TH5182B - A method for shaping the terminal part of a material's hook clamp for vertical surface mounting. - Google Patents

Abstract

Methods for forming edge grips on vertically suspended surface treated material. They are held together by a clamping device of a carriage rod that continuously transports material to a set of faceplates. This method has a unique feature that Formation of protruding eye clamps It is formed by splicing on the surface of the terminal part of the material section under operation while the material is transmitted to the framing station. Welding can be performed by treating the material under moving operations on the conveyor. or keeping the welding machine moving along the conveying device Formation of protruding eye clamps can be achieved by keeping the wires supplied to the welding position. and continuous welding of such wires to the bottom surface of each terminal part of a number of materials under operation. This forms a wire-to-lead fastener on each end of the material or by welding point-shaped edges. or a line on the bottom and/or top surface of the terminal part of the material under treatment to form an eye catcher made with a ridged edge.

Claims (12)

1. Method for forming the edge clamps on the vertically suspended surface of the material to be processed. These clamps are held in place by support carriages that continuously convey the material to a continuous surface processing bath. This involves forming protruding hook clamps by welding them onto the terminal surface of the material while it is being transferred to the framing station. 2. The method under claim 1 in which such welding is performed on the said material while the said material is being moved by a part of the conveyor equipment. 3. The method under claim 1 or 2 where such welding is performed on the said material with the welding machine being moved along the said material. 4. The method under claim 1 in which a conducting wire is continuously supplied to the connection location and welded to the underside surface of a terminal section of a certain material to form a wire-held hook clamp on it. 5. The method under claim 1 in which a ridged edge, whether linear or dotted, is attached to the underside and/or top surface of a terminal of such material to form a ridged hook clamp on it. 6. The method under Claim 1 in which such connection is performed by hot wire welding, TIG welding, MIG welding or laser welding. 7. Method for forming the clamping portion on the material to be vertically suspended surface treated, which is held in place by the clamping device of the support carriage that continuously conveys the material to the first surface treatment bath. This involves the following steps: supplying a conductor wire to the lower surface of the terminal section of the material protruding from the conveyor; continuously welding the wire to the lower surface of each terminal section of the material being conveyed on the conveyor while maintaining the supplied conductor wire at the welding position; and removing the connected and inserted portion of the conductor wire between adjacent materials, releasing the protruding clamp made of the conductor wire welded to the lower surface of each section of material. 8. The method under claim 7 where the conducting wire is a round or angular aluminum wire. 9. The method under claim 7 in which the removal of the conductor wire is achieved by compression or shearing. 10. Method for forming the hook clamp on vertically suspended surface-facing material, which is held in place by clamping devices on a conveyor belt that continuously transports the material to a surface-facing bath. This involves positioning the welding head above the material being conveyed on the conveyor and welding the upper edge of each terminal of the material while moving the welding head vertically along the specific shape of each material, forming the protruding hook clamp with its ridged edge. 11. The method for forming the hook clamp on the material to be vertically surface-treated, which is held in place by the clamping device of the support carriage that continuously conveys the material to the first surface-treating bath, consists of the steps of positioning the welding head of the welding machine above the material being conveyed on the conveyor and welding the edges on the upper surface of each terminal of the material while moving the welding head vertically along the specific shape of each material, thus forming the protruding hook clamp with the ridged edge. 12. The method for forming the hook clamps on the material to be vertically surface-treated, which are held in place by clamping devices on a support carriage that continuously conveys the material to the first surface-treating bath, consists of the following steps: positioning the welding head of the welding machine above the material being conveyed on the conveyor, and welding the edges on the upper surface of each terminal of the material while moving the welding head vertically along the specific shape of each material, thus forming the protruding hook clamps with the ridged edges.