Mesh fitting device and method used for hemispherical product

Abstract

The invention provides a mesh fitting device and method used for a hemispherical product. A mesh clamping jig places a mesh between a pressing plate and a bottom plate which are connected by a magnet,then the mesh can be clamped, the stretching force required for the mesh is controlled more stably, mesh stretching and hot pressing fitting work of the hemispherical product is completed by a mesh stretching and fitting device, after the stretching and fitting work of the mesh is completed, the mesh clamping jig is installed on a positioning jig, an integrated transfer carrier can be transferredinto a cutting device through a clamping device to complete cutting of excess meshes, and the integrated transfer carrier can be transferred into an edge folding fitting device through the clamping device to guarantee that all meshes outside the edge of the hemispherical product can be folded into the hemispherical product.

Description

technical field [0001] The invention belongs to the technical field of pasting and pressing, and in particular relates to a mesh cloth pasting device and method for hemispherical products. Background technique [0002] The existing mesh lamination technology cannot fix the mesh on the surface of the hemispherical or spherical product very well, and many people pull a large area of ​​mesh and wrap it on the surface of the hemispherical or spherical product. On the surface, the tensile force required for the mesh cannot be stably controlled. Too much tension will cause the mesh to crack, too little tension or uneven force on the mesh will cause the mesh to wrinkle, and the bonding effect will be poor. After stretching and laminating, when it is transferred to the process of cutting the remaining fabric and folding and laminating, the product may be unglued during the manual movement of the staff. It may lead to poor production quality, low first-time yield of products, requir...

AI Technical Summary

Problems solved by technology

[0002] The existing mesh lamination technology cannot fix the mesh on the surface of the hemispherical or spherical product very well, and many people pull a large area of ​​mesh and wrap it on the surface of the hemispherical or spherical product. On the surface, the tensile force required for the mesh cannot be stably controlled. Too much tension will cause the mesh to crack, too little tension or uneven force on the mesh will cause the mesh to wrinkle, and the bonding effect will be poor. After stretching and laminating, when it is transferred to the process of cutting the remaining fabric and folding and laminating, the product may be unglued during the manual movement of the staff

It may lead to poor production quality, low first-time yield of products, requiring more personnel to rework and repair, further reducing work efficiency

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