CN-224223772-U - Mountain plate braiding position debugging tool

Abstract

The utility model provides a cam plate weaving position debugging tool which is used for assembling a loom head and a cam plate and comprises a guide rail matched with a travelling bearing of the loom head in a travelling manner, a sliding frame extending out of the guide rail and lapped on the cam plate, a measuring device matched with a transverse plane of the cam plate in a contact manner, and a cam plate height adjusting device for adjusting the height position of the cam plate. The walking bearing of the loom head is matched with the guide rail in a walking way, and the guide rail forms a reference rail for transversely translating the loom head. The sliding frame is arranged and is in lap joint with the guide rail, and the height of the mountain plate in the transverse direction is adjusted, so that the height of the mountain plate in the transverse direction is consistent, and the height of the mountain plate is adjusted. The guide rail, the sliding frame and the mountain plate height adjusting device are arranged to adjust the height of the mountain plate, so that the needle turning direction of the mountain plate is adjusted, the manual measurement difficulty is reduced, and the installation efficiency is improved.

Inventors

• ZHANG BOJIE

Assignees

• 宁波梦之星针织机械科技有限公司

Dates

Publication Date

20260512

Application Date

20241226

Claims (9)

1. 1. The mountain plate weaving position debugging tool is used for assembling a loom head and a mountain plate and is characterized by comprising a guide rail which is matched with a travelling bearing of the loom head in a travelling manner; The sliding frame extends out of the guide rail and is lapped on the mountain plate, and the extending end of the sliding frame is provided with a measuring device which is in contact fit with the transverse plane of the mountain plate; The loom head is also provided with a mountain plate height adjusting device for adjusting the height of the mountain plate.
2. 2. The mountain braiding position debugging tool according to claim 1, wherein the loom head is turned upside down, the mountain plate is lapped on an aluminum cover of the loom head, the mountain plate height adjusting device is arranged on one side of the aluminum cover away from the walking bearing, and the mountain plate height adjusting device is in abutting fit with one side of the mountain plate in the thickness direction.
3. 3. The tooling for debugging the knitting position of the mountain plate as claimed in claim 2, wherein the carriage is obliquely arranged to overlap the mountain plate, and the carriage includes a first sliding portion overlapping the guide rail and a second sliding portion sliding contacting the surface of the mountain plate; the measuring device is fixedly arranged on the second sliding part.
4. 4. The tooling for debugging the knitting positions of the mountain plate according to claim 3, wherein the measuring device is a contact type measuring instrument fixedly arranged on the sliding frame, and the transverse plane is a sharp mountain transverse plane arranged on the mountain plate.
5. 5. The mountain braiding position debugging tool of claim 4, wherein the mountain transverse plane is arranged on a mountain plate, the mountain plate comprises a first mountain plate and a second mountain plate which are arranged at intervals along the mountain plate transversely, and the carriage comprises a first carriage and a second carriage which respectively correspond to the positions of the first mountain plate and the second mountain plate; A first measuring device for measuring the transverse plane of the first hill plate is arranged on the first sliding frame; a second measuring device for measuring the transverse plane of the second hill plate is arranged on the second carriage.
6. 6. The mountain plate braiding position debugging tool of claim 5, wherein the mountain plate height adjusting device comprises an adjusting seat fixedly arranged on the aluminum cover, the adjusting seat is provided with an adjusting frame extending to the end part of the mountain plate in the direction of the mountain plate, and the adjusting frame is provided with an adjusting bolt for adjusting the height of the mountain plate.
7. 7. The mountain plate braiding position debugging tool of claim 6, wherein the mountain plate comprises a front mountain plate and a rear mountain plate, and further comprises end adjusting frames synchronously attached to the surfaces of the front mountain plate and the rear mountain plate, wherein the end adjusting frames are arranged at the transverse ends of the mountain plate, and the end adjusting frames are respectively provided with a first end instrument in contact fit with the transverse end surface of the front mountain plate and a second end instrument in contact fit with the transverse end surface of the rear mountain plate.
8. 8. The mountain braiding position debugging tool of claim 7, wherein the first end of the end adjusting frame is provided with a first support leg in contact fit with the surface of the front mountain plate, and the second end is provided with a second support leg in contact fit with the surface of the rear mountain plate; the first end also has an end overlap in overlapping engagement with the transverse end face of the front hill plate.
9. 9. The mountain plate braiding position debugging tool of claim 8, wherein the end face included angle of the first supporting leg and the second supporting leg is the same as the assembly included angle of the front mountain plate and the rear mountain plate.

Description

Mountain plate braiding position debugging tool Technical Field The utility model relates to the technical field of flat knitting machines, in particular to a cam plate knitting position debugging tool. Background The head is the main working part of the loom and comprises a main moving part in the weaving process, which is responsible for controlling the lifting movement of the knitting needles and the yarn introduction and the weaving process into cloth. The aluminum cover is used as a supporting structure of the machine head and is used for fixing the mountain plate and the overpass and supporting part of the weight of the machine head. The mountain plate is a key component which cooperates with the machine head and is used for bearing and guiding the motion of the knitting needles, controlling the lifting of the knitting needles to form knitted fabrics and completing the weaving process together. For double needle bed flat knitting machine, the mountain board includes two relative preceding mountain boards and back mountain boards of installing on the aluminium lid subassembly, and mountain board needle turning position and eat the line position and play key role in the flat knitting machine, and they influence knitting quality and weaving efficiency jointly, therefore, when carrying out the equipment of mountain board and aluminium lid, both need guarantee the planarization requirement on mountain board and the aluminium lid, also guarantee the uniformity of installation height and the transverse position between preceding mountain board and the back mountain board, however, prior art is when carrying out mountain board and aluminium lid equipment, utilize reserved installation position to assemble to carry out position adjustment by installer, also increased the installation degree of difficulty of mountain board. Therefore, how to reduce the difficulty of installing the mountain board on the machine head and ensure the consistency of the installation of the mountain board is a problem to be solved by the person skilled in the art. Disclosure of utility model In view of the above, the utility model provides a mountain plate braiding position debugging tool for reducing the installation difficulty of a mountain plate on a machine head and ensuring the installation consistency of the mountain plate. In order to achieve the above purpose, the present utility model provides the following technical solutions: The utility model provides a mountain plate weaves position debugging frock for the assembly of loom aircraft nose and mountain plate, including with the guide rail of the walking cooperation of the walking bearing of loom aircraft nose; The sliding frame extends out of the guide rail and is lapped on the mountain plate, and the extending end of the sliding frame is provided with a measuring device which is in contact fit with the transverse plane of the mountain plate; The loom head is also provided with a mountain plate height adjusting device for adjusting the height of the mountain plate. Preferably, in the above-mentioned mountain plate braiding position debugging tool, the loom head is upside down, the mountain plate overlap joint is on the aluminum cover of loom head, mountain plate height adjusting device arrange in the aluminum cover keep away from the one side of walking bearing, mountain plate height adjusting device with one side butt cooperation in mountain plate thickness direction. Preferably, in the above-mentioned mountain braiding position debugging tool, the carriage is obliquely arranged and overlapped on the mountain plate, and the carriage comprises a first sliding part overlapped and matched with the guide rail and a second sliding part in sliding contact with the surface of the mountain plate; the measuring device is fixedly arranged on the second sliding part. Preferably, in the above mountain plate braiding position debugging tool, the measuring device is a contact measuring instrument fixedly mounted on the carriage, and the transverse plane is a sharp mountain transverse plane provided on the mountain plate. Preferably, in the mountain plate braiding position debugging tool, the mountain transverse plane is arranged on a mountain plate, the mountain plate comprises a first mountain plate and a second mountain plate which are transversely arranged at intervals along the mountain plate, and the carriage comprises a first carriage and a second carriage which respectively correspond to the positions of the first mountain plate and the second mountain plate; A first measuring device for measuring the transverse plane of the first hill plate is arranged on the first sliding frame; a second measuring device for measuring the transverse plane of the second hill plate is arranged on the second carriage. Preferably, in the above mountain plate braiding position debugging tool, the mountain plate height adjusting device comprises an adjusting seat fixedly mounted on the aluminum cover