Automotive conduit connector with axial activation and prepositioning carrier

Claim 2

A fluid conduit connector assembly comprising: a prepositioning carrier for mounting the connector assembly upon a first fluid conduit segment; a hose clamp portion attached to said prepositioning carrier and spaced axially therefrom, such that said hose clamp portion is maintained in position for engagement with a second fluid conduit segment; and an axially directed activation member for maintaining the hose clamp portion in a retracted configuration prior to engagement of the hose clamp portion with said second fluid conduit segment, with said hose clamp portion being movable to a non-retracted configuration when said activation member is slidingly withdrawn in an axial direction from the hose clamp portion.

Claim 3

A fluid conduit connector assembly according to claim 1, wherein said hose clamp portion is rigidly attached to said prepositioning carrier.

Claim 4

A fluid conduit connector assembly according to claim 1, wherein the prepositioning carrier and the hose clamp portion are coaxial.

Claim 5

A fluid conduit connector assembly according to claim 1, wherein the axially directed activation member comprises a manually slidable linear body.

Claim 6

A fluid conduit connector assembly according to claim 4, wherein said hose clamp portion comprises a hollow, generally cylindrical body having a plurality of radially extending retractor tabs forming a pocket for said activation member when the hose clamp portion is in the retracted configuration, such that the tabs and said activation member maintain the hose clamp portion in the retracted configuration when the activation member is located in the pocket, while allowing the hose clamp portion to move to the non-retracted configuration once the activation member is withdrawn from the pocket.

Claim 7

An automotive fluid conduit connector assembly comprising: a generally cylindrical prepositioning carrier for mounting the connector assembly upon a first fluid conduit segment; a hose clamp portion rigidly attached to said prepositioning carrier, with said hose clamp portion and said carrier being coaxial and spaced axially such that said carrier maintains the hose clamp portion in position for engagement with a second fluid conduit segment, with said hose clamp comprising an annular spring band having two free ends, with a radially extending retractor tab structure attached to each of said ends; and an axially directed activation member for engaging each of said tabs so as to maintain the hose clamp portion in a retracted configuration prior to engagement of the hose clamp portion with said second fluid conduit segment, with said hose clamp portion being movable to a non-retracted configuration when said activation member is slidingly withdrawn from the tabs.

Claim 8

An automotive fluid conduit connector assembly comprising: a generally cylindrical prepositioning carrier for mounting the connector assembly upon a first fluid conduit segment; a hose clamp portion rigidly attached to said prepositioning carrier, with said hose clamp portion and said carrier being coaxial and spaced axially such that said carrier maintains the hose clamp portion in position for engagement with a second fluid conduit segment, with said hose clamp comprising an annular spring band having two free ends, with a radially extending retractor tab structure attached to each of said ends; and an axially directed activation member for engaging each of said tabs so as to maintain the hose clamp portion in a retracted configuration prior to engagement of the hose clamp portion with said second fluid conduit segment, with said hose clamp portion being movable to a non-retracted configuration when said activation member is slidingly withdrawn from the tabs.

Claim 9

An automotive fluid conduit connector assembly according to claim 6, wherein said prepositioning carrier comprises a hose clamp portion for mounting the clamp assembly upon a first fluid conduit segment and for sealing a joint between the first fluid conduit segment and a mating fluid conduit.

Claim 10

An automotive fluid conduit connector assembly comprising: a prepositioning carrier for mounting the connector assembly upon a first fluid conduit segment, with said carrier comprising a first hose clamp portion for mounting the connector assembly upon the first fluid conduit segment and for sealing a joint between the first fluid conduit segment and a mating fluid conduit; a second hose clamp portion rigidly attached to said prepositioning carrier, with said first and second hose clamp portions being coaxial and spaced axially such that said first hose clamp portion maintains the second hose clamp portion in position for engagement with a second fluid conduit segment, with said second hose clamp comprising an elastically releasable annular spring band having two free ends, with a radially extending retractor tab formed integrally at each of said ends; and an axially directed activation member for engaging each of said tabs so as to maintain the hose clamp portion in a retracted configuration prior to engagement of the hose clamp portion with said second fluid conduit segment, with said hose clamp portion being elastically movable to a non-retracted configuration when said activation member is slidingly withdrawn from the retractor tabs.

Claim 11

An automotive fluid conduit connector assembly comprising: a prepositioning carrier for mounting the connector assembly upon a first fluid conduit segment, with said carrier comprising a first hose clamp portion for mounting the connector assembly upon the first fluid conduit segment and for sealing a joint between the first fluid conduit segment and a mating fluid conduit; a second hose clamp portion rigidly attached to said prepositioning carrier, with said first and second hose clamp portions being coaxial and spaced axially such that said first hose clamp portion maintains the second hose clamp portion in position for engagement with a second fluid conduit segment, with said second hose clamp comprising an elastically releasable annular spring band having two free ends, with a radially extending retractor tab formed integrally at each of said ends; and an axially directed activation member for engaging each of said tabs so as to maintain the hose clamp portion in a retracted configuration prior to engagement of the hose clamp portion with said second fluid conduit segment, with said hose clamp portion being elastically movable to a non-retracted configuration when said activation member is slidingly withdrawn from the retractor tabs.

Claim 12

An automotive fluid conduit connector assembly comprising: first and second hose clamp portions rigidly attached to each other, with said first and second hose clamp portions being coaxial and spaced axially with each of said hose clamp portions comprising an elastically releasable annular spring band having two free ends, with a radially extending retractor tab formed integrally at each of said ends; and an axially directed activation member for engaging each of said tabs so as to maintain both hose clamp portions in a retracted configuration prior to engagement of the hose clamp portions with at least one fluid conduit segment, with said hose clamp portions being elastically movable to a non-retracted configuration when said activation member is slidingly withdrawn from the retractor tabs.

Claim 13

An automotive fluid conduit connector assembly comprising: first and second hose clamp portions rigidly attached to each other, with said first and second hose clamp portions being coaxial and spaced axially with each of said hose clamp portions comprising an elastically releasable annular spring band having two free ends, with a radially extending retractor tab formed integrally at each of said ends; and an axially directed activation member for engaging each of said tabs so as to maintain both hose clamp portions in a retracted configuration prior to engagement of the hose clamp portions with at least one fluid conduit segment, with said hose clamp portions being elastically movable to a non-retracted configuration when said activation member is slidingly withdrawn from the retractor tabs.