CN202245559U

CN202245559U - Multipurpose winding former

Info

Publication number: CN202245559U
Application number: CN2011203234402U
Authority: CN
Inventors: 王红梅; 朱建文
Original assignee: SHANGHAI JIUKAI WIRE AND CABLE Co Ltd
Current assignee: SHANGHAI JIUKAI WIRE AND CABLE Co Ltd
Priority date: 2011-08-31
Filing date: 2011-08-31
Publication date: 2012-05-30
Anticipated expiration: 2021-08-31

Abstract

The utility model discloses a multifunctional winding former, which comprises a base part and a winding part, wherein the base part comprises an inner shaft core, an inner shaft sleeve and an outer shaft sleeve, wherein the inner shaft sleeve is movably sleeved on the outer surface of the inner shaft core, the outer shaft sleeve is movably sleeved on the outer surface of the inner shaft sleeve, and the inner shaft sleeve and the outer shaft sleeve can move axially; and the winding part comprises a winding former core, an inner splint and an outer splint, wherein the winding former core is sleeved on the outer surface of the inner shaft core and used for winding, the inner splint is movably arranged on the outer shaft sleeve, the outer splint is movably arranged on one end of the winding former core, the outer end of the winding former core is positioned in the outer shaft sleeve, the outer splint is movably arranged at one end of the winding former core, the other end of the winding former core is positioned in the outer shaft sleeve, the inner splint and the outer splint respectively consist of a plurality of split plates, and a gap through while a binding cable passes is formed between every two adjacent split plates. The multifunctional winding former has multiple purposes, can be used for winding products with different sizes and has the advantages of lightening labor intensity and improving working efficiency.

Description

A kind of winding former of using more

Technical field

The utility model relates to a kind of winding former, particularly relates to a kind of winding former of using more.

Background technology

At present, the structure of most of winding formers mainly comprises a fixing base plate, a fixing mold shaft, an external splint, is assembled into one through the nut screw.The defective that this structure exists is: each major part is fixing; Full the shape size can not change flexibly by artificial winding displacement, and a mold can only be made a kind of product of shape; If want the difform product of coiling must make corresponding different dies; Increased die cost, labour intensity is bigger during operation, and work efficiency is lower; After coiling was accomplished, line, mould must separate, and owing to mold shaft is fixed, so the demoulding is relatively more difficult, and destroys the good product appearance of coiling easily.

The utility model content

The technical matters that the utility model will solve provides a kind ofly many use winding former, but one module multiple usages, and coiling difference size product reduce labor intensity, and work efficiency is provided.

For solving the problems of the technologies described above, the technical scheme of the utility model is:

Use winding former a kind of more, comprise base part, coiling part,

Axle core, internal axle sleeve, outer shaft in said base part comprises,

Said internal axle sleeve is movably set in the outside face of said interior axle core, and said outer shaft is movably set in the outside face of said internal axle sleeve, and said internal axle sleeve, outer shaft can move axially;

Said winding section branch comprises winding former core, inner splint, external splint,

Said winding former core retainer plate is located at the outside face of said interior axle core, is used for coiling, and said inner splint is movably set on the said outer shaft, and said external splint is movably set in an end of said coiling core rod, and the other end of said coiling core rod is positioned at said outer shaft,

Said inner splint, external splint are formed by a plurality of minutes plates, are provided with between said per two blocks of adjacent branch plates to be used for the space that binding is passed through.

Preferably, offer outside thread on the outside face of axle core in the utility model is said, the inside face of said internal axle sleeve is provided with and the corresponding negative thread of said interior axle core outside thread; Offer outside thread on the outside face of said internal axle sleeve, the inside face of said outer shaft is provided with and the corresponding negative thread of said internal axle sleeve outside thread.

As improvement; The said coiling core rod of the utility model comprises fixedly curved plate, two blocks of adjustable arc steel plates, a spring; Said fixedly curved plate is fixed on the said interior axle core; A wherein end of said two blocks of adjustable arc steel plates is movably connected on two ends of said fixedly curved plate respectively; Said two blocks of adjustable arc steel plates can be respectively around fixedly two ends rotations of curved plate, and the other end of said two blocks of adjustable arc steel plates is respectively equipped with a jacking block, and the jacking block of said two blocks of adjustable arc steel plates links together through spring;

Said inner mould core also is connected with the eccentric rotary piece near the end of external splint; Said jacking block is upwards withstood on its top when said eccentric rotary piece turns to a high position; Spring is in extended state simultaneously; Said one fixedly curved plate, two blocks of adjustable arc steel plates form cylindric coiling core rod, said jacking block is left on its top when said eccentric rotary piece turns to low level, simultaneously spring is in contraction state; Said eccentric rotary piece is provided with eccentric orfice, and said eccentric rotary piece is arranged with a plurality of shifting blocks in the outer circumference of eccentric orfice, and said a plurality of shifting blocks form the shifting block position around the rounded setting of eccentric orfice between said per two adjacent shifting blocks;

Said external splint is provided with the handle that can rotate; Be provided with latch in the said handle; Said latch can pass said external splint and place in the said eccentric orfice, and said latch is provided with perpendicular driving lever, in the time of in said latch places said eccentric orfice; Said driving lever can place said shifting block position, and said latch can drive said eccentric rotary piece eccentric rotary together.

Preferably, above-mentioned two blocks of adjustable arc steel plates are hinged through the hinge to two ends of said fixedly adjustable arc steel plate.

Therefore compared with prior art, the utility model has following beneficial effect:

The coiling part is made up of coiling core rod, inner splint, external splint, and coiling is operated on the coiling core rod and accomplishes, the size of the space decision coiling product between inner splint and the external splint; Because inner splint can move axially along with outer shaft and internal axle sleeve; So the space between inner splint and the external splint is variable, such mold can coiling go out different size product, realizes one module multiple usages; Reduce labor intensity, work efficiency is provided.

Description of drawings

Accompanying drawing described herein is used to provide the further understanding to the utility model, constitutes the application's a part, does not constitute the improper qualification to the utility model, in the accompanying drawings:

Fig. 1 is the structural representation of the utility model embodiment;

Fig. 2 is the structural representation of interior axle core, internal axle sleeve, outer shaft among the utility model embodiment;

Fig. 3 is the structural representation of wind the line among the utility model embodiment core rod, eccentric rotary piece;

Fig. 4 is the structural representation of wind the line among the utility model embodiment core rod, another state of eccentric rotary piece;

Fig. 5 is the structural representation of handle among the utility model embodiment.

The specific embodiment

To combine accompanying drawing and specific embodiment to specify the utility model below, be used for explaining the utility model in the illustrative examples and the explanation of this utility model, but not as the qualification to the utility model.

Extremely shown in Figure 5 like Fig. 1 is the described a kind of many embodiment with winding former of the utility model; Comprise base part, coiling part; Axle core 1, internal axle sleeve 2, outer shaft 3 in base part comprises; The outside face of axle core 1 in internal axle sleeve 2 is movably set in, outer shaft 3 is movably set in the outside face of internal axle sleeve 2, and internal axle sleeve 2, outer shaft 3 can move axially; The winding section branch comprises winding former core 10, inner splint 4, external splint 5; The outside face of axle core 1 in coiling core rod 10 is sheathed on; Be used for coiling; Inner splint 4 is movably set on the outer shaft 3, and external splint 5 is movably set in an end of coiling core rod 10, and the other end of coiling core rod 10 is positioned at outer shaft 3; Inner splint 4, external splint 5 divide plate 6 to form by three (also can be set to other numbers according to actual needs during practical operation), are provided with between per two blocks of adjacent branch plates 6 to be used for the space 61 that binding is passed through.

Preferably, in the present embodiment, offer outside thread 11 on the outside face of interior axle core 1, the inside face of internal axle sleeve 2 is provided with the outside thread 11 corresponding negative threads 22 with interior axle core 1; Offer outside thread 21 on the outside face of internal axle sleeve 2, the inside face of outer shaft 3 is provided with the outside thread 21 corresponding negative threads 31 with internal axle sleeve 2.Internal axle sleeve 2 is realized moving axially through cooperating between the outside thread 11 of its negative thread 22 and interior axle core 1, and outer shaft 3 moves axially through the realization that cooperates between the outside thread 21 of its negative thread 31 and internal axle sleeve 2.

As improvement; In the present embodiment; Coiling core rod 10 comprises fixedly curved plate 7, two blocks of adjustable arc steel plates 8, a spring 9; On the axle core 1, a wherein end of two blocks of adjustable arc steel plates 8 was movably connected on fixedly two ends of curved plate 7 respectively in fixedly curved plate 7 was fixed in, and two blocks of adjustable arc steel plates 8 can be respectively around fixedly two ends rotations of curved plate 7; The jacking block 81 that the other end of two blocks of adjustable arc steel plates 8 is respectively equipped with 81, two blocks of adjustable arc steel plates 8 of a jacking block links together through spring 9; Inner mould core 1 also is connected with eccentric rotary piece 11 near the end of external splint 5; Jacking block 81 is upwards withstood on its top when eccentric rotary piece 11 turns to a high position; Spring 9 is in extended state simultaneously; Fixedly curved plate 7, two blocks of adjustable arc steel plates 8 form cylindric coiling core rod, and jacking block 81 is left on its top when eccentric rotary piece 11 turns to low level, and spring 9 is in contraction state simultaneously; Eccentric rotary piece 11 is provided with eccentric orfice 12; Eccentric rotary piece 11 is arranged with six (can be set to other numbers according to actual needs during practical operation) shifting blocks 13 in the outer circumference of eccentric orfice 12; Six shifting blocks 13 form shifting block position 14 around eccentric orfice 12 rounded settings between per two adjacent shifting blocks 13; External splint 5 is provided with the handle 51 that can rotate; Be provided with latch 52 in the handle 51; Latch 52 can pass external splint 5 and place in the eccentric orfice 12, and latch 52 is provided with perpendicular driving lever 53, in the time of in latch 52 places eccentric orfice 12; Driving lever 53 can place shifting block position 14, and latch 52 can drive eccentric rotary piece 11 eccentric rotary together.

During coiling, operating personal is caught handle 51 and is rotated, when handle 51 drive latches 52 turn to certain angle; Driving lever 53 is placed in one in the shifting block position 14 and is blocked by it; Operating personal is rotated further handle 52, and this moment, latch 52 drive eccentric rotary pieces 11 rotated together, when eccentric rotary piece 11 turns to a high position, stopped operating; Jacking block 81 can be upwards withstood on the top of eccentric rotary piece 11; Make spring 9 be in extended state, this moment, fixedly curved plate 7, two blocks of adjustable arc steel plates 8 formed cylindric coiling core rods (as shown in Figure 3), so just can begin to wind the line; After coiling was accomplished, operating personal was caught handle 51 and is driven latch 52 and eccentric rotary piece 11 rotates together, when eccentric rotary piece 11 turns to the status, stops operating; Jacking block 81 has been left on the top of eccentric rotary piece 11 at this moment, makes spring 9 be in contraction state, and two blocks of adjustable arc steel plates 8 are retracted by spring 9; With fixedly curved plate 7 formation type oval (as shown in Figure 4), the line that has wound is released, and operating personal is pulled outwardly handle 51; Make its driving lever 53 break away from shifting block position 14, again the branch plate 6 of external splint 5 is unloaded down from the coiling core rod, just can the line that wind all unloaded out; Operate fairly simplely, can further improve work efficiency.

Preferably, in the present embodiment, two blocks of adjustable arc steel plates 8 are connected in fixedly two ends of adjustable arc steel plate 7 through hinge 82, adopt hinge 82 can make that moving of adjustable arc steel plate 8 is more smooth and easy.

More than technical scheme that the utility model embodiment is provided carried out detailed introduction; Used concrete example among this paper principle and the embodiment of the utility model embodiment are set forth, the explanation of above embodiment only is applicable to the principle that helps to understand the utility model embodiment; Simultaneously, for one of ordinary skill in the art, according to the utility model embodiment, the part that on the specific embodiment and field of application, all can change, in sum, this description should not be construed as the restriction to the utility model.

Claims

1. using winding former one kind more, it is characterized in that: comprise base part, coiling part,

Axle core, internal axle sleeve, outer shaft in said base part comprises,

2. according to claim 1ly many use winding former, it is characterized in that: offer outside thread on the outside face of axle core in said, the inside face of said internal axle sleeve be provided with and said in a corresponding negative thread of core outside thread; Offer outside thread on the outside face of said internal axle sleeve, the inside face of said outer shaft is provided with and the corresponding negative thread of said internal axle sleeve outside thread.

3. the winding former of using according to claim 1 and 2 more; It is characterized in that: said coiling core rod comprises fixedly curved plate, two blocks of adjustable arc steel plates, a spring; Said fixedly curved plate is fixed on the said interior axle core; A wherein end of said two blocks of adjustable arc steel plates is movably connected on two ends of said fixedly curved plate respectively; Said two blocks of adjustable arc steel plates can be respectively around fixedly two ends rotations of curved plate, and the other end of said two blocks of adjustable arc steel plates is respectively equipped with a jacking block, and the jacking block of said two blocks of adjustable arc steel plates links together through spring;

4. use winding former according to claim 3, it is characterized in that: said two blocks of adjustable arc steel plates are hinged through the hinge to two ends of said fixedly adjustable arc steel plate more.