阅读说明：本技术 编织机传动装置 (Transmission device of braiding machine ) 是由 *** 于 2018-08-01 设计创作，主要内容包括：本发明涉及编织机传动装置。包括用于带动花兰支架(4)运转的上转盘(2)和下转盘(3),设置有驱动装置所述上转盘(2)、下转盘(3)运转；在所述上转盘(2)上方设置有用于将所述绳缆导向至收卷装置的传动轮(6)；所述传动轮(6)包括处于所述绳缆纵向路径上的纵向传动轮(61),以及将所述绳缆进行改向并进行横向导向的横向传动轮(62)。本发明设置的传动装置,除了编织过程中进行传动的功能外,同时对绳缆进行导向和张紧,保证绳缆的编织质量,经过实际使用,具备很好的实用性能。(The invention relates to a transmission device of a braiding machine. The turnplate mechanism comprises an upper turnplate (2) and a lower turnplate (3) which are used for driving a turnplate bracket (4) to operate, and a driving device is arranged for driving the upper turnplate (2) and the lower turnplate (3) to operate; a driving wheel (6) used for guiding the rope to a winding device is arranged above the upper turntable (2); the transmission wheel (6) comprises a longitudinal transmission wheel (61) positioned on the longitudinal path of the cable and a transverse transmission wheel (62) for redirecting and transversely guiding the cable. The transmission device provided by the invention has the advantages that the transmission function is realized in the weaving process, the rope is guided and tensioned at the same time, the weaving quality of the rope is ensured, and the transmission device has good practical performance after practical use.)

1. The transmission device of the braiding machine is characterized by comprising an upper rotary table (2) and a lower rotary table (3) which are used for driving a turnbuckle support (4) to rotate, and the upper rotary table (2) and the lower rotary table (3) are provided with driving devices to rotate;

a driving wheel (6) used for guiding the rope to a winding device is arranged above the upper turntable (2);

the transmission wheel (6) comprises a longitudinal transmission wheel (61) positioned on the longitudinal path of the cable and a transverse transmission wheel (62) for redirecting and transversely guiding the cable.

2. Knitting machine transmission according to claim 1, characterized in that the longitudinal transmission wheel (61) consists of an upper longitudinal transmission wheel set (611) and a lower longitudinal transmission wheel set (612), which upper longitudinal transmission wheel set (611) and lower longitudinal transmission wheel set (612) are arranged crosswise.

3. Braiding machine transmission according to claim 1, characterized in that the lower disc (3) is provided with a front drive wheel (7) for cable guiding, which guides the cable into the flange bracket (4).

4. Braiding machine transmission according to claim 1, characterized in that a transmission tension wheel (81) is arranged in the path of the take-up (8) and a take-up reel (82) is arranged at the end of the take-up (8), and that a transmission guide groove (83) for guiding the cable is arranged in the take-up (8).

Technical Field

The invention relates to the technical field of knitting devices, in particular to a transmission device of a knitting machine.

Background

Along with the rapid development of economic construction in China, the demand of various industries on cables is increased sharply, especially in the industries of ships and offshore oil platforms, the requirements on the cables are higher and higher, the existing cable making machines are large in size, the manufactured cables are loose and can only be used for manufacturing cables with single strand number, and the requirements of the existing markets cannot be met.

Disclosure of Invention

The invention aims to provide a transmission device of a braiding machine, which solves the technical problem that the structure of the transmission device in the prior art is complex.

The technical scheme adopted by the invention is as follows: the braiding machine transmission device comprises an upper rotary table (2) and a lower rotary table (3) which are used for driving a turnbuckle support (4) to rotate, and a driving device is arranged for driving the upper rotary table (2) and the lower rotary table (3) to rotate;

a driving wheel (6) used for guiding the rope to a winding device is arranged above the upper turntable (2);

the transmission wheel (6) comprises a longitudinal transmission wheel (61) positioned on the longitudinal path of the cable and a transverse transmission wheel (62) for redirecting and transversely guiding the cable.

The longitudinal transmission wheel (61) consists of an upper longitudinal transmission wheel set (611) and a lower longitudinal transmission wheel set (612), and the upper longitudinal transmission wheel set (611) and the lower longitudinal transmission wheel set (612) are arranged in a cross-shaped mode.

The front part of the lower turntable (3) is provided with a front driving wheel (7) for guiding the rope, and the rope is guided into the turnbuckle support (4).

A transmission tensioning wheel (81) is arranged on the path of the winding device (8), a winding disc (82) is arranged at the tail end of the winding device (8), and a transmission guide groove (83) for guiding the cable is arranged on the winding device (8).

The invention has the advantages that: the transmission device provided by the invention has the advantages that the transmission function is realized in the weaving process, the rope is guided and tensioned at the same time, the weaving quality of the rope is ensured, and the transmission device has good practical performance after practical use.

Drawings

FIG. 1 is a schematic structural diagram of the present invention.

In the figure, 1 is a bracket, 2 is an upper turntable, 3 is a lower turntable, 4 is a turnbuckle bracket, 5 is a hollow shaft, 6 is a guide device, 7 is a front driving wheel, and 8 is a winding device;

51 is an elastic deflector rod, 61 is a longitudinal driving wheel, 62 is a transverse driving wheel, 81 is a tension wheel, 82 is a winding disc, and 83 is a guide groove;

an upper transverse drive pulley set 621 and a lower transverse drive pulley set 622.

Detailed Description

The transmission device of the braiding machine comprises a support 1, wherein an upper rotary table 2 and a lower rotary table 3 which correspond to each other are arranged on the support 1;

a plurality of turnbuckle supports 4 are arranged between the upper rotary table 2 and the lower rotary table 3, and a driving device for driving the lower rotary table 3 to run is arranged on the lower rotary table 3;

a hollow shaft 5 is arranged to penetrate through the upper rotary table 2 and the lower rotary table 3 for leading wires;

a guiding device 6 is arranged above the hollow shaft 5 wire outlet hole;

the guide means 6 comprise a longitudinal drive wheel 61 in the longitudinal path of the cable and a transverse drive wheel 62 for subjecting the cable to the action and guiding it transversely;

the longitudinal transmission wheel 61 is composed of an upper longitudinal transmission wheel group 611 and a lower longitudinal transmission wheel group 612, and the upper longitudinal transmission wheel group 611 and the lower longitudinal transmission wheel group 612 are arranged in a cross manner.

The front part of the lower turntable 3 is provided with a front driving wheel 7 for guiding a rope, and the rope is guided to enter the hollow shaft 5.

An elastic shifting rod 51 for leading wires is arranged in the hollow shaft 5, the elastic shifting rod 51 is symmetrically arranged on the inner wall of the hollow shaft 5, and the elastic shifting rod 51 forms a passage for a cable to pass through.

The front part of the elastic deflector rod 51 is in arc structure with the contact part of the rope.

The elastic shift lever 51 is provided with a through hole.

A winding device 8 is arranged at the rear part of the guide device 6;

a tensioning wheel 81 is arranged on the route of the winding device 8, a winding disc 82 is arranged at the tail end of the winding device 8, and a guide groove 83 for guiding the cable is arranged on the winding device 8.

The specific shape and number of the elastic deflector rod 51 can be determined according to specific conditions, but the elastic deflector rod 51 is correspondingly arranged in the lead hole, a cable channel formed by the elastic deflector rod 51 is slightly larger than the diameter of a cable, so that the movement of the cable cannot be blocked, and deflection movement possibly generated during the movement of the cable can be returned to ensure the weaving quality of the cable.