Structure of tool hanging rack having direction-changeable diagonally-arranged dual-layered retention receptacle slot

Abstract

A tool hanging rack includes a rack member that is made of an aluminum based material and can be attached to wall through magnetic attraction, fastening, hanging, and suction cups, a plurality of tool holders slidably fit to the rack member, two end retention seats respectively fit to opposite ends of the rack member, and magnets mounted to a back side of the rack member. The rack member has a side forming a curvedly convex surface and slide rails and also forms channels for receiving the magnets. The end retention seats each form a support brace to provide additional support to the rack. The tool holder having a side forming a fitting section to fit to the surface and side rails of the rack member and an opposite side forming a diagonally-arranged, double-side-open, dual-layered symmetric retention receptacle slot, which is selectively set leftward-facing or rightward-facing.

Description

TECHNICAL FIELD OF THE INVENTION[0001]The present invention generally relates to a structure of tool hanging rack having a direction-changeable diagonally-arranged dual-layered retention receptacle slot, and more particularly to a tool rack structure specifically for hanging fixed spanners, which comprises a tool holder that is made to form a diagonally-arranged double-side-open, dual-layered symmetric retention receptacle slot that is selectively arranged to face leftward or rightward for hanging fixed spanners so as to meet the requirement of space and suit the needs of different hand convenience of users thereby providing a user-friendly arrangement.DESCRIPTION OF THE PRIOR ART[0002]Conventionally, hand tools are stored by being received in a tool box. This way, however, does not suit the need of efficiency in the modem society. Another conventional way of holding tools is to provide a board in which holes are formed for receiving pegs to insert therein to a wall and tools are he...

AI Technical Summary

Benefits of technology

[0011](1) Since the tool holder is fit to the curvedly convex surface and the slide rails of the rack member and since the diagonally-arranged double-side-open dual-layered symmetric retention receptacle slot of the tool holder can change direction to selectively face leftward or rightward, this structure can provide the best access angle for either a sinistral user or a dexterous user. This is the first advantage of the present invention.

[0012](2) Since the tool holder forms a diagonally-arranged double-side-open dual-layered symmetric retention receptacle slot, two receptacles are provided for respectively receiving and retaining therein fixed spanners of different specifications, so that an effect of accommodating multiple tools can be realized. This is the second advantage of the present invention.

[0013]The structure of tool hanging rack having a direction-changeable diagonally-arranged dual-layered retention receptacle slot that realizes the effects of properly holding multiple tools and allowing for ready access of the tools will be described with further details in the following with reference to preferred embodiments thereof, which are shown in the attached drawings, in order to provide a better understanding of the present invention.

Problems solved by technology

This way, however, does not suit the need of efficiency in the modem society.

This is an impractical way.

However, due to potential risk of insufficiency of magnetic attraction force, the magnetically attached tools may be susceptible to undesired displacement and positional instability.

Further, the pick-up of tools is also troublesome.

This way is also impractical.

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