Underwater electrical connector with keyed insert sleeve

Claim 2

An electrical connector, comprising: a pair of mating connector shells, one of the shells comprising a socket and the other shell comprising a plug for mating engagement in the socket; a first insert body for engagement in one of the connector shells and a second insert body for engagement in the other connector shell, one of the insert bodies having contact pins projecting from its front face and the other insert body having corresponding contact sockets in its front face for slidably receiving the contact pins when the plug and socket shells are connected together; one of the connector shells having at least one keyway and the other connector shell having a corresponding key for engaging in the keyway as the parts are connected together to maintain a predetermined relative angular orientation between the connected shells; each of the insert bodies and corresponding connector shell having interengageable keying means for maintaining a predetermined relative angular orientation .between the insert body and respective connector shell as the insert body is engaged in the shell; the keying means of at least one insert body and corresponding connector shell comprising a rearwardly projecting sleeve on the connector shell for receiving the insert body, the sleeve having at least one through slot extending axially from its rear end along part of its length, and a sleeve projecting rearwardly from the rear face of the insert body having at least one outwardly projecting key for engagement in the slot in the connector shell sleeve as the insert body is inserted into the connector shell.

Claim 3

The connector as claimed in claim 1, wherein at least one of the connector shells has an internal configuration requiring insertion of the corresponding insert body from the rear end of the shell, and the rearwardly projecting sleeve having a through slot is provided on said one connector shell.

Claim 4

The connector as claimed in claim 2, wherein said one connector shell is the plug part of the connector.

Claim 5

The connector as claimed in claim 1, wherein each insert body has a series of connector projections projecting from its rear face corresponding to the contacts on the front face of the insert body for connection with electrical cable wires, the contact pins and contact sockets on the insert bodies being electrically connected to the connector projections, and the rearwardly projecting sleeve on at least one of the insert bodies and surrounding the connector projections.

Claim 6

The connector as claimed in claim 4, wherein the sleeve on the insert body has at least one split extending along its length to allow access to the connector projections from the side of the sleeve.

Claim 7

The connector as claimed in claim 5, wherein the insert body sleeve is split into two halves with two gaps separating the two halves.

Claim 8

A miniature underwater electrical connector, comprising: a pair of mating connector shells, one of the shells comprising a socket having a front end and the other shell comprising a plug having a front end for mating engagement in the socket; a first insert body for engagement in one of the connector shells and a second insert body for engagement in the other connector shell, one of the insert bodies having a front face with contact pins projecting from its front face and the other insert body having a front face with corresponding contact sockets on its front face for slidably receiving the contact pins when the plug and socket shells are connected together; a first one of the connector shells having a reduced internal diameter at its forward end and a shoulder comprising a stop for abutment with the corresponding insert body as it is inserted through the rear end of the connector shell; one of the connector shells having at least one keyway and the other connector shell having a corresponding key for engagement in the keyway as the parts are connected together to maintain a predetermined relative angular orientation between the connected shells; releasable locking means for releasably securing the plug and socket together; each of the insert bodies and corresponding connector shell having interengageable keying means for maintaining a predetermined relative angular orientation between the insert body and respective connector shell as the insert body is engaged in the shell; the keying means of the first connector shell and corresponding insert body comprising a rearwardly projecting sleeve on the connector shell for receiving the insert body as it is inserted through the rear end of the shell, the sleeve having at least one through slot extending axially from its rear end comprising a keyway, and a sleeve projecting rearwardly from the rear face of the insert body having at least one outwardly projecting key for engagement in the keyway in the connector shell sleeve as the insert body is inserted through the rear end of the connector shell.

Claim 9

A miniature underwater electrical connector, comprising: a pair of mating connector shells, one of the shells comprising a socket having a front end and the other shell comprising a plug having a front end for mating engagement in the socket; a first insert body for engagement in one of the connector shells and a second insert body for engagement in the other connector shell, one of the insert bodies having a front face with contact pins projecting from its front face and the other insert body having a front face with corresponding contact sockets on its front face for slidably receiving the contact pins when the plug and socket shells are connected together; a first one of the connector shells having a reduced internal diameter at its forward end and a shoulder comprising a stop for abutment with the corresponding insert body as it is inserted through the rear end of the connector shell; one of the connector shells having at least one keyway and the other connector shell having a corresponding key for engagement in the keyway as the parts are connected together to maintain a predetermined relative angular orientation between the connected shells; releasable locking means for releasably securing the plug and socket together; each of the insert bodies and corresponding connector shell having interengageable keying means for maintaining a predetermined relative angular orientation between the insert body and respective connector shell as the insert body is engaged in the shell; the keying means of the first connector shell and corresponding insert body comprising a rearwardly projecting sleeve on the connector shell for receiving the insert body as it is inserted through the rear end of the shell, the sleeve having at least one through slot extending axially from its rear end comprising a keyway, and a sleeve projecting rearwardly from the rear face of the insert body having at least one outwardly projecting key for engagement in the keyway in the connector shell sleeve as the insert body is inserted through the rear end of the connector shell.

Claim 10

The connector as claimed in claim 7, wherein a plurality of different insert bodies having different contact configurations are provided for selectively fitting into each connector shell, and the connector shell outer diameter is in the range between about one inch to about three inches.

Claim 11

An electrical connector comprising: a pair of mating connector shells, one of the shells comprising a socket and the other shell comprising a plug for mating engagement in the socket; a first insert body for engagement in one of the connector shells and a second insert body for engagement in the other connector shell, one of the insert bodies having contact pins projecting from its front face and the other insert body having corresponding contact sockets in its front face for slidably receiving the contact pins when the plug and socket shells are connected together; one of the connector shells having at least one keyway and the other connector shell having a corresponding key for engaging in the keyway as the part are connected together to maintain a predetermined relative angular orientation between the connected shells; each of the insert bodies and corresponding connector shell having interengageable keying means for maintaining a predetermined relative angular orientation between the insert body and respective connector shell as the insert body is engaged in the shell; the keying means of at least one insert body and corresponding connector shell comprising a rearwardly projecting sleeve on the connector shell for receiving the insert body, the sleeve having at least one through slot extending axially from its rear end along part of its length, and a sleeve projecting rearwardly from the rear face of the insert body having at least one outwardly projecting key for engagement in the slot in the connector shell sleeve as the insert body is inserted into the connector shell; and each insert body having a series of connector projections projecting from its rear face corresponding to the contacts on the front face of the insert body for connection with electrical cable wires, the contact pins and contact sockets on the insert bodies being electrically connected to the connector projections, and the rearwardly projecting sleeve on at least one of the insert bodies surrounding the connector projections on that insert body.

Claim 12

An electrical connector comprising: a pair of mating connector shells, one of the shells comprising a socket and the other shell comprising a plug for mating engagement in the socket; a first insert body for engagement in one of the connector shells and a second insert body for engagement in the other connector shell, one of the insert bodies having contact pins projecting from its front face and the other insert body having corresponding contact sockets in its front face for slidably receiving the contact pins when the plug and socket shells are connected together; one of the connector shells having at least one keyway and the other connector shell having a corresponding key for engaging in the keyway as the part are connected together to maintain a predetermined relative angular orientation between the connected shells; each of the insert bodies and corresponding connector shell having interengageable keying means for maintaining a predetermined relative angular orientation between the insert body and respective connector shell as the insert body is engaged in the shell; the keying means of at least one insert body and corresponding connector shell comprising a rearwardly projecting sleeve on the connector shell for receiving the insert body, the sleeve having at least one through slot extending axially from its rear end along part of its length, and a sleeve projecting rearwardly from the rear face of the insert body having at least one outwardly projecting key for engagement in the slot in the connector shell sleeve as the insert body is inserted into the connector shell; and each insert body having a series of connector projections projecting from its rear face corresponding to the contacts on the front face of the insert body for connection with electrical cable wires, the contact pins and contact sockets on the insert bodies being electrically connected to the connector projections, and the rearwardly projecting sleeve on at least one of the insert bodies surrounding the connector projections on that insert body.