초록 ▼

This connection apparatus shows two arrangements for receiving a connector assembly of effluent and influent halves, with this apparatus providing for the transfer and alignment of the connected halves. These assembled halves are brought to the apparatus and the halves are manipulated to effect sepa

This connection apparatus shows two arrangements for receiving a connector assembly of effluent and influent halves, with this apparatus providing for the transfer and alignment of the connected halves. These assembled halves are brought to the apparatus and the halves are manipulated to effect separation, after which the effluent connector half is moved to bring the effluent connector half into alignment and axial coincidence with a new and sterile influent connector half. By and through manipulation, the halves are secured into a fluid-tight condition whereat the fluid may be caused to flow through the connected halves. In a first arrangement, the apparatus includes a sliding action, with the apparatus having a tongue-and-groove construction. The other arrangement utilizes a rotary action, with a disc-like member associated with a cup-like member. Relative movement of the two members is made to effect the transfer and alignment of the effluent and influent halves.

대표청구항 ▼

A connector apparatus having a retaining and guiding means which provides a movable transfer and alignment device adapted to receive and retain a separable connected fluid conductor having effluent and influent connector halves and, when said connection is brought to said transfer and alignment devi

A connector apparatus having a retaining and guiding means which provides a movable transfer and alignment device adapted to receive and retain a separable connected fluid conductor having effluent and influent connector halves and, when said connection is brought to said transfer and alignment device, said effluent and influent connector halves are manipulated to effect separation, after which transfer is made and a positioning is effected to bring the effluent connector half into alignment with a new influent connector half and, with manipulation, the effluent and influent connector halves are connected to provide a fluid-tight conducting path, this connector transfer and alignment device including: (a) first and second movable members arrayed in substantially a face-to-face relationship and adapted for movement from one determined position to another selected position; (b) means for retaining said first and second movable members in said arrayed relationship during use; (c) a guideway in said first movable member, said guideway sized and adapted to receive and slideably retain a body portion of the effluent connector half; (d) a first guideway in said second movable member, said guideway sized and adapted to receive and rotatably and slideably retain a body portion of an influent connector half; (e) a second guideway in said second movable member, this guideway sized and contoured to receive a rotatable sleeve member, said sleeve member being of a tubular configuration and having a stop flange to limit longitudinal movement, the sleeve member having an interior sized and adapted to receive and retain a body of an influent connector half, and (f) stop means which provide two movement limits which determine said one determined position and said other selected position; whereby, in the first determined position the connected effluent and influent connector halves may be separated by manipulation and, while the halves are separated, the first and second movable members may be moved to the other selected position to align the first guideway of the second movable member, with a new influent connector therein, with the guideway in the first movable member and, through manipulation, connection of the now aligned connector halves may be achieved to establish a fluid flow path, and second movable members are moved so that the second guideway and sleeve containing an influent connector half are moved from in way of the now-separated effluent connector half in the guideway of the first movable member and this effluent connector half is repositioned so that said effluent connector half is aligned with the second guideway in the second movable member and the influent connector therein whereat, through manipulation, connection of the halves of the connector is achieved to establish a fluid flow path.