Abstract: A fishing hook holder for retaining, storing, and rapidly dispensing a fishing hook is disclosed. The fishing hook holder comprises a base, a plurality of slats spaced apart from each other disposed on a first side of the base, a gap formed between adjacent slats of the plurality of slats, and a biasing element disposed proximate to the plurality of slats. A backstop is disposed proximate to the biasing element. The fishing hook holder comprises a cover positioned above the biasing element and in attachment with the first side of the base. The fishing hook holder further comprises a sharp edge for cutting an object. A portion of a fishing hook is sandwiched by at least one resilient element and an interior portion of a third side opening, and a barb on the fishing hook is received by a fourth side opening on a fourth side of the base.

Abstract: Walk behind power tools are provided. A walk behind power tool includes a housing; a power source; a motor selectively powered by the power source; a drive shaft; a handle; and a handle adjustment system. The handle adjustment system can be configured to move between different positions relative to the housing. The system can include a handle adjustment grip; at least one cable coupled to the handle adjustment grip at a first end and coupled to a locking wedge at a second end; and a spring. Engagement of the handle adjustment grip in a first direction enables the handle position to be moved relative to the housing. The power tool may have a plurality of cutting assemblies each powered by a respective motor. The power tool may be self-propelled and include a speed control assembly.

Abstract: A fishing hook holder for retaining, storing, and rapidly dispensing a fishing hook is disclosed. The fishing hook holder comprises a base, a plurality of slats spaced apart from each other disposed on a first side of the base, a gap formed between adjacent slats of the plurality of slats, and a biasing element disposed proximate to the plurality of slats. A backstop is disposed proximate to the biasing element. The fishing hook holder comprises a cover positioned above the biasing element and in attachment with the first side of the base. The fishing hook holder further comprises a sharp edge for cutting an object. A portion of a fishing hook is sandwiched by at least one resilient element and an interior portion of a third side opening, and a barb on the fishing hook is received by a fourth side opening on a fourth side of the base.

Abstract: An illustrative embodiment of a computer-implemented process for scalable group synthesis receives a group definition, applies a sub-set of conditions to the group definition to form a conditioned group definition, receives a set of entities and populates group membership using the received set of entities and the conditioned group definition, wherein each member responds in the affirmative to the sub-set of conditions.

Abstract: An illustrative embodiment of a computer-implemented process for scalable group synthesis receives a group definition, applies a sub-set of conditions to the group definition to form a conditioned group definition, receives a set of entities and populates group membership using the received set of entities and the conditioned group definition, wherein each member responds in the affirmative to the sub-set of conditions.