carrying out bifurcated and tangent line state of a kind of automation peeling of the present invention bonding machine;
Figure 21 is the C-C cross-sectional view of Figure 19;
Figure 22 is peeling cutting facility and the perspective view of double-action part when peeling and trimming original state of a kind of automation peeling of the present invention bonding machine;
Figure 23 is the plan structure schematic diagram of peeling cutting facility when peeling and trimming original state of a kind of automation peeling of the present invention bonding machine;
Figure 24 is the structural representation of D-D section in peeling and trimming original state of Figure 23;
Figure 25 be a kind of automation peeling of the present invention bonding machine peeling cutting facility in fig. 24 D-D profile position at the structural representation entering peeling and trimming state;
Figure 26 is that the peeling cutting facility of a kind of automation peeling of the present invention bonding machine completes peeled state structural representation at the D-D profile position of Figure 24;
Figure 27 is that the peeling cutting facility of a kind of automation peeling of the present invention bonding machine completes trimming status architecture schematic diagram at the C-C profile position of Figure 24;
Figure 28 is that the Eight characters mouth of a kind of automation peeling of the present invention bonding machine rushes block and the perspective view of double-action part when forming Eight characters mouth original state;
Figure 29 is that the Eight characters mouth of a kind of automation peeling of the present invention bonding machine rushes the plan structure schematic diagram of block when forming Eight characters mouth original state;
Figure 30 is the E-E cross-sectional view of Figure 29;
Figure 31 is that the Eight characters mouth of a kind of automation peeling of the present invention bonding machine rushes block and the perspective view of double-action part when forming Eight characters mouth state;
Figure 32 is that the Eight characters mouth of a kind of automation peeling of the present invention bonding machine rushes the plan structure schematic diagram of block when forming Eight characters mouth state;
Figure 33 is the F-F cross-sectional view of Figure 32;
Figure 34 is welder and the perspective view of double-action part when entering welding original state of a kind of automation peeling of the present invention bonding machine;
Figure 35 is the plan structure schematic diagram of welder when entering welding original state of a kind of automation peeling of the present invention bonding machine;
Figure 36 is the Facad structure schematic diagram of welder when entering welding original state of a kind of automation peeling of the present invention bonding machine;
Figure 37 is the G-G cross-sectional view of Figure 35;
Figure 38 is welder G-G profile position structural representation when entering welded condition in Figure 35 of a kind of automation peeling of the present invention bonding machine.
Detailed description of the invention
As shown in Figures 1 to 6, a kind of high-frequency welding equipment magnet of the present invention, magnet 7a takes the shape of the letter U, the same side symmetry at both ends is extended with boss 46a, 46a.
Boss 7a1,7a2 have and extend and end face 7a3,7a4 of turning to.
End face 7a3,7a4 are fitted and connected upper lower magnet soldering tip 7b, the 7c that can do relatively to move up and down respectively, the side of upper lower magnet soldering tip 7b, 7c fit with end face 7a3,7a4 contact, up and down opposed end form contact weld gap.
As shown in Figure 34 to Figure 38, a kind of high-frequency welding equipment, the horizontal delivery comprising delivery the end of a thread is led to rail 1ab and is arranged on the welder 7 that horizontal delivery leads to rail 1ab relative side, welder 7 comprises magnet 7a, upper lower magnet soldering tip 7b, 7c, soldering tip drives cylinder 7d, plug means for communicating 7e and along boss 7a1, the inductance coil 7a5 of the upper winding of 7a2, boss 7a1, the end face of 7a2 respectively with upper and lower straight line wire clamp 1a, 1b level is relative, upper lower magnet soldering tip 7b, 7c is arranged on upper and lower straight line wire clamp 1a, 1b and boss 7a1, cylinder 7d is driven relatively to move up and down by soldering tip between 7a2, upper lower magnet soldering tip 7b, the side of 7c and boss 7a1, the end face laminating contact of 7a2, upper and lower opposed end forms contact weld gap, plug means for communicating 7e leads to rail 1ab relative to contact weld gap and horizontal delivery and to move horizontally delivery plug.
Plug means for communicating 7e comprises cross sliding clock 7e1, upper fixture block 7e2, fixing slide block 7e3, drives cylinder 7e4 and limited block 7e7, upper fixture block 7e2 is hinged on cross sliding clock 7e1, between front end and is provided with fastening spring 7e6 between formation folder chamber 7e5, rear end, upper fixture block 7e2 rear end is respectively equipped with the inclined-plane that can suitablely contact with fixing slide block 7e3, limited block 7e7 is rotatably arranged on the front end relative with pressing from both sides chamber 7e5, drives cylinder 7e4 to connect cross sliding clock 7e1 horizontal movement.
As shown in Figure 7, a kind of automation peeling bonding machine, comprise fixing clamper device 1, location portable cord clamp device 3, bifurcated thread cutter 4, peeling cutting facility 5, Eight characters mouth rush block 6, welder 7 and line supporting rack 8, arrange location portable cord clamp device 3 in fixing clamper device 1 side, opposite side sequentially arranges thread cutter 2, bifurcated thread cutter 4, peeling cutting facility 5, Eight characters mouth first and rush block 6 and welder 7, line supporting rack 8 is arranged on outside location portable cord clamp device 3.
As shown in Fig. 8 to Figure 12, fixing clamper device 1 comprises upper and lower straight line wire clamp 1a, 1b opposing upper and lower and the claming controller of relatively clamping between control upper and lower straight line wire clamp 1a, 1b, forms horizontal delivery between straight line wire clamp 1a, 1b and leads to rail 1ab up and down; Location portable cord clamp device 3 comprises slide block 3a, some promotion wire clamps stretch out block 3b and promote slide block 3a makes the thrust unit of XY to horizontal movement, some promotion wire clamps stretch out block 3b along slide block 3a long to setting, that rail 1ab level is led in free end and horizontal delivery is relative.
Claming controller comprises about some groups holders 1c, 1d, and upper and lower holder 1c, 1d are hinged, front end connects upper and lower straight line wire clamp 1a, 1b, upper holder 1c be provided with extend back pull block 1e, pull block 1e and connect clamping and drive cylinder 1f.
Thrust unit comprises X and drives cylinder 3i to driving slide block 3e, 3f, X to driving cylinder 3g, 3h and Y-direction to slide 3c, 3d, X, X is positioned at X on slide 3c, 3d to driving slide block 3e, 3f, X connects X to driving cylinder 3g, 3h and moves to direction along X to driving slide block 3e, 3f, slide block 3a is positioned at X on driving slide block 3e, 3f, and Y-direction drives cylinder 3i connection sliding block 3a to move along Y-direction.
As shown in Figure 22 to Figure 27, peeling cutting facility 5 is arranged on and leads to rail 1ab relative side with horizontal delivery, peeling cutting facility 5 comprises middle cutter 5a, upper bottom tool 5b, 5c, Z-direction shearing motion device 6a and X to peeling telecontrol equipment 6b, it is relative that rail 1ab level is led in middle cutter 5a and horizontal delivery, and upper bottom tool 5b, 5c are symmetricly set on middle cutter 5a top and the bottom, control Z-direction shearing motion by Z-direction shearing motion device 6a; Peeling cutting facility 5 is controlled along X to moving to peeling telecontrol equipment 6b by X.
As shown in Figure 13 to Figure 21, bifurcated thread cutter 4 is arranged on and leads to rail 1ab relative side with horizontal delivery, comprise conical divergence mould 4a and cutting knife 72, conical divergence mould 4a comprises lower inclined plane 4a1, 4a2, upper lower inclined plane 4a1, it is relative that rail 1ab level is led in 4a2 formation front-end-cone tip and horizontal delivery, ramp 4a1 rear end forms fixing edge of a knife 4a3, conical divergence mould 4a fixes edge of a knife 4a4 under the downside of lower inclined plane 71b rear end is formed, cutting knife 72 be arranged on the top of conical divergence mould 4a and upper fixing edge of a knife 4a3 and lower fixing edge of a knife 4a4 vertically opposite, Z-direction shearing motion device controls the Z-direction shearing motion of cutting knife 72.
As shown in Figure 28 to Figure 33, Eight characters mouth rushes block 6 and is arranged on and leads to rail 1ab relative side with horizontal delivery, comprises and leads to the most advanced and sophisticated 6a of the relative cone of rail 1ab level with horizontal delivery, drives cylinder to connect Eight characters mouth and rushes block 6 horizontal movement.
Middle cutter 5a and upper bottom tool 5b, 5c correspondence are provided with some semicircular edges of a knife.
A kind of automation peeling bonding machine of the present invention is when specifically using, be separately fixed in chuck by needing the line end of body of wire stripping, chuck is positioned at horizontal delivery and leads in rail 1ab, the X of thrust unit is to driving cylinder 3g, 3h connects X to driving slide block 3e, 3f moves along X to direction, the horizontal delivery of free end insertion that the promotion wire clamp promoted on slide block 3a stretches out block 3b is led in rail 1ab, then cylinder 3i connection sliding block 3a is driven to move along Y-direction by Y-direction, the free end stretching out block 3b by inserting the horizontal delivery promotion wire clamp led in rail 1ab is stirred chuck and line body and is led to rail 1ab along horizontal delivery and to move displacement.By stirring chuck, XY stretches out free end from block 3b to reciprocating promotion wire clamp to lead in rail 1ab successively in horizontal delivery that two rows line body to be divided into two rows, peeling cutting facility 5 and to be divested by external for line skin and cut flat, Eight characters mouth and rush block 6 and to be struck out by upper and lower winding displacement body after the plug of input docks by splayed configuration and welder 7 and carry out high step welding by tangent line, bifurcated thread cutter 4 first through thread cutter 2 first.The dynamic winding displacement constantly putting into processing wire rod realizes the work of automatic production line formula, and cycle operation ensures the technique effect that effectively improve working (machining) efficiency.Wherein: extended a side wherein by two free ends of the magnet that takes the shape of the letter U, form the symmetrical boss extended, realize the magnetic pole of U magnet being extended and turning to, make straight-through magnetic circuit end face turn to the technique effect of an angle of 90 degrees.The upper lower magnet soldering tip forming loop is set at the end face through turning to, and fill the spatial placement plug pay-off utilized in the middle of U magnet body, plug pay-off interts from the centre of U magnet and boss, plug inputs between upper lower magnet soldering tip and carries out by plug pay-off, realize rear side toward boss upper lower magnet soldering tip between the technique effect of feeding.
Wherein: as shown in figure 13, the bifurcated thread cutter of a kind of automation peeling of the present invention bonding machine and double-action part when bifurcated and tangent line original state, the promotion wire clamp of thrust unit wherein stretch out block 3b and horizontal delivery lead to rail 1ab in from original state;
As shown in figure 18, the bifurcated thread cutter of a kind of automation peeling of the present invention bonding machine and double-action part are when carrying out bifurcated and tangent line state, the promotion wire clamp of thrust unit wherein stretch out block 3b and horizontal delivery lead to rail 1ab phase from original state, perspective view;
As shown in Figure 13 to Figure 17, the bifurcated thread cutter of a kind of automation peeling of the present invention bonding machine and double-action part are when bifurcated and tangent line original state, and the wire clamp promoting front side that wire clamp stretches out the free end of block to stir the end of a thread leads to rail in horizontal delivery and moves into this station.
As shown in Figure 18 to Figure 20, the bifurcated thread cutter of a kind of automation peeling of the present invention bonding machine and double-action part are when carrying out bifurcated and tangent line state, the wire clamp promoting front side that wire clamp stretches out the free end of block to stir the end of a thread leads to rail in horizontal delivery and moves into this station, two rows line body makes the core in motion be branched into two rows when fixing bifurcated mould is sharp by conical divergence mould 4a, and the cutting knife then through radial direction moves downward accurate cut-out.
As shown in Figure 22 to Figure 24, the peeling cutting facility of a kind of automation peeling of the present invention bonding machine and double-action part are when peeling and trimming original state, the wire clamp promoting front side that wire clamp stretches out the free end of block to stir the end of a thread leads to rail in horizontal delivery and moves into this station, and the wire clamp of the end of a thread leads in rail 1ab relative with middle cutter level in horizontal delivery.
As shown in figure 25, the peeling cutting facility of a kind of automation peeling of the present invention bonding machine is when entering peeling and trimming state, the wire clamp promoting front side that wire clamp stretches out the free end of block to stir the end of a thread leads to rail in horizontal delivery and moves into this station, and the entirety that during X controls to peeling telecontrol equipment, cutter, upper bottom tool, Z-direction shearing motion device are formed is made X and moved to the contraposition of the end of a thread phase to motion.
As shown in figure 26, the peeling cutting facility of a kind of automation peeling of the present invention bonding machine is when completing peeled state, and upper bottom tool controls by Z-direction shearing motion device the exodermis making Z-direction shearing motion cutting off thread end relative to middle cutter.
As shown in figure 27, for the peeling cutting facility of a kind of automation peeling of the present invention bonding machine is when completing trimming state, middle cutter, upper bottom tool, Z-direction shearing motion device entirety is formed makes the peeling cutting facility of X to motion by X to the control of peeling telecontrol equipment along X to moving, after realizing cutting off exodermis, make X pull out peeling to during motion, cut off core when bottom tool upper after the core length of predetermined peeling remakes radial Z-direction shearing motion.
As shown in Figure 28 to Figure 30, the Eight characters mouth of a kind of automation peeling of the present invention bonding machine rushes block and double-action part when forming Eight characters mouth original state, and Eight characters mouth rushes block and horizontal delivery, and to lead to two rows the end of a thread level rail completing peeling relative.
As shown in Figure 31 to Figure 33, the Eight characters mouth of a kind of automation peeling of the present invention bonding machine rushes block and double-action part when forming Eight characters mouth state, rush block by Eight characters mouth to lead to two rows the end of a thread rail completing peeling strike out laterally zygomorphic splayed configuration by being positioned at horizontal delivery, each the end of a thread can relative socket connection with each port of plug.
Shown in Figure 34 to 37, the welder of a kind of automation peeling of the present invention bonding machine and double-action part are when entering welding original state, during to soldering tip delivery plug, cylinder is driven to promote the horizontal forward displacement of cross sliding clock, while inclined-plane on rear side of upper fixture block rear end departs from the inclined-plane of fixing slide block, the elastic force of fastening spring makes that folder chamber clamps plug, plug is sent between upper lower magnet soldering tip after backing down limited block by cross sliding clock, now plug electric connection terminal be positioned at horizontal delivery and lead in rail peeling and the relative corresponding socket connection of the end of a thread of punch forming.
As shown in figure 38, the welder of a kind of automation peeling of the present invention bonding machine is when entering welded condition, soldering tip drives lower magnet soldering tip in air cylinder driven relatively to clamp and contact plug, form electromagnetic induction loop in the contact position conducting with plug, the connect high-frequency electromagnetic induction of contravention of upper lower magnet soldering tip produces high temperature and the end of a thread is merged with terminal weld.
In sum, the present invention, as description and diagramatic content, makes actual sample and through repeatedly using test, and from the effect using test, provable the present invention can reach its desired object, and practical value is unquestionable.Above illustrated embodiment is only used for conveniently illustrating the present invention, not any pro forma restriction is done to the present invention, have in any art and usually know the knowledgeable, if do not depart from the present invention carry in the scope of technical characteristic, utilize the Equivalent embodiments that the done local of disclosed technology contents is changed or modified, and do not depart from technical characteristic content of the present invention, all still belong in the scope of the technology of the present invention feature.

Claims (14)

1. a high-frequency welding equipment magnet, is characterized in that: magnet (7a) takes the shape of the letter U, the same side symmetry at both ends is extended with boss (7a1,7a2).
2. high-frequency welding equipment magnet according to claim 1, is characterized in that: boss (7a1,7a2) has and extends and the end face turned to (7a3,7a4).
3. high-frequency welding equipment magnet according to claim 1 and 2, it is characterized in that: end face (7a3,7a4) is fitted and connected the upper lower magnet soldering tip (7b, 7c) can doing relatively to move up and down respectively, the side of upper lower magnet soldering tip (7b, 7c) fit with end face (7a3,7a4) contact, up and down opposed end form contact weld gap.
4. a high-frequency welding equipment, it is characterized in that: the horizontal delivery comprising delivery the end of a thread is led to rail (1ab) and is arranged on the welder (7) that horizontal delivery leads to rail (1ab) relative side, and welder (7) comprises magnet (7a), upper lower magnet soldering tip (7b, 7c), soldering tip drives cylinder (7d), plug means for communicating (7e) and along boss (7a1, 7a2) the inductance coil (7a5) of upper winding, boss (7a1, end face (7a3 7a2), 7a4) respectively with upper and lower straight line wire clamp (1a, 1b) level is relative, upper lower magnet soldering tip (7b, 7c) be arranged on upper and lower straight line wire clamp (1a, 1b) with boss (7a1, 7a2), cylinder (7d) is driven relatively to move up and down by soldering tip, upper lower magnet soldering tip (7b, side 7c) and boss (7a1, end face laminating contact 7a2), upper and lower opposed end forms contact weld gap, and plug means for communicating (7e) leads to rail (1ab) relative to contact weld gap and horizontal delivery and to move horizontally delivery plug.
5. high-frequency welding equipment according to claim 4, it is characterized in that: plug means for communicating (7e) comprises cross sliding clock (7e1), upper fixture block (7e2), fixing slide block (7e3), drive cylinder (7e4) and limited block (7e7), upper fixture block (7e2) is hinged on cross sliding clock (7e1), folder chamber (7e5) is formed between front end, fastening spring (7e6) is provided with between rear end, upper fixture block (7e2) rear end is respectively equipped with the inclined-plane that can suitablely contact with fixing slide block (7e3), limited block (7e7) is rotatably arranged on the front end relative with pressing from both sides chamber (7e5), cylinder (7e4) is driven to connect cross sliding clock (7e1) horizontal movement.
6. an automation peeling bonding machine, it is characterized in that: comprise fixing clamper device (1), location portable cord clamp device (3), bifurcated thread cutter (4), peeling cutting facility (5), Eight characters mouth rushes block (6), welder (7) and line supporting rack (8), location portable cord clamp device (3) is set in fixing clamper device (1) side, opposite side sequentially arranges thread cutter (2) first, bifurcated thread cutter (4), peeling cutting facility (5), Eight characters mouth rushes block (6) and welder (7), line supporting rack (8) is arranged on outside, location portable cord clamp device (3).
7. automation peeling bonding machine according to claim 6, it is characterized in that: fixing clamper device (1) comprises upper and lower straight line wire clamp (1a, 1b) opposing upper and lower and controls the claming controller of clamping relatively between upper and lower straight line wire clamp (1a, 1b), forms horizontal delivery and lead to rail (1ab) between upper and lower straight line wire clamp (1a, 1b); Location portable cord clamp device (3) comprises slide block (3a), some promotion wire clamps stretch out block (3b) and promote slide block (3a) makes the thrust unit of XY to horizontal movement, some promotion wire clamps stretch out block (3b) along slide block (3a) long to arranging, that rail (1ab) level is led in free end and horizontal delivery is relative.
8. automation peeling bonding machine according to claim 7, it is characterized in that: claming controller comprises about some groups holders (1c, 1d), upper and lower holder (1c, 1d) is hinged, front end connects upper and lower straight line wire clamp (1a, 1b), upper holder (1c) be provided with extend back pull block (1e), pull block (1e) connect clamping drive cylinder (1f).
9. automation peeling bonding machine according to claim 7, it is characterized in that: thrust unit comprises X to slide (3c, 3d), X is to driving slide block (3e, 3f), X is to driving cylinder (3g, 3h) drive cylinder (3i) with Y-direction, X is to driving slide block (3e, 3f) be positioned at X to slide (3c, 3d), X is to driving cylinder (3g, 3h) connect X to driving slide block (3e, 3f) move along X to direction, slide block (3a) is positioned at X to driving slide block (3e, 3f), Y-direction drives cylinder (3i) connection sliding block (3a) to move along Y-direction.
10. automation peeling bonding machine according to claim 6, it is characterized in that: bifurcated thread cutter (4) is arranged on and leads to rail (1ab) relative side with horizontal delivery, comprise conical divergence mould (4a) and cutting knife (4b), conical divergence mould (4a) comprises lower inclined plane (4a1, 4a2), upper lower inclined plane (4a1, 4a2) form most advanced and sophisticated rail (1ab) level of leading to horizontal delivery of front-end-cone relative, ramp (4a1) rear end forms the fixing edge of a knife (4a3), conical divergence mould (4a) forms the lower fixing edge of a knife (4a4) in the downside of lower inclined plane (4a2) rear end, it is vertically opposite that cutting knife (4b) is arranged on the top of conical divergence mould (4a) and the upper fixing edge of a knife (4a3) and the lower fixing edge of a knife (4a4), Z-direction shearing motion cylinder (4c) controls cutting knife (4b) Z-direction shearing motion.
11. automation peeling bonding machines according to claim 6, it is characterized in that: peeling cutting facility (5) is arranged on and leads to rail (1ab) relative side with horizontal delivery, peeling cutting facility (5) comprises middle cutter (5a), upper bottom tool (5b, 5c), Z-direction shearing motion device and X to peeling telecontrol equipment, it is relative that rail (1ab) level is led in middle cutter (5a) and horizontal delivery, and upper bottom tool (5b, 5c) is symmetricly set on middle cutter (5a) top and the bottom, controls Z-direction shearing motion by Z-direction shearing motion device; Peeling cutting facility (5) is controlled along X to moving to peeling telecontrol equipment by X.
12. automation peeling bonding machines according to claim 6, it is characterized in that: Eight characters mouth rushes block (6) and is arranged on and leads to rail (1ab) relative side with horizontal delivery, comprise and lead to the relative cone tip (6a) of rail (1ab) level with horizontal delivery, drive cylinder to connect Eight characters mouth and rush block (6) horizontal movement.
13. automation peeling bonding machines according to claim 10, is characterized in that: middle cutter (5a) and upper bottom tool (5b, 5c) correspondence are provided with some semicircular edges of a knife.
14. automation peeling bonding machines according to claim 11, it is characterized in that: Z-direction shearing motion device comprises Z-direction slide (5d, 5e), Z-direction drives slide block (5e, 5f), Z-direction to drive cylinder (5i, 5j), upper bottom tool (5b, 5c) drives slide block (5e, 5f) to be positioned on Z-direction slide (5d, 5e) respectively respectively by Z-direction, and Z-direction drives cylinder (5i) to connect Z-direction driving slide block (5e, 5f) and moves along Z-direction direction; X comprises X to slide (5K), X to driving slide block (5l), X to driving cylinder (5m) to peeling telecontrol equipment, and X connects X to driving cylinder (5m) and moves along X to slide (5K) to driving slide block (5l).
CN201510512946.0A 2015-08-19 2015-08-19 High-frequency welding equipment magnet, high-frequency welding equipment and automation peeling bonding machine Active CN105252133B (en)

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