CN2910869Y

CN2910869Y - Toroidal fiber winding machine

Info

Publication number: CN2910869Y
Application number: CN 200620110442
Authority: CN
Inventors: 李长城
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-04-26
Filing date: 2006-04-26
Publication date: 2007-06-13
Anticipated expiration: 2016-04-26

Abstract

A hoop fibre winding machine consists of a hollow rotating shaft (2), a yarn guiding disc (6), a yarn wheel frame (1) and a frame (8). The hollow rotating shaft (2) is supported on the frame (8) through a bearing. The yarn wheel frame (1) is installed on the outer cylindrical surface of the hollow rotating shaft (2) and the yarn guiding disc (6) is fixed on the end surface of the hollow rotating shaft (2). A yarn guiding hole (7) is arranged on the yarn guiding disc (6). A driving motor (9) is installed on the frame (8). A big chain wheel (3) is arranged on the hollow rotating shaft (2). A small chain wheel (10) on the outputting shaft of the driving electrical (9) is connected with the big chain wheel (3) through a chain (11). The utility model has convenient operation. As long as electrical motor is started, multiple groups of yarns can be wound at the same time with homogeneous effect of winding, stable quality of the product and high automation. The utility model is suitable for the requirement of the different diameter of the pipe and different pipe wall thickness and has the feature of high universality.

Description

The hoop fiber winding machine

Technical field

The utility model relates to a kind of mechanical equipment, and in particular, it relates to a kind of hoop fiber winding machine.

Background technology

The fiber winding technology of present domestic employing is mainly manual winding, mechanical type twines dual mode, and this dual mode all is to rotate as power with axle that is wound or mould.Their common drawback is: speed of wrap is slow, the cloth yarn is inhomogeneous, and degree of automation is not high, and is not easy to operate, can not satisfy the requirement of the whole interlock of automatic production lines.

The utility model content

Problem to be solved in the utility model provides the axle or the mould that are wound in a kind of winding process and does not rotate, and easy to operate, fiber twines evenly, can be used on the automatic production lines hoop fiber winding machine of highly versatile.

For addressing the above problem, hoop fiber winding machine of the present utility model, contain hollow rotating shaft body, yarn guiding disk, yarn wheel carrier and support, on support, the yarn wheel carrier is installed on the external cylindrical surface of hollow rotating shaft body the hollow rotating shaft body by bearings, and yarn guiding disk is fixed on the hollow rotating shaft body end face, be distributed with guide eyelit on the yarn guiding disk, drive motor is installed on the support, on the hollow rotating shaft body hinge wheel is arranged, the minor sprocket on the drive motor output shaft links by the hinge wheel on chain and the hollow rotating shaft body.

Guide eyelit on described yarn guiding disk rectangular distribution on circumference, each equal correspondence in guide eyelit place is equipped with an impregnation hopper.

Yarn wheel carrier on the external face of cylinder of described hollow rotating shaft is distributed with four groups in the axial direction, and the yarn wheel carrier of each group is rectangular distribution in a circumferential direction.

The yarn wheel carrier is used for adorning silvalin in the utility model, and silvalin group is enclosed within the rotating shaft of yarn wheel carrier.The hollow rotating shaft body rotates under the driving of motor, is wound axle or mould shaft to passing the hollow rotating shaft body.During winding, the silvalin group from each yarn wheel carrier involves silvalin, and silvalin passes the guide eyelit on the yarn guiding disk, and through being wrapped in again behind the impregnation hopper impregnation on axle or the mould.

The beneficial effects of the utility model are: easy to operate, as long as with electric motor starting, just can carry out the winding of many group yarns simultaneously, yarn twines evenly, constant product quality, degree of automation height, can adapt to the requirement of different tube diameters, different thickness of pipe, highly versatile.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the left view of Fig. 1.

The specific embodiment

Below in conjunction with the drawings and specific embodiments the utility model is described in further detail.

In Fig. 1, Fig. 2, hollow rotating shaft body 2 by bearings on support 8, yarn wheel carrier 1 is installed on the external cylindrical surface of hollow rotating shaft body 2, yarn guiding disk 6 is fixed on hollow rotating shaft body 2 end faces, be distributed with guide eyelit 7 on the yarn guiding disk 6, drive motor 9 is installed on the support 8, hinge wheel 3 is arranged on the hollow rotating shaft body 2, the minor sprocket 10 on drive motor 9 output shafts links by the hinge wheel 3 on chain 11 and the hollow rotating shaft body 2.

Fig. 2 illustrates guide eyelit 7 rectangular distribution on circumference on the yarn guiding disk 6, can realize that so many group yarns are wrapped on axle or the mould simultaneously equably, make the cloth yarn even, thereby have improved the stability of product design and product design.Each equal correspondence in guide eyelit 7 places is equipped with an impregnation hopper 4, and yarn after the guide eyelit on the yarn guiding disk 67 comes out, is introduced into impregnation hopper 4 impregnations from the yarn wheel carrier 1, and then is wrapped on axle or the mould.

The yarn wheel carrier 1 that Fig. 1 illustrates on hollow rotating shaft body 2 external cylindrical surfaces is distributed with four groups in the axial direction, the yarn wheel carrier 1 of each group is rectangular distribution in a circumferential direction, wherein the yarn on the two groups of yarn wheel carriers 1 in left side is derived from the guide eyelit 7 on the left end yarn guiding disk 6, and the yarn on the two groups of yarn wheel carriers 1 in right side is derived from the guide eyelit 7 on the right-hand member yarn guiding disk 6.

Before the use, axle or mould 5 (long and two-short dash line is represented among Fig. 1) with required winding passes hollow rotating shaft 2 earlier, the sizing material of in impregnation hopper 4, packing into, again yarn coil 12 (long and two-short dash line is represented among Fig. 1) is packed in the yarn wheel carrier 1, the joint of yarn is passed guide eyelit 7, and through on the axle or mould 5 that adhere to required winding behind the impregnation hopper 4.After starting drive motor 9, the power of drive motor 9 outputs is delivered on the hollow rotating shaft body 2 by minor sprocket 10, chain 11 and hinge wheel 3 respectively, hollow rotating shaft body 2 drives yarn guiding disks 6, yarn wheel carrier 1 and impregnation hopper 4 and rotates around the axle or the mould 5 of required winding together, and the yarn behind the impregnation that comes out from impregnation hopper 4 is wrapped on the axle or mould 5 of required winding.

Also can adopt other type of drive such as gear or belt between the utility model hollow core rotary shaft body 2 and the drive motor 9.

Claims

1, a kind of hoop fiber winding machine, it is characterized in that comprising hollow rotating shaft body (2), yarn guiding disk (6), yarn wheel carrier (1) and support (8), hollow rotating shaft body (2) by bearings on support (8), yarn wheel carrier (1) is installed on the external cylindrical surface of hollow rotating shaft body (2), yarn guiding disk (6) is fixed on hollow rotating shaft body (2) end face, be distributed with guide eyelit (7) on the yarn guiding disk (6), drive motor (9) is installed on the support (8), hinge wheel (3) is arranged on the hollow rotating shaft body (2), and the minor sprocket (10) on drive motor (9) output shaft links by the hinge wheel (3) on chain (11) and the hollow rotating shaft body (2).

2, hoop fiber winding machine according to claim 1 is characterized in that guide eyelit (7) rectangular distribution on circumference on the described yarn guiding disk (6), and each guide eyelit (7) is located equal correspondence an impregnation hopper (4) is installed.

3, hoop fiber winding machine according to claim 1 and 2 is characterized in that the yarn wheel carrier (1) on described hollow rotating shaft body (2) external cylindrical surface is distributed with four groups in the axial direction, and the yarn wheel carrier (1) of each group is rectangular distribution in a circumferential direction.