5results about "Labelling elongated objects" patented technology

This utility model provides a labeling device for finished wire, belonging to the field of labeling devices. It consists of a base plate, a reciprocating moving mechanism, a Z-axis driving mechanism, a labeling machine, a guiding mechanism, an elastic pressing mechanism, and a limiting mechanism. In this solution, the lifting plate moves and simultaneously drives the labeling machine to move, so that the labeling machine is in close contact with the wire. Since the labeling machine and the guide wheel are on the same vertical plane, the place where the labeling machine is in close contact with the wire is the cut point, which facilitates the labeling machine to apply a label to the cut. The guide wheel is set to guide the wire during winding, ensuring that the wire is neat during winding. The output end of the electric telescopic rod B drives the limiting block to move, so that the limiting block is inserted into the guide wheel, which can prevent the wire from slipping out of the groove of the guide wheel during winding. At the same time, the movement of the limiting block in the groove of the guide wheel can hold the wire, thereby fixing the wire in the groove of the guide wheel and preventing the wire from deviating in position when it is cut.

This utility model relates to the field of self-adhesive label application technology, and provides a self-adhesive label application machine, including: an installation platform with two symmetrically distributed mounting frames; a lifting block vertically slidably connected inside the mounting frames; a folding plate with a rotating shaft fixedly connected to its near ends, the rotating shaft being rotatably connected to the mounting frames; a folding mechanism disposed between the lifting block and the folding plate; and a label transport mechanism disposed on the side of the folding plate, and equipped with a drive mechanism to reciprocate the label transport mechanism. This utility model can replace manual label application, significantly improving the label application speed. By combining segmented pulling with timed application, it avoids problems such as label skewing and detachment caused by hand tremors or improper operation, and also ensures consistent label spacing, meeting standardization requirements and facilitating subsequent maintenance and management.

This application relates to a device for attaching decorative strips to the upper plate of a lantern decoration, belonging to the technical field of lantern processing. It includes a worktable with a feeding cylinder, a discharging cylinder, a driving wheel, a driven wheel, and a cutting component. The feeding cylinder and the discharging cylinder are fixed to the worktable with their piston ends facing each other. The driving wheel is rotatably mounted on the worktable with its rotation axis vertically aligned. The driven wheel is slidably mounted on the worktable and slides towards or away from the driving wheel. The driving wheel and the driven wheel are distributed on both sides of the line connecting the feeding cylinder and the discharging cylinder. The cutting component is located above the driving wheel for cutting the decorative strip. The piston end of the discharging cylinder is equipped with a clamp for dragging the upper plate. This application improves the efficiency of attaching decorative strips to the upper plate.

This invention discloses an integrated packaging equipment for copper wire label placement and lamination, belonging to the technical field of drawing equipment. The device includes a fixing component, a lamination component, and a placement component. This solution utilizes the coordinated operation of the fixing, lamination, and placement components. A robotic arm drives an electric clamp to automatically press and fix the starting end of the protective film, eliminating the need for manual intervention. The lamination component uses a servo motor to drive the lamination roller to revolve around the copper wire, achieving spiral and uniform coating with axial feeding. The placement component is positioned step-by-step by a three-stage motion mechanism. An adsorption block picks up and identifies the label, and a hot-pressing ring applies heat and pressure, causing the label and protective film to fuse together to form a tight-fitting layer. The label wraps around the copper wire surface with the film layer and is subsequently covered by the film layer. Lamination and labeling are completed simultaneously at the same station, supporting automatic switching between end-labeling and mid-process stop labeling modes, significantly improving production efficiency and packaging quality.