Bayonet connection between two electrically conductive components

A bayonet connection between two electrically conductive components, especially for a fuse holder, comprising a pair of connection components, one of the connection components possessing an electrically conductive spring, said spring being electrically conductively connected with said one connection component, said spring, when the two connection components are operatively interconnected, electrically conductively contacting the other connection component, each of said two connection components comprises an at least approximately equal diameter cylindrical jacket portion at an end of which there are provided oppositely directed substantially hook-shaped parts extending in the peripheral direction, at least one of the hook-shaped parts having associated therewith said spring.

A bayonet connection between two electrically conductive components, especially for a fuse holder, comprising a pair of connection components, one of the connection components possessing an electrically conductive spring, said spring being electrically conductively connected with said one connection component, said spring, when the two connection components are operatively interconnected, electrically conductively contacting the other connection component, said one connection component possesses a flexed substantially cylindrical jacket and is provided at an end thereof with at least one substantially hook-like part, the other connection component having a locking pin engaging in said hook-like part, the hook-like part has a mouth, and said spring is constructed as an elongate part extending primarily in the peripheral direction and protruding into said mouth of said hook-like part.

A bayonet connection between two electrically conductive components, especially for a fuse holder, comprising a pair of connection components, one of the connection components possessing an electrically conductive spring, said spring being electrically conductively connected with said one connection component, said spring, when the two connection components are operatively interconnected, electrically conductively contacting the other connection component, said one connection component is flexed as a substantially cylindrical jacket and is provided at one end with at least one substantially hook-like part, the other connection component having a flexed flap member engaging with said hook-like part.

A bayonet connection between two electrically conductive components, especially for a fuse holder, comprising a pair of connection components, one of the connection components possessing an electrically conductive spring, said spring being electrically conductively connected with said one connection component, said one connection component has at least one hook-like part provided with a mouth, and said spring comprises an elongate component primarily extending in the axial direction and in front of said mouth of said hook-like part, said spring, when the two connection components are operatively interconnected, electrically conductively contacting the other connection component and urging said other connection component towards said hook-like part.