CN110480356A - A kind of resistor automatic producing device - Google Patents

Abstract

The present invention relates to Electronic Components Manufacturing fields.A kind of resistor automatic producing device, including rack, fuse sleeve-assembled device, heating device, Teflon charging assembling device, cutter and pin bending device；Fuse sleeve-assembled device is used to casing being sheathed with fuse；Heating device is used to carry out being heated and fed to casing fuse the Teflon and feeds assembling device；Conveyor module is for conveying discharging；The Teflon feed module is arranged on the rack, and Teflon feed module is used to convey Teflon and feed；Ejector sleeve module is for promoting Teflon；Cutter will be for that will cut off amendment；Pin bending device is used for the fuse bending forming of casing fuse that conveyor module discharges fastly, is located at below conveyor module discharge end in the rack and is provided with discharging collection box.Having the technical effect that instead of manual operation for this patent, realizes resistance fully-automatic production by the equipment, completes a series of process operations such as assembling, conveying, heating, cutting trimming and the processing of pin clubfoot.

Description

A kind of resistor automatic producing device

Technical field

The present invention relates to Electronic Components Manufacturing field more particularly to a kind of automatic producing devices of resistor.

Background technique

When charge moves in the conductor, the collision and friction of other particles such as molecule and atom, collision and friction will receive Result form conductor to the obstruction of electric current, this inhibition most distinct feature is that conductor consumption electric energy and generate heat.Object Body is to this inhibition of electric current, the referred to as resistance of the object.Resistor (Resistor) is general direct in daily life Referred to as resistance is a current limiting element, and after resistance is connect in circuit, the resistance value of resistor is that usually two of fixation draw Foot, it can limit the size of current by its institute's chord road.

Existing resistor cost devices such as Publication No. CN208538588U publication date is the China of 2019.02.22 A kind of with highly-efficient processing and resistor process equipment convenient to use, including pedestal, pedestal are disclosed in utility model patent Top be fixedly connected with supporting table, the slot bottom of supporting table middle top groove is equidistant to be fixedly connected with three limit bases, and three The top of a limit base is fixedly connected with the bottom of snap-gauge, is fixedly connected with parcel shelf at the top of snap-gauge, at the top of parcel shelf Two sides are fixedly connected to matching seat, and parcel shelf two sides are fixedly connected to current detecting lamp, and the middle part at the top of parcel shelf is fixed It is connected with fixed frame, is connected with blower on the inside of fixed frame.The resistor process equipment, can be to electricity by current detecting lamp During hindering device processing, when detecting product against regulation, blower is controlled to ventilation duct by control panel and is led to Air port carries out Air exhaust, product against regulation can be blown to another side by the power of air pressure.

Since resistor is melt viscosity on aluminium-plastic panel, so having to be isolated between resistor and plank, middle interval From needing to use heat-shrink tube.At present during being inserted in heat-shrink tube, be all mostly by the way that fuse is inserted into heat-shrink tube, Then it heated, cut off and bending pins by different semiautomatic equipments or manually, not only pass through people in this way Work processing, being difficult to be guaranteed in processing quality causes the quality of production lower, and the consistency of product is poor, has an effect on production effect Rate causes speed of production excessively slow, and economic benefit is bad.

Summary of the invention

The problem of the purpose of the present invention is to solve the processing of above-mentioned existing resistance provides a kind of by automatically by thermal shrinkable sleeve It is combined with fuse, and the resistor for being completed at the same time conveying, heating, cutting trimming and pin clubfoot processing is automatic Production equipment.

For the purpose of the present invention, it is achieved using following technical scheme:

A kind of resistor automatic producing device, including rack, fuse sleeve-assembled device, heating device, Teflon charging group Assembling device, cutter and pin bending device；The feed end of rack is arranged in the fuse sleeve-assembled device, insures silk braid Pipe assembling device is used to casing being sheathed with fuse；The heating device is arranged on the rack, and heating device into Material end is mutually connected with the discharge end of fuse sleeve-assembled device, and heating device is for being heated and being conveyed to casing fuse To the Teflon charging assembling device；The Teflon charging assembling device includes conveyor module, Teflon charging Module and ejector sleeve module；The conveyor module is arranged on the rack, the feed end of conveyor module and the discharge end of heating device Mutually it is connected；Conveyor module is for conveying discharging；The Teflon feed module is arranged on the rack, and is located at conveyor module Front, Teflon feed module are used to convey Teflon and feed；The ejector sleeve module is located at the top in the middle part of conveyor module, Ejector sleeve module is for promoting Teflon；The cutter is located at the top of conveyor module right part, and cutter is used for will Cutting amendment；The discharge end bottom surface of rack is arranged in the pin bending device, what pin bending device was used to fastly discharge conveyor module The fuse bending forming of casing fuse is located in the rack and is provided with discharging below conveyor module discharge end and collects Box.The equipment realizes resistance fully-automatic production, completes a systems such as assembling, conveying, heating, cutting trimming and the processing of pin clubfoot Column process operation.

Preferably, the fuse sleeve-assembled device include fuse feeding assembly, fuse conveying assembly and Sleeve-assembled component；The fuse feeding assembly includes charging vibrating disc, fuse blanking bracket, loading hopper frame, two Block blanking riser, charging wheel bracket, two charging guide wheels, charging cylinder；The charging vibrating disc passes through vibration disc carrier It is arranged in rack；The discharge end bottom of the charging vibrating disc is connected with charging whereabouts plate wide at the top and narrow at the bottom；The insurance Silk blanking bracket is arranged on the rack, and the loading hopper frame is fixed at the top of fuse blanking bracket, charging leakage Ladder is mutually connected with the discharge end of charging whereabouts plate；Two pieces of inclinations are provided on the loading hopper frame to arrange in herringbone Inclination feedboard, and the inclination feedboard on right side is connected with oriented plate；Two pieces of blanking risers are arranged in parallel in The front of fuse blanking bracket, and it is located at the lower section of loading hopper frame, it is provided in the middle part of two pieces of blanking risers for protecting The curved channel that dangerous silk passes through；The bottom of two pieces of blanking risers is arc-shaped；The charging wheel bracket is arranged in rack Front, two charging guide wheels by charging guide wheel shaft setting charging wheel bracket on, feed guide wheel outer ring week To being provided with multiple fuse delivery chutes；And charging guide wheel is mutually connected with the bottom of blanking riser and has arc-shaped gaps；Charging is led Wheel shaft front end is connected with guide wheel disk；The charging cylinder is hinged in rack, and feeds mobile terminal and the guide wheel disk of cylinder One end is hinged；The fuse conveying assembly includes horizontal feed cylinder, horizontal slide rail, horizontal supporting plate, two lifting airs Cylinder, the first clamping cylinder, the second clamping cylinder and horizontal moving frame；The horizontal feed cylinder is arranged on the rack；It is described Horizontal feed cylinder connect with horizontal supporting plate by horizontal slide rail, and drive horizontal supporting plate is horizontally moved, described Two lifting cylinders be separately positioned on the left and right side of horizontal supporting plate；The horizontal moving frame and two lifting cylinders Mobile terminal be fixedly connected；There are three fuse slots for setting in horizontal moving frame；The right end of bar is connected with before and after horizontal moving frame Fuse transfer block is provided with V-type groove in two fuse transfer blocks；First clamping cylinder and the second folder Tight cylinder is located at front and rear sides and the alignment of horizontal moving frame, is all provided on the first clamping cylinder and the second clamping cylinder It is equipped with the first dentation gripping block and the second dentation gripping block, and equal on the middle part of the first dentation gripping block and the second dentation gripping block It is provided with the semicircle groove to match with fuse；Sleeve-assembled component is used to feed casing and casing is sheathed with fuse On.It is preferably fed by fuse sleeve-assembled device convenient for fuse and is preferably conveyed convenient for fuse.

Preferably, the sleeve-assembled component includes that casing charging tray, casing support, casing stock support, casing are sent Expect that motor, casing cutting bracket, casing clamping cylinder, casing position clamping cylinder；Rack is arranged in the casing charging tray The front side of casing charging tray is arranged in rear portion, the casing stock support；The casing feeding motor is arranged in casing feeding The top of bracket；Quill gear is connected in casing feeding motor；The rear portion of casing stock support is provided with casing limit bar, set The front of pipe stock support is provided with underlying first sleeve delivery wheel and is located above the second casing delivery wheel；Described Quill gear is meshed with first sleeve delivery wheel, and the second casing delivery wheel is matched with first sleeve delivery wheel to be sent Material；The casing cutting bracket is horizontally installed on the discharge end of casing stock support, is provided with twice on casing cutting bracket Parallel cutting groove；Sleeve through hole is provided on the parallel cutting groove being located above；It is respectively set on the right side of the parallel cutting groove of twice There are first sleeve cutting cylinder and the second casing cutting cylinder；The first cutting is connected on the first sleeve cutting cylinder Knife；It is provided with L-type cutting plate on the second casing cutting cylinder, is provided with the second cutoff tool on the L-type cutting plate； Second cutoff tool and the first cutoff tool be in upper parallel cutting groove；The casing support is disposed longitudinally on The left side of one clamping cylinder and the second clamping cylinder is provided with casing sliding rail, the casing sliding rail on the casing support It is moved by connecting sleeve sliding rail cylinder；The casing clamping cylinder is arranged on casing sliding rail；The clamp sleeve Tight cylinder is mutually connected with the front side of casing cutting bracket；The casing positioning clamping cylinder is being covered by bushing locating rack setting On front side of the discharge end of pipe holder, and mutually it is connected with the fuse transfer block；Casing positioning clamping cylinder will be for that will clamp guarantor Dangerous silk is inserted in casing to fuse.By sleeve-assembled component it is convenient for that preferably casing set being set on fuse.

Preferably, the heating device includes heated transportation component and heating component；The heated transportation component Including the first heated transportation frame, the second heated transportation frame, two chains, heated transportation cylinder；The first heated transportation frame With the second laterally aligned setting of heated transportation frame；The front and rear sides of the first heated transportation frame and the second heated transportation frame are equal Equipped with the first heated transportation wheel and the second heated transportation wheel；The first heated transportation wheel and the second heated transportation wheel is by adding Hot shaft connection, the front end for heating shaft is connected with heating runner；The heated transportation cylinder hingedly on the rack, and heats Mobile terminal and the heating runner for conveying cylinder are hinged；A piece chain is connected to two the first heated transportation wheels, Ling Yigen Chain is connected on two the second heated transportation wheels；The heating component includes heated holder and two groups of heat-generating pipes；Described The rear side of heated transportation component is arranged in heated holder, and two groups of heat-generating pipes are horizontally-parallel to be arranged in heated holder, institute The top for two chains stated is located between two groups of heat-generating pipes；The heated holder lower part is additionally provided with thermal insulation board.By adding Thermal heats fuse sheath assembly.

Preferably, the conveyor module include transfer gantry, it is the first conveying shaft, the first conveying cylinder, second defeated Send shaft, the second feeder motor；The transfer gantry is arranged on the rack, the feed end of transfer gantry and going out for heating device Material end is mutually connected；The first conveying shaft is located at the left part of transfer gantry；There are two the front connections of first conveying shaft Convey ratchet；Hingedly on the rack, the moving portion of the first conveying cylinder conveys shaft with first to the first conveying cylinder Rear end is hinged by conveying runner；The second conveying shaft is located at the middle part of transfer gantry, second feeder motor It is connect by shaft coupling with the rear end of the second conveying shaft；The front end sleeve of second conveying shaft is set there are two conveying guide wheel, described Two conveying guide wheel outer rings on be provided with it is multiple for conveying conveying guide wheel slots；Two conveying guide wheels are located at two conveying spine Between wheel, and two conveying guide wheels are connected with two conveying ratchets respectively；It is located at two conveying guide wheels on the transfer gantry There are two arc-shaped guide plates for top fixed setting, and the left part of two arc-shaped guide plates is matched with two conveying ratchets；It is described Two arc-shaped guide plates and two conveying guide wheels between be equipped with conveying gap for conveying material.It is convenient for by conveyor module Preferably is conveyed and discharged.

Preferably, the Teflon feed module includes positioning component, Teflon feeding assembly and Teflon cutting Component；The positioning component includes upper positioning cylinder and lower positioning cylinder；The upper positioning cylinder is fixed by fixed link On conveyor module；The bottom of upper positioning cylinder is connected with positioning head；The lower positioning cylinder is arranged by fixed plate On Teflon feeding assembly；Lower positioning head, the upper positioning head and lower positioning head phase are connected at the top of lower positioning cylinder Match；The Teflon feeding assembly includes Teflon feeding cylinder, Teflon charging support, Teflon charging sliding rail, Teflon Feed movable stand, Teflon feeds cylinder, Teflon charging motor；Before the right side of rack is arranged in the Teflon feeding cylinder Portion；The front of conveyor module is arranged in the Teflon charging support；The Teflon charging movable stand passes through Teflon Sliding rail is fed to be arranged in Teflon charging support；Before Teflon charging support is arranged in the Teflon charging cylinder The mobile terminal in portion, Teflon charging cylinder is connect with the front of Teflon charging movable stand；The Teflon charging motor is set The left part in Teflon charging movable stand is set, and Teflon charging motor passes through Teflon charging movable stand and is connected with the first iron fluorine Imperial guide wheel；The top of Teflon charging movable stand is connected with the second Teflon guide wheel, the second Teflon guide wheel and first Teflon guide wheel matches, and is additionally provided with Teflon conveying guide pad positioned at the front and rear sides of the first Teflon guide wheel；Described Teflon cutting assembly includes Teflon cutting supporting plate and Teflon cutting cylinder；The Teflon cutting supporting plate is arranged in iron Fluorine dragon feeds the left back of movable stand, and is located at the top of Teflon conveying guide pad；The Teflon cutting cylinder is set It sets at the top of Teflon cutting supporting plate, the mobile terminal of Teflon cutting cylinder passes through Teflon cutting supporting plate and is connected with Teflon Cut off block.It is convenient for for Teflon being inserted between fuse and casing by Teflon feed module.

Preferably, the ejector sleeve module includes ejector sleeve strut, ejector sleeve guidance set and ejector sleeve component；The ejector sleeve The top of conveyor module is arranged in strut；The ejector sleeve guidance set include ejector sleeve leading truck, ejector sleeve guiding rise frame cylinder and Ejector sleeve is oriented to clamping cylinder；The rear portion of ejector sleeve strut is arranged in the ejector sleeve leading truck；The ejector sleeve guiding rises frame cylinder The front of ejector sleeve leading truck is set；The moving portion that ejector sleeve guiding rises frame cylinder is arranged in the ejector sleeve guiding clamping cylinder On, ejector sleeve is oriented to clamping cylinder and is used for gripping sleeve；The ejector sleeve component includes ejector sleeve supporting plate, ejector sleeve front and rear cylinders and ejector sleeve Fuse clamping cylinder；The front of ejector sleeve strut is arranged in the ejector sleeve supporting plate；The ejector sleeve front and rear cylinders setting is pushing away The bottom surface of pipe supporting plate；The ejector sleeve fuse clamping cylinder is fixedly connected with the moving portion of ejector sleeve front and rear cylinders, ejector sleeve insurance Silk clamping cylinder is for Teflon to be pushed into casing.It is convenient for promoting Teflon by ejector sleeve module.

Preferably, the cutter includes cutter strut, the first cutting knife cylinder and the second cutting knife cylinder；Described The upper right quarter of transfer gantry is arranged in cutter strut；First cutting knife cylinder and the second cutting knife cylinder is separately fixed at cutter On strut, and the first cutting knife cylinder and the second cutting knife cylinder are located at the outside of two conveying guide wheels；First cutting knife cylinder and The lower part of second cutting knife cylinder is respectively connected with the fuse cutter for correcting cutting.Repairing for fuse is carried out by cutter It cuts.

Preferably, the pin bending device includes clubfoot cylinder, clubfoot pushing block, clubfoot rack gear, clubfoot gear and clubfoot Shaft；The clubfoot cylinder is disposed longitudinally on the bottom surface of rack；The moving portion of the clubfoot rack gear and clubfoot cylinder connects It connects；The front of rack bottom surface is arranged in the clubfoot pushing block；There is rack gear mating groove on clubfoot pushing block；Clubfoot rack gear is located in tooth In mating groove；The clubfoot gear is matched with clubfoot rack gear；The clubfoot shaft is connected to the middle part of clubfoot gear, The top of clubfoot shaft passes through rack and is connected with clubfoot bar.It is convenient for bending fuse by pin bending device.

A kind of resistor automatic producing device by adopting the above technical scheme, the fuse charging on fuse feeding device Component realizes automatic feed, realizes automatic conveying by fuse conveying assembly, and stablize accurately by sleeve-assembled component Casing is inserted in fuse, manual operation is mitigated, promotes packaging efficiency and assembling quality；Insured by heating device Silk braid pipe material is heated while stablizing conveying, promotes transfer efficiency, the time in addition heated is saved, to promote entirety Production efficiency.By the conveying ratchet on conveyor module and the cooperation between conveying guide wheel, to make fuse casing material Stable convey, and material is prevented to be detached from during transportation, and is convenient for subsequent processing；Pass through Teflon feed module On positioning component be convenient for precise positioning, by Teflon feeding assembly realize automatic feed, and pass through Teflon cutting assembly Realize precisely cutting, by the ejector sleeve guidance set in ejector sleeve module will be inserted in Teflon material carry out guide-localization, and with Teflon is fully advanced to casing by the cooperation of ejector sleeve component, is realized automatic assembling, is promoted packaging efficiency and assembly precision；It is logical It crosses cutter and pin bending device is convenient for directly carrying out trimming cutting and the processing of pin clubfoot in conveying, promote production effect Rate, and improve trimming quality and bending quality.In conclusion having the technical effect that instead of manual operation for this patent, passes through The equipment realizes resistance fully-automatic production, and it is a series of to complete assembling, conveying, heating, cutting trimming and the processing of pin clubfoot etc. Process operation.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of resistor automatic producing device of the present invention.

Fig. 2 is the structural schematic diagram of fuse feeding assembly and fuse conveying assembly.

Fig. 3 is the structural schematic diagram of sleeve-assembled component.

Fig. 4 is the structural schematic diagram of heating device.

Fig. 5 is the structural schematic diagram of conveyor module.

Fig. 6 is the structural schematic diagram of Teflon feed module and ejector sleeve module.

Fig. 7 is the structural schematic diagram of cutter and pin bending device.

The label in accompanying drawing is: rack 1, fuse sleeve-assembled device 2, fuse feeding assembly 21, charging vibrating disc 211, whereabouts plate 2112, fuse blanking bracket 212, loading hopper frame 213, inclination feedboard 2131, oriented plate are fed 2132, blanking riser 214, curved channel 2141, charging 215, two charging guide wheels 216 of wheel bracket, charging guide wheel shaft 2161, Guide wheel disk 2162, charging cylinder 217, fuse conveying assembly 22, horizontal feed cylinder 221, horizontal supporting plate 223, lifting air Cylinder 224, the first clamping cylinder 225, the first dentation gripping block 2251, the second dentation gripping block 2252, semicircle groove 2253, second Clamping cylinder 226, horizontal moving frame 227, fuse slot 2271, fuse transfer block 2272, V-type groove 2273, sleeve-assembled Component 3, casing charging tray 31, casing support 32, casing sliding rail 321, casing clamping cylinder 322, casing sliding rail cylinder 323, casing Stock support 33, casing limit bar 331, first sleeve delivery wheel 332, the second casing delivery wheel 333, casing feeding motor 34, Quill gear 341, casing cutting cylinder 35, parallel cutting groove 350, first sleeve cutting cylinder 351 and the second casing cut off gas Cylinder 352, the first cutoff tool 353, L-type cutting plate 354, the second cutoff tool 355, casing clamping cylinder 36, casing positioning clamp gas Cylinder 37, heating device 4, heated transportation component 41, the first heated transportation frame 411, the heating of the first heated transportation wheel 4111, second are defeated Send wheel 4112,412, two chains 413 of the second heated transportation frame, heated transportation cylinder 414, heating shaft 415, heating runner 416, heating component 42, heated holder 421, heat-generating pipe 422, thermal insulation board 423, conveyor module 5, transfer gantry 51, first convey Shaft 52, conveying ratchet 521, first convey cylinder 53, second convey shaft 54, conveying guide wheel 541, the second feeder motor 55, Arc-shaped guide plate 56, Teflon feed module 6, positioning component 61, upper positioning cylinder 611, upper positioning head 6111, lower positioning cylinder 612, lower positioning head 6121, Teflon feeding assembly 62, Teflon feeding cylinder 620, Teflon charging support 621, Teflon into Expect that sliding rail 622, Teflon charging movable stand 623, Teflon feed cylinder 624, Teflon charging motor 625, the first Teflon Guide wheel 626, the second Teflon guide wheel 627, Teflon cutting assembly 63, Teflon cutting supporting plate 631, Teflon cut off cylinder 632, Teflon cutting block 633, ejector sleeve module 7, ejector sleeve strut 71, ejector sleeve guidance set 72, ejector sleeve leading truck 721, ejector sleeve are led Clamping cylinder 723, ejector sleeve component 73, ejector sleeve supporting plate 731, ejector sleeve front and rear cylinders 732, ejector sleeve are oriented to a liter frame cylinder 722, ejector sleeve Fuse clamping cylinder 733, cutter 8, cutter strut 81, the first cutting knife cylinder 82, fuse cutter 821, the second cutter It is cylinder 83, pin bending device 9, clubfoot cylinder 91, clubfoot pushing block 92, rack gear mating groove 921, clubfoot rack gear 93, clubfoot gear 94, curved Foot shaft 95, clubfoot bar 96, discharging collection box 10.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.

In the description of the present invention, it is to be understood that, term " on ", "lower", "front", "rear", "left", "right", "top", The orientation or positional relationship of the instructions such as "bottom", "inner", "outside" is to be merely for convenience of describing based on attached drawing orientation or positional relationship The present invention simplifies description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with specific side Position construction, operation, therefore be not considered as limiting the invention.

As shown in Figure 1, a kind of resistor automatic producing device, the equipment include rack 1, fuse sleeve-assembled device 2, Heating device 4, Teflon charging assembling device, cutter 8 and pin bending device 9；Fuse sleeve-assembled device 2 is arranged in machine The feed end of frame 1, fuse sleeve-assembled device 2 are used to casing being sheathed with fuse；Heating device 4 is arranged in rack 1 On, and the feed end of heating device 4 is mutually connected with the discharge end of fuse sleeve-assembled device 2, heating device 4 is used for casing Fuse be heated and fed on Teflon charging conveyor module；It includes conveyor module 5, iron that Teflon, which feeds assembling device, Fluorine dragon feed module 6 and ejector sleeve module 7；Conveyor module 5 is arranged in rack 1, the feed end and heating device 4 of conveyor module 5 Discharge end be mutually connected；Conveyor module 5 is for conveying discharging；Teflon feed module 6 is arranged in rack 1, and is located at conveying The front of module 5, Teflon feed module 6 are used to convey Teflon and feed；Ejector sleeve module 7 is located at 5 middle part of conveyor module Top, ejector sleeve module 7 is for promoting Teflon；Cutter 8 is located at the top of 5 right part of conveyor module, and cutter 8 is used for Cutting is corrected；The discharge end bottom surface of rack 1 is arranged in pin bending device 9, what pin bending device 9 was used to fastly discharge conveyor module 5 The fuse bending forming of casing fuse is located in rack 1 below 5 discharge end of conveyor module and is provided with discharging collection box 10.

As shown in Figure 1 to Figure 3, fuse sleeve-assembled device 2 includes fuse feeding assembly 21, fuse conveying assembly 22 and sleeve-assembled component 3；Fuse feeding assembly 21 be used for by fuse convey feed, fuse feeding assembly 21 include into Expect vibrating disc 211, fuse blanking bracket 212,213, two pieces of blanking risers 214 of loading hopper frame, charging wheel bracket 215, Two charging guide wheels 216, charging cylinder 217；It feeds vibrating disc 211 to be arranged in rack 1 by vibration disc carrier 2111, makes to feed Vibrating disc 211 is located at eminence, conveys charging out of charging vibrating disc 211 convenient for fuse；Feed the discharge end bottom of vibrating disc 211 Portion is connected with charging whereabouts plate 2112 wide at the top and narrow at the bottom, feeds fuse preferably by charging whereabouts plate 2112, leads to Cross it is wide at the top and narrow at the bottom can preferably carry out limit prevent from largely fully entering.Fuse blanking bracket 212 is arranged in rack 1, Loading hopper frame 213 is fixed at the top of fuse blanking bracket 212, loading hopper frame 213 and charging whereabouts plate 2112 Discharge end be mutually connected, be provided on loading hopper frame 213 two pieces inclination in herringbone arrangement inclination feedboards 2131, and Inclination 2131 bottom of feedboard on right side is lower than the inclination feedboard 2131 in left side, slides into fuse one by one convenient for orderly. Two pieces of blanking risers 214 are arranged in parallel in the front of fuse blanking bracket 212, and are located at the lower section of loading hopper frame 213, and two The middle part of block blanking riser 214 is provided with the curved channel 2141 passed through for fuse, and the width of curved channel 2141 is only A fuse is allowed to pass through, convenient for making fuse fall one by one, so that orderly feeds.Two pieces of blanking risers 214 Bottom is arc-shaped；The front of rack is arranged in charging wheel bracket 215, and two charging guide wheels 216 pass through charging guide wheel shaft On charging wheel bracket 215, the outer ring of charging guide wheel (216) is circumferentially provided with multiple fuse delivery chutes for 2161 settings, into Material guide wheel 216 is mutually connected with the bottom of blanking riser 214 and has arc-shaped gaps, and the bottom by blanking riser 214 is in circular arc Shape conveys fuse along circular arc convenient for conveying fuse preferably, prevents fuse from falling.Charging 2161 front end of guide wheel shaft is connected with guide wheel disk 2162；Charging cylinder 217 is hinged in rack 1, and feeds the mobile terminal of cylinder 217 It is hinged with one end of guide wheel disk 2162, drive guide wheel disk 2162 to carry out rotating clockwise drive fuse by charging cylinder 217 Effectively conveyed.

Fuse conveying assembly 22 is for convey and fuse being delivered to heating device 4, fuse conveying assembly 22 include horizontal feed cylinder 221, horizontal slide rail, 223, two lifting cylinders 224 of horizontal supporting plate, the first clamping cylinder 225, Second clamping cylinder 226 and horizontal moving frame 227；Horizontal feed cylinder 221 is arranged in rack 1；Horizontal feed cylinder 221 is logical Horizontal slide rail to be crossed to connect with horizontal supporting plate 223, horizontal feed cylinder 221 drives horizontal supporting plate 223 to be horizontally moved, and two A lifting cylinder 224 is separately positioned on the left and right side of horizontal supporting plate 223；Horizontal moving frame 227 and two lifting cylinders 224 mobile terminal is fixedly connected, and drives horizontal moving frame 227 to be gone up and down by two lifting cylinders 224.Horizontal moving frame Three fuse slots 2271 are arranged at intervals on 227；The right end of 227 front and back bar of horizontal moving frame is connected with fuse transfer block 2272, V-type groove 2273 is provided in two fuse transfer blocks 2272；First clamping cylinder 225 and the second clamping cylinder 226 The front and rear sides of horizontal moving frame 227 are located at, by the first clamping cylinder 225 and the second clamping cylinder 226 by fuse Clamping is matched with horizontal moving frame 227 to be conveyed one by one.It is all provided on first clamping cylinder 225 and the second clamping cylinder 226 It is equipped with the first dentation gripping block 2251 and the second dentation gripping block 2252, by dentation convenient for being preferably clamped, the first tooth Be provided with semicircle groove 2253 on the middle part of shape gripping block 2251 and the second dentation gripping block 2252, convenient for preferably with insurance Silk matches.

Sleeve-assembled component 3 is used to feed casing and casing is sheathed with fuse, and sleeve-assembled component 3 includes set Materials in the tube disk 31, casing support 32, casing stock support 33, casing feeding motor 34, casing cut off bracket 35, casing clamping cylinder 36, casing positions clamping cylinder 37；The rear portion of rack is arranged in casing charging tray 31, and casing stock support 33 is arranged in casing charging tray 31 front side, the casing material on casing charging tray 31 extend on casing stock support 33.The setting of casing feeding motor 34 is covering The top of pipe stock support 33；Quill gear 341 is connected in casing feeding motor 34；The rear portion of casing stock support 33 is arranged There is casing limit bar 331, is conveyed by casing limit bar 331 convenient for the limit of casing, to preferably be positioned.Casing is sent The front of material bracket 33 is provided with underlying first sleeve delivery wheel 332 and is located above the second casing delivery wheel 333；It is logical Cross quill gear 341 be meshed with first sleeve delivery wheel 332 drive first sleeve delivery wheel 332 rotate, the second casing conveying Wheel 333 matches feeding with first sleeve delivery wheel 332.Casing cutting bracket 35 is horizontally installed on going out for casing stock support 33 Expect end, to be provided with the parallel cutting groove 350 of twice on casing cutting bracket 35；It is provided on the parallel cutting groove 350 being located above Sleeve through hole 3501, casing are conveyed by sleeve through hole 3501.The right side of the parallel cutting groove 350 of twice is respectively arranged with first Casing cuts off cylinder 351 and the second casing cuts off cylinder 352；The first cutoff tool is connected on first sleeve cutting cylinder 351 353；It is provided with L-type cutting plate 354 on second casing cutting cylinder 352, is provided with the second cutoff tool on L-type cutting plate 354 355；Second cutoff tool 355 and the first cutoff tool 353 are to pass through 355 He of the second cutoff tool in upper parallel cutting groove 350 First cutoff tool 353 is matched the casing cutting at sleeve through hole 3501.Casing support 32 is disposed longitudinally on the first clamping gas The left side of cylinder 225 and the second clamping cylinder 226 is provided with casing sliding rail 321 on casing support 32, and casing sliding rail 321 passes through company Female connector pipe sliding rail cylinder 323 is moved；Casing clamping cylinder 36 is arranged on casing sliding rail 321；Casing clamping cylinder 322 with The front side of casing cutting bracket 35 is mutually connected；Casing positions clamping cylinder 37 and casing support 32 is arranged in by bushing locating rack On front side of discharge end, and it is connected with 2272 phase of fuse transfer block；Casing positioning clamping cylinder 37 makes to cover for that will clamp fuse Pipe is inserted in fuse.

When work, which passes through the charging vibrating disc 211 on fuse feeding assembly 21 for fuse It is delivered on charging whereabouts plate 2112, is snapped down to by feeding whereabouts plate 2112 on loading hopper frame 213 and by loading hopper frame The outlet of 213 bottoms slides into the curved channel 2141 on two pieces of blanking risers 214, and fuse passes through under curved channel 2141 It slides in the arc-shaped gaps between charging guide wheel 216 and blanking riser 214, and is snapped down to the fuse conveying of charging guide wheel 216 In slot, driving charging guide wheel 216 to rotate clockwise by charging cylinder 217 makes fuse be delivered to fuse along arc-shaped gaps On the left end fuse slot 2271 of horizontal moving frame 227 on conveying assembly 22, horizontal shifting is driven by horizontal feed cylinder 221 Moving frame 227 moves right to the first clamping cylinder 225 and the second clamping cylinder 226, passes through two 224 bands of lifting cylinder Dynamic horizontal moving frame 227 rises, and clamps the both ends of fuse by the first clamping cylinder 225 and the second clamping cylinder 226, leads to The decline of horizontal moving frame 227 is crossed, origin is back to, is placed on fuse on intermediate insurance silk slot 2271, will be protected in the same way Dangerous silk is delivered in the V-type groove 2273 in fuse transfer block 2272；It is positioned and is clamped by the casing on sleeve-assembled component 3 Cylinder 37 clamps the front end of fuse, drives quill gear 341 to rotate by casing feeding motor 34, to make quill gear 341 drive the second casing delivery wheel 333 to carry out feeding with the rotation of first sleeve delivery wheel 332, cut off cylinder by first sleeve 351 and second casing cutting cylinder 352 drive the first cutoff tool 353 and the second cutoff tool 355 to cut off casing, pass through set Pipe clamping cylinder 36 clamps the casing of cutting, and is inserted in casing to position by casing by casing sliding rail cylinder 323 and clamps gas On fuse on cylinder 37, then casing fuse component is placed in V-type groove 2273, to the right by horizontal moving frame 227 Movement is delivered on heating device 4.

The fuse feeding device 2 realizes automatic feed by fuse feeding assembly 21, passes through fuse conveying assembly 22 realize automatic conveying, and accurately casing is inserted in fuse by the stabilization of sleeve-assembled component 3, mitigate artificial behaviour Make, promotes packaging efficiency and assembling quality.

As shown in Figure 1 and Figure 4, heating device 4 includes heated transportation component 41 and heating component 42；Heated transportation component 41 Including the first heated transportation frame 411, the second heated transportation frame 412, two chains 413, heated transportation cylinders 414；First heating Carriage 411 and the laterally aligned setting of the second heated transportation frame 412, further promote supportive.First heated transportation frame, 411 He The front and rear sides of second heated transportation frame 412 are equipped with the first heated transportation wheel 4111 and the second heated transportation wheel 4112；First Heated transportation wheel 4111 and the second heated transportation wheel 4112 are connected by heating shaft 415, pass through the first heated transportation wheel 4111 With the second heated transportation wheel 4112 transmission effect is conveyed and promoted convenient for better.Heat the front end connection of shaft 415 There is heating runner 416；Heated transportation cylinder 414 is hinged in rack 1, and the mobile terminal of heated transportation cylinder 414 and heating turn Wheel 416 is hinged, drives the rotation of heating runner 416 to more effectively be conveyed by heated transportation cylinder 414.A piece chain 413 are connected to two the first heated transportation wheels 413, and another chain 413 is connected on two the second heated transportation wheels 414, lead to The both ends for crossing fuse are located at the carrier bar recess of two chains 413, to carry out stable limit conveying.Heating component 42 includes Heated holder 421 and two groups of heat-generating pipes 422；The rear side of heated transportation component 41, two groups of heat-generating pipes are arranged in heated holder 421 In heated holder 421, the top of two chains 413 is located between two groups of heat-generating pipes 422 for 422 horizontally-parallel settings, passes through hair Heat pipe 422 heats the fuse casing material on chain 413, and 421 lower part of heated holder is additionally provided with thermal insulation board 423, promote heat insulation.

When work, fuse casing material is moved between two chains 413 by fuse feeding device 2, makes to protect The both ends of dangerous silk are taken to the carrier bar concave surface of chain 413, drive heating by the heated transportation cylinder 414 on heating device 4 Runner 416 rotates, thus make to heat the first heated transportation wheel 4111 of drive of shaft 415 and the rotation of the second heated transportation wheel 4112, And then chain rotation is driven to be conveyed, while conveying, fuse casing material is added by two groups of heat-generating pipes 422 Heat promotes heating efficiency.

The heating device 4 is heated while fuse casing material is stablized and conveyed, and promotes transfer efficiency, is saved another The time of external heat, to promote whole production efficiency.

As shown in Figure 1 and Figure 5, conveyor module 5 includes that transfer gantry 51, first conveys shaft 52, conveying cylinder 53, second Convey shaft 54, feeder motor 55；Transfer gantry 51 is arranged in rack 1, feed end and the heating device 4 of transfer gantry 51 Discharge end is mutually connected；First conveying shaft 52 is located at the left part of transfer gantry 51；The front of first conveying shaft 52 is connected with two A conveying ratchet 521, two conveying ratchets 521 are located between two chains 413, so that fuse casing material be made to be delivered to chain It is directly taken when 413 discharge end of item on conveying ratchet 521.Conveying cylinder 53 is hinged in rack 1, conveys the movement of cylinder 53 Portion and the rear end of the first conveying shaft 52 are hinged by conveying runner 531, drive the first conveying shaft 52 by conveying cylinder 53 Rotation conveys fuse casing material from two conveying ratchets 521 are rotated.Second conveying shaft 54 is located at conveying branch The middle part of frame 51, feeder motor 55 are connect by shaft coupling with the rear end of the second conveying shaft 54；Before second conveying shaft 54 End cap is set there are two conveying guide wheel 541, and multiple conveying guide wheel slots for conveying are provided on two 541 outer rings of conveying guide wheel, It is fallen into conveying guide wheel slot by conveying guide wheel slot convenient for the both ends of fuse, carries out preferably limit conveying.Two conveyings are led Wheel 541 is located between two conveying ratchets 521, and two conveying guide wheels 541 are connected with two conveying ratchets 521 respectively, by defeated Send ratchet 521 that fuse casing material is delivered in conveying guide wheel slot.It is located on two conveying guide wheels 541 on transfer gantry 51 There are two arc-shaped guide plates 56 for side's fixed setting, and the left part of two arc-shaped guide plates 56 is matched with two conveying ratchets 521, It is matched by arc-shaped guide plate 56 with conveying ratchet 521, prevents fuse casing material from shaking in conveying excessive, keep arc The conveying track of shape and the stability for ensuring to convey.It is equipped with and uses between two arc-shaped guide plates 56 and two conveying guide wheels 541 In the conveying gap of conveying material, by conveying gap prevent from that fuse casing material is made to deviate from or slide in conveying.

When work, fuse casing material is delivered on conveying ratchet 521 by heating device 4, by conveying cylinder 53 drive conveying runner 531 to rotate, to make conveying runner 531 that the first conveying shaft 52 be driven to rotate, and then drive fuse Casing material is conveyed, and is delivered in the conveying guide wheel slot of conveying guide wheel 541, drives the second conveying by feeder motor 55 Shaft 54 rotates, so that the conveying guide wheel 541 in the second conveying shaft 54 be driven to rotate, and then drives fuse casing material defeated It send.

The conveyor module 5 is by the cooperation between conveying ratchet 521 and conveying guide wheel 541, to make fuse casing object Expect it is stable convey, prevent material to be detached from during transportation, and be convenient for subsequent processing.

As shown in figures 1 to 6, Teflon feed module 6 includes positioning component 61, Teflon feeding assembly 62 and Teflon Cutting assembly 63；Positioning component 61 includes upper positioning cylinder 611 and lower positioning cylinder 612；Upper positioning cylinder 611 passes through fixed link It is fixed on conveyor module 5；The bottom of upper positioning cylinder 611 is connected with positioning head 6111；Lower positioning cylinder 612 passes through fixation Plate is arranged on Teflon feeding assembly 62；The top of lower positioning cylinder 612 is connected with lower positioning head 6121, upper positioning head 6111 Match with lower positioning head 6121, drives positioning head 6111 under respectively by upper positioning cylinder 611 and lower positioning cylinder 612 Positioning head 6121 is positioned the front clamp of fuse.Teflon feeding assembly 62 includes Teflon feeding cylinder 620, iron Fluorine dragon charging support 621, Teflon charging sliding rail 622, Teflon charging movable stand 623, Teflon feed cylinder 624, iron fluorine Imperial charging motor 625；The right front portion of rack 1 is arranged in Teflon feeding cylinder 620；The setting of Teflon charging support 621 is conveying The front of module 5；Teflon feeds movable stand 623 and feeds the setting of sliding rail 622 in Teflon charging support 621 by Teflon On, sliding rail 622 is fed convenient for preferably being slided by Teflon, promotes the fluency of sliding.Teflon feeds cylinder 624 The front of Teflon charging support 621 is set, and Teflon feeds the mobile terminal of cylinder 624 and Teflon feeds movable stand 623 Front connection；Feeding cylinder 624 by Teflon drives Teflon charging movable stand 623 to be slided.Teflon charging electricity The left part of Teflon charging movable stand 623 is arranged in machine 625, and Teflon charging motor 625 passes through Teflon and feeds movable stand 623 are connected with the first Teflon guide wheel 626；The top of Teflon charging movable stand 623 is connected with the second Teflon guide wheel 627, Second Teflon guide wheel 627 is matched with the first Teflon guide wheel 626, and drives Teflon to carry out conveying charging by rotation. It is additionally provided with Teflon conveying guide pad 628 positioned at the front and rear sides of the first Teflon guide wheel 626, is conveyed and is oriented to by Teflon Block 628 preferably limits conveying convenient for Teflon, to realize better guiding role.Teflon cutting assembly 63 includes iron fluorine Dragon cutting supporting plate 631 and Teflon cut off cylinder 632；Teflon charging movable stand 623 is arranged in Teflon cutting supporting plate 631 Left back, and it is located at the top of Teflon conveying guide pad 628；Teflon cuts off the setting of cylinder 632 and cuts off branch in Teflon The top of plate 631, the mobile terminal of Teflon cutting cylinder 632 pass through Teflon cutting supporting plate 631 and are connected with Teflon cutting block 633, cylinder 632 is cut off by Teflon, Teflon is driven to cut off the progress precise positioning cutting of block 633.

Ejector sleeve module 7 includes ejector sleeve strut 71, ejector sleeve guidance set 72 and ejector sleeve component 73；Ejector sleeve strut 71 is arranged defeated Send the top of module 5；Ejector sleeve guidance set 72 includes ejector sleeve leading truck 721, ejector sleeve guiding liter frame cylinder 722 and ejector sleeve guide clip Tight cylinder 723；The rear portion of ejector sleeve strut 71 is arranged in ejector sleeve leading truck 721；Ejector sleeve guiding rises the setting of frame cylinder 722 and leads in ejector sleeve To the front of frame 721；Ejector sleeve guiding clamping cylinder 723 is arranged in ejector sleeve guiding and rises in the moving portion of frame cylinder 722, ejector sleeve guiding Rising frame cylinder 722 drives ejector sleeve guiding clamping cylinder 723 to be moved, and is oriented to clamping cylinder 723 for fuse by ejector sleeve The front clamp of casing material；Ejector sleeve component 73 includes that ejector sleeve supporting plate 731, ejector sleeve front and rear cylinders 732 and ejector sleeve fuse clamp Cylinder 733；The front of ejector sleeve strut 71 is arranged in ejector sleeve supporting plate 731；Ejector sleeve supporting plate 731 is arranged in ejector sleeve front and rear cylinders 732 Bottom surface；Ejector sleeve fuse clamping cylinder 733 is fixedly connected with the moving portion of ejector sleeve front and rear cylinders 732, passes through ejector sleeve front and rear cylinders 732 drive the movement of ejector sleeve fuse clamping cylinder 733, and make ejector sleeve fuse clamping cylinder 733 for Teflon to be pushed into In casing.

When work, the positioning component that is delivered to fuse casing material by conveyor module 5 in Teflon feed module 6 61 rear portion；Drive positioning head 6111 will with lower positioning head 6121 respectively by upper positioning cylinder 611 and lower positioning cylinder 612 The front clamp of fuse, is positioned, and is rotated by Teflon charging motor 625 and is driven the second Teflon guide wheel 627 and the The rotation of one Teflon guide wheel 626, feeds so that Teflon be conveyed, and feeds cylinder 624 by Teflon and drives Teflon charging Movable stand 623 is inserted in Teflon to fuse, is delivered to distance to a declared goal, cuts off cylinder 632 by Teflon and drives iron fluorine Dragon cutting block 633 carries out precise positioning cutting, and the material for putting on Teflon is delivered in ejector sleeve module 7 by conveyor module 5 The rear side of ejector sleeve guidance set 72, be oriented to rise frame cylinder 722 ejector sleeve is driven to be oriented to clamping cylinder 723 by ejector sleeve and be moved, And clamping cylinder 723 is oriented to by ejector sleeve and positions the front clamp of fuse casing material；Pass through 732 band of ejector sleeve front and rear cylinders Dynamic ejector sleeve fuse clamping cylinder 733 moves backward, and Teflon is promoted and is in Teflon between fuse and casing.

The Teflon feed module 6 is convenient for precise positioning by positioning component 61, is realized by Teflon feeding assembly 62 Automatic feed, and accurate cutting is realized by Teflon cutting assembly 63, it will by the ejector sleeve guidance set 72 in ejector sleeve module 7 The material for being inserted in Teflon carries out guide-localization, and cooperates with ejector sleeve component 73 and Teflon is fully advanced to casing, realizes Automatic assembling, promotes packaging efficiency and assembly precision.

As shown in Figure 1 and Figure 7, cutter 8 includes cutter strut 81, the first cutting knife cylinder 82 and the second cutting knife cylinder 83；The upper right quarter of transfer gantry 51 is arranged in cutter strut 81；First cutting knife cylinder 82 and the second cutting knife cylinder 83 are fixed respectively On cutter strut 81, and the first cutting knife cylinder 82 and the second cutting knife cylinder 83 are located at the outside of two conveying guide wheels 541. The lower part of first cutting knife cylinder 82 and the second cutting knife cylinder 83 is respectively connected with the fuse cutter 821 for correcting cutting, and leads to It crosses fuse cutter 821 and the fuse at both ends is subjected to trimming cutting.

Pin bending device 9 includes clubfoot cylinder 91, clubfoot pushing block 92, clubfoot rack gear 93, clubfoot gear 94 and clubfoot shaft 95； Clubfoot cylinder 91 is disposed longitudinally on the bottom surface of rack 1；Clubfoot rack gear 93 is connect with the moving portion of clubfoot cylinder 91；Clubfoot pushing block 92 are arranged in the front of 1 bottom surface of rack；There is rack gear mating groove 921 on clubfoot pushing block 92, clubfoot rack gear 93 is located to be cooperated in rack gear In slot 921, preferably matched with clubfoot rack gear 93 by rack gear mating groove 921.Pass through clubfoot gear 94 and clubfoot tooth Item 93 matches promotion transmission efficiency.Clubfoot shaft 95 is connected to the middle part of clubfoot gear 94, and the top of clubfoot shaft 95 passes through Rack 1 is connected with clubfoot bar 96, by driving clubfoot bar 96 to carry out rotation thus by the front end bending of fuse.

When work, the material being completed is delivered to 82 He of the first cutting knife cylinder of cutter 8 by conveyor module 5 Between second cutting knife cylinder 83, drive two fuse cutters 821 right by the first cutting knife cylinder 82 and the second cutting knife cylinder 83 The fuse at both ends carries out trimming cutting；After material is delivered to the clubfoot bar 96 of pin bending device 9 by conveyor module 5 after trimming Side drives clubfoot rack gear 93 mobile by clubfoot cylinder 91, and curved by the cooperation of clubfoot gear 94 and clubfoot rack gear 93 drive Clubfoot bar 96 in foot shaft 95 is to rotation counterclockwise, by fuse bending.

It is convenient for directly carrying out trimming cutting and the processing of pin clubfoot in conveying by cutter 8 and pin bending device 9, Improving production efficiency, and improve trimming quality and bending quality.

A kind of production method of resistor automatic producing device, passes sequentially through following steps:

(1) fuse is fed: fuse being delivered to charging by the fuse feeding assembly 21 on fuse feeding device 2 On funnel stand 213, and the curved channel 2141 on two pieces of blanking risers 214 is slid by the outlet of 213 bottom of loading hopper frame Interior, fuse is snapped down in the fuse delivery chute of charging guide wheel 216 by curved channel 2141, by feeding 217 band of cylinder Dynamic charging guide wheel 216 rotates clockwise the left end for the horizontal moving frame 227 for being delivered to fuse on fuse conveying assembly 22 On fuse slot 2271, horizontal moving frame 227 is driven to move right to the first clamping cylinder 225 by horizontal feed cylinder 221 Between the second clamping cylinder 226, drives horizontal moving frame 227 to rise by two lifting cylinders 224, clamped by first Cylinder 225 and the second clamping cylinder 226 clamp the both ends of fuse, are declined by horizontal moving frame 227, are back to origin, made Fuse is placed on intermediate insurance silk slot 2271, the V being in the same way delivered to fuse in fuse transfer block 2272 On type groove 2273；

(2) heat-shrink tube is fed: being positioned clamping cylinder 37 by the casing on sleeve-assembled component 3 and is pressed from both sides the front end of fuse Tightly, it drives the second casing delivery wheel 333 to carry out feeding with the rotation of first sleeve delivery wheel 332 by casing feeding motor 34, leads to It crosses first sleeve cutting cylinder 351 and casing is cut off in the cutting drive of cylinder 352 of the second casing, pass through casing clamping cylinder 36 clamp the casing of cutting, and casing is inserted in casing the guarantor positioned on clamping cylinder 37 by casing sliding rail cylinder 323 On dangerous silk, then casing fuse component is placed in V-type groove 2273, moved right and be delivered to by horizontal moving frame 227 On heating device 4；

(3) it heats: driving the first heated transportation wheel 4111 and second to add by the heated transportation cylinder 414 on heating device 4 Heated conveying wheel 4112 rotates, and then chain rotation is driven to be conveyed, and while conveying, passes through two groups of 422 couples of heat-generating pipe guarantors Dangerous silk braid pipe material is heated；

(4) Teflon is fed: fuse casing material is delivered to the conveying ratchet 521 of conveyor module 5 by heating device 4 On, it drives fuse casing material to be conveyed by conveying cylinder 53, and be delivered on conveying guide wheel 541, passes through conveying electricity Machine 55 drives conveying guide wheel 541 to rotate, and then drives the conveying of fuse casing material；It is delivered in Teflon feed module 6 The rear portion of positioning component 61；By upper positioning cylinder 611 and lower positioning cylinder 612 by the front clamp of fuse, positioned, It is rotated by Teflon charging motor 625 and the second Teflon guide wheel 627 and the first Teflon guide wheel 626 is driven to rotate, thus will Teflon conveying charging feeds cylinder 624 by Teflon and Teflon charging movable stand 623 is driven to be inserted in Teflon to insurance On silk, it is delivered to distance to a declared goal, cylinder 632 is cut off by Teflon and carries out precise positioning cutting, will be put on by conveyor module 5 The material of Teflon is delivered to 72 rear side of ejector sleeve guidance set in ejector sleeve module 7, is oriented to by ejector sleeve and rises the drive of frame cylinder 722 Ejector sleeve guiding clamping cylinder 723 is moved, and the front clamp of fuse casing material is positioned；Pass through ejector sleeve front and rear cylinders 732 drive ejector sleeve fuse clamping cylinders 733 move backward, Teflon is promoted and make Teflon be in fuse and casing it Between；

(5) it cuts off bending: the material being completed is delivered to the first cutting knife cylinder of cutter 8 by conveyor module 5 82 and second between cutting knife cylinder 83, repair the fuse at both ends by the first cutting knife cylinder 82 and the second cutting knife cylinder 83 Shearing is disconnected；Material is delivered to after trimming by conveyor module 5 96 rear side of clubfoot bar of pin bending device 9, passes through clubfoot cylinder 91 It drives the clubfoot bar 96 in clubfoot shaft 95 to rotation counterclockwise, by fuse bending and conveys discharging.

The equipment realizes automatic feed by the fuse feeding assembly 21 on fuse feeding device 2, passes through fuse Conveying assembly 22 realizes automatic conveying, and accurately casing is inserted in fuse by the stabilization of sleeve-assembled component 3, mitigates Manual operation promotes packaging efficiency and assembling quality；Through heating device 4 while fuse casing material is stablized and conveyed It is heated, promotes transfer efficiency, the time in addition heated is saved, to promote whole production efficiency.Pass through conveyor module 5 On conveying ratchet 521 and conveying guide wheel 541 between cooperation, thus make fuse casing material it is stable convey, prevent Only material is detached from during transportation, and is convenient for subsequent processing；Just by the positioning component 61 in Teflon feed module 6 In precise positioning, automatic feed is realized by Teflon feeding assembly 62, and realize by Teflon cutting assembly 63 and precisely cut It is disconnected, guide-localization is carried out by the material that the ejector sleeve guidance set 72 in ejector sleeve module 7 will be inserted in Teflon, and with ejector sleeve component Teflon is fully advanced to casing by 73 cooperations, is realized automatic assembling, is promoted packaging efficiency and assembly precision；Pass through cutter Device 8 and pin bending device 9 are convenient for directly carrying out trimming cutting and the processing of pin clubfoot in conveying, improving production efficiency, and And improve trimming quality and bending quality.In conclusion having the technical effect that instead of manual operation for this patent, passes through the equipment It realizes resistance fully-automatic production, completes a series of processing behaviour such as assembling, conveying, heating, cutting trimming and the processing of pin clubfoot Make.

The above are the descriptions to the embodiment of the present invention to keep this field special by the foregoing description of the disclosed embodiments Industry technical staff can be realized or using the present invention.Various modifications to these embodiments carry out those skilled in the art Saying will be apparent.The general principles defined herein can be the case where not departing from the spirit or scope of the present invention Under, it realizes in other embodiments.Therefore, the present invention is not intended to be limited to these implementation columns shown in this article, but to accord with Close the widest scope consistent with principles disclosed herein, novel point.

Claims (10)

1. a kind of resistor automatic producing device, which is characterized in that the equipment includes rack (1), fuse sleeve-assembled device (2), heating device (4), Teflon charging assembling device, cutter (8) and pin bending device (9)；The fuse casing The feed end in rack (1) is arranged in assembling device (2), and fuse sleeve-assembled device (2) is used to casing being sheathed with fuse On；The heating device (4) is arranged on rack (1), and the feed end of heating device (4) and fuse sleeve-assembled device (2) discharge end is mutually connected, and heating device (4) is used to carry out being heated and fed to casing fuse the Teflon and feeds In assembling device；The Teflon charging assembling device includes conveyor module (5), Teflon feed module (6) and ejector sleeve mould Block (7)；The conveyor module (5) is arranged on rack (1), the feed end of conveyor module (5) and the discharging of heating device (4) End is mutually connected；Conveyor module (5) is for conveying discharging；The Teflon feed module (6) is arranged on rack (1), and position In the front of conveyor module (5), Teflon feed module (6) is used to convey Teflon and feed；Described ejector sleeve module (7) position Top in the middle part of conveyor module (5), ejector sleeve module (7) is for promoting Teflon；The cutter (8) is located at conveying The top of module (5) right part, cutter (8) will be for that will cut off amendment；The pin bending device (9) is arranged in rack (1) Discharge end bottom surface, the fuse bending forming for the casing fuse that pin bending device (9) is used to fastly discharge conveyor module (5), institute It is located at below conveyor module (5) discharge end in the rack (1) stated and is provided with discharging collection box (10).

2. a kind of resistor automatic producing device according to claim 1, which is characterized in that the fuse casing group Assembling device (2) includes fuse feeding assembly (21), fuse conveying assembly (22) and sleeve-assembled component (3)；The guarantor Dangerous silk feeding assembly (21) includes charging vibrating disc (211), fuse blanking bracket (212), loading hopper frame (213), two pieces Blanking riser (214), charging wheel bracket (215), two charging guide wheels (216), charging cylinder (217)；The feeding vibration Moving plate (211) passes through in vibration disc carrier setting rack (1)；The discharge end bottom of the charging vibrating disc (211) is connected with Charging whereabouts plate (2112) wide at the top and narrow at the bottom；The fuse blanking bracket (212) is arranged on rack (1), it is described into Funnel frame (213) is fixed at the top of fuse blanking bracket (212), loading hopper frame (213) and charging whereabouts plate (2112) discharge end is mutually connected；Two pieces of inclination inclining in herringbone arrangement are provided on the loading hopper frame (213) Oblique feedboard (2131), and the inclination feedboard (2131) on right side is connected with oriented plate (2132)；Two pieces of blankings Riser (214) is arranged in parallel in the front of fuse blanking bracket (212), and is located at the lower section of loading hopper frame (213), and two pieces The curved channel (2141) passed through for fuse is provided in the middle part of blanking riser (214)；Two pieces of blanking risers (214) Bottom is arc-shaped；The front of rack, two charging guide wheels are arranged in the charging wheel bracket (215) (216) through charging guide wheel shaft (2161) setting in charging wheel bracket (215), the outer ring of charging guide wheel (216) is circumferentially set It is equipped with multiple fuse delivery chutes；And charging guide wheel (216) is mutually connected with the bottom of blanking riser (214) and has arc-shaped gaps； Charging guide wheel shaft (2161) front end is connected with guide wheel disk (2162)；The charging cylinder (217) is hinged on rack (1), and The mobile terminal for feeding cylinder (217) and one end of guide wheel disk (2162) are hinged；The fuse conveying assembly (22) includes water Flat conveying cylinder (221), horizontal slide rail, horizontal supporting plate (223), two lifting cylinders (224), the first clamping cylinder (225), Second clamping cylinder (226) and horizontal moving frame (227)；The horizontal feed cylinder (221) is arranged on rack (1)；Institute The horizontal feed cylinder (221) stated is connect by horizontal slide rail with horizontal supporting plate (223), and drives horizontal supporting plate (223) It is horizontally moved, two lifting cylinders (224) are separately positioned on the left and right side of horizontal supporting plate (223)；Institute The horizontal moving frame (227) stated is fixedly connected with the mobile terminal of two lifting cylinders (224)；Horizontal moving frame is arranged on (227) There are three fuse slot (2271)；The right end of bar is connected with fuse transfer block (2272) before and after horizontal moving frame (227), described Two fuse transfer blocks (2272) on be provided with V-type groove (2273)；First clamping cylinder (225) and the second folder Tight cylinder (226) is located at front and rear sides and the alignment of horizontal moving frame (227), the first clamping cylinder (225) and the The first dentation gripping block (2251) and the second dentation gripping block (2252), and the first tooth are provided on two clamping cylinders (226) The semicircle groove to match with fuse is provided on the middle part of shape gripping block (2251) and the second dentation gripping block (2252) (2253)；Sleeve-assembled component (3) is used to feed casing and casing is sheathed with fuse.

3. a kind of resistor automatic producing device according to claim 1 or 2, which is characterized in that the sleeve-assembled Component (3) includes that casing charging tray (31), casing support (32), casing stock support (33), casing feeding motor (34), casing are cut Disconnected bracket (35), casing clamping cylinder (36), casing positioning clamping cylinder (37)；The casing charging tray (31) is arranged in rack Rear portion, front side of described casing stock support (33) setting in casing charging tray (31)；The casing feeding motor (34) Top in casing stock support (33) is set；Quill gear (341) are connected in casing feeding motor (34)；Casing feeding branch The rear portion of frame (33) is provided with casing limit bar (331), and the front of casing stock support (33) is provided with underlying first Casing delivery wheel (332) and it is located above the second casing delivery wheel (333)；The quill gear (341) and first sleeve are defeated Wheel (332) is sent to be meshed, the second casing delivery wheel (333) matches feeding with first sleeve delivery wheel (332)；It is described Casing cutting bracket (35) be horizontally installed on the discharge ends of casing stock support (33), be provided in casing cutting bracket (35) The parallel cutting groove of twice (350)；Sleeve through hole (3501) are provided on the parallel cutting groove (350) being located above；Twice are parallel First sleeve cutting cylinder (351) and the second casing cutting cylinder (352) are respectively arranged on the right side of cutting groove (350)；It is described First sleeve cutting cylinder (351) on be connected with the first cutoff tool (353)；In second casing cutting cylinder (352) It is provided with L-type cutting plate (354), is provided with the second cutoff tool (355) in L-type cutting plate (354)；Described second cuts Breaking (355) and the first cutoff tool (353) are interior with upper parallel cutting groove (350)；The casing support (32) is longitudinal It is arranged in the left side of the first clamping cylinder (225) and the second clamping cylinder (226), the casing support is provided with set on (32) Pipe sliding rail (321), the casing sliding rail (321) are moved by connecting sleeve sliding rail cylinder (323)；The clamp sleeve Tight cylinder (36) is arranged on casing sliding rail (321)；Before the casing clamping cylinder (322) and casing cutting bracket (35) Side is mutually connected；Casing positioning clamping cylinder (37) is arranged before the discharge end of casing support (32) by bushing locating rack Side, and be mutually connected with the fuse transfer block (2272)；Casing positioning clamping cylinder (37) makes for that will clamp fuse Casing is inserted in fuse.

4. a kind of resistor automatic producing device according to claim 1 or 2 or 3, which is characterized in that the heating dress Setting (4) includes heated transportation component (41) and heating component (42)；The heated transportation component (41) includes that the first heating is defeated Send frame (411), the second heated transportation frame (412), two chains (413), heated transportation cylinder (414)；First heating Carriage (411) and second heated transportation frame (412) laterally aligned setting；The first heated transportation frame (411) and second The front and rear sides of heated transportation frame (412) are equipped with the first heated transportation wheel (4111) and the second heated transportation wheel (4112)；Institute The the first heated transportation wheel (4111) and the second heated transportation wheel (4112) stated heat shaft by heating shaft (415) connection (415) front end is connected with heating runner (416)；The heated transportation cylinder (414) is hinged on rack (1), and is heated Mobile terminal and heating runner (416) for conveying cylinder (414) are hinged；A piece chain (413) is connected to two first and adds Heated conveying wheel (413), another chain (413) are connected on two the second heated transportation wheels (414)；The heating component It (42) include heated holder (421) and two groups of heat-generating pipes (422)；The heated holder (421) is arranged in heated transportation component (41) rear side, two groups of heat-generating pipes (422) are horizontally-parallel to be arranged on heated holder (421), two chains (413) top is located between two groups of heat-generating pipes (422)；Described heated holder (421) lower part is additionally provided with thermal insulation board (423).

5. a kind of resistor automatic producing device according to claim 1 or 2 or 3, which is characterized in that the conveying mould Block (5) includes transfer gantry (51), the first conveying shaft (52), conveying cylinder (53), the second conveying shaft (54), feeder motor (55)；The transfer gantry (51) is arranged on rack (1), the feed end of transfer gantry (51) and going out for heating device (4) Material end is mutually connected；First conveying shaft (52) is located at the left part of transfer gantry (51)；Before first conveying shaft (52) There are two convey ratchet (521) for portion's connection；The conveying cylinder (53) is hinged on rack (1), conveys the shifting of cylinder (53) Dynamic portion and the rear end of the first conveying shaft (52) are hinged by conveying runner (531)；Second conveying shaft (54) is located at The middle part of transfer gantry (51), the feeder motor (55) are connect by shaft coupling with the rear end of the second conveying shaft (54)； The front end sleeve of second conveying shaft (54) is set there are two conveying guide wheel (541), is set on two conveying guide wheel (541) outer rings It is equipped with multiple conveying guide wheel slots for conveying；Two conveying guide wheels (541) are located between two conveying ratchets (521), and two A conveying guide wheel (541) is connected with two conveying ratchets (521) respectively；It is located at two conveyings on the transfer gantry (51) to lead Fixed setting is taken turns above (541) there are two arc-shaped guide plate (56), and the left part of two arc-shaped guide plates (56) is conveyed with two Ratchet (521) matches；It is equipped between two arc-shaped guide plates (56) and two conveying guide wheels (541) for conveying object The conveying gap of material.

6. a kind of resistor automatic producing device according to claim 1 or 2 or 3, which is characterized in that the Teflon Feed module (6) includes positioning component (61), Teflon feeding assembly (62) and Teflon cutting assembly (63)；The positioning Component (61) includes upper positioning cylinder (611) and lower positioning cylinder (612)；The upper positioning cylinder (611) passes through fixed link It is fixed on conveyor module (5)；The bottom of upper positioning cylinder (611) is connected with positioning head (6111)；The lower positioning gas Cylinder (612) is arranged on Teflon feeding assembly (62) by fixed plate；Lower positioning is connected at the top of lower positioning cylinder (612) Head (6121), the upper positioning head (6111) match with lower positioning head (6121)；The Teflon feeding assembly (62) Including Teflon feeding cylinder (620), Teflon charging support (621), Teflon charging sliding rail (622), Teflon charging movement Frame (623), Teflon feed cylinder (624), Teflon charging motor (625)；Teflon feeding cylinder (620) setting exists The right front portion of rack (1)；Front of Teflon charging support (621) setting in conveyor module (5)；The Teflon Movable stand (623) are fed to be arranged on Teflon charging support (621) by Teflon charging sliding rail (622)；The iron fluorine Dragon charging cylinder (624) setting in the front of Teflon charging support (621), Teflon feed the mobile terminal of cylinder (624) with Teflon feeds the front connection of movable stand (623)；Teflon charging motor (625) setting is fed in Teflon moves The left part of frame (623), and Teflon charging motor (625) passes through Teflon charging movable stand (623) and is connected with the first Teflon Guide wheel (626)；The top of Teflon charging movable stand (623) is connected with the second Teflon guide wheel (627), the second iron fluorine Imperial guide wheel (627) matches with the first Teflon guide wheel (626), and the front and rear sides for being located at the first Teflon guide wheel (626) are also set It is equipped with Teflon conveying guide pad (628).

7. a kind of resistor automatic producing device according to claim 6, which is characterized in that the Teflon cutting group Part (63) includes Teflon cutting supporting plate (631) and Teflon cutting cylinder (632)；The Teflon cuts off supporting plate (631) Left back in Teflon charging movable stand (623) is set, and is located at the top of Teflon conveying guide pad (628)；It is described Teflon cutting cylinder (632) setting Teflon cutting supporting plate (631) top, Teflon cut off cylinder (632) shifting Moved end passes through Teflon cutting supporting plate (631) and is connected with Teflon cutting block (633).

8. a kind of resistor automatic producing device according to claim 1 or 2 or 3, which is characterized in that the ejector sleeve mould Block (7) includes ejector sleeve strut (71), ejector sleeve guidance set (72) and ejector sleeve component (73)；Ejector sleeve strut (71) setting exists The top of conveyor module (5)；The ejector sleeve guidance set (72) includes ejector sleeve leading truck (721), ejector sleeve guiding liter frame cylinder (722) and ejector sleeve is oriented to clamping cylinder (723)；Rear portion of ejector sleeve leading truck (721) setting in ejector sleeve strut (71)；Institute The ejector sleeve guiding stated rises frame cylinder (722) setting in the front of ejector sleeve leading truck (721)；The ejector sleeve is oriented to clamping cylinder (723) it is arranged and is oriented in the moving portion for rising frame cylinder (722) in ejector sleeve, ejector sleeve is oriented to clamping cylinder (723) and is used for gripping sleeve； The ejector sleeve component (73) includes ejector sleeve supporting plate (731), ejector sleeve front and rear cylinders (732) and ejector sleeve fuse clamping cylinder (733)；Front of ejector sleeve supporting plate (731) setting in ejector sleeve strut (71)；Ejector sleeve front and rear cylinders (732) setting In the bottom surface of ejector sleeve supporting plate (731)；The movement of the ejector sleeve fuse clamping cylinder (733) and ejector sleeve front and rear cylinders (732) Portion is fixedly connected, and ejector sleeve fuse clamping cylinder (733) is for Teflon to be pushed into casing.

9. a kind of resistor automatic producing device according to claim 1 or 2 or 3, which is characterized in that the cutter dress Setting (8) includes cutter strut (81), the first cutting knife cylinder (82) and the second cutting knife cylinder (83)；The cutter strut (81) is set Set the upper right quarter in transfer gantry (51)；First cutting knife cylinder (82) and the second cutting knife cylinder (83) is separately fixed at and cuts On knife strut (81), and the first cutting knife cylinder (82) and the second cutting knife cylinder (83) are located at two conveying guide wheels (541) Outside；The lower part of first cutting knife cylinder (82) and the second cutting knife cylinder (83) is respectively connected with the fuse cutter for correcting cutting (821).

10. a kind of resistor automatic producing device according to claim 1 or 2 or 3, which is characterized in that the clubfoot Device (9) includes clubfoot cylinder (91), clubfoot pushing block (92), clubfoot rack gear (93), clubfoot gear (94) and clubfoot shaft (95)； The clubfoot cylinder (91) is disposed longitudinally on the bottom surface of rack (1)；The clubfoot rack gear (93) and clubfoot cylinder (91) Moving portion connection；Front of clubfoot pushing block (92) setting in rack (1) bottom surface；Clubfoot pushing block has rack gear to match on (92) It closes slot (921)；Clubfoot rack gear (93) is located in rack gear mating groove (921)；The clubfoot gear (94) and clubfoot rack gear (93) it matches；The clubfoot shaft (95) is connected to the middle part of clubfoot gear (94), and the top of clubfoot shaft (95) passes through Rack (1) is connected with clubfoot bar (96).