CN207458758U - A kind of toroidal coil winding machine - Google Patents

Abstract

The utility model is related to a kind of toroidal coil winding machines, including workbench, controller, coiling executing agency, coil adjustment mechanism, coil folder support mechanism, coil rotating mechanism, on the table, the left and right adjusting component that coil adjustment mechanism is equipped with is mounted on front and rear adjusting part for the front and rear adjusting part installation that coil adjustment mechanism is equipped with；Coil folder support mechanism is mounted on left and right adjusting component and is set in the above there are three rubber tire；Coil rotating mechanism rotates for three rubber tires of driving；Coiling executing agency includes support plate, counter, reel, wire clipping component, wire storage ring folding component, and support plate is installed on the table；Wire storage ring folding component, wire clipping component, reel and counter are separately mounted on support plate；Controller installation is connected on the table and with coiling electric motor, counter, coil rotating mechanism.The utility model has production efficiency high, the characteristics of being conducive to the development of enterprise, can be precisely controlled number of turns, the quality of product is made to be guaranteed.

Description

A kind of toroidal coil winding machine

Technical field

The utility model is related to coil winding machine technical fields, particularly a kind of toroidal coil winding machine.

Background technology

Coil winding machine is the equipment object of wire being wound on specific workpiece, is wound commonly used in copper wire.City at present The most skill as described in Chinese Patent Application No. 201110270114.4, entitled " toroidal coil winding machine " of coil winding machine on field Art scheme is the same, and the coil clamping device of such toroidal coil winding machine clamps axis, folder by three be uniformly distributed along the circumference It holds axis open-and-close mechanism and is located at the retaining sleeve composition of clamping axis upper end and coil contact, clamping axis open-and-close mechanism is provided in a bottom On seat, so that the center location of the coil of such coil winding machine is fixed, nor can be to coil center of circle position It puts and is adjusted, so wire storage ring is to carry out coiling through the center of circle of coil always, so that the line being relatively large in diameter to some When circle carries out coiling, the problem of threading speed being caused slower, low production efficiency is unfavorable for the long-run development of enterprise；In addition, this There is no setting counters, such structure on the coil winding machine of kind structure cannot be accurately controlled the number of turn to coil-winding, make The quality of product cannot be guaranteed.

Utility model content

The purpose of this utility model is to provide a kind of toroidal coil winding machine, which has structure letter List, design science, production efficiency are high, are conducive to the development of enterprise, can be precisely controlled number of turns, are protected the quality of product The advantages of card.

What the technical solution of the utility model was realized in：A kind of toroidal coil winding machine, feature are to include work Make platform, controller, coiling executing agency, coil adjustment mechanism, coil folder support mechanism, coil rotating mechanism, wherein：The coil Adjustment mechanism includes front and rear adjusting part, left and right adjusting component, and the front and rear adjusting part is installed on the table, the left and right Adjusting part is mounted on front and rear adjusting part and passes through front and rear adjusting part effect and moved forward and backward；The coil presss from both sides support machine Structure, which is mounted on left and right adjusting component and passes through the effect of left and right adjusting component, carries out side-to-side movement, and three are equipped in coil folder support mechanism A elasticity clamping jaw is respectively equipped with rubber tire in the front end of each elastic clamping jaw, and the circle center line connecting of three rubber tires is set in equilateral triangle It puts；On the table, which rotates in same direction for three rubber tires to be driven to realize for the coil rotating mechanism installation； The coiling executing agency includes support plate, counter, reel, wire clipping component, wire storage ring folding component, and the support plate is mounted on It on workbench, is equipped on support plate and rotates rod group, wire storage ring is installed on rod group is rotated, line is provided on wire storage ring Device is additionally provided with driving on support plate and rotates the coiling electric motor that rod group rotates；The wire storage ring folding component is mounted on support plate；Institute It states reel to be separately mounted on support plate with counter, and the number of turns that the counter rotates reel counts；It is described Wire clipping component is mounted on support plate；The controller is installed on the table, and the controller and coiling electric motor, counter, line Circle rotating mechanism is electrically connected respectively.

Further, front and rear adjusting part, the left and right adjusting component include mounting bracket, sliding block, two springs, tune respectively Pole, spacer pin, the sliding block are slidably mounted in mounting bracket, and threaded hole is equipped on sliding block；Two springs are pacified respectively Mounted in the both sides of threaded hole, top pressure is distinguished on sliding block in wherein one end of each spring, and the other end of each spring is distinguished top pressure and pacified It shelves；It is in the mounting hole that is oppositely arranged that the mounting bracket, which is equipped with threaded hole, be equipped on the top surface of mounting bracket with it is described The pin hole of mounting hole connection；The adjusting rod is equipped with the thread segment being adapted to threaded hole, and spacing ring is additionally provided on adjusting rod Slot, the thread segment of the adjusting rod are screwed into through mounting hole in the threaded hole of sliding block；The spacer pin is plugged in pin hole, and should It is embedded into the middle part of spacer pin in the limited ring groove；The mounting bracket installation of the front and rear adjusting part is on the table, described Left and right adjusting component is mounted on by an installing plate on the sliding block of front and rear adjusting part.

Yet further, the front and rear adjusting part, the mounting bracket of left and right adjusting component include respectively two mounting blocks with Two slides, each slide is separately positioned between two mounting blocks, and the both ends of each slide are connected respectively with mounting blocks, A wherein mounting blocks are equipped with the mounting hole and pin hole, are equipped on another mounting blocks for spring overhead Two top pressures grooves；The front and rear adjusting part, left and right adjusting component sliding block two sides on be respectively equipped with and fitted with slide The sliding slot matched somebody with somebody distinguishes spring groove on the sliding block positioned at threaded hole both sides；The sliding block of the front and rear adjusting part passes through it respectively The slide of the sliding slot of both sides and front and rear adjusting part is nested and is mounted between two slides, the spring of the front and rear adjusting part One end flush-mounted in front and rear adjusting part sliding block on spring groove in, the other end overhead of the spring of the front and rear adjusting part exists On the mounting bracket of front and rear adjusting part；The sliding block of the left and right adjusting component passes through the sliding slot of its both sides and left and right adjusting group respectively The slide of part is nested between two slides, and one end of the spring of the left and right adjusting component is flush-mounted in left and right adjusting group In spring groove on the sliding block of part, the other end overhead of the spring of the left and right adjusting component is in the mounting bracket of left and right adjusting component On.

The beneficial effects of the utility model：(1) the utility model is by using by front and rear adjusting part, left and right adjusting group The coil adjustment mechanism that part is formed, coil folder support mechanism are mounted on coil adjustment mechanism, such design, when coil presss from both sides support machine It, can be by adjusting front and rear adjusting part and left and right adjusting component after structure has clamped loop coil so that loop coil can carry out It moves around, realizes the adjustment of position, the utility model is made to have simple in structure, design science, production efficiency high, is had Beneficial to enterprise development the advantages of.

(2) the coiling executing agency of the utility model is equipped with counter and reel, makes the utility model to wire storage ring Amount of storage line be accurately controlled, so as to be controlled to making the number of turns of loop coil to wire storage ring, make this practicality It is new that there is the advantages of being precisely controlled number of turns, the quality of product is made to be guaranteed.

Description of the drawings

Fig. 1 is one of structure diagram of the utility model.

Fig. 2 is the second structural representation of the utility model.

Fig. 3 is the third structural representation of the utility model.

Fig. 4 is the structure diagram of the front and rear adjusting part of the utility model.

Fig. 5 is the structure diagram of the left and right adjusting component of the utility model.

Fig. 6 is the structure diagram of mounting bracket.

Fig. 7 is the structure diagram of sliding block.

Fig. 8 is the structure diagram that the sliding block horizontal direction in Fig. 7 rotates 180 °.

Fig. 9 is the structure diagram of adjusting rod.

Figure 10 is the assembling structure schematic diagram of adjusting rod.

Figure 11 is the structure diagram of the universal joint of the utility model.

Figure 12 is the structure diagram of the connecting rod of universal joint.

Figure 13 is the structure diagram of the gimbal joints of universal joint.

Figure 14 is the end structure illustration of the gimbal joints of universal joint.

Figure 15 is the schematic cross-sectional view in A-A directions in Figure 14.

Reference sign：1- workbench, 2- controllers, 3- coilings executing agency, 31- support plates, 32- counters, 33- around Line wheel, 34- wire clipping components, 341- fixed plates, 342- elasticity compression bars group, the sandwiched plates of 343-, 344- fixed links, 345- are swung Bar, 346- torsional springs, 347- shifting parts, 35- wire storage ring foldings component, 351- foldings handle, 352- shifting shafts, 353- axle sleeves, 354- guiding stirs slot, 36- rotates rod, 37- coiling electric motors, 4- coils adjustment mechanism, adjusting part, 42- or so tune before and after 41- Save component, 43- mounting brackets, 431- mounting holes, 432- mounting blocks, 433- slides, 434- pin holes, 435- top pressures grooves, 44- sliding blocks, 441- threaded holes, 442- sliding slots, 443- spring grooves, 45- springs, 46- adjusting rods, 461- thread segments, 462- limited ring grooves, 463- Extended segment, 4631- screw threads hole portion, 464- swing handles, 4641- threaded posts portion, 47- spacer pins, 5- coils folder support mechanism, 51- Elastic clamping jaw, 52- rubber tires, 53- knobs transmission component, 61- universal joints, 62- rotary electric machines, 63- transmission components, 64- universal joints Connector, 641- adjusting cavities slot, 6411- cylindrical grooves, 6412- swinging chutes, 642- elongated holes, 65- axis pins, 66- connecting rods, 661- hinges Connector, 662- hinge holes, 7- testing agencies, 71- fiber optic samplers, 72- adjust rod piece, 73- adjusting blocks, 8- control panels, 81- Scram button 81,82- startups/pause button, 83- coiling speed governing sections knob, 84- winding departments are away from vernier knob, 85- winding displacements direction Regulation button, 9- wire storage rings.

Specific embodiment

As shown in Figure 1, Figure 2, Figure 3 shows, a kind of toroidal coil winding machine described in the utility model, including workbench 1, controller 2nd, coiling executing agency 3, coil adjustment mechanism 4, coil folder support mechanism 5, coil rotating mechanism, wherein：The coil adjusts machine Structure 4 includes front and rear adjusting part 41, left and right adjusting component 42, and the front and rear adjusting part 41 is mounted on workbench 1, the left side Right adjusting part 42 is mounted on front and rear adjusting part 41 and passes through the front and rear effect of adjusting part 41 and moved forward and backward；The line Circle folder support mechanism 5, which is mounted on left and right adjusting component 42 and passes through the effect of left and right adjusting component 42, carries out side-to-side movement, in coil Folder support mechanism 5 is set there are three elastic clamping jaw 51, and rubber tire 52 is respectively equipped in the front end of each elastic clamping jaw 51, three rubber tires 52 Circle center line connecting is set in equilateral triangle, when in use, is gripped with loop coil between three rubber tires 52, such design, After coil folder support mechanism 5 has clamped loop coil, it can make by adjusting front and rear adjusting part 41 and left and right adjusting component 42 Movement around can be carried out by obtaining loop coil, realized the adjustment of position, to reach optimal winding position, made the utility model It is high with simple in structure, design science, production efficiency, the advantages of being conducive to the development of enterprise.As shown in Figure 1, Figure 2, Figure 3 shows, institute Coil rotating mechanism is stated on workbench 1, which rotates in same direction for three rubber tires 52 to be driven to realize；Institute Stating coiling executing agency 3 includes support plate 31, counter 32, reel 33, wire clipping component 34, wire storage ring folding component 35, described Support plate 31 is mounted on workbench 1, is equipped on support plate 31 and is rotated rod group, is equipped with wire storage ring 9 on rod group is rotated, is being stored up Wrapping implement (not shown) is also equipped on the side rail of wire loop 9, Wrapping implement is for drawing enameled wire during coiling loop coil, in ring Make the parts of punching coiling campaign on shape coil；In actual implementation, the rotation rod group is by ring-shaped distributed at least three It rotates rod 36 to form, is equipped on each rotation rod 36 and is embedded in annular groove, specifically its inner side edge is to set to wire storage ring 9 when mounted It is mutual with wire storage ring 9 on the embedded annular groove of each rotation rod 36, and after loop coil is sandwiched between three rubber tires 52 Socket, driving is additionally provided on support plate 31 and rotates the coiling electric motor 37 that rod group rotates, the coiling electric motor 37 with rotate rod group it Between connected by belt transmission, in coiling, wire storage ring 9 is rotated by the driving of coiling electric motor 37, and Wrapping implement is in wire storage ring 9 Under the pullling of drive and enameled wire, make the circular motion opposite with the rotation direction of wire storage ring 9, Wrapping implement along 9 side rail of wire storage ring Then it is that the Wrapping implement slides coiling one on 9 side rail of wire storage ring and encloses paint used often toward a circle enameled wire in coiling on loop coil The length of envelope curve.As shown in Figure 1 and Figure 2, the wire storage ring folding component 35 is mounted on support plate 31, the wire storage ring folding component 35 include folding handle 351, shifting shaft 352, axle sleeve 353, and the axle sleeve 353 is mounted on support plate 31, and the shifting shaft 352 is inserted In axle sleeve 353, have in the end of shifting shaft 352 and stir the eccentric clicking section that wire storage ring 9 realizes folding, in axle sleeve 353 It is equipped with a guiding and stirs slot 354, one end of the folding handle 351 is stirred slot 354 through the guiding and connected with shifting shaft 352 It connects, in actual implementation, will first stir folding handle 351 and push up, then push or pull on folding handle 351, make shifting shaft 352 move along axle sleeve 353, so as to which wire storage ring 9 is realized folding by the end for making shifting shaft 352, facilitate taking-up or install ring Shape coil.As shown in Figure 1 and Figure 2, the reel 33 is separately mounted to counter 32 on support plate 31, and the counter 32 The number of turns rotated to reel 33 counts, and counter 32 described in the utility model is an infrared sensor, in reel 33 are equipped with a detection hole.The utility model enables the utility model right by being equipped with the design of counter 32 and reel 33 The amount of storage line of wire storage ring is accurately controlled, and so as to control the number of turns of loop coil making to wire storage ring, is made The utility model has the advantages of being precisely controlled number of turns, the quality of product is made to be guaranteed, in actual implementation, this reality With it is new be size by first measuring the radius size and thickness of loop coil, by the radius size and thickness of loop coil Size be input in controller 2, by controller 2 handle draw optimal loop coil winding length；The wire clipping component 34 On support plate 31；The controller 2 is mounted on workbench 1, and the controller 2 and coiling electric motor, counter 32, coil Rotating mechanism is electrically connected respectively.

In order to make the structure of the front and rear adjusting part 41 of the utility model, left and right adjusting component 42 more reasonable, make this reality Around being realized with new loop coil when in use into row position adjust, as Fig. 1, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Shown in Fig. 9, Figure 10, front and rear adjusting part 41, the left and right adjusting component 42 include 44, two mounting bracket 43, sliding block bullets respectively Spring 45, adjusting rod 46, spacer pin 47, the sliding block 44 are slidably mounted in mounting bracket 43, and threaded hole is equipped on sliding block 44 441；Two springs 45 are separately mounted to the both sides of threaded hole 441, and top pressure is distinguished in sliding block in wherein one end of each spring 45 On 44, the other end of each spring 45 distinguishes top pressure on mounting bracket 43；The mounting bracket 43 is equipped with threaded hole 441 in opposite The mounting hole 431 of setting is equipped with the pin hole 434 connected with the mounting hole 431 on the top surface of mounting bracket 43；The adjusting rod 46 are equipped with the thread segment 461 being adapted to threaded hole 441, and limited ring groove 462 is additionally provided on adjusting rod 46, the adjusting rod 46 Thread segment 461 is screwed into through mounting hole 431 in the threaded hole 441 of sliding block 44；The spacer pin 47 is plugged in pin hole 434, And 47 middle part of spacer pin is embedded into the limited ring groove 462；The mounting bracket 43 of the front and rear adjusting part 41 is mounted on On workbench 1, the left and right adjusting component 42 is mounted on by an installing plate on the sliding block 44 of front and rear adjusting part 41.This practicality New front and rear adjusting part 41, left and right adjusting component 42 on adjusting rod 46 respectively by being equipped with limited ring groove 462 and pacifying 43 designs for being equipped with mounting hole 431 and pin hole 434 are shelved, make the adjusting rod 46 of front and rear adjusting part 41, left and right adjusting component 42 Entire mounting bracket 43 need not be run through in assembling, it is not required that /V assembling is carried out to the both ends of adjusting rod 46 so that front and rear Adjusting part 41, left and right adjusting component 42 not can be appreciated that not only after assembling and exchange the /V that pole 46 is mounted Block also significantly shortens the length needed for adjusting rod 46, makes the front and rear adjusting part 41, left and right adjusting component of the utility model 42 have simple in structure, design rationally, production cost it is low, be conducive to the development of enterprise, packaging efficiency height, beauty, class height etc. Advantage.

In order to make the structure of the front and rear adjusting part 41 of the utility model, left and right adjusting component 42 more reasonable, as Fig. 4, Shown in Fig. 5, Fig. 6, Fig. 7, Fig. 8, the front and rear adjusting part 41, the mounting bracket 43 of left and right adjusting component 42 include two peaces respectively Block 432 and two slides 433 are filled, each slide 433 is separately positioned between two mounting blocks 432, and the two of each slide 433 End is connected respectively with mounting blocks 432, and the mounting hole 431 and pin hole 434 are equipped on a wherein mounting blocks 432, Two top pressures grooves 435 for 45 overhead of spring are equipped on another mounting blocks 432, when in use, spring 45 can be to making In top pressures groove 435, action point of the spring 45 on mounting bracket 43 is defined, spring 45 is prevented to be present with asking for dislocation Topic, in actual implementation, which becomes cylindrical shape structure；Front and rear adjusting part 41, the left and right adjusting component 42 Sliding block 44 two sides on be respectively equipped with the sliding slot 442 being adapted to slide 433, in the sliding block positioned at 441 both sides of threaded hole Spring groove 443 is distinguished on 44；The sliding slot 442 by its both sides and the front and rear adjusting respectively of the sliding block 44 of the front and rear adjusting part 41 The slide 433 of component 41 is nested between two slides 433, and one end of the spring 45 of the front and rear adjusting part 41 is embedding In spring groove 443 on sliding block 44 loaded on front and rear adjusting part 41, the other end top of the spring 45 of the front and rear adjusting part 41 It puts on the mounting bracket 43 of front and rear adjusting part 41；The sliding block 44 of the left and right adjusting component 42 passes through the sliding slot of its both sides respectively 442 and left and right adjusting component 42 slide 433 be nested and between two slides 433, the left and right adjusting component 42 One end of spring 45 is in the spring groove 443 on the sliding block 44 of left and right adjusting component 42, the bullet of the left and right adjusting component 42 The other end overhead of spring 45 is on the mounting bracket 43 of left and right adjusting component 42.

In order to make the structure of the adjusting rod 46 of the utility model more reasonable and make the user to use more convenient, such as Shown in Fig. 9, Figure 10, extended segment 463 is additionally provided on the adjusting rod 46, swing handle is also equipped in the end of extended segment 463 464, and swing handle 464 is made of plastics.In order to make that knot is assembled between the swing handle 464 of the utility model and adjusting rod 46 Structure is more reasonable, and a threaded post portion 4641 is equipped on swing handle 464, is set on the end face of the extended segment of adjusting rod 46 463 There is a screw thread hole portion 4631, which is screwed into the threaded hole of adjusting rod 46 by the threaded post portion 4641 above it Portion 4631 and be assembled into one with adjusting rod 46.

The front and rear adjusting part 41, left and right adjusting component 42 of the utility model are adjusted in the position to loop coil When, all it is by rotating the adjusting rod 46 above it, the thread segment 461 of adjusting rod 46 being made to rotate and promote sliding block 44 along slide 433 movement and realize.

In order to make the structure of the coil rotating mechanism of the utility model more reasonable, make the coil rotating machine of the utility model Structure can drive three realizations of rubber tire 52 to rotate in same direction, and as shown in Figure 1, Figure 3, the coil rotating mechanism includes three universal joints 61st, rotary electric machine 62, transmission component 63, the rotary electric machine 62 are separately mounted to transmission component 63 on the bottom surface of workbench 1； The wherein gimbal joints 64 that each universal joint 61 is equipped with are connected respectively with rubber tire 52, and each universal joint 61 is equipped with another One gimbal joints 64 are connected respectively with transmission component 63；The rotary electric machine 62 is by driving transmission component 63 to make each universal joint 61 rotate simultaneously.In actual implementation, the transmission component 63 includes a driving pulley, three driven pulleys and belt structure Into a gimbal joints 64 of each universal joint 61 are connected respectively with driven pulley, and driving pulley and rotary electric machine 62 Shaft connects, and belt is around on driving pulley and each driven pulley.

In order to make the structure of the universal joint 61 of the utility model more reasonable, such as Fig. 1, Figure 11, Figure 12, Figure 13, Figure 14, figure Shown in 15, the universal joint 61 includes two gimbal joints 64, two axis pins 65, connecting rods 66, each gimbal joints 64 On be respectively equipped with adjusting cavity slot 641, and the elongated hole 642 through the adjusting cavity slot 641 is additionally provided in each gimbal joints 64； The both ends of the connecting rod 66 are respectively equipped with articulated joint 661, and hinge hole 662, and described two are respectively equipped in each articulated joint 661 Projection of the axis of hinge hole 662 in an axial slices of connecting rod 66 is in 90 ° of arranged in a crossed manner, axial slices of the connecting rod 66 For the section in B-B directions in Figure 12；The articulated joint 661 of the connecting rod 66 wherein one end is embedded at one of gimbal joints 64 Adjusting cavity slot 641 in, the articulated joint 661 of 66 other end of connecting rod is embedded at the adjusting cavity slot of another gimbal joints 64 In 641, and each gimbal joints 64 from 642 one side of elongated hole respectively by penetrating and hinge hole 662 being passed through to be pierced by from opposite side Axis pin 65 and connecting rod 66 hinge dress together with.The universal joint 61 of the utility model is matched somebody with somebody by using axis pin 65 and elongated hole 642 The package assembly of conjunction replaces cross axle of the prior art；Cross axle need not be used, so on the one hand simplifies universal joint 61 Connection structure, and the assembling mode that axis pin 65 and elongated hole 642 are aligned, contraposition is more convenient, substantially increases ten thousand To saving 61 packaging efficiencies；On the other hand, the axis pin 65 of universal joint 61 can move in elongated hole 642, make the utility model institute 61 entire length of universal joint of use is adjusted so that the utility model is more convenient in assembling, can effectively meet user's Demand.

In order to make the structure of the adjusting cavity slot 641 of the universal joint 61 of the utility model more reasonable, such as Figure 14, Tu15Suo Show, the adjusting cavity slot 641 is made of cylindrical groove 6411 and swinging chute 6412, the swinging chute 6412 and cylindrical groove 6411 It is connected, and the swinging chute 6412 becomes diameter gradually smaller funnel-shaped structure from outside to inside；The articulated joint 661 is done As the spherical shape structure being adapted to cylindrical groove 6411.So that in practical application, articulated joint 661 not only can be in cylinder It is moved in slot 6411, will not also generate noise easily.

In order to make the structure of the wire clipping component 34 of the utility model more reasonable, as shown in Figure 1 and Figure 2, the wire clipping component 34 include fixed plate 341, elastic compression bar group 342, sandwiched plate 343, and the elasticity compression bar group 342 includes fixed link 344, pendulum Lever 345, torsional spring 346, shifting part 347, one end of the fixed link 344 is mounted on by a mounting post on support plate 31, in reality When border is implemented, an adjusting block 73 is additionally provided between the fixed link 344 and mounting post, the fixed link 344 is by rotating adjusting block 73 and circumferentially rotating along mounting post；One end of the oscillating rod 345 is installed in rotation on fixed link by shifting part 347 On 344 other end；The torsional spring 346 is sleeved on shifting part 347, a wherein connecting pin and the oscillating rod 345 of the torsional spring 346 Connection, another connecting pin of the torsional spring 346 is connected with shifting part 347；The sandwiched plate 343 is hinged on the another of oscillating rod 345 End, and the sandwiched plate 343 is close to by the elastic reaction of torsional spring 346 with fixed plate 341.The wire clipping component 34 of the utility model By using such structure so that in actual use, sandwiched plate 343 can be made with fixing by twisting shifting part 347 Plate 341 separates, and has the advantages of reasonable in design, easy to use.

In order to make the structure of the utility model more reasonable, as shown in Figure 1 and Figure 2, the utility model further includes testing agency 7, the testing agency 7 includes fiber optic samplers 71, adjusts rod piece 72, adjusting block 73, and the adjusting block 73 passes through a mounting post On support plate 31, in order to make the production cost of reduction the utility model, the assembling of component is reduced, the general in the utility model Adjusting block 73 is mounted on the mounting post on support plate 31 with fixed link 344 is mounted on the mounting post on support plate 31 in wire clipping component 34 For same mounting post, the adjusting rod piece 72 is installed on adjusting block 73, and the fiber optic samplers 71, which are mounted on, adjusts rod piece 72 On, which is electrically connected with controller 2, and rod piece 72 can will be adjusted around mounting post by rotating adjusting block 73 It rotates, so as to which the position of fiber optic samplers 71 be adjusted.By using the testing agency 7, make the control of the utility model Device 2 can collect the speed of coiling and the data of the number of turn, so that user can be according to detected data to the speed of coiling It is adjusted.

In order to make the structure of the coil of the utility model folder support mechanism 5 more reasonable, as shown in Figure 1 and Figure 2, the coil The rear side of folder support mechanism 5 is equipped with the knob transmission component 53 that elastic 51 folding of clamping jaw of control three carries out clamping loop coil, leads to Crossing manipulation knob transmission component 53 makes three 51 foldings of elastic clamping jaw, so as to make the utility model can sandwiched different radii size Loop coil.

In order to facilitate user's control the utility model, as shown in Figure 1 and Figure 2, the utility model further includes control panel 8, institute Control panel 8 is stated on workbench 1, which is equipped with scram button 81, startup/pause button 82, coiling tune Speed section knob 83, winding department are away from vernier knob 84, winding displacement direction regulation button 85, the scram button 81, startup/pause button 82nd, coiling speed governing section knob 83, winding department are electrically connected away from vernier knob 84, winding displacement direction regulation button 85 with 2 phase of controller respectively It connects.

Claims (10)

1. a kind of toroidal coil winding machine, it is characterised in that：Including workbench, controller, coiling executing agency, coil adjustment machine Structure, coil folder support mechanism, coil rotating mechanism, wherein：

The coil adjustment mechanism includes front and rear adjusting part, left and right adjusting component, and the front and rear adjusting part is mounted on work On platform, the left and right adjusting component is mounted on front and rear adjusting part and passes through front and rear adjusting part effect and moved forward and backward；

The coil folder support mechanism, which is mounted on left and right adjusting component and passes through the effect of left and right adjusting component, carries out side-to-side movement, Coil folder support mechanism is set there are three elastic clamping jaw, is respectively equipped with rubber tire in the front end of each elastic clamping jaw, the center of circle of three rubber tires Line is set in equilateral triangle；

On the table, which turns for three rubber tires to be driven to realize in the same direction for the coil rotating mechanism installation It is dynamic；

The coiling executing agency includes support plate, counter, reel, wire clipping component, wire storage ring folding component, the support plate peace Dress on the table, is equipped on support plate and rotates rod group, is equipped with wire storage ring on rod group is rotated, is equipped on wire storage ring Wrapping implement is additionally provided with driving on support plate and rotates the coiling electric motor that rod group rotates；The wire storage ring folding component is mounted on support plate On；The reel is separately mounted to counter on support plate, and the number of turns that the counter rotates reel counts； The wire clipping component is mounted on support plate；

The controller is installed on the table, and the controller and coiling electric motor, counter, coil rotating mechanism are mutually electric respectively Connection.

2. toroidal coil winding machine according to claim 1, it is characterised in that：Front and rear adjusting part, the left and right adjusting group Part includes mounting bracket, sliding block, two springs, adjusting rod, spacer pins respectively, and the sliding block is slidably mounted in mounting bracket, in cunning Block is equipped with threaded hole；Two springs are separately mounted to the both sides of threaded hole, and wherein one end difference top pressure of each spring exists On sliding block, the other end of each spring distinguishes top pressure on mounting bracket；It is in what is be oppositely arranged that the mounting bracket, which is equipped with threaded hole, Mounting hole is equipped with the pin hole connected with the mounting hole on the top surface of mounting bracket；The adjusting rod is equipped with and is fitted with threaded hole The thread segment matched somebody with somebody, is additionally provided with limited ring groove on adjusting rod, and the thread segment of the adjusting rod is screwed into the spiral shell of sliding block through mounting hole In pit；The spacer pin is plugged in pin hole, and is embedded into the middle part of the spacer pin in the limited ring groove；The front and rear tune The mounting bracket for saving component is installed on the table, and the left and right adjusting component is mounted on front and rear adjusting part by an installing plate On sliding block.

3. toroidal coil winding machine according to claim 2, it is characterised in that：Front and rear adjusting part, the left and right adjusting group The mounting bracket of part includes two mounting blocks and two slides respectively, and each slide is separately positioned between two mounting blocks, and The both ends of each slide are connected respectively with mounting blocks；The mounting hole and pin hole are equipped on a wherein mounting blocks, Another mounting blocks are equipped with two top pressures grooves for spring overhead；The front and rear adjusting part, left and right adjusting component The sliding slot being adapted to slide is respectively equipped on two sides of sliding block, spring groove is distinguished on the sliding block positioned at threaded hole both sides； The sliding block of the front and rear adjusting part is nested to be mounted on by the sliding slot of its both sides and the slide of front and rear adjusting part respectively Between two slides, one end of the spring of the front and rear adjusting part is flush-mounted in the spring groove on the sliding block of front and rear adjusting part, The other end overhead of the spring of the front and rear adjusting part is on the mounting bracket of front and rear adjusting part；The cunning of the left and right adjusting component Block is nested by the sliding slot of its both sides and the slide of left and right adjusting component between being mounted on two slides respectively, the left and right tune One end of the spring of component is saved in the spring groove on the sliding block of left and right adjusting component, the spring of the left and right adjusting component Other end overhead is on the mounting bracket of left and right adjusting component.

4. toroidal coil winding machine according to claim 1, it is characterised in that：The coil rotating mechanism is universal including three Section, rotary electric machine, transmission component, the rotary electric machine are separately mounted to transmission component on the bottom surface of workbench；Described each ten thousand The wherein gimbal joints being equipped with to section are connected respectively with rubber tire, another gimbal joints difference that each universal joint is equipped with It is connected with transmission component；The rotary electric machine is by driving transmission component that each universal joint is made to rotate simultaneously.

5. according to claim 4 toroidal coil winding machine, it is characterised in that：The universal joint includes two gimbal joints, two Bar axis pin, connecting rod are respectively equipped with adjusting cavity slot in each gimbal joints, and are additionally provided in each gimbal joints through described The elongated hole of adjusting cavity slot；The both ends of the connecting rod are respectively equipped with articulated joint, and hinge hole is respectively equipped in each articulated joint, and described Two hinge holes projection of the axis in an axial slices of connecting rod it is arranged in a crossed manner in 90 °；The connecting rod wherein one end Articulated joint in the adjusting cavity slot of one of gimbal joints, the articulated joint of the connecting rod other end embedded at another ten thousand Into the adjusting cavity slot of section connector, and each gimbal joints from elongated hole one side respectively by penetrating and passing through hinge hole from another The axis pin that side is pierced by is together with connecting rod hinge dress.

6. toroidal coil winding machine according to claim 5, it is characterised in that：The adjusting cavity slot is by cylindrical groove with swinging Slot is formed, and the swinging chute is connected with cylindrical groove, and the swinging chute becomes diameter gradually smaller leakage from outside to inside Bucket-shaped structure；The articulated joint becomes the spherical shape structure being adapted to cylindrical groove.

7. toroidal coil winding machine according to claim 1, it is characterised in that：The wire clipping component includes fixed plate, elasticity Compression bar group, sandwiched plate, the elasticity compression bar group include fixed link, oscillating rod, torsional spring, shifting part, and the one of the fixed link End is mounted on by a mounting post on support plate；One end of the oscillating rod is installed in rotation on the another of fixed link by shifting part On one end；The torsion spring set is on shifting part, and a wherein connecting pin for the torsional spring is connected with oscillating rod, another company of the torsional spring End is connect to be connected with shifting part；The sandwiched plate is hinged on the other end of oscillating rod, and the sandwiched plate is made by the elasticity of torsional spring It is close to with fixed plate.

8. toroidal coil winding machine according to claim 1, it is characterised in that：Further include testing agency, the testing agency Including fiber optic samplers, rod piece, adjusting block are adjusted, the adjusting block is mounted on by a mounting post on support plate, the adjusting rod Part is installed on adjusting block, and the fiber optic samplers, which are mounted on, to be adjusted on rod piece, which is electrically connected with controller.

9. toroidal coil winding machine according to claim 1, it is characterised in that：The rear side of the coil folder support mechanism is equipped with control The elastic clamping jaw folding of system three carries out the knob transmission component of clamping coil.

10. toroidal coil winding machine according to claim 1, it is characterised in that：Further include control panel, the control panel Installation on the table, the control panel be equipped with scram button, startup/pause button, coiling speed governing section knob, winding department away from Vernier knob, winding displacement direction regulation button, the scram button, startup/pause button, coiling speed governing section knob, winding department away from Vernier knob, winding displacement direction regulation button are electrically connected respectively with controller.