Abstract: Aseptic connectors are described. An aseptic connector includes a first connection unit and a second connection unit provided with at least one first and second openings orientated to substantially coincide when said first and second connection units are connected to each other. The first and second openings are sealed by at least one film, so that the contact between the film and each connection unit is aseptic. The at least one film is adapted to be mated with a corresponding film on the other connection unit; and the mated films are adapted to be pulled out together two and two after mating such that corresponding first and second openings are mated aseptically.

Abstract: A process includes obtaining a first set of measurements of an electronic pump operating at a parameter, determining a state value based on the first set of measurements, and determining a reference key based on the state value and the parameter. The process also includes obtaining a second measurement using a second sensor, determining a first threshold, and storing the first threshold in association with the reference key. The process further includes obtaining a second set of measurements including a third and fourth measurement acquired by the first and second sensor. The process further includes determining the reference key based on the third measurement using the function, selecting the first threshold by using the reference key when referencing the data structure. The process further includes determining whether the fourth measurement satisfies criteria based on the first threshold and modifying the electronic pump operation.

Abstract: A tubing assembly is provided that can comprise a plurality of tubes or lumens that can be disposed within a head of a peristaltic pump. The tubing assembly can provide a flow rate or volume capacity that is generally equal to or greater than that achieved with a comparable prior art tube while operating at higher pressures than that possible using the prior art tube. Further, in accordance with some embodiments, the tubing assembly can achieve a longer working life than a comparable prior art tube, and the load on the pump motor can be reduced such that the pump life is increased and/or a larger pump motor is not required to achieve such advantageous results.

Abstract: A mounting arrangement for mounting a fluid cooler to an engine case of a gas turbine engine, the mounting arrangement comprises at least one fixture adapted to be mounted to the engine case and defining a circumferentially extending channel for receiving at least one circumferentially extending flange of a cooler body of the fluid cooler. The at least one flange being free to slide in the channel of the at least one fixture in a circumferential direction of the engine case. The fixture may further comprise a clamping arrangement to hold the fluid cooler while allowing the same to thermally grow.

Abstract: An integrated clamp assembly for fluid tubes, a fluid tube assembly and a method of connecting automotive fuel tubes. The assembly includes a clamp body with side-by-side channels for receiving complementary-sized side-by-side fluid tubes, a clamp cover, numerous quick connectors to fluidly join the ends of fluid tubes together, and a retaining clip for each quick connector to keep the end of one of the joined fluid tubes secured to the quick connector. The size of the quick connectors is such that when placed within a corresponding section of the channel formed in the clamp body, the smaller quick connector length provides an axially-compliant fit within the respective channel.

Abstract: A tubing assembly is provided that can comprise a plurality of tubes or lumens that can be disposed within a head of a peristaltic pump. The tubing assembly can provide a flow rate or volume capacity that is generally equal to or greater than that achieved with a comparable prior art tube while operating at higher pressures than that possible using the prior art tube. Further, in accordance with some embodiments, the tubing assembly can achieve a longer working life than a comparable prior art tube, and the load on the pump motor can be reduced such that the pump life is increased and/or a larger pump motor is not required to achieve such advantageous results.

Abstract: A tubing and adapter assembly is provided that can comprise a plurality of tubes or lumens that can be disposed within a head of a peristaltic pump. The tubing assembly can provide a flow rate or volume capacity that is generally equal to or greater than that achieved with a comparable prior art tube while operating at higher pressures than that possible using the prior art tube. Further, in accordance with some embodiments, the tubing assembly can achieve a longer working life than a comparable prior art tube, and the load on the pump motor can be reduced such that the pump life is increased and/or a larger pump motor is not required to achieve such advantageous results.

Abstract: A bidet wand includes an arm and a nozzle. The arm includes one or more members, one or more connection tubes, and one or more inlet hoses. The one or more members are arranged in sequence from a first side to a second side and coupled to each other, the one or more members forming insertion portion at the first side. Each connection tube is coupled to and extends through the one or more members from the first side to the second side. Each inlet hose is coupled to one of the connection tubes at the second side and is configured to transfer water from a water source. The nozzle is configured to receive the insertion portion of the one or more members therein. The nozzle and the insertion portion include positive coupling features that are cooperatively configured to engage each other to couple the nozzle to the arm.

Abstract: A high pressure fluid conduit connector includes male and female connector components that releasably snap into engagement with each other to fluidically connect two fluid conduits. The male connector component includes opposing latch arms that extend along a majority of the length of the female connector component when these connector components are engaged with each other. As a result, the engagement of latch catches on the latch arms and latching shoulders on the female connector component occurs near a rear proximal end of the female connector component. This enables a maximum amount of deflection of the latch arms for a given force applied by the user to pivot the latch arms, and the manufacturing of the male and female connector components may be reliably performed by conventional molding processes. Therefore, the fluid conduit connector provides reliable and advantageous operation, especially in high pressure fluid contexts.

Abstract: A dual joint block for pressing a seal against an air conditioner thermal expansion valve housing. The dual joint block includes a body having an inner face and an outer face. The body defines a first aperture and a second aperture. The first aperture extends through the body between the inner face and the outer face. The first aperture is configured to completely surround a first conduit extending therethrough. The second aperture extends through the body between the inner face and the outer face, and is configured to completely surround a second conduit extending therethrough.

Abstract: A connecting block includes a first member having a flow header extending from a sealing surface, a planar end face oppositely directed with respect to the sealing surface, and a perimeter wall angularly oriented with respect to the sealing surface. A second member is slidably received within the perimeter wall of the first member and has a flow member receiving bore axially aligned with the flow header. A bonding zone is created by heating both the first and second members until the planar end face and the planar interior face join together to create a physical connection between the first and second members. A material of the second member is corrosively sacrificial with respect to a material of the first member.

Abstract: A connector for gas piping for detachably connecting gas tubes (T) corresponding to mating pipes (54) provided in a mating connector (50) is provided with a housing main body (10) connectable to the mating connector (50), a sub-connector (30) provided in the housing main body (10), joint pipes (32) connectable to the mating pipes (54) and having the gas tubes (T) connected thereto, and an engaging mechanism for holding the sub-connector (30) and the housing main body (10) in an engaged state.

Abstract: A valve assembly is provided. The valve assembly includes a valve housing and a harbor provided at a lower portion of the valve housing. The valve housing has an internal bore for receiving a valve control cartridge, and the harbor has a first recess suitable for receiving a water supply tube, and a second recess suitable for receiving a second water tube, wherein the harbor also has a slot. The valve assembly further includes the water supply tube mounted in the first recess, the second water tube mounted in the second recess, and a retainer clip positioned in the slot with that clip simultaneously engaging both tubes. The retainer clip comprises a first leg and a second leg connected by a waist to define there between a retaining area, and at least the first leg has formed thereon a notch adjacent a heel of the leg.

Abstract: A fluid connector including pluggable elements, for example in the form of connector pins or connector sockets that are supported so as to be movable in a direction transverse to a joining direction. Resilient element may be disposed for pre-specifying a rest position of the corresponding pluggable elements.

Abstract: A fluid coupling assembly has a single fluid connection, including a plate and at least a pair of nipples extending away from the plate in a first direction, and at least a pair of connection pipes connected to each of the nipples extending from the plate in a second opposed direction. The nipples include a thread at an outer periphery, a ramped surface spaced in a direction beyond the thread and towards the plate, and a ditch beyond the ramped surface. A fluid coupling has a thread at an inner periphery received on the thread on the nipple, and the coupling has a plurality of circumferentially spaced fingers spaced by grooves, with the fingers being snapped into the ditch and is biased against the ramped surface. The plate, at least a pair of nipples and at least a pair of connection pipes are all formed of an integral piece of metal.

Abstract: A connector for attaching at least one flexible tube to a fluid passage of another object includes a body and at least one connector port on the body. At least one tube port projects from the body and is adapted for fluid communication with the connector port. A portion of the body at least partially surrounds the tube port and defines an interior space containing at least a portion of the tube port. The tube port is sized and shaped for being received in an end of the flexible tube to establish fluid communication with the flexible tube. A tube retainer is at least partially disposed in the interior space defined by the portion of the body and has an engaging portion disposed in relation to the tube port to restrain the flexible tube from lateral movement with respect to the tube port.

Abstract: A height adjustment assembly for a drop hose on an irrigation machine is composed of an elongated bracket having a first end provided with a pair of fittings, and a second opposite end provided with a drop hose retention ring; the drop hose retention ring formed with an opening adapted to permit a drop hose to slide through the opening, the opening defined by an interior surface provided with a pair of diametrically opposed open slots, and a pair of diametrically opposed locking recesses. A key lock fitting is adapted for connecting aligned hose ends of the drop hose and is provided with a pair of diametrically-opposed keys which, in use, are adapted to slide through the pair of opposed open slots and, upon ninety degree rotation of the diametrically-opposed keys, to be received in the pair of diametrically opposed locking recesses.

Abstract: For a hydraulic system of a work vehicle, a fixed connector part fixedly arranged thereon. A fixed connector part has a plurality of hydraulic couplings. A hydraulic work system of a work equipment has hydraulic couplings which are either a movable part having a plurality of hydraulic couplings or a plurality of individual hydraulic connections, each having a hydraulic coupling. The movable connector part is connectable to the fixed connector part by a locking device. The hydraulic couplings of the fixed connector part are constructed to be hydraulically coupled to the hydraulic couplings of the movable connector part and alternatively to the hydraulic couplings of the plurality of individual hydraulic couplings.

Abstract: A hydraulic line attachment device is provided. The hydraulic line attachment device comprises a first assembly comprising a first frame constructed for holding a plurality of first hydraulic line couplers and a first coupling member; and a second assembly comprising a second frame constructed for holding a plurality of second hydraulic line couplers and a second coupling member constructed to engage the first coupling member and align the plurality of first hydraulic line couplers with the plurality of second hydraulic line couplers. At least one of the first coupling member and the second coupling member comprises an arm constructed to engage at least one of the first frame and the second frame and engage the other of the first coupling member and the second coupling member. The other of the first coupling member and the second coupling member comprises a cam that engages the arm to provide tightening of the first assembly relative to the second assembly.

Abstract: A flow-passage connecting device for connecting flow passages of first and second members, including: a joint to be attached at one end to an end portion of the passage of the first member and to be connected at the other end to the passage of the second member, the joint having a hollow space through which a fluid flows; a joint support portion for supporting the joint when the joint is attached, such that a positional adjustment of the joint in a direction perpendicular to a joint attachment direction is permitted within a first position-adjust range; and a position-adjust-range limiting portion disposed distant from the end portion of the passage of the first member in a direction opposite to the attachment direction and configured to limit the positional adjustment of the joint in the perpendicular direction within a second position-adjust range smaller than the first range when the joint is attached.

Abstract: A multi-port device such as a thermal expansion valve for an air conditioning system includes a seal structure with a first seal portion and a second seal portion. The first seal portion includes a metal material adapted to provide a primary seal. The second seal portion is attached to a free edge of the first seal portion and adapted to provide a secondary seal. The multi-port device with seal structure militates against leakage during operation of the air conditioning system.

Abstract: A tube retention block assembly having a support body incorporating one or more tube support passageways of discontinuous character extending across the support body. A displaceable retaining yoke member is adapted for insertion into a slot disposed transverse to the tube support passageways. The retaining yoke member includes one or more engagement cradles adapted to at least partially surround and lock in place tubes extending through the tube support body.

Abstract: A multi-port connector includes a plate employing a plurality of coupling retention mechanisms used to hold a plurality of fluid connectors in alignment for deployment with a respective plurality of fluid ports defined in a structure. The couplings may be loosely retained in the plate to facilitate alignment with the ports and ultimately insertion of the connectors into the ports. Each of the coupling retention mechanisms might be an opening through the plate with engagement mechanism defined within, or in conjunction with, the opening. In accordance with various embodiments of the present invention a (central) fastener may pass through the plate to selectively draw and secure the plurality of fluid connectors into engagement with the respective plurality of ports.

Abstract: In order to create a device for supplying fuel, with a connecting piece for connecting at least one fuel line of an engine, in particular an engine of a small piece of equipment, for example for garden, forest or landscape maintenance or for example of a motorized tool or the like, wherein an intake manifold is provided which is arranged adjacently to a fuel tank, with an improved arrangement of a connecting piece of a device for supplying fuel of an engine, it is proposed that the intake manifold has a retaining device for the retentive arrangement of the connecting piece on the intake manifold.

Abstract: An assembly and method for connecting a movable plate to a fixed plate for connecting hydraulic, pneumatic and/or electric circuits and wherein the movable plate and the fixed plate have matching connector elements. The movable plate includes at least one centering component capable of interacting with the fixed plate. The assembly includes an actuator having a fixed support, a movable component for moving the movable plate relative to the fixed support, between a first retracted position corresponding to a disconnected state of the plates and a second position corresponding to a connected state. The assembly also includes a device for moving the movable plate relative to the actuator, and the movable plate and the fixed support respectively have at least one positioning member and at lest one positioning component which interact to position the movable plate relative to the fixed support when the movable plate is in the first position.

Abstract: A manifold for accommodating at least one fluid is constructed of a plurality of modules that can be interconnected and configured to create a customized manifold. Couplers interconnecting a flow cavity of each module can be selected to determine fluid flow characteristics between module flow cavities. Each module has one or more valve ports. Valves or other flow accommodating apparatus are attached to the manifold via adapters. A first end of each adapter is sized and configured to engage a valve port, and a second end engages the attached apparatus.

Abstract: A manifold for accommodating at least one fluid is constructed of a plurality of modules that can be interconnected and configured to create a customized manifold. Couplers interconnecting a flow cavity of each module can be selected to determine fluid flow characteristics between module flow cavities. Each module has one or more valve ports. Valves or other flow accommodating apparatus are attached to the manifold via adapters. A first end of each adapter is sized and configured to engage a valve port, and a second end engages the attached apparatus.

Abstract: A coupling device for tubes and/or pipes comprising two substantially identical plate-type coupling parts is provided. Each coupling part has an even number of openings to receive inserted plug-in couplings configured as plug parts or socket parts. In one embodiment, the receiving openings for plug parts are arranged mirror-symmetrically across an axis of symmetry from the receiving openings for socket parts. The plug and socket parts are joined by first inserting and securing them into their respective receiving openings in the two coupling parts, then connecting the coupling parts.

Abstract: A heatable hose conduit system is provided for an arrangement for the aftertreatment of exhaust gas in an internal combustion engine. The arrangement introduces a liquid reduction agent into the exhaust gas of the engine. The heatable hose conduit system has hose conduits that conduct the liquid reduction agent and are arranged in pairs in close proximity to hose conduits that conduct heating water. At least one end of at least one pair of hose conduits (6, 7 or 8, 9) terminates at a common connecting block that has a plug member of a plug-and-socket connector. The liquid reduction agent is conducted via the connecting block into the interior of the unit (11) to be connected and the heating water is conducted through a throughflow channel (20) which has an outlet outside the unit (11).

Abstract: A connector for attaching at least one flexible tube to a fluid passage of another object includes a body and at least one connector port on the body. At least one tube port projects from the body and is adapted for fluid communication with the connector port. A portion of the body at least partially surrounds the tube port and defines an interior space containing at least a portion of the tube port. The tube port is sized and shaped for being received in an end of the flexible tube to establish fluid communication with the flexible tube. A tube retainer is at least partially disposed in the interior space defined by the portion of the body and has an engaging portion disposed in relation to the tube port to restrain the flexible tube from lateral movement with respect to the tube port.

Abstract: A hose connection structure for an air mattress and includes a casing, a plurality of pipe fitting units, a retention board and a resilient buckle. The plurality of pipe fitting units is first jointed together to form an assembly, which is then combined with the retention board and the resilient buckle to then mount inside the casing. The pipe fitting units each comprise a plurality of pipe fittings each having a rear end coupled to an air hose extending to an air mattress. A projection formed on the retention board and a barb formed on the resilient buckle are then put into engagement with a connector of an air pump so as to realize connection of multiple hoses and loosening resistance.

Abstract: A connector for attaching a flexible tube to a fluid passage of another object includes a housing and a connector port on the body. The connector port is sized and shaped for connecting the connector port in fluid communication with the fluid passage of the object. The connector includes a tube port projecting from the body. The tube port is adapted for fluid communication with the connector port and is sized and shaped for being received in an end of the flexible tube to establish fluid communication with the flexible tube. The tube port includes a tube retainer that projects from the body toward the tube port. The retainer has an engaging end portion disposed in relation to the tube port to engage the flexible tube when the tube port is received in the flexible tube. The flexible tube is restrained from lateral movement with respect to the tube port.

Abstract: A mounting unit connects a coolant pipe within a radiator tank to a coolant supply pipe or a coolant return pipe outside the radiator tank. The mounting unit includes an engaging structure on the coolant pipe and an engaging flange on the coolant supply pipe or the coolant return pipe. The engaging structure includes a boss, a flange, a connecting hole, and an engaging bolt. The boss is configured to be inserted through a mounting hole of the radiator tank. The engaging flange includes a recess configured for the engaging structure to be inserted therein, a bolt hole configured for the engaging bolt to be inserted therein, and a connecting nipple configured to fluidly communicate with the connecting hole.

Abstract: The application relates to a device in accordance with fluid technology (1), having at least one connecting body (2), through which at least one fluid-carrying conduit (5) extends and to which an elastic fluid-carrying hose (3) can be connected by means of a connecting arrangement (16). The connecting arrangement (16) contains a holding slide (25), which is displaceably seated on the connecting body (2) and through which a pass-through opening (32) extends, which has an insertion section (33) and a holding section (34), which is narrower than the latter. The connected fluid-carrying hose (3) itself has been directly inserted through the pass-through opening (32) of the holding slide (25) into the fluid-carrying conduit (5).

Abstract: Attaching/detaching workability of a fitting block to/from an solenoid valve assembly is improved, and a fixing strength of the fitting block to the solenoid valve assembly is enhanced. The fitting block 41 is intended to be detachably mounted to the solenoid valve assembly 12, and the fitting block 41 is provided with port connecting tubes 42 and 43 detachably fitted in output ports A and B, and tube fittings 44 and 45 to which tubes 46 are connected. The fitting block 41 is further provided with an engagement projection 52 which is engaged with a concave portion 51 formed in the solenoid valve assembly 12, and the fitting block 41 is fixed to the solenoid valve assembly 12 via a portion of the engagement projection 52 by a clip 53 engaged with an engagement groove 57 formed in the engagement projection 52.

Abstract: A hose connector (19, 59) for the assembly in a housing opening (13) of a tank of a portable handheld work apparatus is formed as one piece and has a base plate (20). A sealing rim (21) for mounting in the housing opening (13) is provided on the base plate (20) at a first side (57). The hose connector (19, 59) has at least one connecting channel (31, 32) which projects through the base plate (20) and which, at least at one end, has at least one connecting stub (24, 24?, 25, 26, 26?) for connecting to a hose line. A first connecting stub (26, 26?) is fixed within the sealing rim (21) on the base plate (20) and has a pull-off protector (54). The pull-off protector (54) is at a distance (e) to the base plate (20) perpendicularly to the plane of the base plate (20) which is greater than the distance (f) of the lower edge (51) of the sealing rim (21) to the base plate (20). The lower edge (51) faces away from the base plate (20).

Abstract: A multi-port device such as a thermal expansion valve for an air conditioning system includes a seal structure with a first seal portion and a second seal portion. The first seal portion includes a metal material adapted to provide a primary seal. The second seal portion is attached to a free edge of the first seal portion and adapted to provide a secondary seal. The multi-port device with seal structure militates against leakage during operation of the air conditioning system.

Abstract: A hydraulic line attachment device is provided. The hydraulic line attachment device comprises a first assembly comprising a first frame constructed for holding a plurality of first hydraulic line couplers and a first coupling member; and a second assembly comprising a second frame constructed for holding a plurality of second hydraulic line couplers and a second coupling member constructed to engage the first coupling member and align the plurality of first hydraulic line couplers with the plurality of second hydraulic line couplers. At least one of the first coupling member and the second coupling member comprises an arm constructed to engage at least one of the first frame and the second frame and engage the other of the first coupling member and the second coupling member. The other of the first coupling member and the second coupling member comprises a cam that engages the arm to provide tightening of the first assembly relative to the second assembly.

Abstract: An apparatus for connecting multi-lumen conduits may include a conduit adapter and a conduit collar. The conduit adapter may include a housing, a bayonet connector, and a support member connecting the housing and the bayonet connector. The support member has an aperture that permits fluid communication through the support member. One end of the conduit collar is sized for insertion into the housing, and a second end is adapted to receive a first multi-lumen conduit. The housing also is adapted to receive a second multi-lumen conduit. The bayonet connector engages a primary lumen of the first multi-lumen conduit and the second multi-lumen conduit such that the primary lumen of the second multi-lumen conduit fluidly communicates with the primary lumen of the first multi-lumen conduit. The conduit adapter and the conduit collar are capable of 360 degree rotation relative to each other about a common axis.

Abstract: A connector is described that comprises a male connector portion that is releasably connectable to a complimentary female connector portion. The male fluid connector portion comprises a plurality of hollow needles that are each in fluid communication with a lumen of the associated tubing. The female connector portion comprises plurality of chambers or apertures that comprise a septum seal through which a hollow needle can be passed. Tubing having a plurality of lumens is coupled to the female connector portion and each lumen is in fluid communication with one of said chambers. The male and/or female connector portions also include an alignment guide that allows the hollow needles of the male part to be uniquely aligned with the corresponding septum seals of the female part. The use of the connector for medical purposes is described.

Abstract: A connecting structure for a joint member is constituted by a joint member formed from a metal material and having a hexagonal shape in cross section, which is inserted into a first port of a valve body made from a resin material. A U-shaped clip is inserted into a clip hole that confronts the first port and engages with a pin groove, which is formed on an outer peripheral surface of the joint member. In accordance therewith, axial displacement of the joint member accommodated within the first port is regulated. Further, rotational displacement of the joint member with respect to the first port, which also is formed with a hexagonal shape in cross section, is regulated while the joint member is connected with respect to the first port.

Abstract: A make-break connector assembly having a latching mechanism integral to the top and bottom of the housing. The connector assembly includes connectors for fluid or air flow. The connector assembly has a single button release to release both the top and bottom latches.

Abstract: A hydraulic line attachment device is provided. The hydraulic line attachment device comprises a first assembly comprising a first frame constructed for holding a plurality of first hydraulic line couplers and a first coupling member; and a second assembly comprising a second frame constructed for holding a plurality of second hydraulic line couplers and a second coupling member constructed to engage the first coupling member and align the plurality of first hydraulic line couplers with the plurality of second hydraulic line couplers. At least one of the first coupling member and the second coupling member comprises an arm constructed to engage at least one of the first frame and the second frame and engage the other of the first coupling member and the second coupling member. The other of the first coupling member and the second coupling member comprises a cam that engages the arm to provide tightening of the first assembly relative to the second assembly.

Abstract: The rubber foot mounting structure has a base 20b equipped with a boss hole 30 in the shape of substantially a cylinder and a rubber foot 40 that is formed on an outer side face of a body section 40d in the shape of substantially a column and is made capable of being press-fit to the boss hole 30 by means of flanges 40a1 to 40a4 formed on the outer side face of the body section 40d. Four flanges 40a1 to 40a4 formed on the outer side face of the rubber foot 40 contact the boss hole 30 and the rubber foot 40 gets inserted into the boss hole 30 while the four flanges 40a1 to 40a4 are being compressed.

Abstract: A heater core assembly includes a heater core having two tube stubs projecting therefrom. Two heater tubes engage the two tube stubs, respectively, to define respective abutting interfaces therewith. A clamp couples the heater tubes to corresponding ones of the tube stubs. The clamp includes a first bracket half having two arcuately-shaped openings formed therein for accommodating the stub/tube pairs at the abutting interfaces to permit the stub/tube pairs to extend transversely to the clamp. A second bracket half is hinge connected to the first bracket half to permit opening and closing of the clamp. The second bracket half has two arcuately-shaped openings to accommodate the stub/tube pairs when the second bracket half is pivoted onto the first bracket half. A latch latches the first bracket half and the second bracket half to each other when the clamp is closed.

Abstract: A unitary conduit for transporting a fluid is described, the conduit comprising a body and a flow passage located within the body, the flow passage having an inlet end and an exit end, wherein the flow passage and the body have a unitary construction. In another embodiment, a unitary conduit has a flow passage wherein the cross sectional shape of the flow passage changes from a first cross sectional shape to a second cross sectional shape. In another embodiment, the exterior contour of the body generally conforms to the interior contour of the flow passage. In another embodiment, the flow passage branches to a plurality of sub-passages.

Abstract: The present invention relates to a device for interconnecting multiple fluid conduits in a microfluidic environment. The device is typically used to make a low-pressure fluidic connector system for microfluidic applications. A male connector component containing an array of conical nozzles having through holes is connected to fluidic tubing. A female connector component supports an elastomer membrane having an array of receptacles complementary to the nozzles. Through holes through the female connector and membrane are also connected to fluidic tubing. The conical nozzles are aligned with membrane receptacles and a connecting mechanism evenly distributes a compressive force between the male and female components to establish a fluid-tight seal between the nozzles and the membrane.

Abstract: The disclosed connector to cassette interface system includes a set of individual keyed connectors having a shroud on the lower portion. The perimeter of each shroud includes an array of tabs or protrusions keyed to one of a corresponding array of skirted portals in the cassette cover. The tabs or protrusions on the shroud portion of each individual keyed connector may further serve to prevent rotation of each connector beyond about 60°.

Abstract: A connecting structure for piping members facilitates connection thereof and ensures prevention of liquid leakage. A first piping member includes a first channel, and at least one first joint surface in which at least one first opening communicating with the first channel and a first annular groove are provided. A second piping member includes a second channel, and at least one second joint surface in which at least one second opening communicating with the second channel and a second annular groove are provided. A sleeve for connecting the first and second piping members includes a central bore. The sleeve includes a pair of inserting sections and a partition therebetween. The inserting sections are thinner radially as compared to the partition and are configured to accommodate at least one elastic body which provides a seal when the inserting sections are press-inserted into the first and second annular grooves.

Abstract: A coupling device (100), particularly for liquid-tight coupling of at least one liquid line (10) to a fluidic system (20), is described, which comprises: at least one sealing device (30), which is implemented to receive an end region (11) of the liquid line (10) and has a first sealing surface (31) for placement on an external surface (22) of the fluidic system in such a way that the end of the liquid line (10) is laterally enclosed by the first sealing surface (31) and points toward an opening (23) in the external surface (22), and a clamping device (40), using which the sealing device (30) may be pressed against the fluidic system (20), so that the first sealing surface (31) produces a liquid-tight connection with the external surface (22).