Battery terminal connector

Claim 2

A battery terminal connector comprising an elongate hollow body made from electrically insulating material and having a transversely extending socket located towards one end thereof and adapted, in use, to receive a battery terminal post, the body having a passage extending along the length of the body in a direction transverse to the socket; an electrically conductive battery post engaging connector block movable longitudinally within the passage and adapted to be operatively connected to an electrical cable, and a spring for biasing the connector block in operation for movement towards engagement with a battery terminal post operatively received within the socket; the body in its end region remote from the socket having a flange integrally formed therewith for holding the spring within the body such that the spring bears against the flange and the connector block, and at least one longitudinally extending access opening between the socket and the flange whereby the connector block together with an operatively associated electrical cable and spring may be introduced into the passage in a substantially lateral direction, said body having openings in addition to said access opening and a single cover member provided to cover said access opening and having flap means to cover said additional openings.

Claim 3

A battery terminal connector according to claim 1 wherein said single cover is hingedly attached to the body.

Claim 4

A battery terminal conductor according to claim 1 wherein the body is of an injection moulded plastics material.

Claim 5

A battery terminal connector comprising an elongate hollow body made from electrically insulating material and having a transversely extending socket located towards one end thereof and adapted, in use, to receive a battery terminal post, the body having a passage extending along the length of the body in a direction transverse to the socket; an electrically conductive battery post engaging connector block movable longitudinally within the passage and adapted to be operatively connected to an electrical cable, and a spring for biasing the connector block in operation for movement towards engagement with a battery terminal post operatively received within the socket; the body in its end region remote from the socket having a flange integrally formed therewith for holding the spring within the body such that the spring bears against the flange and the connector block, said passage between the socket and the flange being positioned so that the connector block together with an operatively associated electrical cable and spring may be introduced through an access opening into the passage in a substantially lateral direction, the elongate hollow body having a rectangular cross section along a substantial part of its length, such cross-section being defined by an upper panel, a lower panel, and a pair of opposite side panels, the lower panel having an entrance to the socket and wherein the access opening is of substantially rectangular shape, said upper panel being a cover for such access opening, and two additional openings one of which is formed in each of the side panels of the body, such additional openings being positioned to expose parts of opposite surfaces of the connector block; cover flaps formed integral with said cover for said additional openings such that the cover flaps and cover form a single cover member, such cover member being hingedly attached to the insulating body at the end thereof at which the socket is located.

Claim 6

A battery terminal connector comprising an elongate hollow body made from electrically insulating material and having a transversely extending socket located towards one end thereof and adapted, in use, to receive a battery terminal post, the body having a passage extending along the length of the body in a direction transverse to the socket; an electrically conductive battery post engaging connector block movable longitudinally within the passage and adapted to be operatively connected to an electrical cable, and a spring for biasing the connector block in operation for movement towards engagement with a battery terminal post operatively received within the socket; the body in its end region remote from the socket having a flange integrally formed therewith for holding the spring within the body such that the spring bears against the flange and the connector block, said passage between the socket and the flange being positioned so that the connector block together with an operatively associated electrical cable and spring may be introduced through an access opening into the passage in a substantially lateral direction, the elongate hollow body having a rectangular cross section along a substantial part of its length, such cross-section being defined by an upper panel, a lower panel, and a pair of opposite side panels, the lower panel having an entrance to the socket and wherein the access opening is of substantially rectangular shape, said upper panel being a cover for such access opening, and two additional openings one of which is formed in each of the side panels of the body, such additional openings being positioned to expose parts of opposite surfaces of the connector block; cover flaps formed integral with said cover for said additional openings such that the cover flaps and cover form a single cover member, such cover member being hingedly attached to the insulating body at the end thereof at which the socket is located.

Claim 7

A battery terminal connector according to claim 4 wherein the body is of injection molded plastic material.