Panel Hook with Barb Fastening Element for Mechanical Installation
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Solution Overview
Problem
Existing panel hooks require a laborious and time-consuming rotation movement to be arranged in pockets, making them unsuitable for mechanical installation.
Innovation Solution
The panel hook features a hook element with engaging means, such as two recesses, allowing for mechanical engagement and insertion into the pocket, along with a panel fastening element that clicks or snaps into place, enabling simple and controlled longitudinal movement.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If the panel hook is designed with a simple hook structure, then the manufacturing is easier and cost is lower, but the installation becomes laborious and time-consuming requiring rotation movement
Solution Approach 1:
The panel hook is divided into two functional segments: a panel fastening element with engaging means (recesses) for mechanical insertion into the pocket, and a hook element for hanging the curtain. This segmentation allows each part to be optimized independently - the fastening element focuses on easy mechanical insertion while the hook element provides the hanging function, resolving the contradiction between simple manufacturing and easy installation.
Solution Approach 2:
The engaging means (recesses) act as an intermediary mechanism between the panel fastening element and the pocket. These recesses enable the fastening element to be mechanically engaged and inserted into the pocket without rotation, serving as a mediator that transforms the installation process from a complex rotational movement to a simple linear insertion, thereby improving installation ease while maintaining manufacturing simplicity.
2Reliability
If the panel hook requires rotation movement for installation, then the hooking action can be achieved, but the installation process becomes complicated and unsuitable for mechanical arranging
Solution Approach 1:
Instead of requiring the hook to rotate into place, the design inverts the approach by providing engaging means (recesses) that guide the fastening element into the correct position through linear insertion. The pocket receives the fastening element from above in the arranging direction, reversing the traditional insertion approach and eliminating the need for rotation, thus reducing installation complexity while maintaining hooking reliability.
Solution Approach 2:
The manual rotation movement is replaced with a mechanical engagement system using recesses and corresponding protrusions. This mechanical substitution allows for automated or mechanical insertion devices to place the panel hook into the pocket without requiring rotational manipulation, reducing installation complexity and enabling mechanical arranging while ensuring reliable hooking through the mechanical interlocking of the engaging means.
3Manufacturing precision
If the panel hook uses a complex rotation-based insertion method, then the hook can be positioned correctly, but the installation time increases and productivity decreases
Solution Approach 1:
The engaging means (recesses) are pre-formed in the hook element during manufacturing, creating a built-in guidance and positioning system. This preliminary action ensures that when the panel fastening element is inserted into the pocket, it automatically aligns and positions itself correctly without requiring complex rotational maneuvers, thereby maintaining positioning precision while significantly reducing installation time and increasing productivity.
Solution Approach 2:
The design changes the insertion parameter from rotational movement to linear movement in the arranging direction. By modifying the engagement mechanism to use recesses that guide linear insertion, the system achieves the same positioning precision as rotation-based methods but with a simpler, faster motion parameter, thereby improving installation speed and productivity without sacrificing positioning accuracy.
Data Source
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AI summary
Panel hook configured to hook a panel, such as a curtain, to be connected to the panel hook to a carrier, such as a rail, wherein the panel hook comprises - a panel fastening element configured to fasten the panel to the panel hook by arranging the panel fastening element in a pocket of the panel in an arranging direction; and - a hook element arranged on a first outer end of the panel fastening element and configured to hook the panel hook onto the carrier, wherein the panel fastening element comprises at a second outer end lying opposite the first outer end a barb configured such that a distance between a free outer end of the barb and the first outer end is at least the same as the dimension of the pocket in the arranging direction.