CN204999402U - Wire winding complete machine device - Google Patents

Wire winding complete machine device Download PDF

Info

Publication number
CN204999402U
CN204999402U CN201520624917.9U CN201520624917U CN204999402U CN 204999402 U CN204999402 U CN 204999402U CN 201520624917 U CN201520624917 U CN 201520624917U CN 204999402 U CN204999402 U CN 204999402U
Authority
CN
China
Prior art keywords
fixed
plate
main shaft
tailstock
bar
Prior art date
Application number
CN201520624917.9U
Other languages
Chinese (zh)
Inventor
刘成章
Original Assignee
苏州市圣玛特电机设备制造有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 苏州市圣玛特电机设备制造有限公司 filed Critical 苏州市圣玛特电机设备制造有限公司
Priority to CN201520624917.9U priority Critical patent/CN204999402U/en
Application granted granted Critical
Publication of CN204999402U publication Critical patent/CN204999402U/en

Links

Abstract

The utility model discloses a wire winding complete machine device, including frame, headstock, winding device, tailstock, solenoid overspeed device tensioner, winding displacement device, inlet wire device and guard shield door, be equipped with the deck plate in the frame, headstock, winding device, winding displacement device, tailstock and inlet wire device all set up at the deck plate upper surface, winding device includes left arm mechanism, right arm mechanism and wire winding mechanism, and wire winding mechanism one end is fixed in left arm mechanism, and right arm mechanism corresponds the setting with the mechanism's other end that winds the line, the tailstock drives right arm mechanism and is horizontal and vertical linear motion, solenoid overspeed device tensioner corresponds left arm mechanism and right arm mechanism is fixed at the deck plate lower surface, winding displacement device one end is fixed on the deck plate, and the winding displacement device other end sets up on the headstock, and arranges around the device relatively with wire winding mechanism, the inlet wire device winds the device and winds the line the mechanism on same straight line with row. In this way, the utility model discloses can get when putting the bobbin, automatic push -and -pull tailstock, and can assist the completion inlet wire.

Description

A kind of coiling complete machine device

Technical field

The utility model relates to winding mechanism field, particularly relates to a kind of coiling complete machine device.

Background technology

Wire coiling machine of the prior art, when picking and placeing reel, needs Manual push-pull tailstock, and manual operation is frequent, takes time and effort, extremely inconvenient.Distance between axle wire coiling machine being fixed reel is not easy to grasp; Distance is too large, not easily installs, apart from too little, installs unstable.Wire coiling machine lacks the bus cable device and line leading device that match with it, and winding process center line is easily tied a knot, not easily coiling, and when distance is longer, line also can hold in the palm on the ground, affects coiling quality.

Utility model content

The technical matters that the utility model mainly solves is to provide a kind of coiling complete machine device, can when picking and placeing reel, automatic push-pull tailstock, and can control by motor the degree of tightness adjusting reel fast, can also inlet wire have been assisted, avoid the situation occurring in winding process tiing a knot, and automatically inlet wire can be cut off after coiling completes, avoid manual operation, time saving and energy saving, easy to use.

For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: provide a kind of coiling complete machine device, comprising: frame, spindle stock, Winder, tailstock, line bag tightening device, bus cable device, line leading device and protecting hood door; Described frame is provided with deck plate, and described spindle stock, Winder, bus cable device, tailstock and line leading device are all arranged on the upper surface of described deck plate; Be fixed with reductor bottom described frame, the input end of reductor is connected with motor, and the mouth of reductor is connected with described spindle stock by belt conveyor; Described Winder is connected with described spindle stock, and spindle stock drives Winder to rotate; Described Winder comprises left arm mechanism, right arm mechanism and winding mechanism, and winding mechanism one end is fixed in left arm mechanism, and right arm mechanism is corresponding with the winding mechanism other end to be arranged; Described tailstock comprises transversing gear, longitudinal mechanism, slide rail and cliding seat; Described longitudinal mechanism and slide rail are fixed on described deck plate; Described cliding seat is slidably arranged on described slide rail, and cliding seat is connected with longitudinal mechanism, and described longitudinal mechanism drives cliding seat to do linear longitudinal movement; Described transversing gear is fixed on described cliding seat; Described right arm mechanism is connected on described transversing gear, and described transversing gear drives right arm mechanism to do horizontal straight-line motion; The corresponding described left arm mechanism of described line bag tightening device and right arm mechanism are fixed on the lower surface of described deck plate; Described bus cable device one end is fixed on described deck plate, and the bus cable device other end is arranged on described spindle stock, and row's winding apparatus is relative with described winding mechanism; Described line leading device and described row's winding apparatus and winding mechanism are on the same line; Described protecting hood door is arranged on the front of frame and spindle stock.

Preferably, described transversing gear comprises lateral cylinder, tailstock main shaft, tailstock main brass, tail spindle bearing, positioning cylinder, slide and positioning key; Described tailstock main brass is fixed on described cliding seat top; Described tailstock main shaft is secondary stepped shaft, and the large end of described tailstock main shaft is arranged in described tailstock main brass, and is fixed by flat key between tailstock main shaft excircle and tailstock main brass inwall; Described tail spindle bearing is enclosed within the small end of described tailstock main shaft, and is provided with tailstock bearing and circlip between tailstock main shaft and tail spindle bearing, and tailstock bearing fixed by circlip; On described tailstock main brass, the side of the large end of corresponding tailstock main shaft is fixed with lateral cylinder adapter plate, and described lateral cylinder is fixed on lateral cylinder adapter plate, and the piston rod of lateral cylinder is connected with tailstock main shaft through lateral cylinder adapter plate; Described positioning cylinder and slide are all fixed on outside described tailstock main brass, and positioning cylinder and slide are on the same line, and described positioning key is slidably arranged on slide; The piston rod of described positioning cylinder is connected with described positioning key; In described tail spindle bearing, the position of relative positioning key is provided with square groove; Described longitudinal mechanism comprises longitudinal cylinder, longitudinal cylinder mounting plate, cylinder contiguous block and mount pad; Described mount pad is fixed on described deck plate, and described longitudinal cylinder mounting plate is vertically fixed on described mount pad; Described longitudinal cylinder is fixed on described longitudinal cylinder mounting plate; Described cylinder contiguous block is fixed on described cliding seat lower end, and the piston rod of described longitudinal cylinder is connected with described cylinder contiguous block.

Preferably, described left arm mechanism comprises left screw rod, left bottom plate, left middle base, two pieces of left pressing plates, two left Connection Blocks and two pieces of left limit blocks; Described left pressing plate is vertically fixed on left bottom plate, two pieces of left pressing plates are arranged in parallel, left bottom plate two ends are all fixed with left arm end cap, described left screw rod is rotating to be arranged between left arm end cap, two left arm end caps are respectively equipped with in left handle and left clutch and coil, left handle is all connected with described left screw rod with dish in left clutch; Described left middle base is arranged on the center of left screw rod, and left middle base and left bottom plate are connected and fixed; Described two pieces of left limit blocks are symmetricly set on the left bottom plate of left middle base both sides; Described two left Connection Blocks are separately positioned on the left screw rod between two pieces of left limit blocks and described left middle base, and two relatively left middle base of left Connection Block are symmetrical; Described right arm mechanism comprises right screw rod, right base plate, right middle base, two pieces of right pressing plates, two right Connection Blocks and two pieces of right limit blocks; Described right pressing plate is vertically fixed on right base plate, two pieces of right pressing plates are arranged in parallel, right base plate two ends are all fixed with right arm end cap, described right screw rod is rotating to be arranged between right arm end cap, two right arm end caps are respectively equipped with in right handles and right clutch and coil, right handles is all connected with described right screw rod with dish in right clutch; Described right middle base is arranged on the center of right screw rod, and right middle base and right base plate are connected and fixed; Described two pieces of right limit blocks are symmetricly set on the right base plate of right middle base both sides; Described two right Connection Blocks are separately positioned on the right screw rod between two pieces of right limit blocks and described right middle base, and two relatively right middle base of right Connection Block are symmetrical; Described winding mechanism comprises position plate and two coiling square shafts; One end of described position plate is fixed in left middle base, and the other end of position plate is arranged with described right middle base is mutually corresponding; One end of described two coiling square shafts is separately fixed on two left Connection Blocks, and the other end of two coiling square shafts is mutually corresponding with described right Connection Block respectively to be arranged; Described two coiling square shafts are equipped with line mould block; The distance of rotating and controlling described two coiling square shaft relative orientation plates is coiled in dish and right clutch in described left clutch.

Preferably, described spindle stock comprises main shaft, main spindle box body, front end panel and rear bearing sheet; Described main spindle box body is fixed on described deck plate; Described front end panel and rear bearing sheet are all L-shaped, and the diagonal angle that front end panel and rear bearing sheet are arranged on main spindle box body forms left box body and right case respectively with diagonal angle; Described front end panel and main spindle box body are provided with two circular holes in left and right relative to the axial location at described position plate place, and circular hole place is fixed with main shaft protecgulum and main shaft bonnet respectively; Described main shaft protecgulum is enclosed within right circular hole, is provided with front end main shaft bearing in main shaft protecgulum, and on main shaft protecgulum, cover has dry type single plate electromagnetic brake, and dry type single plate electromagnetic brake is fixed on inside main spindle box body; The rear circular hole inner sleeve of described front end panel has rear end main shaft bearing, and described main shaft bonnet props up rear end main shaft bearing; Described main brass is in front end main shaft bearing and rear end main shaft bearing, and main shaft one end is stretched out main spindle box body and is connected with described right arm mechanism, and the main shaft other end stretches out front end panel and is in left box body; On main shaft in described main spindle box body, cover has main shaft distance bushing, fixed cover, sensor block and optocoupler sensor block; One end of described main shaft distance bushing is against on the main shaft bearing of front end, and the other end of main shaft distance bushing is concordant with described dry type single plate electromagnetic brake; Described fixed cover is against on described dry type single plate electromagnetic brake, and fixed cover is fixed on described main shaft; Main shaft in described left box body is provided with belt wheel, and belt wheel is fixed on main shaft by belt wheel packing ring, and described belt conveyor is enclosed within the mouth of described belt wheel and described reductor; Described front end panel is fixed with switch and installs code, switch peace transcoding is fixed with proximity switch and optocoupler inductor, and proximity switch and optocoupler inductor are corresponding with described sensor block and optocoupler sensor block respectively; Be fixed with cylinder positioning seat outside described main spindle box body, cylinder positioning seat be fixed with main shaft cylinder; Described main shaft cylinder is vertical with described main shaft to be arranged; The piston rod of described main shaft cylinder is connected with main shaft orientation pin by floating junction; Described main shaft is provided with locating dowel pin jack relative to the position of main shaft orientation pin.

Preferably, described row's winding apparatus comprises wire-arranging mechanism, rotary seat, mount pad, ball screw, winding displacement guide rod, stepping motor, screw mandrel tailstock adapter plate and screw mandrel tailstock; Described screw mandrel tailstock is fixed on described deck plate by screw mandrel tailstock adapter plate; Described screw mandrel tailstock has tailstock circular hole, and on described right case, the axial location of relative tailstock circular hole has motor circular hole and middle circular hole; Described stepping motor is fixed on motor circular hole, the two ends of described ball screw are separately positioned in described tailstock circular hole and middle circular hole, stepping motor mouth is connected with ball screw by universal-joint through motor circular hole, and stepping motor drives described ball screw to rotate; One end symmetry of described winding displacement guide rod is fixed on the screw mandrel tailstock at described ball screw two ends, and the other end of winding displacement guide rod is arranged on described right case; Described mount pad is enclosed within described ball screw and winding displacement guide rod, and ball screw drives mount pad to do horizontal straight-line motion on winding displacement guide rod; Described rotary seat is slidably arranged on the two ends of described mount pad; Described wire-arranging mechanism is fixed on the upper end of described rotary seat by two screws; On described rotary seat, the position of a relative screw has arc-shaped hole, and the center of arc-shaped hole is on the position at another screw place; Described wire-arranging mechanism comprises winding displacement bar, three pieces of winding displacement bar adapter plates and shifting board; Described shifting board is distributed with tapped bore, and shifting board is fixed by screws in the upper end of described rotary seat; Between the two ends that described three pieces of winding displacement bar adapter plates are vertically fixed on described shifting board respectively and two ends; Described winding displacement bar has bar hole, winding displacement bar is fixed by screws on two winding displacement bar adapter plates of the arc-shaped hole side of described rotary seat, winding displacement bar one end is between described winding displacement bar adapter plate, the winding displacement bar other end stretches out winding displacement bar adapter plate, and winding displacement bar and shifting board lay respectively on the two ends of the both sides of described winding displacement bar adapter plate; The external part of described winding displacement bar is fixed with rectangular plate, and rectangular plate is provided with porcelain eye, and the winding displacement bar adapter plate on the straight line of porcelain eye place is equipped with porcelain eye; Described mount pad comprises ball screw mount pad and locking block; Described locking block is fixed on described ball screw mount pad upper end, and described locking block has dovetail furrow, and dovetail furrow direction is identical with the installation direction of described ball screw; Described rotary seat is L-shaped, and the long limit of rotary seat is connected with described shifting board, and the minor face lower end of rotary seat is fixed with the dovetails matched with described dovetail furrow, and dovetails is vertical with the long limit antarafacial of described rotary seat; Described tailstock circular hole place is provided with tailstock plug, and tailstock plug seals tailstock circular hole.

Preferably, described line bag tightening device comprises motor, drop-gear box, driving mechanism and follower; Described driving mechanism and follower are arranged on the lower surface of described deck plate, and driving mechanism and follower corresponding described left arm mechanism and right arm mechanism respectively, driving mechanism drives follower action by synchrome conveying belt; Described motor is connected with described driving mechanism by drop-gear box, and motor provides power for driving mechanism; Described driving mechanism and follower control dish and right clutch are coiled in described left clutch through described deck plate respectively; Described driving mechanism comprises: driving wheel, left cylinder mounting plate, two left cylinders, two left floating junctions, two left lengthening bars, left sliding panel, four left sliding bars, left free-sliding spline axle, left spline fitting and left clutch lower walls; Described two left cylinders are separately fixed at the two ends of described left cylinder mounting plate lower surface, and left cylinder piston rod is connected with described left floating junction through left cylinder mounting plate, and left floating junction is fixed on described left sliding panel by described left lengthening bar; Described four left sliding bars are rectangular to be distributed on described left sliding panel, and left sliding bar passes perpendicularly through left sliding panel, and left sliding bar one end is fixed on described left cylinder mounting plate, and the left sliding bar other end is fixed on described deck plate; Described driving wheel is arranged on the upper surface of described left cylinder mounting plate, and the corresponding driving wheel of described drop-gear box is fixed on the lower surface of described left cylinder mounting plate, and drop-gear box controls the rotation of described driving wheel; Described left free-sliding spline axle passes perpendicularly through described left sliding panel and is arranged on the centre hole of described driving wheel, and driving wheel drives left free-sliding spline axle to rotate; Described left clutch lower wall is fixed on the top of described left free-sliding spline axle, and left clutch lower wall matches with described left clutch is coiled, and left free-sliding spline axle rotates and drives dish in left clutch to rotate; Described left spline fitting is enclosed within left free-sliding spline axle, and left spline fitting one end is fixed on described driving wheel, and the left spline fitting other end is arranged on described left sliding panel; Described follower comprises: flower wheel, right cylinder mounting plate, two right cylinders, two right floating junctions, two right lengthening bars, right sliding panel, four right sliding bars, right free-sliding spline axle, right spline fitting and right clutch lower walls; Described two right cylinders are separately fixed at the two ends of described right cylinder mounting plate lower surface, and right cylinder piston rod is connected with described right floating junction through right cylinder mounting plate, and right floating junction is fixed on described right sliding panel by described right lengthening bar; Described four right sliding bars are rectangular to be distributed on described right sliding panel, and right sliding bar passes perpendicularly through right sliding panel, and right sliding bar one end is fixed on described right cylinder mounting plate, and the right sliding bar other end is fixed on described deck plate; Described flower wheel is arranged on described right cylinder mounting plate, and flower wheel is connected with described driving wheel by belt conveyor; Described right free-sliding spline axle passes perpendicularly through described right sliding panel and is arranged on the centre hole of described flower wheel, and flower wheel drives right free-sliding spline axle to rotate; Described right clutch lower wall is fixed on the top of described right free-sliding spline axle, and right clutch lower wall matches with described right clutch is coiled, and right free-sliding spline axle rotates and drives dish in right clutch to rotate; Described right spline fitting is enclosed within right free-sliding spline axle, and right spline fitting one end is fixed on described flower wheel, and the right spline fitting other end is arranged on described right sliding panel; Described deck plate lower surface is fixed with tension wheel, belt conveyor described in tension wheel tensioning.

Preferably, described line leading device comprises inlet wire support, excessively line plate, porcelain eye mount pad, disconnection signal bar, gear line bar, wallboard, line holder, rolling stand, drum shaft, crosses line drum shaft, door cabinet frame fabricated section and door cabinet frame; Described line plate of crossing is fixed on described inlet wire support; Described porcelain eye mount pad is one end being vertically fixed on described line plate excessively in one line, and described disconnection signal bar is the other end being arranged on described line plate excessively in one line, and porcelain eye mount pad parallels with disconnection signal bar; Described disconnection signal bar has two rows, and two row's disconnection signal bars are staggered setting; Described gear line bar is symmetrically distributed in crossing on line plate of described disconnection signal bar both sides, and the both sides of a disconnection signal bar corresponding two gear line bars respectively; Described wallboard is fixed on described mistake and line plate arranges on the two sides of disconnection signal bar one end; The relatively described line plate of crossing of described line holder is fixed between described wallboard; The rotating outside being arranged on described wallboard, described rolling stand one end, described drum shaft is fixed on the other end of rolling stand, and on drum shaft, cover has described line drum shaft excessively; Described door cabinet frame fabricated section is fixed on the upside of described rolling stand on-fixed end; Described door cabinet frame is arranged on described door cabinet frame fabricated section; On described wallboard, the below of relatively described disconnection signal bar has breach, and indentation, there is respectively equipped with photoelectric switch and light deflector, and photoelectric switch is relative with light deflector; Described rolling stand is fixed on described wallboard by screw and pin; The position at described rolling stand screwing place is provided with arcuate socket, and the center of arcuate socket is arranged on the side at pin place, and on wallboard, the position of relative screw has tapped bore, and screw and corresponding threaded holes close; Described pin is fixed on rolling stand, and on wallboard, the position of relative pin has pin circular hole, and pin is stuck in pin circular hole; Described inlet wire support comprises support short slab, support long slab, U-board, trapezoidal plate and adapter plate; Described support short slab and support long slab are separately fixed at the two ends of U-board, and U-board has two pieces, and two pieces of U-board openings are relative; Described adapter plate is arranged on the top of described support long slab, and adapter plate is fixed on the described lower surface crossing line plate; Described trapezoidal plate supports the position of the relative U-board of described adapter plate, and trapezoidal stay bearing plate one end is arranged on the long slope of described support; Described support short slab is fixed on described deck plate by angle bar.

Preferably, described protecting hood door comprises protecting hood door body, upper slide bar, drop shot, contiguous block, axle supporting seat, peace transcoding cushion block, protecting hood door pillar stiffener and travel switch; Described upper slide bar is fixed on described protecting hood door body top; One end of described protecting hood door pillar stiffener is vertically fixed on one end of described upper slide bar by contiguous block, the other end of protecting hood door pillar stiffener is fixed on described spindle stock; Described drop shot is fixed in described frame by axle supporting seat; Described protecting hood door body bottom is fixed on described drop shot by box ball bearing of main shaft; Described protecting hood door body lower end is provided with collision block; Described frame is fixed with travel switch and code is installed; Described travel switch is fixed on described travel switch by peace transcoding cushion block and installs on code, and travel switch is against on described collision block; Described protecting hood door is provided with button box.

Preferably, described machine frame inside is fixed with reductor support, and described reductor is fixed on reductor support.

The beneficial effects of the utility model are: the utility model can when picking and placeing reel, automatic push-pull tailstock, and can assist inlet wire.

Accompanying drawing explanation

Fig. 1 is the plan structure schematic diagram of a kind of coiling complete machine device one of the utility model preferred embodiment;

Fig. 2 is the main TV structure schematic diagram after the removing protecting hood door of a kind of coiling of the utility model complete machine device and Winder;

Fig. 3 is that sectional structure schematic diagram is looked on a left side for a kind of coiling complete machine device of the utility model;

Fig. 4 is the sectional structure schematic diagram after the Winder of a kind of coiling complete machine device of the utility model amplifies;

Fig. 5 is the sectional structure schematic diagram after the spindle stock of a kind of coiling complete machine device of the utility model amplifies;

Fig. 6 be a kind of coiling complete machine device of the utility model tailstock amplify after analyse and observe backsight structural representation;

Fig. 7 is the plan structure schematic diagram after the tailstock of a kind of coiling complete machine device of the utility model amplifies;

Fig. 8 is the main TV structure schematic diagram after row's winding apparatus of a kind of coiling of the utility model complete machine device amplifies;

Fig. 9 is the right TV structure schematic diagram after row's winding apparatus of a kind of coiling of the utility model complete machine device amplifies;

Figure 10 is the plan structure partial schematic diagram after row's winding apparatus of a kind of coiling complete machine device of the utility model amplifies;

Figure 11 is the removal support short slab after the line leading device of a kind of coiling of the utility model complete machine device amplifies and the right TV structure schematic diagram after angle bar;

Figure 12 is the main TV structure schematic diagram after the line leading device of a kind of coiling of the utility model complete machine device amplifies;

Figure 13 is the plan structure schematic diagram after the line leading device of a kind of coiling complete machine device of the utility model amplifies;

Figure 14 is the main TV structure schematic diagram after the line bag tightening device of a kind of coiling of the utility model complete machine device amplifies;

Figure 15 is the plan structure schematic diagram after the line bag tightening device of a kind of coiling complete machine device of the utility model amplifies;

Figure 16 is the right TV structure schematic diagram after the protecting hood door of a kind of coiling of the utility model complete machine device amplifies;

Figure 17 is the plan structure schematic diagram after the protecting hood door of a kind of coiling complete machine device of the utility model amplifies;

In accompanying drawing, the mark of each parts is as follows: 1, Winder; 2, spindle stock; 3, tailstock; 4, winding apparatus is arranged; 5, line leading device; 6, line bag tightening device; 7, protecting hood door; 8, deck plate; 9, frame; 10, motor; 11, reductor; 12, reductor support; 13, belt conveyor; 101, position plate; 102, coiling square shaft; 103, line mould block; 104, left screw rod; 105, left bottom plate; 106, left pressing plate; 107, left middle base; 108, left limit block; 109, left Connection Block; 110, left arm end cap; 111, left handle; 112, left clutch is coiled; 113, right screw rod; 114, right base plate; 115, right pressing plate; 116, right middle base; 117, right limit block; 118, right Connection Block; 119, right arm end cap; 120, right handles; 121, right clutch is coiled; 21, main shaft; 22, main shaft protecgulum; 23, dry type single plate electromagnetic brake; 24, fixed cover; 25, sensor; 26, optocoupler sensor block; 27, main shaft bonnet; 28, belt wheel; 29, retaining washer; 210, code installed by switch; 211, front end panel; 212, main spindle box body; 213, main shaft distance bushing; 214, proximity switch; 215, optocoupler inductor; 216, rear bearing sheet; 31, tail spindle bearing; 32, slide; 33, positioning key; 34, positioning cylinder; 35, lateral cylinder adapter plate; 36, tailstock main brass; 37, lateral cylinder; 38, tailstock main shaft; 39, cliding seat; 310, longitudinal cylinder; 311, slide rail; 312, longitudinal cylinder mounting plate; 313, mount pad; 41, screw mandrel tailstock; 42, stepping motor; 43, ball screw; 44, universal-joint; 45, winding displacement guide rod; 46, ball screw mount pad; 47, saddle is locked; 48, rotary seat; 49, shifting board; 410, winding displacement bar adapter plate; 411, winding displacement bar; 412, porcelain eye; 413, bearing seat; 414, tailstock plug; 415, adapter plate; 51, line plate is crossed; 52, porcelain eye mount pad; 53, disconnection signal bar; 54, line bar is kept off; 55, wallboard; 56, rolling stand; 57, line holder; 58, drum shaft; 59, line drum shaft is crossed; 510, door cabinet frame fabricated section; 511, door cabinet frame; 512, photoelectric switch; 513, light deflector; 514, short slab is supported; 515, U-board; 516, support long slab; 517, trapezoidal plate; 518, adapter plate; 519, angle bar; 61, drop-gear box; 62, stepping motor; 63, driving wheel; 64, left cylinder mounting plate; 65, left cylinder; 66, left floating head; 67, left lengthening bar; 68, left sliding panel; 69, left sliding bar; 610, left free-sliding spline axle; 611, left clutch lower wall; 612, left spline fitting; 613, flower wheel; 614, right cylinder mounting plate; 615, right cylinder; 616, right floating junction; 617, right lengthening bar; 618, right sliding panel; 619, right sliding bar; 620, right free-sliding spline axle; 621, right clutch lower wall; 622, right spline fitting; 623, synchrome conveying belt; 624, tension wheel; 71, protecting hood door body; 72, protecting hood door pillar stiffener; 73, button box; 74, upper slide bar; 75, contiguous block; 76, drop shot; 77, collision block; 78, travel switch; 79, code installed by travel switch; 710, axle supporting seat.

Detailed description of the invention

Below in conjunction with accompanying drawing, preferred embodiment of the present utility model is described in detail, to make advantage of the present utility model and feature can be easier to be readily appreciated by one skilled in the art, thus more explicit defining is made to protection domain of the present utility model.

Refer to Fig. 1 to Fig. 2, the utility model embodiment comprises:

A kind of coiling complete machine device, comprising: frame 9, spindle stock 2, Winder 1, tailstock 3, line bag tightening device 6, bus cable device 4, line leading device 5 and protecting hood door 7; Described frame 9 is provided with deck plate 8, and described spindle stock 2, Winder 1, bus cable device 4, tailstock 3 and line leading device 5 are all arranged on the upper surface of described deck plate 8; Reductor 11 is fixed with bottom described frame 9, the input end of reductor 11 is connected with motor 10, the mouth of reductor 11 is connected with described spindle stock 2 by belt conveyor 13, the output speed of the adjustable motor of reductor 11, and by belt conveyor 13, rotating speed is passed to spindle stock 2; Described Winder 1 is connected with described spindle stock 2, and spindle stock 2 drives Winder 1 to rotate; Described Winder 1 comprises left arm mechanism, right arm mechanism and winding mechanism, winding mechanism one end is fixed in left arm mechanism, right arm mechanism is corresponding with the winding mechanism other end to be arranged, and left arm mechanism can drive winding mechanism to rotate, winding mechanism thus drive right arm mechanism rotate; Described tailstock 3 comprises transversing gear, longitudinal mechanism, slide rail 311 and cliding seat 39; Described longitudinal mechanism and slide rail are fixed on described deck plate 8; Described cliding seat 39 is slidably arranged on described slide rail 311, and cliding seat 39 is connected with longitudinal mechanism, and described longitudinal mechanism drives cliding seat 39 to do linear longitudinal movement; Described transversing gear is fixed on described cliding seat 39; Described right arm mechanism is connected on described transversing gear, and described transversing gear drives right arm mechanism to do horizontal straight-line motion; The corresponding described left arm mechanism of described line bag tightening device 6 and right arm mechanism are fixed on the lower surface of described deck plate 8, and line bag tightening device 6 is by winding mechanism described in left arm mechanism and right arm mechanism controls; Described bus cable device 4 one end is fixed on described deck plate 8, and bus cable device 4 other end is arranged on described spindle stock 2, and row's winding apparatus 4 is relative with described winding mechanism, and row's winding apparatus 4 can avoid line to tie a knot, to ensure the smooth of winding process; On the same line, line can draw on the row's of receiving winding apparatus 4 by line leading device 5, and after coiling completes, automatically can cut off coiling for described line leading device 5 and described row's winding apparatus 4 and winding mechanism; Described protecting hood door 7 is arranged on the front of frame 9 and spindle stock 2.Described transversing gear comprises lateral cylinder 37, tailstock main shaft 38, tailstock main brass 36, tail spindle bearing 31, positioning cylinder 34, slide 32 and positioning key 33; Described tail spindle bearing 31 is fixed in described right arm mechanism, so that the connection of right arm mechanism and transversing gear, thus drives right arm mechanism action; Described tailstock main brass 36 is fixed on described cliding seat 39 top, and cliding seat 39 action can drive tailstock main brass 36 action; Described tailstock main shaft 38 is secondary stepped shaft, the large end of described tailstock main shaft 38 is arranged in described tailstock main brass 36, and fixed by flat key between tailstock main shaft 38 excircle and tailstock main brass 36 inwall, the position of tailstock main shaft 38 circumferencial direction can be fixed easily; Described tail spindle bearing 31 is enclosed within the small end of described tailstock main shaft 38, and be provided with tailstock bearing and circlip between tailstock main shaft 38 and tail spindle bearing 31, tailstock bearing fixed by circlip, and tailstock bearing can avoid the friction between tail spindle bearing and tailstock main shaft 38 when winding mechanism rotates; The side that on described tailstock main brass 36, corresponding tailstock main shaft 38 is held greatly is fixed with lateral cylinder adapter plate 35, described lateral cylinder 37 is fixed on lateral cylinder adapter plate 35, and the piston rod of lateral cylinder 37 is connected with tailstock main shaft 38 through lateral cylinder adapter plate 35; Described positioning cylinder 34 and slide 32 are all fixed on outside described tailstock main brass 36, and positioning cylinder 34 and slide 32 are on the same line, and described positioning key 33 is slidably arranged on slide 32; The piston rod of described positioning cylinder 34 is connected with described positioning key 33; In described tail spindle bearing 31, the position of relative positioning key 33 is provided with square groove, and positioning key 33 may be stuck in square groove, so that more stable when moving; Described longitudinal mechanism comprises longitudinal cylinder 310, longitudinal cylinder mounting plate 312, cylinder contiguous block and mount pad 313; Described mount pad 313 is fixed on described deck plate 8, and described longitudinal cylinder mounting plate 312 is vertically fixed on described mount pad 313; Described longitudinal cylinder 310 to be fixed on described longitudinal cylinder mounting plate 312; Described cylinder contiguous block is fixed on described cliding seat 39 lower end, and the piston rod of described longitudinal cylinder 310 is connected with described cylinder contiguous block, is convenient to cliding seat 39 and does linear longitudinal movement along slide rail 311 under the effect of longitudinal cylinder 310.Described left arm mechanism comprises left screw rod 104, left bottom plate 105, left middle base 107, two pieces of left pressing plates 106, two left Connection Blocks 109 and two pieces of left limit blocks 108; Described left pressing plate 106 is vertically fixed on left bottom plate 105, two pieces of left pressing plates 106 are arranged in parallel, left bottom plate 105 two ends are all fixed with left arm end cap 110, described left screw rod 104 is rotating to be arranged between left arm end cap 110, two left arm end caps 110 are respectively equipped with in left handle 120 and left clutch and coil 121, left handle 120 is all connected with described left screw rod 104 with dish 121 in left clutch; Described left middle base 107 is arranged on the center of left screw rod 104, and left middle base 107 and left bottom plate 105 are connected and fixed; Described two pieces of left limit blocks 108 are symmetricly set on the left bottom plate 105 of left middle base 107 both sides; Described two left Connection Blocks 109 are separately positioned on the left screw rod 104 between two pieces of left limit blocks 108 and described left middle base 107, and two relatively left middle base 107 of left Connection Block 109 are symmetrical; Described right arm mechanism comprises right screw rod 113, right base plate 114, the right pressing plate of right middle base 116, two pieces 115, two right Connection Blocks 118 and two pieces of right limit blocks 117; Described right pressing plate 115 is vertically fixed on right base plate 114, two pieces of right pressing plates 115 are arranged in parallel, right base plate 114 two ends are all fixed with right arm end cap 119, described right screw rod 113 is rotating to be arranged between right arm end cap 119, two right arm end caps 119 are respectively equipped with in right handles 120 and right clutch and coil 121, the right hand 120 handle is all connected with described right screw rod 113 with dish 121 in right clutch; Described right middle base 116 is arranged on the center of right screw rod 113, and right middle base 116 and right base plate 114 are connected and fixed; Described two pieces of right limit blocks 117 are symmetricly set on the right base plate 114 of right middle base 116 both sides; Described two right Connection Blocks 118 are separately positioned on the right screw rod 113 between two pieces of right limit blocks 117 and described right middle base 116, and two relatively right middle base 116 of right Connection Block 118 are symmetrical; Described winding mechanism comprises position plate 101 and two coiling square shafts 102; One end of described position plate 101 is fixed in left middle base 107, and the other end of position plate 101 is arranged with described right middle base 116 is mutually corresponding; One end of described two coiling square shafts 102 is separately fixed on two left Connection Blocks 109, and the other end of two coiling square shafts 102 is mutually corresponding with described right Connection Block 118 respectively to be arranged; Described two coiling square shafts 102 are equipped with line mould block 103; Described left clutch is coiled dish 121 in 112 and right clutch and rotate the distance controlling described two coiling square shaft 102 relative orientation plates 101.Described spindle stock comprises main shaft 21, main spindle box body 212, front end panel 211 and rear bearing sheet 216; Described main spindle box body 212 is fixed on described deck plate 8; Described front end panel 211 and rear bearing sheet 216 all L-shaped, the diagonal angle that front end panel 211 and rear bearing sheet 216 are arranged on main spindle box body 212 forms left box body and right case respectively with diagonal angle; Described front end panel 211 and main spindle box body 212 are provided with two circular holes in left and right relative to the axial location at described position plate 101 place, and circular hole place is fixed with main shaft protecgulum 22 and main shaft bonnet 27 respectively; Described main shaft protecgulum 22 is enclosed within right circular hole, is provided with front end main shaft bearing in main shaft protecgulum 22, and on main shaft protecgulum 22, cover has dry type single plate electromagnetic brake 23, and dry type single plate electromagnetic brake 23 is fixed on inside main spindle box body 212; The rear circular hole inner sleeve of described front end panel 211 has rear end main shaft bearing, and described main shaft bonnet 27 props up rear end main shaft bearing; Described main shaft 21 is enclosed within front end main shaft bearing and rear end main shaft bearing, and main shaft 21 one end is stretched out main spindle box body 212 and is connected with described right arm mechanism, and main shaft 21 other end stretches out front end panel 211 and is in left box body; On main shaft 21 in described main spindle box body 212, cover has main shaft distance bushing 213, fixed cover 24, sensor block 25 and optocoupler sensor block 26; One end of described main shaft distance bushing 213 is against on the main shaft bearing of front end, and the other end of main shaft distance bushing 213 is concordant with described dry type single plate electromagnetic brake 23; Described fixed cover 24 is against on described dry type single plate electromagnetic brake 23, and fixed cover 24 is fixed on described main shaft 21; Main shaft 21 in described left box body is provided with belt wheel 28, and belt wheel 28 is fixed on main shaft 21 by belt wheel packing ring, and described belt conveyor 13 is enclosed within described belt wheel 28 with on the mouth of described reductor 11; Described front end panel 211 is fixed with switch and installs code 210, switch peace transcoding 210 is fixed with proximity switch 214 and optocoupler inductor 215, and proximity switch 214 and optocoupler inductor 215 are corresponding with described sensor block 25 and optocoupler sensor block 26 respectively; Be fixed with cylinder positioning seat outside described main spindle box body 212, cylinder positioning seat be fixed with main shaft cylinder; Described main shaft cylinder is vertical with described main shaft 21 to be arranged; The piston rod of described main shaft cylinder is connected with main shaft orientation pin by floating junction; Described main shaft is provided with locating dowel pin jack relative to the position of main shaft orientation pin.Described row's winding apparatus comprises wire-arranging mechanism, rotary seat 48, mount pad, ball screw 43, winding displacement guide rod 45, stepping motor 42, screw mandrel tailstock adapter plate 415 and screw mandrel tailstock 41; Described screw mandrel tailstock 41 is fixed on described deck plate 8 by screw mandrel tailstock adapter plate 415; Described screw mandrel tailstock 41 has tailstock circular hole, and on described right case, the axial location of relative tailstock circular hole has motor circular hole and middle circular hole; Described stepping motor 42 is fixed on motor circular hole, the two ends of described ball screw 43 are separately positioned in described tailstock circular hole and middle circular hole, stepping motor 42 mouth is connected with ball screw 43 by universal-joint 44 through motor circular hole, and stepping motor 42 drives described ball screw 43 to rotate; One end symmetry of described winding displacement guide rod 45 is fixed on the screw mandrel tailstock 41 at described ball screw 43 two ends, and the other end of winding displacement guide rod 45 is arranged on described right case; Described mount pad is enclosed within described ball screw 43 and winding displacement guide rod 45, and ball screw 43 drives mount pad to do horizontal straight-line motion on winding displacement guide rod 45; Described rotary seat 48 is slidably arranged on the two ends of described mount pad; Described wire-arranging mechanism is fixed on the upper end of described rotary seat 48 by two screws; On described rotary seat 48, the position of a relative screw has arc-shaped hole, and the center of arc-shaped hole is on the position at another screw place; Described wire-arranging mechanism comprises winding displacement bar 411, three pieces of winding displacement bar adapter plates 410 and shifting board 49; Described shifting board 49 is distributed with tapped bore, and shifting board 49 is fixed by screws in the upper end of described rotary seat 48; Between the two ends that described three pieces of winding displacement bar adapter plates 410 are vertically fixed on described shifting board 49 respectively and two ends; Described winding displacement bar 411 has bar hole, winding displacement bar 411 is fixed by screws on two winding displacement bar adapter plates 410 of the arc-shaped hole side of described rotary seat 48, winding displacement bar 411 one end is between described winding displacement bar adapter plate 410, winding displacement bar 411 other end stretches out winding displacement bar adapter plate 410, and winding displacement bar 411 and shifting board 49 lay respectively on the two ends of the both sides of described winding displacement bar adapter plate 410; The external part of described winding displacement bar 411 is fixed with rectangular plate, and rectangular plate is provided with porcelain eye 412, and the winding displacement bar adapter plate 410 on the straight line of porcelain eye 412 place is equipped with porcelain eye 412; Described mount pad comprises ball screw mount pad 46 and locking block 47; Described locking block 47 is fixed on described ball screw mount pad 46 upper end, and described locking block 47 has dovetail furrow, and dovetail furrow direction is identical with the installation direction of described ball screw 43; Described rotary seat 48 is L-shaped, and the long limit of rotary seat 48 is connected with described shifting board 49, and the minor face lower end of rotary seat 48 is fixed with the dovetails matched with described dovetail furrow, and dovetails is vertical with the long limit antarafacial of described rotary seat 48; Described tailstock circular hole place is provided with tailstock plug 414, and tailstock plug 414 seals tailstock circular hole.Described line bag tightening device comprises stepping motor 62, drop-gear box 61, driving mechanism and follower; Described driving mechanism and follower are arranged on the lower surface of described deck plate 8, and driving mechanism and follower corresponding described left arm mechanism and right arm mechanism respectively, driving mechanism drives follower action by synchrome conveying belt 623; Described stepping motor 62 is connected with described driving mechanism by drop-gear box 61, and stepping motor 62 provides power for driving mechanism, and the rotating speed of stepping motor 62 can pass and replace on driving mechanism after drop-gear box 61 deceleration; Described driving mechanism and follower control described left clutch to be coiled dish 121 in 112 and right clutch through described deck plate 8 respectively, by controlling left clutch to be coiled the rotation of dish 121 in 112 and right clutch thus the distance of adjustment two coiling square shaft 102 relative orientation plates 101, reel is easily set up, and tensioning thus ensure the stability of reel after setting up; Described driving mechanism comprises: driving wheel 63, the left cylinder of left cylinder mounting plate 64, two 65, two left floating junctions 66, two left lengthening bars 67, left sliding panel 68, four left sliding bars 69, left free-sliding spline axle 610, left spline fitting 612 and left clutch lower wall 611; Described two left cylinders 65 are separately fixed at the two ends of described left cylinder mounting plate 64 lower surface, left cylinder 65 piston rod is connected with described left floating junction 66 through left cylinder mounting plate 64, left floating junction 66 is fixed on described left sliding panel 68 by described left lengthening bar 67, and the action of left cylinder 65 can drive the relatively left cylinder mounting plate 64 of left sliding panel 68 to move up and down; Described four left sliding bars 69 are rectangular to be distributed on described left sliding panel 68, left sliding bar 69 passes perpendicularly through left sliding panel 68, left sliding bar 69 one end is fixed on described left cylinder mounting plate 64, left sliding bar 69 other end is fixed on described deck plate 8, can left cylinder mounting plate 64 be fixed on deck plate 8, and under the effect of left cylinder 65, left sliding panel 68 sliding up and down on left sliding bar 69; Described driving wheel 63 is arranged on the upper surface of described left cylinder mounting plate 64, the corresponding driving wheel of described drop-gear box 61 63 is fixed on the lower surface of described left cylinder mounting plate 64, drop-gear box 61 controls the rotation of described driving wheel 63, and drop-gear box 61 rotates and driving wheel 63 can be driven to rotate; Described left free-sliding spline axle 610 passes perpendicularly through described left sliding panel 68 and is arranged on the centre hole of described driving wheel 63, and driving wheel 63 drives left free-sliding spline axle 610 to rotate, and left free-sliding spline axle 610 can slide on the centre hole of driving wheel 63; Described left clutch lower wall 611 is fixed on the top of described left free-sliding spline axle 610, left clutch lower wall 611 with described left clutch coil 112 match, left free-sliding spline axle 610 rotates and drives dish 112 in left clutch to rotate, the knee-action of left sliding panel 68 can drive left free-sliding spline axle 610 knee-action, thus makes the left clutch lower wall 611 on left free-sliding spline axle 610 top and left clutch is coiled 112 and engage or separate; When left clutch lower wall 611 with left clutch is coiled 112 engage time, driving wheel 63 rotates to drive and left clutch coils 112 rotates, thus the distance between adjustment coiling square shaft 102 and position plate 101; Described left spline fitting 612 is enclosed within left free-sliding spline axle 610, and left spline fitting 612 one end is fixed on described driving wheel 63, left spline fitting 612 other end is arranged on described left sliding panel 69, left spline fitting 612 can limit the extension elongation of left free-sliding spline axle 610, and left free-sliding spline axle 610 can be assisted to move up and down.Described follower comprises: flower wheel 613, the right cylinder of right cylinder mounting plate 614, two 615, two right floating junctions 616, two right lengthening bars 617, right sliding panel 618, four right sliding bars 619, right free-sliding spline axle 620, right spline fitting 622 and right clutch lower wall 621; Described two right cylinders 615 are separately fixed at the two ends of described right cylinder mounting plate 614 lower surface, right cylinder 615 piston rod is connected with described right floating junction 616 through right cylinder mounting plate 614, right floating junction 616 is fixed on described right sliding panel 618 by described right lengthening bar 617, and the action of right cylinder 615 can drive the relatively right cylinder mounting plate 614 of right sliding panel 618 to move up and down; Described four right sliding bars 619 are rectangular to be distributed on described right sliding panel 618, right sliding bar 619 passes perpendicularly through right sliding panel 618, right sliding bar 619 one end is fixed on described right cylinder mounting plate 614, right sliding bar 619 other end is fixed on described deck plate 8, can right cylinder mounting plate 614 be fixed on deck plate 8, and under the effect of right cylinder 615, right sliding panel 618 sliding up and down on right sliding bar 619; Described flower wheel 613 is arranged on described right cylinder mounting plate 614, flower wheel 613 is connected with described driving wheel 63 by synchrome conveying belt 623, synchrome conveying belt 623 is enclosed within driving wheel 63 and flower wheel 613, and driving wheel 63 rotates and drives flower wheel 613 to synchronously rotate by synchronous belt 623; Described right free-sliding spline axle 620 passes perpendicularly through described right sliding panel 618 and is arranged on the centre hole of described flower wheel 613, and flower wheel 613 drives right free-sliding spline axle 620 to rotate, and right free-sliding spline axle 620 can slide on the centre hole of flower wheel 613; Described right clutch lower wall 621 is fixed on the top of described right free-sliding spline axle 620, right clutch lower wall 621 with described right clutch coil 121 match, right free-sliding spline axle 620 rotates and drives dish 121 in right clutch to rotate, the knee-action of right sliding panel 618 can drive right free-sliding spline axle 620 knee-action, thus makes the right clutch lower wall 621 on right free-sliding spline axle 620 top and right clutch is coiled 121 and engage or separate; When right clutch lower wall 621 with right clutch is coiled 121 engage time, flower wheel 613 rotates to drive and right clutch coils 121 rotates, thus the distance between adjustment coiling square shaft 102 and position plate 101; Described right spline fitting 622 is enclosed within right free-sliding spline axle 620, and right spline fitting 622 one end is fixed on described flower wheel 613, right spline fitting 622 other end is arranged on described right sliding panel 618, right spline fitting 622 can limit the extension elongation of right free-sliding spline axle 620, and right free-sliding spline axle 620 can be assisted to move up and down.Described deck plate 8 lower surface is fixed with tension wheel 624, synchrome conveying belt 623 described in tension wheel 624 tensioning, can ensures that driving wheel 63 rotational synchronization drives described flower wheel 613 to rotate.Described line leading device comprises inlet wire support, excessively line plate 51, porcelain eye mount pad 52, disconnection signal bar 53, gear line bar 54, wallboard 55, line holder 57, rolling stand 56, drum shaft 58, crosses line drum shaft 59, door cabinet frame fabricated section 510 and door cabinet frame 511; Described line plate 51 of crossing is fixed on described inlet wire support, and inlet wire support is fixed on described deck plate 8; Described porcelain eye mount pad 52 is vertically fixed on described one end crossing line plate 51 in one line, described disconnection signal bar 53 is arranged on the described other end crossing line plate 51 in one line, porcelain eye mount pad 52 parallels with disconnection signal bar 53, line can be convenient to through disconnection signal bar 53 through described porcelain eye peace swivel base 52, and can inlet wire smoothly, can not because of the not line that weares and teares on the same line; Porcelain eye mount pad 52 is fixed with porcelain eye; Described disconnection signal bar 53 has two rows, and two row's disconnection signal bars 53 are staggered settings, so that line passes optional position all can pass disconnection signal bar 53; Described gear line bar 54 is symmetrically distributed in crossing on line plate 51 of described disconnection signal bar 53 both sides, and the both sides of a disconnection signal bar 53 corresponding two gear line bars 54 respectively, line can be made more easily to pass disconnection signal bar 53; Described wallboard 55 is fixed on described mistake on line plate 51 and arranges on the two sides of disconnection signal bar 53 one end, relatively to fix the position of line drum shaft, for inlet wire is provided convenience; The relatively described line plate 51 of crossing of described line holder 57 is fixed between described wallboard 55, and line holder 57 boost line can pass disconnection signal bar 53, and holds in the palm line to a certain extent; Described rolling stand 56 is fixed on described wallboard 55 by screw and pin; The position at described rolling stand 56 screwing place is provided with arcuate socket, and the center of arcuate socket is arranged on the side at pin place, and on wallboard 55, the position of relative screw has tapped bore, and screw and corresponding threaded holes close; Described pin is fixed on rolling stand 56, and on wallboard 55, the position of relative pin has pin circular hole, and pin is stuck in pin circular hole; The position in set screw opposing arcuate hole, makes to rotate in the pin circular hole of the pin on rolling stand 56 on wallboard 55, thus adjusts the position of the relative disconnection signal bar 53 of line drum shaft 59; Described drum shaft 58 is fixed on the other end of rolling stand 56, and on drum shaft 58, cover has described line drum shaft 59 excessively, and crossing line drum shaft 59 can rotate on drum shaft 58; Described door cabinet frame fabricated section 510 is fixed on the upside of described rolling stand 56 on-fixed end; Described door cabinet frame 511 is arranged on described door cabinet frame fabricated section 510, and door cabinet frame 511 boost line enters line leading device; On described wallboard 55, the below of relatively described disconnection signal bar 53 has breach, indentation, there is respectively equipped with photoelectric switch 512 and light deflector 513, photoelectric switch 512 is relative with light deflector 513, and whether photoelectric switch 512 controls disconnection signal bar 53 according to the light of light deflector 513 and break.Described inlet wire support comprises support short slab 514, support long slab 516, U-board 515, trapezoidal plate 517 and adapter plate 518; Described support short slab 514 and support long slab 516 are separately fixed at the two ends of U-board 515, and U-board 515 has two pieces, and two pieces of U-board 515 openings are relative, save material, and connect the whole inlet wire support of support to the full extent; Described adapter plate 518 is arranged on the top of described support long slab 516, and adapter plate 518 is fixed on the described lower surface crossing line plate 51; Described trapezoidal plate 517 supports the position of the relative U-board 515 of described adapter plate 518, and trapezoidal plate 517 one end is arranged on the long slope 516 of described support; Described support short slab 514 is fixed on described deck plate 8 by angle bar 519.Described protecting hood door comprises protecting hood door body 71, upper slide bar 74, drop shot 76, contiguous block 75, axle supporting seat 710, peace transcoding cushion block, protecting hood door pillar stiffener 72 and travel switch 78; Described upper slide bar 74 is fixed on described protecting hood door body 71 top; One end of described protecting hood door pillar stiffener 72 is vertically fixed on one end of described upper slide bar 74 by contiguous block 75, the other end of protecting hood door pillar stiffener 72 is fixed on described spindle stock 2; Described drop shot 76 is fixed in described frame 9 by axle supporting seat 710; Described protecting hood door body 71 bottom is fixed on described drop shot 76 by box ball bearing of main shaft; Described protecting hood door body 71 lower end is provided with collision block 77; Described frame 9 is fixed with travel switch and code 79 is installed; Described travel switch 78 is fixed on described travel switch by peace transcoding cushion block and installs on code 79, and travel switch 78 is against on described collision block 77; Described protecting hood door is provided with button box 73.Described frame 9 inside is fixed with reductor support 12, and described reductor 11 is fixed on reductor support 12, can ensure stability when reductor 11 works, and makes total compact, attractive in appearance.

During handling reel, first drive right arm mechanism laterally away from winding mechanism by lateral cylinder action, then drive right arm mechanism longitudinally away from winding mechanism by longitudinal cylinder action, then load onto on winding mechanism or unload reel; After loading onto or unloading reel, again drive right arm mechanism longitudinally to return by longitudinal cylinder action, and then drive right arm mechanism laterally to return by lateral cylinder action, complete the handling of reel.Reel is because model is different, and different sizes, can regulate the tensioning of reel by step motor control after installing reel, so as to make reel more stable be fixed on winding mechanism; Also can loosen reel before unloading reel, unload reel so that easier.During lead-in wire, line is walked around line drum shaft one week through door cabinet frame, then draw through porcelain eye mount pad through after gear line bar and disconnection signal bar, then one by one through the porcelain eye on bus cable device, be finally connected on winding mechanism; Generally speaking, after line is introduced through line leading device, then through bus cable device, be finally connected to reel.After coiling completes, line leading device cutting line can be controlled.

The utility model can when picking and placeing reel, automatic push-pull tailstock, and can control by motor the degree of tightness adjusting reel fast, inlet wire can also have been assisted, avoid the situation occurring in winding process tiing a knot, and automatically can cut off inlet wire after coiling completes, avoid manual operation, time saving and energy saving, easy to use.

The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every equivalent structure transformation utilizing the utility model specification sheets and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.

Claims (9)

1. a coiling complete machine device, is characterized in that, comprising: frame, spindle stock, Winder, tailstock, line bag tightening device, bus cable device, line leading device and protecting hood door; Described frame is provided with deck plate, and described spindle stock, Winder, bus cable device, tailstock and line leading device are all arranged on the upper surface of described deck plate; Be fixed with reductor bottom described frame, the input end of reductor is connected with motor, and the mouth of reductor is connected with described spindle stock by belt conveyor; Described Winder is connected with described spindle stock, and spindle stock drives Winder to rotate; Described Winder comprises left arm mechanism, right arm mechanism and winding mechanism, and winding mechanism one end is fixed in left arm mechanism, and right arm mechanism is corresponding with the winding mechanism other end to be arranged; Described tailstock comprises transversing gear, longitudinal mechanism, slide rail and cliding seat; Described longitudinal mechanism and slide rail are fixed on described deck plate; Described cliding seat is slidably arranged on described slide rail, and cliding seat is connected with longitudinal mechanism, and described longitudinal mechanism drives cliding seat to do linear longitudinal movement; Described transversing gear is fixed on described cliding seat; Described right arm mechanism is connected on described transversing gear, and described transversing gear drives right arm mechanism to do horizontal straight-line motion; The corresponding described left arm mechanism of described line bag tightening device and right arm mechanism are fixed on the lower surface of described deck plate; Described bus cable device one end is fixed on described deck plate, and the bus cable device other end is arranged on described spindle stock, and row's winding apparatus is relative with described winding mechanism; Described line leading device and described row's winding apparatus and winding mechanism are on the same line; Described protecting hood door is arranged on the front of frame and spindle stock.
2. a kind of coiling complete machine device according to claim 1, is characterized in that: described transversing gear comprises lateral cylinder, tailstock main shaft, tailstock main brass, tail spindle bearing, positioning cylinder, slide and positioning key; Described tailstock main brass is fixed on described cliding seat top; Described tailstock main shaft is secondary stepped shaft, and the large end of described tailstock main shaft is arranged in described tailstock main brass, and is fixed by flat key between tailstock main shaft excircle and tailstock main brass inwall; Described tail spindle bearing is enclosed within the small end of described tailstock main shaft, and is provided with tailstock bearing and circlip between tailstock main shaft and tail spindle bearing, and tailstock bearing fixed by circlip; On described tailstock main brass, the side of the large end of corresponding tailstock main shaft is fixed with lateral cylinder adapter plate, and described lateral cylinder is fixed on lateral cylinder adapter plate, and the piston rod of lateral cylinder is connected with tailstock main shaft through lateral cylinder adapter plate; Described positioning cylinder and slide are all fixed on outside described tailstock main brass, and positioning cylinder and slide are on the same line, and described positioning key is slidably arranged on slide; The piston rod of described positioning cylinder is connected with described positioning key; In described tail spindle bearing, the position of relative positioning key is provided with square groove; Described longitudinal mechanism comprises longitudinal cylinder, longitudinal cylinder mounting plate, cylinder contiguous block and mount pad; Described mount pad is fixed on described deck plate, and described longitudinal cylinder mounting plate is vertically fixed on described mount pad; Described longitudinal cylinder is fixed on described longitudinal cylinder mounting plate; Described cylinder contiguous block is fixed on described cliding seat lower end, and the piston rod of described longitudinal cylinder is connected with described cylinder contiguous block.
3. a kind of coiling complete machine device according to claim 2, is characterized in that: described left arm mechanism comprises left screw rod, left bottom plate, left middle base, two pieces of left pressing plates, two left Connection Blocks and two pieces of left limit blocks; Described left pressing plate is vertically fixed on left bottom plate, two pieces of left pressing plates are arranged in parallel, left bottom plate two ends are all fixed with left arm end cap, described left screw rod is rotating to be arranged between left arm end cap, two left arm end caps are respectively equipped with in left handle and left clutch and coil, left handle is all connected with described left screw rod with dish in left clutch; Described left middle base is arranged on the center of left screw rod, and left middle base and left bottom plate are connected and fixed; Described two pieces of left limit blocks are symmetricly set on the left bottom plate of left middle base both sides; Described two left Connection Blocks are separately positioned on the left screw rod between two pieces of left limit blocks and described left middle base, and two relatively left middle base of left Connection Block are symmetrical; Described right arm mechanism comprises right screw rod, right base plate, right middle base, two pieces of right pressing plates, two right Connection Blocks and two pieces of right limit blocks; Described right pressing plate is vertically fixed on right base plate, two pieces of right pressing plates are arranged in parallel, right base plate two ends are all fixed with right arm end cap, described right screw rod is rotating to be arranged between right arm end cap, two right arm end caps are respectively equipped with in right handles and right clutch and coil, right handles is all connected with described right screw rod with dish in right clutch; Described right middle base is arranged on the center of right screw rod, and right middle base and right base plate are connected and fixed; Described two pieces of right limit blocks are symmetricly set on the right base plate of right middle base both sides; Described two right Connection Blocks are separately positioned on the right screw rod between two pieces of right limit blocks and described right middle base, and two relatively right middle base of right Connection Block are symmetrical; Described winding mechanism comprises position plate and two coiling square shafts; One end of described position plate is fixed in left middle base, and the other end of position plate is arranged with described right middle base is mutually corresponding; One end of described two coiling square shafts is separately fixed on two left Connection Blocks, and the other end of two coiling square shafts is mutually corresponding with described right Connection Block respectively to be arranged; Described two coiling square shafts are equipped with line mould block; The distance of rotating and controlling described two coiling square shaft relative orientation plates is coiled in dish and right clutch in described left clutch.
4. a kind of coiling complete machine device according to claim 3, is characterized in that: described spindle stock comprises main shaft, main spindle box body, front end panel and rear bearing sheet; Described main spindle box body is fixed on described deck plate; Described front end panel and rear bearing sheet are all L-shaped, and the diagonal angle that front end panel and rear bearing sheet are arranged on main spindle box body forms left box body and right case respectively with diagonal angle; Described front end panel and main spindle box body are provided with two circular holes in left and right relative to the axial location at described position plate place, and circular hole place is fixed with main shaft protecgulum and main shaft bonnet respectively; Described main shaft protecgulum is enclosed within right circular hole, is provided with front end main shaft bearing in main shaft protecgulum, and on main shaft protecgulum, cover has dry type single plate electromagnetic brake, and dry type single plate electromagnetic brake is fixed on inside main spindle box body; The rear circular hole inner sleeve of described front end panel has rear end main shaft bearing, and described main shaft bonnet props up rear end main shaft bearing; Described main brass is in front end main shaft bearing and rear end main shaft bearing, and main shaft one end is stretched out main spindle box body and is connected with described right arm mechanism, and the main shaft other end stretches out front end panel and is in left box body; On main shaft in described main spindle box body, cover has main shaft distance bushing, fixed cover, sensor block and optocoupler sensor block; One end of described main shaft distance bushing is against on the main shaft bearing of front end, and the other end of main shaft distance bushing is concordant with described dry type single plate electromagnetic brake; Described fixed cover is against on described dry type single plate electromagnetic brake, and fixed cover is fixed on described main shaft; Main shaft in described left box body is provided with belt wheel, and belt wheel is fixed on main shaft by belt wheel packing ring, and described belt conveyor is enclosed within the mouth of described belt wheel and described reductor; Described front end panel is fixed with switch and installs code, switch peace transcoding is fixed with proximity switch and optocoupler inductor, and proximity switch and optocoupler inductor are corresponding with described sensor block and optocoupler sensor block respectively; Be fixed with cylinder positioning seat outside described main spindle box body, cylinder positioning seat be fixed with main shaft cylinder; Described main shaft cylinder is vertical with described main shaft to be arranged; The piston rod of described main shaft cylinder is connected with main shaft orientation pin by floating junction; Described main shaft is provided with locating dowel pin jack relative to the position of main shaft orientation pin.
5. a kind of coiling complete machine device according to claim 4, is characterized in that: described row's winding apparatus comprises wire-arranging mechanism, rotary seat, mount pad, ball screw, winding displacement guide rod, stepping motor, screw mandrel tailstock adapter plate and screw mandrel tailstock; Described screw mandrel tailstock is fixed on described deck plate by screw mandrel tailstock adapter plate; Described screw mandrel tailstock has tailstock circular hole, and on described right case, the axial location of relative tailstock circular hole has motor circular hole and middle circular hole; Described stepping motor is fixed on motor circular hole, the two ends of described ball screw are separately positioned in described tailstock circular hole and middle circular hole, stepping motor mouth is connected with ball screw by universal-joint through motor circular hole, and stepping motor drives described ball screw to rotate; One end symmetry of described winding displacement guide rod is fixed on the screw mandrel tailstock at described ball screw two ends, and the other end of winding displacement guide rod is arranged on described right case; Described mount pad is enclosed within described ball screw and winding displacement guide rod, and ball screw drives mount pad to do horizontal straight-line motion on winding displacement guide rod; Described rotary seat is slidably arranged on the two ends of described mount pad; Described wire-arranging mechanism is fixed on the upper end of described rotary seat by two screws; On described rotary seat, the position of a relative screw has arc-shaped hole, and the center of arc-shaped hole is on the position at another screw place; Described wire-arranging mechanism comprises winding displacement bar, three pieces of winding displacement bar adapter plates and shifting board; Described shifting board is distributed with tapped bore, and shifting board is fixed by screws in the upper end of described rotary seat; Between the two ends that described three pieces of winding displacement bar adapter plates are vertically fixed on described shifting board respectively and two ends; Described winding displacement bar has bar hole, winding displacement bar is fixed by screws on two winding displacement bar adapter plates of the arc-shaped hole side of described rotary seat, winding displacement bar one end is between described winding displacement bar adapter plate, the winding displacement bar other end stretches out winding displacement bar adapter plate, and winding displacement bar and shifting board lay respectively on the two ends of the both sides of described winding displacement bar adapter plate; The external part of described winding displacement bar is fixed with rectangular plate, and rectangular plate is provided with porcelain eye, and the winding displacement bar adapter plate on the straight line of porcelain eye place is equipped with porcelain eye; Described mount pad comprises ball screw mount pad and locking block; Described locking block is fixed on described ball screw mount pad upper end, and described locking block has dovetail furrow, and dovetail furrow direction is identical with the installation direction of described ball screw; Described rotary seat is L-shaped, and the long limit of rotary seat is connected with described shifting board, and the minor face lower end of rotary seat is fixed with the dovetails matched with described dovetail furrow, and dovetails is vertical with the long limit antarafacial of described rotary seat; Described tailstock circular hole place is provided with tailstock plug, and tailstock plug seals tailstock circular hole.
6. a kind of coiling complete machine device according to claim 5, is characterized in that: described line bag tightening device comprises motor, drop-gear box, driving mechanism and follower; Described driving mechanism and follower are arranged on the lower surface of described deck plate, and driving mechanism and follower corresponding described left arm mechanism and right arm mechanism respectively, driving mechanism drives follower action by synchrome conveying belt; Described motor is connected with described driving mechanism by drop-gear box, and motor provides power for driving mechanism; Described driving mechanism and follower control dish and right clutch are coiled in described left clutch through described deck plate respectively; Described driving mechanism comprises: driving wheel, left cylinder mounting plate, two left cylinders, two left floating junctions, two left lengthening bars, left sliding panel, four left sliding bars, left free-sliding spline axle, left spline fitting and left clutch lower walls; Described two left cylinders are separately fixed at the two ends of described left cylinder mounting plate lower surface, and left cylinder piston rod is connected with described left floating junction through left cylinder mounting plate, and left floating junction is fixed on described left sliding panel by described left lengthening bar; Described four left sliding bars are rectangular to be distributed on described left sliding panel, and left sliding bar passes perpendicularly through left sliding panel, and left sliding bar one end is fixed on described left cylinder mounting plate, and the left sliding bar other end is fixed on described deck plate; Described driving wheel is arranged on the upper surface of described left cylinder mounting plate, and the corresponding driving wheel of described drop-gear box is fixed on the lower surface of described left cylinder mounting plate, and drop-gear box controls the rotation of described driving wheel; Described left free-sliding spline axle passes perpendicularly through described left sliding panel and is arranged on the centre hole of described driving wheel, and driving wheel drives left free-sliding spline axle to rotate; Described left clutch lower wall is fixed on the top of described left free-sliding spline axle, and left clutch lower wall matches with described left clutch is coiled, and left free-sliding spline axle rotates and drives dish in left clutch to rotate; Described left spline fitting is enclosed within left free-sliding spline axle, and left spline fitting one end is fixed on described driving wheel, and the left spline fitting other end is arranged on described left sliding panel; Described follower comprises: flower wheel, right cylinder mounting plate, two right cylinders, two right floating junctions, two right lengthening bars, right sliding panel, four right sliding bars, right free-sliding spline axle, right spline fitting and right clutch lower walls; Described two right cylinders are separately fixed at the two ends of described right cylinder mounting plate lower surface, and right cylinder piston rod is connected with described right floating junction through right cylinder mounting plate, and right floating junction is fixed on described right sliding panel by described right lengthening bar; Described four right sliding bars are rectangular to be distributed on described right sliding panel, and right sliding bar passes perpendicularly through right sliding panel, and right sliding bar one end is fixed on described right cylinder mounting plate, and the right sliding bar other end is fixed on described deck plate; Described flower wheel is arranged on described right cylinder mounting plate, and flower wheel is connected with described driving wheel by belt conveyor; Described right free-sliding spline axle passes perpendicularly through described right sliding panel and is arranged on the centre hole of described flower wheel, and flower wheel drives right free-sliding spline axle to rotate; Described right clutch lower wall is fixed on the top of described right free-sliding spline axle, and right clutch lower wall matches with described right clutch is coiled, and right free-sliding spline axle rotates and drives dish in right clutch to rotate; Described right spline fitting is enclosed within right free-sliding spline axle, and right spline fitting one end is fixed on described flower wheel, and the right spline fitting other end is arranged on described right sliding panel; Described deck plate lower surface is fixed with tension wheel, belt conveyor described in tension wheel tensioning.
7. a kind of coiling complete machine device according to claim 6, is characterized in that: described line leading device comprises inlet wire support, excessively line plate, porcelain eye mount pad, disconnection signal bar, gear line bar, wallboard, line holder, rolling stand, drum shaft, crosses line drum shaft, door cabinet frame fabricated section and door cabinet frame; Described line plate of crossing is fixed on described inlet wire support; Described porcelain eye mount pad is one end being vertically fixed on described line plate excessively in one line, and described disconnection signal bar is the other end being arranged on described line plate excessively in one line, and porcelain eye mount pad parallels with disconnection signal bar; Described disconnection signal bar has two rows, and two row's disconnection signal bars are staggered setting; Described gear line bar is symmetrically distributed in crossing on line plate of described disconnection signal bar both sides, and the both sides of a disconnection signal bar corresponding two gear line bars respectively; Described wallboard is fixed on described mistake and line plate arranges on the two sides of disconnection signal bar one end; The relatively described line plate of crossing of described line holder is fixed between described wallboard; The rotating outside being arranged on described wallboard, described rolling stand one end, described drum shaft is fixed on the other end of rolling stand, and on drum shaft, cover has described line drum shaft excessively; Described door cabinet frame fabricated section is fixed on the upside of described rolling stand on-fixed end; Described door cabinet frame is arranged on described door cabinet frame fabricated section; On described wallboard, the below of relatively described disconnection signal bar has breach, and indentation, there is respectively equipped with photoelectric switch and light deflector, and photoelectric switch is relative with light deflector; Described rolling stand is fixed on described wallboard by screw and pin; The position at described rolling stand screwing place is provided with arcuate socket, and the center of arcuate socket is arranged on the side at pin place, and on wallboard, the position of relative screw has tapped bore, and screw and corresponding threaded holes close; Described pin is fixed on rolling stand, and on wallboard, the position of relative pin has pin circular hole, and pin is stuck in pin circular hole; Described inlet wire support comprises support short slab, support long slab, U-board, trapezoidal plate and adapter plate; Described support short slab and support long slab are separately fixed at the two ends of U-board, and U-board has two pieces, and two pieces of U-board openings are relative; Described adapter plate is arranged on the top of described support long slab, and adapter plate is fixed on the described lower surface crossing line plate; Described trapezoidal plate supports the position of the relative U-board of described adapter plate, and trapezoidal stay bearing plate one end is arranged on the long slope of described support; Described support short slab is fixed on described deck plate by angle bar.
8. a kind of coiling complete machine device according to claim 7, is characterized in that: described protecting hood door comprises protecting hood door body, upper slide bar, drop shot, contiguous block, axle supporting seat, peace transcoding cushion block, protecting hood door pillar stiffener and travel switch; Described upper slide bar is fixed on described protecting hood door body top; One end of described protecting hood door pillar stiffener is vertically fixed on one end of described upper slide bar by contiguous block, the other end of protecting hood door pillar stiffener is fixed on described spindle stock; Described drop shot is fixed in described frame by axle supporting seat; Described protecting hood door body bottom is fixed on described drop shot by box ball bearing of main shaft; Described protecting hood door body lower end is provided with collision block; Described frame is fixed with travel switch and code is installed; Described travel switch is fixed on described travel switch by peace transcoding cushion block and installs on code, and travel switch is against on described collision block; Described protecting hood door is provided with button box.
9. a kind of coiling complete machine device according to claim 1, it is characterized in that: described machine frame inside is fixed with reductor support, described reductor is fixed on reductor support.
CN201520624917.9U 2015-08-19 2015-08-19 Wire winding complete machine device CN204999402U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520624917.9U CN204999402U (en) 2015-08-19 2015-08-19 Wire winding complete machine device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520624917.9U CN204999402U (en) 2015-08-19 2015-08-19 Wire winding complete machine device

Publications (1)

Publication Number Publication Date
CN204999402U true CN204999402U (en) 2016-01-27

Family

ID=55156299

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520624917.9U CN204999402U (en) 2015-08-19 2015-08-19 Wire winding complete machine device

Country Status (1)

Country Link
CN (1) CN204999402U (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105110074A (en) * 2015-08-19 2015-12-02 苏州市圣玛特电机设备制造有限公司 Wire winding complete machine device
CN105836527A (en) * 2016-03-26 2016-08-10 国网山东省电力公司莱州市供电公司 Wire take-up machine and operating method thereof
CN107265204A (en) * 2017-07-06 2017-10-20 孙海合 One kind automatic rolls up equipment for waste and old signal wire

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105110074A (en) * 2015-08-19 2015-12-02 苏州市圣玛特电机设备制造有限公司 Wire winding complete machine device
CN105836527A (en) * 2016-03-26 2016-08-10 国网山东省电力公司莱州市供电公司 Wire take-up machine and operating method thereof
CN107265204A (en) * 2017-07-06 2017-10-20 孙海合 One kind automatic rolls up equipment for waste and old signal wire

Similar Documents

Publication Publication Date Title
CN201825255U (en) Automatic wire winding and binding device
JP4908499B2 (en) Device for screwing a cap onto a container
CN201427814Y (en) Novel automatic lap changing apparatus for plastic membrane
CN202796426U (en) Wire supplying device of coiling equipment
CN201381136Y (en) Thick line wire-sending storage-wire machine
CN203046273U (en) Bead ring wrapper rewinding machine of radial tire
CN205739740U (en) A kind of yarn wrap-up
CN103964244B (en) A kind of substrate conveyance system for RFID Tag Packaging
CN202687568U (en) Device for unwinding copper strip
CN205589973U (en) Autogiration formula conveying mechanism with automatic feeding device
CN101941610B (en) Center and friction winding device
CN103719224B (en) Automatic knotting break wire device produced by a kind of sausage
CN105229754B (en) The bandage winding method and bandage wind of twisted-pair feeder
CN101752966A (en) Automatic winding machine of motor iron core
CN104443483B (en) Annular is wrapping machine automatically
CH661060A5 (en) Ring spider with a reel.
CN204297816U (en) Steel wire wire dispenser
CN205645532U (en) Electromagnetic wire winding device
CN204954277U (en) Full -automatic electric capacity package adhesive -tape dispenser
CN103896104A (en) Automatic cable feeding device
CN103000364A (en) Automatic coil winder
CN201473105U (en) Pay-off stand
CN103929019B (en) A kind of automatic wiring coil apparatus and the stator coil winding machine equipped with this device
CN106742162A (en) Tie up winding integrated packing machine
CN104925558A (en) Full-automatic filter element winding machine

Legal Events

Date Code Title Description
GR01 Patent grant
C14 Grant of patent or utility model
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20160127

Termination date: 20170819

CF01 Termination of patent right due to non-payment of annual fee