Tool holder
First Claim
1. A tool holder, comprising:
- a unitary piece of flexible molded material formed into a cover having front and back walls joined together by side walls;
the front, back and side walls each having a bottom end joined together by an end section thereby defining an elongated water impervious cavity open at a top end; and
two compressible retainer sections extending substantially the entire length of the cavity and sized larger than the cavity so that said retainer sections when inserted inside the cover cavity are held together in constant compression solely by force of the front and back walls of the cover independent of external forces, the retainer sections having opposed inside faces for holding a tool inserted therebetween.
1 Assignment
0 Petitions
Accused Products
Abstract
A tool holder slides over a tool protecting it from water and other rust inducing conditions. The tool holder comprises a cover having an internal cavity that holds two retainer sections of polyethylene. The retainer sections are sized to conform with the exterior profile of the tool and press firmly against opposite exterior surfaces of the tool as it is being inserted inside the tool holder. The retainer sections hold the tool snugly inside the cover cavity providing a highly effective insulation barrier. A lubricant is insertable inside the cover cavity and absorbed by the retainer sections and is automatically applied to the exterior surface of the tool as it is being inserted into the tool holder. The inside face of each retainer section have an abrasive surface that automatically scrubs the exterior surface of the tool while it is being inserted and removed from the holder.
32 Citations
20 Claims
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1. A tool holder, comprising:
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a unitary piece of flexible molded material formed into a cover having front and back walls joined together by side walls;
the front, back and side walls each having a bottom end joined together by an end section thereby defining an elongated water impervious cavity open at a top end; andtwo compressible retainer sections extending substantially the entire length of the cavity and sized larger than the cavity so that said retainer sections when inserted inside the cover cavity are held together in constant compression solely by force of the front and back walls of the cover independent of external forces, the retainer sections having opposed inside faces for holding a tool inserted therebetween. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
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12. A toolholder, comprising:
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a tool having a working surface including a front and back side defining an exterior tool profile; two semi-rigid retainer sections applying a constant force against substantially the entire front and back side of the tool each retainer section having a front side, a back side and a bottom side the front side of each retainer section sized to conform generally with the exterior profile of the tool and abutted together to form a retaining slot that slidingly receives and holds the working surface of the tool; and a sheath for holding the retainer sections in constant compression while at the same time water impervious seal around the entire front bottom sides of the retainer sections, the sheath having elastically pliable front and back portions together by elastically pliable side portions molded internal cavity for holding the two retainer sections and having an opening at a first end for receiving the tool; the front and back portions exerting pressure against the retainer sections causing the front sides of each retainer section to press snugly against the front and back side of the tool as said tool is slidingly inserted through the sheath opening into the retaining slot. - View Dependent Claims (13, 14, 15)
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16. A method for preventing corrosion on an exterior surface of a tool, comprising:
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providing a sheath having an internal cavity with a top opening and a given width; providing two elongated retainer sections each having an inside face; signing the retainer sections to extend substantially the entire length of the sheath cavity and to have a greater width than the given width of the internal cavity; abutting together the entire inside face of each retainer section; forcibly sliding the retainer sections into the cavity through the top opening, the sheath thereby compressing the two retainer sections together without an externally applied force; fastening the tool inside the sheath cavity by forcibly sliding the tool between the two retainer sections, the tool thereby further compressing the retainer sections so that the tool is held firmly therebetween. - View Dependent Claims (17, 18, 19, 20)
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Specification