CN103537588B - The outer spiral filament forming machine of cylindrical workpiece - Google Patents
The outer spiral filament forming machine of cylindrical workpiece Download PDFInfo
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- CN103537588B CN103537588B CN201310512676.4A CN201310512676A CN103537588B CN 103537588 B CN103537588 B CN 103537588B CN 201310512676 A CN201310512676 A CN 201310512676A CN 103537588 B CN103537588 B CN 103537588B
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Abstract
The invention discloses the outer spiral filament forming machine of a kind of cylindrical workpiece, comprise control system, thread supplying machine structure (100) and be arranged on cylindrical workpiece rotating mechanism (200) on one side; Described thread supplying machine structure (100) comprises dolly (130) and is arranged on, and dolly (130) puts a part; Described cylindrical workpiece rotating mechanism (200) comprises drive unit, cylindrical workpiece fixture.In sum, tool of the present invention has the following advantages: 1, can be used for different length, different-diameter, tip footpath and root footpath identical or different, or the outer surface wrapping wire of the columnar workpiece of the regular or irregular change of diameter between top end to butt, the diameter of columnar workpiece is unrestricted in theory; 2, columnar workpiece wrapping wire is transported conveniently after completing, and improves operating efficiency; 3, saved manpower and materials, improve operating efficiency, and winding screw is evenly reasonable, zero deflection, silk is wound around fastening, without the need to doing fastening process again, reducing production cost, having saved the production time, having also assures that product quality.
Description
Technical field
The present invention relates to electric pole framework of steel reinforcement manufacturing technology field, be specifically related to filament winding device wherein.
Background technology
At present, electric pole framework of steel reinforcement has two kinds, a kind of electric pole framework of steel reinforcement being main muscle and adding built-in booster circle welding fabrication, and being formed by manual welding at present, is the skeleton of traditional maturation; The second is that main muscle adds steel wire spiral roll at the outer shaping electric pole framework of steel reinforcement of main muscle, and in this, skeleton is that same seam welder is welded, and is to occur at the mid-80, comparatively novel skeleton.
It is high that the first skeleton has intensity, the advantage that relative the second skeleton cost is low.
The second skeleton is formed by artificial or machining.
During artificial, because strength is limited, steel wire can not be fastening, also needs binding with filament, time and effort consuming; One people processes a sensation skeleton needs more than ten minute.And the spacing heterogeneity of steel wire, spacing is big and small and affect quality.
Owing to being machining, therefore labour intensity is relatively low, but owing to adopting thicker steel wire, and solder joint is a lot, and therefore cost is higher, and the skeleton that tip footpath is less can not be processed, can't use main muscle postwelding being had to welding point, because the diameter of welding point is greater than the main muscle of main muscle, welding point can not smoothly by welded disc leads muscle hole, strengthen if will lead muscle hole, then what the welded disc in top end direction then can not arrange lower sufficient amount leads muscle hole.So seam welder is not also promoted in electric pole industry so far.
Applicant has applied for the patent of invention of one " one twines a machine automatically " by name on 01 23rd, 2013, publication number is CN203044754U, and publication date is on 07 10th, 2013.This automatically twines a machine and has saved manpower and materials, improves operating efficiency, and winding screw is evenly reasonable, basic zero deflection, owing to there being enough pulling force, steel wire is also fastening to be wrapped on framework of steel reinforcement, do not need to weld again, reduce production cost, saved the production time.But this machine still comes with some shortcomings part.As:
1, because master rotor internal diameter is limited, accommodating tray dolly is also had to pass through; Therefore, the outer surface wrapping wire of the cylindrical workpiece such as larger-diameter framework of steel reinforcement or rubber tube can not be used for.
2, master rotor complex structure, relative manufacturing cost is higher;
3, steel wire first just will can carry out wrapping wire operation around upper master rotor, but upper silk brings silk after being rotated by master rotor first around with it this, and can not produce around here, therefore go up silk inconvenience, efficiency is low, also affects manufacturing schedule.
In order to solve above-mentioned deficiency of the prior art, the present invention proposes a kind of new solution.
Summary of the invention
The object of this invention is to provide the outer spiral filament forming machine of a kind of cylindrical workpiece, solve the above-mentioned deficiency of existing wrapping wire mode and filament winding device.
For reaching foregoing invention object, the technical solution adopted in the present invention is: provide the outer spiral filament forming machine of a kind of cylindrical workpiece, comprise control system, thread supplying machine structure and be arranged on cylindrical workpiece rotating mechanism on one side;
Described thread supplying machine structure comprises dolly and is arranged on, and dolly puts a part;
Described dolly is provided with trolley driving mechanism, and trolley driving mechanism is connected with control system;
Described silk part of putting comprises and puts guide frame, described in put guide frame and be fixedly installed on described dolly; Be provided with adjusting screw(rod) putting guide frame upper end, described adjusting screw(rod) lower end is connected with adjustable silk rolling arm seat, described adjustable silk rolling arm seat with put guide frame and slide up and down and coordinate; Adjustable silk rolling arm seat by macro-axis and adjustable silk rolling arm hinged, adjustable silk rolling arm can on adjustable silk rolling arm seat left and right lift up; Two ends and the middle-end of described adjustable silk rolling arm are respectively arranged with wire wheel;
Described cylindrical workpiece rotating mechanism comprises drive unit, cylindrical workpiece fixture;
Described drive unit comprises driven headstock and driving headstock, is separately positioned on the two ends of support, between connected by power transmission shaft;
Described cylindrical workpiece fixture comprises and holds out against slave unit and fixture, is relatively respectively arranged on driven headstock and driving headstock, for fixing and rotating cylinder workpiece;
Support between driven headstock and driving headstock is provided with at least one adjustable support frame.
Described thread supplying machine structure also comprises wire tray, and described wire tray is arranged on dolly by wire tray top-fastener, and wire tray is also connected with dress silk motor by reduction gear box.
Described putting on guide frame is provided with anti-shred return device, and described anti-shred return device comprises one end and the damper put guide frame and be fixedly connected with, and the other end of described damper is provided with pressing plate, and described pressing plate abuts described wire tray.
The pulling force regulating spring for cushioning and regulate a pulling force is provided with between described adjustable silk rolling arm and adjustable silk rolling arm seat.
Be provided with track below described dolly, described track is provided with tooth bar, be provided with parking proximity switch and parking travel switch at track two ends respectively; Described dolly is coordinated with described track by wheel; Described trolley driving mechanism comprises trolley drive motor, and described trolley drive motor is connected with described control system; The output shaft of described trolley drive motor is provided with the dolly driven wheel coordinated with described tooth bar; Described trolley drive motor is also provided with the trolley drive motor speed probe be connected with control system.
Described adjustable support frame comprises chute, and described chute side is provided with bidirectional modulation screw rod;
Described bidirectional modulation screw rod comprises the reverse-flighted screw being provided with symmetrical bidirectional helical, described reverse-flighted screw is arranged on described chute side by bearing, two sections of screw threads of reverse-flighted screw are respectively arranged with adjusting nut, two described adjusting nuts are fixedly connected with two sprocket wheel supporting arms respectively, and described two sprocket wheel supporting arms coordinate with slide;
The top of described two sprocket wheel supporting arms is respectively arranged with sprocket wheel, and middle-end is hinged with the two ends of two connecting rods respectively, and the hinge in the middle of two connecting rods is provided with sprocket wheel, and three sprocket wheel outer felt are wound with chain.
Described driven headstock, driving headstock or power transmission shaft are provided with the rotating speed of transmission shaft sensor be connected with control system.
On described support away from thread supplying machine structure while be provided with some carrying rollers.
Described driven headstock is provided with and holds out against cylinder for holding out against slave unit described in driving along the axial bidirectional-movement of cylindrical workpiece; Described driven headstock is also provided with and holds out against handwheel for holding out against slave unit described in driving along the axial bidirectional-movement of cylindrical workpiece;
Described driven headstock and described support are slidably matched, and described driven headstock is also provided with for driving driven headstock to move handwheel along the driven headstock of the axial bidirectional-movement of cylindrical workpiece.
Described cylindrical workpiece rotating mechanism is also provided with skeleton transfer carriage away from one side of thread supplying machine structure; Described skeleton transfer carriage comprises pedestal and is arranged on the some carrying rollers on described pedestal.
In sum, tool of the present invention has the following advantages:
1, can be used for different length, different-diameter, tip footpath and root footpath identical or different, or the outer surface wrapping wire of the cylindrical workpiece of the regular or irregular change of diameter between top end to butt, the diameter of cylindrical workpiece is unrestricted in theory;
2, cylindrical workpiece wrapping wire is transported conveniently after completing, and improves operating efficiency;
3, saved manpower and materials, improve operating efficiency, and winding screw is evenly reasonable, zero deflection, owing to there being enough pulling force, the winding cylindricality outer surface of workpiece that silk is also fastening, without the need to doing fastening process again, reduce production cost, saved the production time, also assures that product quality.
Accompanying drawing explanation
Fig. 1 is the structural representation of invention;
Fig. 2 is the structural representation of thread supplying machine structure;
Fig. 3 is the structural representation of cylindrical workpiece rotating mechanism;
Fig. 4 is the structural representation of adjustable support frame.
Wherein,
100, thread supplying machine structure;
102, track; 102a, tooth bar;
104, wire tray; 106, adjustable silk rolling arm; 108, macro-axis; 110, pulling force regulating spring; 112, adjustable silk rolling arm seat; 114, guide frame is put;
116, anti-shred return device; 116a, pressing plate; 116b, damper;
118, trolley drive motor; 120, dolly driven wheel; 122, trolley drive motor speed probe; 124, silk motor is filled; 126, wire tray top-fastener; 128, wire wheel; 130, dolly;
200, cylindrical workpiece rotating mechanism;
202, driven headstock; 202a, hold out against handwheel; 202b, driven headstock move handwheel; Hold out against cylinder; 204, slave unit is held out against;
206, adjustable support frame; 206a, chute; 206b, sprocket wheel supporting arm; 206c, sprocket wheel; 206d, chain; 206e, two connecting rods, 208, power transmission shaft; 210, fixture; 212, driving headstock; 214, rotating speed of transmission shaft sensor; 216, support;
300, skeleton transfer carriage;
302, pedestal;
400, bidirectional modulation screw rod; 400a, reverse-flighted screw; 400b, adjusting nut; 400c, bearing;
500, silk;
600, adjusting screw(rod);
700, carrying roller.
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.
As shown in Figure 1 to Figure 3, the outer spiral filament forming machine of this cylindrical workpiece, comprises control system, thread supplying machine structure 100 and is arranged on cylindrical workpiece rotating mechanism 200 on one side; Thread supplying machine structure 100 be responsible for moving while keep certain pulling force put silk, cylindrical workpiece rotating mechanism 200 is responsible for driving and is rotated by the cylindrical workpiece of wrapping wire; Liang Ge mechanism coordinates, and making silk 500 fastening and is wrapped in cylindrical workpiece outer surface uniformly, without the need to doing fastening process again, reducing production cost, having saved the production time, also assures that product quality.As, when the outer surface cold-drawn wire for electric pole framework of steel reinforcement is wound around, due to the outer surface being wrapped in electric pole framework of steel reinforcement that cold-drawn wire energy is fastening, without the need to again with filament binding, do not worry displacement distortion during concrete perfusion yet and affect quality.
Described thread supplying machine structure 100 comprises dolly 130 and is arranged on, and dolly 130 puts a part.
Described dolly 130 is provided with trolley driving mechanism, and trolley driving mechanism is connected with control system; Be provided with track 102 below described dolly 130, described track 102 is provided with tooth bar 102a, be provided with parking proximity switch and parking travel switch at track 102 two ends respectively; Described dolly 130 is coordinated with described track 102 by wheel; Described trolley driving mechanism comprises trolley drive motor 118, and described trolley drive motor 118 is connected with described control system; The output shaft of described trolley drive motor 118 is provided with the dolly driven wheel 120 coordinated with described tooth bar 102a; Described trolley drive motor 118 is also provided with the trolley drive motor speed probe 122 be connected with control system.
Dolly 130 is put silk part with drive and is moved on track 102, certainly also can without track 102.The speed that the speed of dolly 130 movement and cylindrical workpiece rotating mechanism 200 rotate cylindrical workpiece determines the spacing of wrapping wire jointly.The rotating speed of trolley drive motor can be sent to control system by trolley drive motor speed probe 122, and to calculate dolly 130 translational speed, and then counting of carriers 130 displacement is accelerated with judging whether, slow down or stopped.
Described silk part of putting comprises and puts guide frame 114, described in put guide frame 114 and be fixedly installed on described dolly 130; Be provided with adjusting screw(rod) 600 putting guide frame 114 upper end, described adjusting screw(rod) 600 lower end is connected with adjustable silk rolling arm seat 112, described adjustable silk rolling arm seat 112 with put guide frame 114 and slide up and down and coordinate; Adjustable silk rolling arm seat 112 is hinged by macro-axis 108 and adjustable silk rolling arm 106, and adjustable silk rolling arm 106 can be lifted up left and right on adjustable silk rolling arm seat 112; Two ends and the middle-end of described adjustable silk rolling arm 106 are respectively arranged with wire wheel 128, arrange three wire wheels 128 altogether.
Because adjustable silk rolling arm 106 moves up and down, the distance of thread supplying machine structure 100 and cylindrical workpiece rotating mechanism 200 is also removable.Therefore, this wrapping wire function is used for the outer surface wrapping wire of the cylindrical workpiece such as the different-diameter framework of steel reinforcement that---comprises larger diameter---or rubber tube.Put the resistance of silk, that is the pulling force of wrapping wire determines primarily of the diameter of three wire wheels 128 and angle.Middle wire wheel 128 other wire wheel 128 positions relative are higher, and the silk rolling path angle of formation more arrives, then resistance/pulling force is larger, and the diameter of wire wheel 128 is less, then resistance/pulling force is larger.Vice versa.
The pulling force regulating spring 110 for cushioning and regulate silk 500 pulling force is provided with between described adjustable silk rolling arm 106 and adjustable silk rolling arm seat 112.
When just starting wrapping wire, because wire tray 104 is not also rotated, due to the effect of inertia, resistance can be very large, therefore adjustable silk rolling arm 106 and silk 500 is caused can to bear great pulling force instantaneously, and pulling force regulating spring 110 can receive pulling force right-hand member at adjustable silk rolling arm 106---right-hand member as shown in Figure 1---cushions during sinking, and reduce pulling force with this; Meanwhile, because adjustable silk rolling arm 106 left end can tilt, also with well pulling wire tray 104 to select faster, smooth working state can be entered as early as possible with this.
Described thread supplying machine structure 100 also comprises wire tray 104, and described wire tray 104 is arranged on dolly 130 by wire tray top-fastener 126, and wire tray 104 is also connected with dress silk motor 124 by reduction gear box.
If do not change wire tray 104, also by dress silk motor 124, silk 500 is loaded onto wire tray 104.Wire tray 104 follows dolly 130, and can change efficiently, solves " one twines a machine automatically " upper silk inconvenience of applicant, affects the problem of production efficiency.If dolly 130 does not arrange wire tray 104, by silk rolling wheels, silk is drawn from thread supplying machine structure 100.
Described putting on guide frame 114 is provided with anti-shred return device 116, and described anti-shred return device 116 comprises one end and the damper 116b put guide frame 114 and be fixedly connected with, and the other end of described damper 116b is provided with pressing plate 116a, and described pressing plate 116a abuts described wire tray 104.
If do not arrange anti-shred return device 116, terminate at wrapping wire, after blocking silk 500, silk 500 can because gravity, the reason retractions such as self rigidity, and make wire tray 104 to have a few circle silk and unclamp, and silk 500 also easily exits puts a part.Using in next time is like this rearrange silk in addition, and silk 500 again through putting a part, the operating efficiency of impact, adds unnecessary workload.The pressing plate 116a of anti-shred return device 116 can give silk 500 certain pressure in wire tray 104 all the time under the effect of damper 116b, prevents from silk 500 from unclamping and exit putting a part.
Described cylindrical workpiece rotating mechanism 200 comprises drive unit, cylindrical workpiece fixture;
Described drive unit comprises driven headstock 202 and driving headstock 212, is separately positioned on the two ends of support 216, between connected by power transmission shaft 208, to ensure synchronization.Described cylindrical workpiece fixture comprises and holds out against slave unit 204 and fixture 210, is relatively respectively arranged on driven headstock 202 and driving headstock 212, for fixing and rotating cylinder workpiece.
Described driven headstock 202, driving headstock 212 or power transmission shaft 208 are provided with the rotating speed of transmission shaft sensor 214 be connected with control system.The rotating speed of power transmission shaft can be sent to control system by rotating speed of transmission shaft sensor 214, to calculate the rotating speed of cylindrical workpiece, and then judges whether to accelerate, slow down or stop.
Described driven headstock 202 is provided with and holds out against cylinder 202c for holding out against slave unit 204 described in driving along the axial bidirectional-movement of cylindrical workpiece; Described driven headstock 202 is also provided with and holds out against handwheel 202a for holding out against slave unit 204 described in driving along the axial bidirectional-movement of cylindrical workpiece.Hold out against handwheel 202a manually to adjust and hold out against slave unit 204.
Described driven headstock 202 is slidably matched with described support 216, and described driven headstock 202 is also provided with for driving driven headstock 202 to move handwheel 202b along the driven headstock of the axial bidirectional-movement of cylindrical workpiece.Make the cylindrical workpiece of this wrapping wire functional adaptation different length like this.
Support 216 between driven headstock 202 and driving headstock 212 is provided with at least one adjustable support frame 206.As shown in Figure 4, described adjustable support frame 206 comprises chute 206a, and described chute 206a side is provided with bidirectional modulation screw rod 400;
Described bidirectional modulation screw rod 400 comprises the reverse-flighted screw 400a being provided with symmetrical bidirectional helical, described reverse-flighted screw 400a is arranged on described chute 206a side by bearing 400c, two sections of screw threads of reverse-flighted screw 400a are respectively arranged with adjusting nut 400b, two described adjusting nut 400b are fixedly connected with two sprocket wheel supporting arm 206b respectively, and described two sprocket wheel supporting arm 206b and chute 206a are slidably matched;
The top of described two sprocket wheel supporting arm 206b is respectively arranged with sprocket wheel 206c, and middle-end is hinged with the two ends of two connecting rod 206e respectively, and the hinge in the middle of two connecting rod 206e is provided with sprocket wheel 206c, and three sprocket wheel 206c outer felt are wound with chain 206d.
Adjustable support frame 206 need not have two, and one is hold cylindrical workpiece, and auxiliary its rotates; Two is adapt to different-diameter by self-regulation, tip footpath and root footpath identical or different, or the cylindrical workpiece of the regular or irregular change of diameter between top end to butt.Concrete principle is as follows:
1, for small diameter cylindrical workpiece time, adjustment bidirectional modulation screw rod 400, make two adjusting nut 400b close, drive two sprocket wheel supporting arm 206b close, under the drive of two connecting rod 206e, sprocket wheel 206c bottom also moves down, and is pulled down by chain 206d, chain 206d between the sprocket wheel 206c of two, upper end is naturally tightened up and is tending towards exceptionally straight state, and then can hold the less cylindrical workpiece of diameter.
2, for larger diameter cylindrical workpiece time, adjustment bidirectional modulation screw rod 400, make two adjusting nut 400b away from, drive two sprocket wheel supporting arm 206b away from, under the drive of two connecting rod 206e, sprocket wheel 206c bottom also on move, discharge chain 206d, make the chain 206d between the sprocket wheel 206c of two, upper end can relax sagging, and then can hold the larger cylindrical workpiece of diameter.
3, because chain is flexible, so the rule of non-cylindrical or irregular cylindrical workpiece also can be adapted to.
Conveniently cylindrical workpiece laterally rolls and slides axially on this spiral filament forming machine, and described support 216 is provided with some carrying rollers 700 away from thread supplying machine structure 100.
Conveniently cylindrical workpiece laterally rolls and slides axially and shifts out this spiral filament forming machine, and described cylindrical workpiece rotating mechanism 200 is also provided with skeleton transfer carriage 300 away from one side of thread supplying machine structure 100; Some carrying rollers 700 that described skeleton transfer carriage 300 comprises pedestal 302 and is arranged on described pedestal 302.
Although describe in detail the specific embodiment of the present invention by reference to the accompanying drawings, should not be construed as the restriction of the protection domain to this patent.In the scope described by claims, the various amendment that those skilled in the art can make without creative work and distortion still belong to the protection domain of this patent.
Claims (10)
1. the outer spiral filament forming machine of cylindrical workpiece, is characterized in that: comprise control system, thread supplying machine structure (100) and be arranged on cylindrical workpiece rotating mechanism (200) on one side;
Described thread supplying machine structure (100) comprises dolly (130) and is arranged on, and dolly (130) puts a part;
Described dolly (130) is provided with trolley driving mechanism, and trolley driving mechanism is connected with control system;
Described silk part of putting comprises and puts guide frame (114), described in put guide frame (114) and be fixedly installed on described dolly (130); Be provided with adjusting screw(rod) (600) putting guide frame (114) upper end, described adjusting screw(rod) (600) lower end is connected with adjustable silk rolling arm seat (112), described adjustable silk rolling arm seat (112) with put guide frame (114) and slide up and down and coordinate; Adjustable silk rolling arm seat (112) is hinged by macro-axis (108) and adjustable silk rolling arm (106), and adjustable silk rolling arm (106) can be lifted up in the upper left and right of adjustable silk rolling arm seat (112); Two ends and the middle-end of described adjustable silk rolling arm (106) are respectively arranged with wire wheel (128);
Described cylindrical workpiece rotating mechanism (200) comprises drive unit, cylindrical workpiece fixture;
Described drive unit comprises driven headstock (202) and driving headstock (212), is separately positioned on the two ends of support (216), between by power transmission shaft (208) connect;
Described cylindrical workpiece fixture comprises and holds out against slave unit (204) and fixture (210), is relatively respectively arranged on driven headstock (202) and driving headstock (212), for fixing and rotating cylinder workpiece;
Support (216) between driven headstock (202) and driving headstock (212) is provided with at least one adjustable support frame (206).
2. the outer spiral filament forming machine of cylindrical workpiece according to claim 1, it is characterized in that: described thread supplying machine structure (100) also comprises wire tray (104), described wire tray (104) is arranged on dolly (130) by wire tray top-fastener (126), and wire tray (104) is also connected with dress silk motor (124) by reduction gear box.
3. the outer spiral filament forming machine of cylindrical workpiece according to claim 2, it is characterized in that: described in put on guide frame (114) and be provided with anti-shred return device (116), described anti-shred return device (116) comprises one end and the damper (116b) put guide frame (114) and be fixedly connected with, the other end of described damper (116b) is provided with pressing plate (116a), and described pressing plate (116a) abuts described wire tray (104).
4. the outer spiral filament forming machine of cylindrical workpiece according to claim 1, is characterized in that: be provided with between described adjustable silk rolling arm (106) and adjustable silk rolling arm seat (112) for buffering and the pulling force regulating spring (110) regulating silk (500) pulling force.
5. the outer spiral filament forming machine of cylindrical workpiece according to claim 1, it is characterized in that: described dolly (130) below is provided with track (102), described track (102) is provided with tooth bar (102a), is provided with parking proximity switch and parking travel switch at track (102) two ends respectively; Described dolly (130) is coordinated with described track (102) by wheel; Described trolley driving mechanism comprises trolley drive motor (118), and described trolley drive motor (118) is connected with described control system; The output shaft of described trolley drive motor (118) is provided with the dolly driven wheel (120) coordinated with described tooth bar (102a); Described trolley drive motor (118) is also provided with the trolley drive motor speed probe (122) be connected with control system.
6. the outer spiral filament forming machine of cylindrical workpiece according to claim 1, it is characterized in that: described adjustable support frame (206) comprises chute (206a), described chute (206a) side is provided with bidirectional modulation screw rod (400);
Described bidirectional modulation screw rod (400) comprises the reverse-flighted screw (400a) being provided with symmetrical bidirectional helical, described reverse-flighted screw (400a) is arranged on described chute (206a) side by bearing (400c), two sections of screw threads of reverse-flighted screw (400a) are respectively arranged with adjusting nut (400b), two described adjusting nuts (400b) are fixedly connected with two sprocket wheel supporting arms (206b) respectively, and described two sprocket wheel supporting arms (206b) and chute (206a) are slidably matched;
The top of described two sprocket wheel supporting arms (206b) is respectively arranged with sprocket wheel (206c), middle-end is hinged with the two ends of two connecting rods (206e) respectively, hinge in the middle of two connecting rods (206e) is provided with sprocket wheel (206c), and three sprocket wheel (206c) outer felt are wound with chain (206d).
7. the outer spiral filament forming machine of cylindrical workpiece according to claim 1, is characterized in that: described driven headstock (202), driving headstock (212) or power transmission shaft (208) are provided with the rotating speed of transmission shaft sensor (214) be connected with control system.
8. the outer spiral filament forming machine of cylindrical workpiece according to claim 1, is characterized in that: described support (216) is provided with some carrying rollers (700) away from thread supplying machine structure (100).
9. the outer spiral filament forming machine of cylindrical workpiece according to claim 1, is characterized in that: described driven headstock (202) is provided with and holds out against cylinder (202c) for holding out against slave unit (204) described in driving along the axial bidirectional-movement of cylindrical workpiece; Described driven headstock (202) is also provided with and holds out against handwheel (202a) for holding out against slave unit (204) described in driving along the axial bidirectional-movement of cylindrical workpiece;
Described driven headstock (202) and described support (216) are slidably matched, and described driven headstock (202) is also provided with for driving driven headstock (202) to move handwheel (202b) along the driven headstock of the axial bidirectional-movement of cylindrical workpiece.
10. the outer spiral filament forming machine of cylindrical workpiece according to claim 1, is characterized in that: described cylindrical workpiece rotating mechanism (200) is also provided with skeleton transfer carriage (300) away from one side of thread supplying machine structure (100); Described skeleton transfer carriage (300) comprises pedestal (302) and is arranged on the some carrying rollers (700) on described pedestal (302).
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| CN201310512676.4A CN103537588B (en) | 2013-10-28 | 2013-10-28 | The outer spiral filament forming machine of cylindrical workpiece |
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| CN201310512676.4A CN103537588B (en) | 2013-10-28 | 2013-10-28 | The outer spiral filament forming machine of cylindrical workpiece |
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| CN103537588B true CN103537588B (en) | 2015-11-18 |
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| CN104646574A (en) * | 2015-01-19 | 2015-05-27 | 广西电力线路器材厂 | Automatic pole helical reinforcement winding system |
| CN107457159B (en) * | 2017-07-31 | 2023-06-27 | 泉州师范学院 | Silk thread body winding device |
| CN108821005B (en) * | 2018-04-26 | 2020-02-14 | 深圳微纳增材技术有限公司 | Automatic wire winding machine and wire winding method |
| CN110508719A (en) * | 2019-09-02 | 2019-11-29 | 叶子路 | A kind of thread supplying machine structure of the outer spiral filament forming machine of cylindrical workpiece |
| CN114535930B (en) * | 2022-01-06 | 2023-03-24 | 芜湖三花制冷配件有限公司 | Novel method for processing liquid accumulator of refrigeration compressor |
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| CN2497900Y (en) * | 2001-07-31 | 2002-07-03 | 马胜山 | Eccentric winding direct transmission spiral winder without belt transmission |
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