CN204825265U

CN204825265U - High -accuracy braider spindle

Info

Publication number: CN204825265U
Application number: CN201520291277.4U
Authority: CN
Inventors: 李江涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-05-08
Filing date: 2015-05-08
Publication date: 2015-12-02
Anticipated expiration: 2025-05-08

Abstract

The utility model discloses a high -accuracy braider spindle, this spindle collection unwrapping wire clutch, line thigh arresting gear, tension adjusting device is as an organic whole, an one -way bearing has been add on the online jack -post very much, when in the other direction rotating the quick lax line thigh of withdrawing of to relax when carrying the spool, and initial the transmission of ball formula has been adopted in the device of separation and reunion braking, the characteristics of this kind of structure cooperate the precision high, the wear of work is little, high running speed and environmental protection, the unwrapping wire volume is even, noise at work is low, the specially adapted is woven at a high speed, tension guiding mechanism realizes tensile infinitely variable control through the method that rotatory tension adjusting nut changes the tension spring pretightning force, make tensile control range become more roomy, it is more accurate, consequently improvement product quality and work efficiency that can be by a wide margin, make the utility model discloses an application becomes more extensive.

Description

High-accuracy braiding machine spindle

Technical field

The utility model belongs to the technical field of textile workpiece, particularly a kind of spindle of high-speed knitter.

Background technology

Braiding machine spindle is the important component part of braiding machine, can be realized the draw-in and draw-off function of line stock by spindle, allows the tension force that line stock can keep certain simultaneously, and uniform attachment is woven in the surface of pipeline, in order to strengthen pipeline configuration, its bulk strength is improved, is more suitable for high-pressure work.What braiding machine spindle more advanced on current market adopted is roller clutch brake, and not only complex structure manufactures difficulty, and quality of fit is low, unwrapping wire is not steady, little time large during the tension force of line stock, can't step-less adjustment, have impact on product quality and production efficiency so serious.

Summary of the invention

For the deficiencies in the prior art, in order to thoroughly solve the above problems, the utility model provides a kind of high-accuracy braiding machine spindle, this spindle collection unwrapping wire arrangement of clutch, line stock brake apparatus, tension-adjusting gear is integrated, in the device of clutch and brake, have employed ball-type transmission first, structure is simple, easily manufactured, quality of fit is high, and unwrapping wire is steady, balancing tension, without cataclysm phenomenon.

The utility model is in order to solve the problems of the technologies described above, the concrete technical scheme adopted is: be provided with 2 needle bearings in the centre bore of described spindle seat, bottom in spindle seat housing be fixed wtih one with the cam disc of centre bore concentric, the outer face of cam disc is provided with one group and rotates clockwise, shallow by being deep to, the arc groove risen gradually, the groove surface side of cam disc is installed with a ball driver plate, ball driver plate can be stirred ball and roll in the groove of cam disc, bobbin post is provided with frictional disk successively, unilateral bearing, carry bobbin and gear shaft plate, unilateral bearing and bobbin post key link together, the inner of carrying bobbin is sleeved on the cylindrical of unilateral bearing, the bearing pin carried on bobbin is stuck in the keyway of unilateral bearing cylindrical, year bobbin outer end and the bobbin post that are inlaid with nylon jacket are slidably matched, the gear shaft plate of bobbin post upper end is used for limiting the axial float carrying bobbin, the lower end of bobbin post, through in the rotatable needle bearing be inserted in spindle seat centre bore of plane bearing, separated by plane bearing between frictional disk and spindle seat, spindle seat is also provided with 2 guide pillars, guide pillar is installed with slide successively, tension spring, tension setting nut and holder, movable pulley is fixed on the outside of slide, holder is provided with a wire-crossing wheel axle, the two ends of wire-crossing wheel axle are installed with a guide roller and an output wheel respectively, a slide bar is provided with in sliding rod hole on holder, the centre of slide bar is provided with a limited block, between limited block and holder, cover is filled with a back-moving spring, the lower end of slide bar is connected with the voussoir below friction cover plate through slide, in slide block slot below friction cover plate, a shift fork slide block is installed, a shifting fork spring is provided with after shift fork slide block, the inclined-plane of the inclined-plane of shift fork slip front and voussoir side is crimped together by shifting fork spring, ball driver plate becomes in the circular hole of circle distribution and be provided with ball, the outer of ball driver plate there is the U-shaped opening that protruding, the square opening center of shift fork slide block has a declutch shift shaft to pass, the U-shaped opening of ball driver plate projection inserts in the square opening of shift fork slide block, and be stuck on the cylindrical of declutch shift shaft, ball driver plate can be stirred rotate when shift fork skid, friction cover plate is by cam disc, ball driver plate, ball, frictional disk, shift fork slide block, declutch shift shaft, shifting fork spring and plane bearing are enclosed in the housing of spindle seat, the line stock carried on bobbin first moves into from the guide roller holder, walk around from the movable pulley slide again, finally lay out arrival line stock crosspoint from output wheel to weave.

The beneficial effects of the utility model are, online jack-post is set up especially a unilateral bearing, lax line stock can be regained fast when counter-rotation carries bobbin, and in clutch brake, have employed ball-type transmission first, the feature of this structure is that quality of fit is high, the wear of work is little, the speed of service is fast, unwrapping wire amount is even, operating noise is low, be specially adapted to high speed braiding, tension adjustment mechanism is the step-less adjustment being realized tension force by the method for rotational strain adjusting nut change tension spring pretightning force, the adjustable range of tension force is made to become more roomy, more accurate, therefore can significantly improve the quality of products and operating efficiency.

Accompanying drawing explanation

Fig. 1 is front view of the present utility model

Fig. 2 is left view of the present utility model

Fig. 3 is that part sectioned view is looked on a left side of the present utility model

Fig. 4 is the profile at A-A place in Fig. 1

Fig. 5 is top view of the present utility model

Fig. 6 is the profile at B-B place in Fig. 5

Fig. 7 is the profile at C--C place in Fig. 5

Fig. 8 is the front view of the utility model convexity wheel disc

Fig. 9 is the top view of the utility model convexity wheel disc

Figure 10 is the front view of ball driver plate in the utility model

Figure 11 is the rotation profile at D-D place in Figure 10

Figure 12 is the main pseudosection of voussoir in the utility model

Figure 13 is the main pseudosection of shift fork slide block in the utility model

Figure 14 is the top view of shift fork slide block in the utility model

Detailed description of the invention

Below in conjunction with drawings and Examples, the utility model is further illustrated.

As Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, shown in Figure 14, the utility model includes spindle seat 1, needle bearing 2, bobbin post 3, cam disc 4, ball driver plate 5, ball 6, frictional disk 7, friction cover plate 8, unilateral bearing 9, bearing pin 10, carry bobbin 11, nylon jacket 12, gear shaft plate 13, voussoir 14, shift fork slide block 15, declutch shift shaft 16, shifting fork spring 17, guide pillar 18, slide 19, movable pulley 20, slide bar 21, limited block 22, back-moving spring 23, tension spring 24, tension setting nut 25, output wheel 26, wire-crossing wheel axle 27, guide roller 28, holder 29 and plane bearing 30.

At Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, in Fig. 7, 2 needle bearings 2 are installed in the centre bore of described spindle seat 1, bottom in spindle seat 1 housing be fixed wtih one with the cam disc 4 of centre bore concentric, the outer face of cam disc 4 is provided with one group and rotates clockwise, shallow by being deep to, the arc groove risen gradually, the groove surface side of cam disc 4 is installed with a ball driver plate 5, ball driver plate 5 can be stirred ball 6 and roll in the groove of cam disc 4, bobbin post 3 is provided with frictional disk 7 successively, unilateral bearing 9, carry bobbin 11 and gear shaft plate 13, unilateral bearing 9 and bobbin post 3 key link together, the inner of carrying bobbin 11 is sleeved on the cylindrical of unilateral bearing 9, the bearing pin 10 carried on bobbin 11 is stuck in the keyway of unilateral bearing 9 cylindrical, year bobbin 11 outer end and the bobbin post 3 that are inlaid with nylon jacket 12 are slidably matched, the gear shaft plate 13 of bobbin post 3 upper end is used for limiting the axial float carrying bobbin 11, the lower end of bobbin post 3, through in the rotatable needle bearing 2 be inserted in spindle seat 1 centre bore of plane bearing 30, separated by plane bearing 30 between frictional disk 7 and spindle seat 1, spindle seat 1 is also provided with 2 guide pillars 18, guide pillar 18 is installed with slide 19 successively, tension spring 24, tension setting nut 25 and holder 29, movable pulley 20 is fixed on the outside of slide 19, holder 29 is provided with a wire-crossing wheel axle 27, the two ends of wire-crossing wheel axle 27 are installed with a guide roller 28 and an output wheel 26 respectively, a slide bar 21 is provided with in sliding rod hole on holder 29, the centre of slide bar 21 is provided with a limited block 22, overlap between limited block 22 and holder 29 and be filled with a back-moving spring 23, the lower end of slide bar 21 is connected with the voussoir 14 below friction cover plate 8 through slide 19, in slide block slot below friction cover plate 8, a shift fork slide block 15 is installed, a shifting fork spring 17 is provided with after shift fork slide block 15, the inclined-plane of the inclined-plane of shift fork slide block 15 front end and voussoir 14 side is crimped together by shifting fork spring 17, ball driver plate 5 becomes in the circular hole of circle distribution and be provided with ball 6, the outer of ball driver plate 5 there is the U-shaped opening that protruding, the square opening center of shift fork slide block 15 has a declutch shift shaft 16 to pass, the U-shaped opening of ball driver plate 5 projection inserts in the square opening of shift fork slide block 15, and be stuck on the cylindrical of declutch shift shaft 16, ball driver plate 5 can be driven to rotate when shift fork slide block 15 slides, friction cover plate 8 is by cam disc 4, ball driver plate 5, ball 6, frictional disk 7, shift fork slide block 15, declutch shift shaft 16, shifting fork spring 17 and plane bearing 30 are enclosed in the housing of spindle seat 1.

When spindle quits work, line stock is in relaxed state, the voussoir 14 be connected with slide bar 21 is pushed to lowest part under the effect of back-moving spring 23, under the effect of shifting fork spring 17, shift fork slide block 15 slides to voussoir 14 direction, and drive ball driver plate 5 to rotate clockwise by declutch shift shaft 16, ball driver plate 5 is stirred ball 6 and is rolled to shallow from the groove depths of cam disc 4, it is close to friction cover plate 8 that ball 6 promotes frictional disk 7, two rubbing surfaces are pressed together, the bobbin post 3 be now fixed as one with frictional disk 7 under the effect of frictional force locks and can not rotate, line stock braking maneuver completes.

When spindle is started working, the line stock carried on bobbin 11 first moves into from the guide roller 28 holder 29, then walks around from the movable pulley 20 slide 19, finally lays out the weaving point arriving line stock and intersect from output wheel 26.The state tightened gradually is at the dragging of the haulage gear stock that rolls off the production line, now line stock drags the slide 19 be fixed together with movable pulley 20, slide along guide pillar 18 to the direction of holder 29, when slide 19 encounters the limited block 22 on slide bar 21, moving slide-bar 21 is with to slide to holder 29 direction with the voussoir 14 be connected together, the now inclined-plane of voussoir 14 side and the contact of incline plane of shift fork slide block 15 front end, and shift fork slide block 15 is promoted backward, declutch shift shaft 16 on shift fork slide block 15 drives ball driver plate 5 to rotate counterclockwise, ball driver plate 5 is stirred ball 6 and is rolled to depths from the groove of cam disc 4 is shallow, frictional force now between frictional disk 7 and friction cover plate 8 reduces gradually, namely bobbin post 3 can rotate clockwise and be successfully completed unwrapping wire action.

The online jack-post 3 of the utility model has set up a unilateral bearing 9 especially, just lax line stock easily can be regained fast when counter-rotation carries bobbin 11, also in the device of clutch and brake, have employed ball-type transmission first, the feature of this structure is that quality of fit is high, the wear of work is little, the speed of service is fast, unwrapping wire amount is even, operating noise is low, be specially adapted to high speed braiding, tension adjustment mechanism is the step-less adjustment that the method changing tension spring 24 pretightning force by rotational strain adjusting nut 25 realizes tension force, the adjustable range of tension force is made to become more roomy, more accurate, therefore can significantly improve the quality of products and operating efficiency.Application Areas of the present utility model is made to become more extensive.

Claims

1. a high-accuracy braiding machine spindle, is characterized in that: include spindle seat, needle bearing, bobbin post, cam disc, ball driver plate, ball, frictional disk, friction cover plate, unilateral bearing, bearing pin, carry bobbin, nylon jacket, gear shaft plate, voussoir, shift fork slide block, declutch shift shaft, shifting fork spring, guide pillar, slide, movable pulley, slide bar, limited block, back-moving spring, tension spring, tension setting nut, output wheel, wire-crossing wheel axle, guide roller, holder and plane bearing, 2 needle bearings are installed in the centre bore of described spindle seat, bottom in spindle seat housing be fixed wtih one with the cam disc of centre bore concentric, the outer face of cam disc is provided with one group and rotates clockwise, shallow by being deep to, the arc groove risen gradually, the groove surface side of cam disc is installed with a ball driver plate, ball driver plate can be stirred ball and roll in the groove of cam disc, and bobbin post is provided with frictional disk successively, unilateral bearing, carry bobbin and gear shaft plate, unilateral bearing and bobbin post key link together, the inner of carrying bobbin is sleeved on the cylindrical of unilateral bearing, the bearing pin carried on bobbin is stuck in the keyway of unilateral bearing cylindrical, year bobbin outer end and the bobbin post that are inlaid with nylon jacket are slidably matched, the gear shaft plate of bobbin post upper end is used for limiting the axial float carrying bobbin, the lower end of bobbin post, through in the rotatable needle bearing be inserted in spindle seat centre bore of plane bearing, separated by plane bearing between frictional disk and spindle seat, spindle seat is also provided with 2 guide pillars, guide pillar is installed with slide successively, tension spring, tension setting nut and holder, movable pulley is fixed on the outside of slide, holder is provided with a wire-crossing wheel axle, the two ends of wire-crossing wheel axle are installed with a guide roller and an output wheel respectively, a slide bar is provided with in sliding rod hole on holder, the centre of slide bar is provided with a limited block, between limited block and holder, cover is filled with a back-moving spring, the lower end of slide bar is connected with the voussoir below friction cover plate through slide, in slide block slot below friction cover plate, a shift fork slide block is installed, a shifting fork spring is provided with after shift fork slide block, the inclined-plane of the inclined-plane of shift fork slip front and voussoir side is crimped together by shifting fork spring, ball driver plate becomes in the circular hole of circle distribution and be provided with ball, the outer of ball driver plate there is the U-shaped opening that protruding, the square opening center of shift fork slide block has a declutch shift shaft to pass, the U-shaped opening of ball driver plate projection inserts in the square opening of shift fork slide block, and be stuck on the cylindrical of declutch shift shaft, ball driver plate can be driven to rotate when shift fork skid, the ball stirred in cam disc groove rolls, thus compress or unclamp frictional disk to control the take-up unwrapping wire action of carrying bobbin.

2. high-accuracy braiding machine spindle according to claim 1, it is characterized in that: cam disc, ball driver plate, ball, frictional disk, shift fork slide block, declutch shift shaft, shifting fork spring and plane bearing are enclosed in the housing of spindle seat by described friction cover plate, the line stock carried on bobbin first moves into from the guide roller holder, walk around from the movable pulley slide again, the weaving point arriving line stock and intersect finally is laid out from output wheel, due to the effect of unilateral bearing, lax line stock can be regained fast when counter-rotation carries bobbin.