Manufacturing method of gantry structure of glove dip production line

- Sep 07, 2019-

patent abstract 】The present invention provides a gloves dipping production line gantry structure, including beam structure, the support structure and transmission structure, column vertical structure fixed in the bottom of beam structure, the transmission structure including multiple sprocket and mesh on the drive sprocket drive chain, multiple sprocket respectively installed on the beam structure and support structure, production line installation on the drive chain of the fingerprint, formed along the beam structure and support structure to drive forward vertical elevation transmission route.This invention will straight line improvement for vertical facade lines, forming gloves in front of workers, the workers can use both hands gather the gloves after forming, its can gather the distance is the double of the existing production line, under the same condition, can improve the production efficiency by increase the number of hand print or by reducing the number of workers to reduce labor cost;The invention has simple structure and is suitable for wide application in glove manufacturing enterprises.

[patent description] gantry structure of glove dip production line

[technical field]

The invention relates to a glove dip production line for mechanical processing [technical field], specifically to a gantry structure of glove dip production line.

Background technology

The existing glove dip production line is a flat linear transmission line. Workers are located at both ends of the production line to collect the dipped gloves.

In the production line of this structure, if the distance is wide, it is difficult for glove workers in the middle position to collect gloves. Therefore, in order to ensure that workers can collect gloves completely on the whole line, the number of hand molds in a row needs to be controlled, resulting in low production efficiency.

[invention content]

The invention provides a gantry structure of glove immersion production line in view of the above deficiencies in the prior art.

The invention is realized through the following technical scheme.

A glove proofing production line gantry structure, including beam structure, the support structure and transmission structure, column vertical structure fixed in the bottom of beam structure, the transmission structure including multiple sprocket and mesh on the drive sprocket drive chain, multiple sprocket respectively installed on the beam structure and support structure, production line installation on the drive chain of the fingerprint, formed along the beam structure and support structure to drive forward vertical elevation transmission route.

Compared with prior art, the invention has the following beneficial effects:

1, this invention will improve for vertical elevation plane straight line production line, forming gloves in front of workers, the workers can use both hands gather the gloves after forming, its can gather the distance is the double of the existing production line, under the same condition, can improve the production efficiency by increase the number of hand print or by reducing the number of workers to reduce labor cost;

2. Since the route of the hand mold is in front of the workers, it is convenient for the workers to install the blank gloves to be soaked on the gloves, which improves the production efficiency of the enterprise;

3. The invention has a simple structure and can effectively improve the production efficiency and reduce the production cost under the same conditions, which is suitable for wide application in glove manufacturing enterprises.

[claims]

1. A glove proofing production line gantry structure, its characteristic is that including beam structure, the support structure and transmission structure, column vertical structure fixed in the bottom of beam structure, the transmission structure including multiple sprocket and whistle for sprocket drive chain, multiple sprocket respectively installed on the beam structure and support structure, production line installation on the drive chain of the fingerprint, formed along the beam structure and support structure to drive forward vertical elevation transmission route.

2. According to claim 1 gloves proofing production line gantry structure, its characteristics is described in the column structure including entry/exit side pillar structure, the structure of the intermediate post and distal pillar structure, accordingly, beam structure is column structure division for the entry/exit end beam structure, the middle beam structure and distal bar structure;The multiple driving sprockets are installed at the top and bottom of the distal sprocket structure, at both ends of the distal beam structure, at the bottom of the intermediate column structure, at both ends of the intermediate beam structure and at the lower end of the inlet/outlet end column structure respectively. The driving chain is wound on multiple driving sprockets to form a vertical elevation driving route.

3. According to the gantry structure of glove immersion production line mentioned in claim 2, its feature is that the transmission chain wound on the lower end of the transmission sprocket wheel of the entry/exit end column structure is connected with the output beam.

4. According to the gantry structure of the glove dip production line mentioned in claim 1, its feature is that it also includes the air supply port for cooling, which is arranged on the far end beam structure and/or middle beam structure of the beam structure.

5. According to the gantry structure of glove dip production line mentioned in claim 4, its feature lies in that the beam structure is hollow pipe, one end of the hollow pipe is connected with the air supply mechanism, and the other end of the hollow pipe is connected with the air supply port.

6. According to the gantry structure of the glove immersion production line mentioned in claims 1 to 5, its feature is that it also includes protective cover for heat preservation and protection, which is installed on the exterior of the beam structure.

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