초록 ▼

A tool carrier for battery powered tools that properly positions a battery powered tool that uses a heavy battery on the body of a wearer. The tool carrier has a rigid spine that is positioned behind one or more pockets extending from the tool carrier. The pockets retain the tool within the battery

A tool carrier for battery powered tools that properly positions a battery powered tool that uses a heavy battery on the body of a wearer. The tool carrier has a rigid spine that is positioned behind one or more pockets extending from the tool carrier. The pockets retain the tool within the battery powered tool carrier when the tool is not in use. The device is suspended from one or more harnesses. The battery powered tool carrier properly balances the tool so that it is easy to carry and is properly secured within the battery powered tool carrier, yet it is easy to remove from, and insert into, the battery powered tool carrier.

대표청구항 ▼

1. A wearable tool carrier, comprising:a. an inner layer of material; b. an outer layer of material; c. a pocket that extends from said outer layer of material, said pocket being configured for receiving a battery powered tool; d. a rigid spine that is positioned between said inner layer of material

1. A wearable tool carrier, comprising:a. an inner layer of material; b. an outer layer of material; c. a pocket that extends from said outer layer of material, said pocket being configured for receiving a battery powered tool; d. a rigid spine that is positioned between said inner layer of material and said outer layer of material; and e. a second pocket configured for receiving a battery containing handle of the battery powered tool, wherein said second pocket extends from said outer layer of material. 2. A wearable tool carrier as described in claim 1, wherein said rigid spine is present behind said pocket and said second pocket, and said rigid spine is present behind and bridges an area between said first pocket and said second pocket.3. A wearable tool carrier as described in claim 1, wherein said pocket has a generally vertical opening for receiving said battery powered tool, and wherein said rigid spine has a generally vertical leg that is present behind said generally vertical opening of said pocket, andwherein said rigid spine has a generally horizontal leg that is present above said generally vertical leg and intersects said generally vertical leg, and said generally horizontal leg extends aftwardly from said generally vertical leg. 4. A wearable toot carrier as described in claim 3, wherein said generally vertical portion of said rigid spine does not have a uniform thickness.5. A wearable tool carrier as described in claim 1, wherein said pocket has a generally vertical opening for receiving said battery powered tool, and wherein said rigid spine has a generally vertical leg that is present behind said generally vertical opening of said pocket, and wherein said rigid spine has a generally horizontal leg that is present above said generally vertical leg and said generally horizontal leg extends aftwardly from said generally vertical leg, and wherein at least a portion of an end of said generally horizontal leg that is opposite said generally vertical leg is behind said second pocket.6. A wearable tool carrier as described in claim 5, wherein said generally vertical portion of said rigid spine does not have a uniform thickness.7. A wearable tool carrier, comprising:a. an inner layer of material; b. an outer layer of material; c. a pocket that extends from said outer layer of material, said pocket being configured for receiving a battery powered tool; and d. a rigid spine that is positioned between said inner layer of material and said outer layer of material, wherein said rigid spine comprises a first layer and a second layer. 8. A wearable tool carrier as described in claim 7, wherein said rigid spine does not have a uniform thickness.9. A wearable tool carrier, comprising:a. an inner layer of material; b. an outer layer of material; c. a pocket that extends from said outer layer of material, said pocket being configured for receiving a battery powered tool; and d. a rigid spine that is positioned between said inner layer of material and said outer layer of material, wherein said rigid spine does not have a uniform thickness. 10. A wearable tool carrier, comprising:a. an inner layer of material; b. an outer layer of material; c. a pocket that extends from said outer layer of material, said pocket being configured for receiving a battery powered tool; d. a rigid spine that is positioned between said inner layer of material and said outer layer of material, and wherein substantially all of a portion of said inner layer that is behind said battery powered tool is generally planar. 11. A wearable tool carrier, comprising:a. an inner layer of material; b. an outer layer of material; c. a packet that extends from said outer layer of material, said pocket being configured for receiving a battery powered tool; d. a rigid spine that is positioned between said inner layer of material and said outer layer of material; and wherein substantially all of a portion of said outer layer that is adjacent to said battery powered tool is generally planar.12. A wearable tool carrier, comprising:a. an inner layer of material; b. an outer layer of material; c. a pocket that extends from said outer layer of material, said pocket being configured for receiving a battery powered tool; and d. a rigid spine that is positioned between said inner layer of material and said outer layer of material, wherein said rigid spine is generally planar. 13. A wearable tool carrier as described in claim 12, wherein said rigid spine does not have a uniform thickness.14. A wearable tool carrier as described in claim 13, wherein said inner layer is of sufficient size to prevent contact of said battery powered tool that is located in said pocket with a user that is wearing said wearable tool carrier.15. A wearable tool carrier, comprising:a. an inner layer of material; b. an outer layer of material; c. a pocket that extends from said outer layer of material, said pocket being configured for receiving a battery powered tool; d. a rigid spine that is positioned between said inner layer of material and said outer layer of material, and wherein said inner layer is of sufficient size to prevent contact of said battery powered tool with a user that is wearing said wearable tool carrier.