Power tool with gel grip including an integral backing
AssigneeBlack & Decker Inc.
InventorChristopher J. Dineen
Life of this patent
Estimating the term…
Abstract
A power tool with a gel gripping member has a base with a desired configuration. The base has a desired structural rigidity such that when force is exerted on the base, the base substantially prohibits deflection. A flexible layer covers the base. The flexible layer has a mating configuration slightly larger than the base to form a pocket. A gel material is positioned into the pocket to provide resilient characteristics. A mechanism on the base enables the gel gripping member to be secured with the housing of the power tool.
Claims23
A gripping member comprising
- a base having a desired configuration, said base having a desired structural rigidity such that when a force is exerted on said base, said base substantially prohibits deflection of said base;
- a flexible layer covering said base such that a pocket is formed between said flexible layer and said base;
- a gel material positioned in said pocket providing a resilient characteristic to said gripping member;
- a mechanism coupled with said base for enabling said gripping member to be mounted with a housing;
- and
- wherein said base has at least one groove in a top surface thereof to define a thin wall portion providing a hinging action to enable displacement of said gel material during percussive loads.
A power tool comprising:
- a housing having an opening;
- a motor in said housing;
- an output coupled with said motor;
- a power source;
- an activation member coupled with said motor and said power source for activating and deactivating said motor which, in turn, drives said output;
- and
- a gripping member positioned in said housing opening, said gripping member comprising:
- a base having a desired configuration, said base having a desired structural rigidity such that when a force is exerted on said base, said base substantially prohibits deflection of said base;
- a flexible layer covering said base such that a pocket is formed between said flexible layer and said base;
- a gel material positioned in said pocket providing a resilient characteristic to said gripping member;
- a mechanism coupled with said base for enabling said gripping member to be mounted with said housing;
- and
- wherein said base has at least one groove in a top surface thereof to define a thin wall portion providing a hinging action to enable displacement of said gel material during percussive loads.
A gripping member for a power tool comprising:
- a base having a desired configuration, said base having a desired structural rigidity such that when a force is exerted on said base, said base substantially prohibits deflection of said base;
- a flexible layer covering said base such that a pocket is formed between said flexible layer and said base;
- a gel material positioned in said pocket providing a resilient characteristic to said gripping member;
- a mechanism coupled with said base for enabling said gripping member to be mounted with a housing, said mechanism being a peripheral flange on said base;
- and
- wherein said base has at least one groove on a top surface thereof to define a thin wall portion providing a hinging action to enable displacement of said gel material during percussive loads.
A gripping member for a power tool comprising:
- a base having a desired configuration, said base having a desired structural rigidity such that when a force is exerted on said base, said base substantially prohibits deflection of said base;
- a metalized layer is coated on said base;
- a flexible layer covering said base such that a pocket is formed between said flexible layer and said base;
- a gel material positioned in said pocket providing a resilient characteristic to said gripping member;
- a mechanism coupled with said base for enabling said gripping member to be mounted with a housing;
- and
- wherein said base has at least one groove in a top surface thereof to define a thin wall portion providing a hinging action to enable displacement of said gel material during percussive loads.
Dependencies are inferred from the claim text.