Abstract: A housing (11) of a waterproof connector (10) is formed with terminal accommodating chambers (12) arranged in rows one above another and columns. A rubber sheet (20) for sealing is arranged at a terminal insertion surface side of the housing (11) and has wire insertion holes (24) corresponding to the terminal accommodating chamber (12). The wire insertion holes (24) are dimensioned to be held in close contact with the outer circumferential surfaces of wires (30) inserted therethrough. The rubber sheet (20) is with resilient members (22) having a larger modulus of elasticity than a rubber sheet main body (21) in parts at least on a wire insertion side surface (21a) either or both between the respective rows of the wire insertion holes of the rubber sheet main body (21) formed with the wire insertion holes (24) or/and between the respective columns of the wire insertion holes.

Abstract: A waterproof connector has a housing (2) for accommodating terminal fittings (1) connected to ends of wires (W). An engaging portion (28) is formed on the outer surface of the housing (2). A one-piece rubber plug (15) is mounted in a rear part of the housing (2) to collectively seal the wires (W). A holder (20) is fit to the rear part of the housing (2) to retain the one-piece rubber plug (15) and a cover (27) is arranged on a rear part of the holder (20). The holder (20) is formed with an opening (46) for exposing the engaging portion (28) if the holder (20) is mounted properly on the housing (2) and the cover (27) is formed with a lock (57) that can engage the exposed engaging portion (28).

Abstract: A device for connection of multiple switchgear devices having a first connection plane including at least one plug-in socket for receiving a switchgear device pluggable in a plug-in direction. The device includes a second protection plane with a removable cover having at least one opening for the control means of a device to pass through. The removable cover also includes at least a first pressing area for pressing against a second pressing area of at least one switchgear device, pressing of the first pressing area on the second pressing area at the time the removable cover is positioned providing a holding force for the at least one switchgear device.

Abstract: A male terminal is provided in a terminal hole formed in a flange unit. A female terminal and a grommet having a sealing portion to be fitted into the terminal hole are provided to a harness. A distance from an end of the sealing portion to a fore-end of the female terminal is set smaller than a distance from a fore-end of the male terminal to an opening of the terminal hole. With such setting, the grommet is retained in the terminal hole even if the female terminal is disconnected from the male terminal, thereby ensuring support of the female terminal. Moreover, a stopper is attached so as to cover the terminal hole to prevent the grommet from slipping out of the terminal hole.

Abstract: A connector housing with a mat seal, includes a connector housing a mat seal. At an outer surface of a rear wall of the connector housing, a plurality of passages for a silicone gum forming material are provided outside an area where a plurality of terminal insertion holes are formed. On the outer surface of the rear wall and outside the passages, an annular rib is protruded and surrounds an area inside the annular rib. The mat seal is molded by using the area inside the annular rib as a reservoir space in which the silicone gum forming material overflowing from the seal forming cavity is retained, and using at least one of the passages as a passage for a gate through which the silicone gum forming material is injected into the seal forming cavity, and the other of the passages as passages for overflow.

Abstract: An object of the present invention is to provide a watertight shield connector able to waterproof successfully without an effect of a parting line, and surely preventing an annular packing or a shield shell from falling out with a plain structure.

Abstract: An inline fuse holder for housing a fuse that electrically connects first and second wire terminals is provided. The inline fuse holder can generally include a cannulated fuse holder housing having a cylindrical inner periphery. The fuse holder housing can have a first end that defines a first opening, and a second end that defines a second opening. The first and second ends comprise first locking features. A first wire connector includes a connector housing that defines a through bore. The connector housing can have a boss configured to be received by the first opening of the fuse holder housing. The first wire connector further includes a second locking feature that is configured to selectively lock with one of the first locking features in the installed position.

Abstract: A wire harness includes a cable, a connector including an outer housing including a resin, a cable insertion hole into which an end portion of the cable is inserted, and a concave portion formed on an insertion side of the cable insertion hole, and a welding member including a resin to provide air-tightness between the outer housing and the cable by being welded to the outer housing by ultrasonic welding. The welding member is formed around the cable so as to surround the cable while allowing a gap portion to have a predetermined clearance from the cable, and fitted into the concave portion of the outer housing. Melted resin of the welding member is to flow into the gap portion to form an airtight seal about the cable.

Abstract: Embodiments of the present invention provide an effective seal and connector that maintain a removable mechanical and electrical connection between any two down hole power cables, despite cable movement and well pressure. The connector preferably includes a fluid seal comprised an encasing material that surrounds and/or adheres to protective tubing encapsulating an electrical cable's conductor wires. The encasing material may also surround and/or adhere to the conductive wire's insulation to prevent its outward expansion during well pressure events. The connector's fluid seal also comprises a relatively rigid connection between the connector's protective outer sleeve and the protective tubing encapsulating the conductor wire.

Abstract: A connector includes a housing, a cavity formed in the housing, a terminal to which a cable is connected and which is inserted into the cavity from a rear end side of the housing, and a nut held at a front end portion of the housing, wherein the terminal has a plate-like connection portion extended in an insertion direction to the cavity and an insertion hole formed in the connection portion, and the connection portion, which is inserted into the cavity and protruded from a front end portion of the housing, is bent and arranged along a front end surface of the housing, whereby the insertion hole is communicated with an internal thread of the nut.

Abstract: An electrical connector includes a dielectric body, a plurality of terminals molded in the dielectric body and an insulating housing. The dielectric body has a base portion, and a tongue portion. A rear end of the tongue portion defines a ring-shaped cavity for receiving a ring-shaped waterproof ring therein. The insulating housing has a top wall, two side walls and a bottom wall interconnected with one another to form an accommodating space thereamong. A ring-shaped blocking wall with an insertion groove formed therein is connected with inner sides of the top wall, the two side walls and the bottom wall. The tongue portion is inserted into a front of the accommodating space through the insertion groove with an outer periphery of the waterproof ring resisting against an inner sidewall of the insertion groove, and a front of the base portion abutting against a rear of the blocking wall.

Abstract: A watertight connector has a shell, an insulating housing wrapped in the shell, a plurality of terminals mounted into the shell, a fixing element fixed on the shell. A rear of the insulating housing is recess to form a receiving cavity for receiving a fixing block molded with a plurality of terminals, so there is no hole between the terminals and the insulating housing. A fixing element is fixed on the shell to seal openings of the shell for providing excellent waterproof property. So, all the openings of the watertight connector are sealed tightly. Also, the structure of the watertight connector is simple for reducing the production cost.

Abstract: An electrical penetrator assembly has a ceramic housing with a through bore, a first electrical conductor extending through a first end of the bore and terminating short of a second end of the bore and having an outer end engageable with a first cable, and a second electrical conductor extending through a second end of the bore and terminating short of the first end of the bore, the second conductor having an outer end engageable with a second cable. The conductors are in electrical communication at their inner ends and at least one of the conductors is movable relative to the other conductor to accommodate expansion and contraction as a result of temperature variations, and first and second seals extend between respective ends of the ceramic housing and the first and second conductor, respectively.

Abstract: A one-piece rubber plug (20) includes a main body (21) with insertion holes (24) and tubular projections (22) communicating with the insertion holes (24) and projecting from the rear surface of the main body (21). Restricting surfaces (36) matchable with restriction areas (25) on the outer peripheries of the tubular projections (22) are formed on through holes (33) of a rear holder (30). The rear holder (30) is displaced between a deformation permitting position where the restricting surfaces (36) are not in contact with the restriction areas (25) and where resilient radially expansive deformations of the tubular projections (22) are permitted and a deformation preventing position where radially expansive deformations of the tubular projections (22) are prevented by bringing the restricting surfaces (36) into contact with the restriction areas (25) substantially over the entire circumferences.

Abstract: A sealed electrical connector includes a housing having a terminal-fixing portion, a mating portion for connecting to a counterpart connector and a partition wall therebetween. Contact terminals are fixed into a terminal holder with contact portions protruding out of the terminal holder. The terminal holder is disposed in the terminal-fixing portion. A grommet is placed between the terminal holder and the partition wall. The contact portions extend to the mating portion through the partition wall and the grommet. Molten resin is injected into the terminal holder and fix and seal the contact terminals in the terminal holder. The grommet prevents the resin from leaking into the mating portion through the partition wall. Each contact terminal has a support bracket fixed thereon which supports the terminal in the terminal holder before resin injection. The support bracket allows contact terminals of difference dimension to be fitted and sealed in the housing.

Abstract: A terminal block includes a metal plate (30) with an opening (31) penetrating in a plate thickness direction of the plate material and to be attached and fixed to the motor case. A housing (50) made of synthetic resin is fixed to the metal plate (30). Conductive plates (10) are held in the housing (50) while penetrating through the opening (30). The housing (50) includes a flange (52) that covers an edge of the opening (31) while exposing an outer peripheral edge portion of the metal plate (30). The flange (52) includes a wire-side flange (52A) slidable relative to the upper surface of the metal plate (30), a device-side flange (52B) slidable relative to the lower surface of the metal plate (30) and a coupling (52C) arranged in the opening (31) and coupling the both flanges (52A, 52B).

Abstract: A dummy plug (50) includes a sealing portion (51) to be fit into a seal hole (21) in a liquid-tight manner when the dummy plug (50) is mounted into a connector (A). A support (53) is arranged behind the sealing portion (51). Two resilient locking pieces (56) link the rear end of the sealing portion (51) and the front end of the support (53) and engage with retaining portions (34) of a holder (30) when the dummy plug (50) is mounted into the connector (A). A single deformation space (57) is provided between the resilient locking pieces (56) and is shared to permit resilient deformations of the resilient locking pieces (56).

Abstract: A seal structure includes a housing and a waterproof member provided in the housing. The waterproof member includes a body and electric wire insertion holes formed in the body for passing through electric wires respectively. Each of the electric wire insertion holes has a first insertion part and a second insertion part. An inner diameter of the second insertion part is larger than an inner diameter of the first insertion part. The first insertion part is adapted to hold a first electric wire and the second insertion part is adapted to hold a second electric wire. An outer diameter of the first electric wire is larger than an outer diameter of the second electric wire. An elastic portion attached to an outer periphery of the second electric wire is positioned at the first insertion part or the second insertion part in an intimate contact state.

Abstract: A sealed electrical splice assembly includes a housing defining a cavity and including an opening. A conductive bus plate is retained in the cavity. A plurality of electrically conductive terminals are received in the cavity are electrically connected to the bus plate. The plurality of terminals are connected to a plurality of wire conductors. A seal plug is disposed in the cavity through the opening adapted to sealingly engage an interior surface of the housing surrounding the seal plug. An end cover overlies the seal plug disposed in the opening. The cavity receives the plurality of terminals through the end cover and the seal plug thereby allowing the seal plug to sealingly engage the plurality of wire conductors.

Abstract: In one possible embodiment, a waterproof connector is provided having pins secured to a bendable board. The bendable board and a portion of each of the pins are encased in a compressible material capable of providing a biasing force on the plurality of pins upon mating with a mating surface. The compressible material also provides a deformable sealing surface for mating with the mating surface.

Abstract: A sealed electrical splice assembly includes a housing defining a cavity and including an opening. A conductive bus plate is retained in the cavity. A plurality of electrically conductive terminals are received in the cavity are electrically connected to the bus plate. The plurality of terminals are connected to a plurality of wire conductors. A seal plug is disposed in the cavity through the opening adapted to sealingly engage an interior surface of the housing surrounding the seal plug. An end cover overlies the seal plug disposed in the opening. The cavity receives the plurality of terminals through the end cover and the seal plug thereby allowing the seal plug to sealingly engage the plurality of wire conductors.

Abstract: A portable electronic device may have a sealed connector secured within a device housing. The sealed connector may have a metal shell. A plastic contact housing may be insert molded within the shell. Conductive signal contacts may be laterally spaced in the contact housing. An elastomeric gasket may be assembled or compression molded onto the metal shell. Left and right metal brackets may be welded onto the metal shell to moisture-seal latch windows. A water-resistant sealing layer may be attached to the bottom plate of the metal shell to moisture-seal alignment rail windows. The sealed connector may be pressed against the device housing to place the gasket in a compressed state. The connector may be secured to the device housing by screwing down the metal brackets to a circuit board assembled within the housing while the gasket is in the compressed state.

Abstract: A shielding connector has a housing (20) accommodating female terminals (15) connected to electric wires (10). The housing (20) is inserted in a die cast tubular shielding shell (40). An elastic locking piece (34) is provided on the housing (20) and locks an open edge (48) of the shielding shell (40) to prevent removal of the housing (20) that has been mounted properly in the housing (20). A retainer (50) is mounted on the housing (20) from the rear and prevents the elastic locking piece (34) from flexibly displacing in an unlocking direction. An open end (70A) of a braided wire (70) is placed on a mounting groove (46) formed on the shielding shell (40) and is fixed to the mounting groove (46) with a tightening band (60) whose diameter can be decreased with a tool.

Abstract: The subject of the invention is a plug for a socket of a connector housing including a sealing front part with a mat-seal equipping the rear of connector housing, and a rear part defining a zone for holding the plug in a rear passage of the connector housing, front part and rear part being connected by a transition zone.

Abstract: A connector has an inner housing with a cavity for housing a terminal fitting, an outer housing assembled displaceably to the inner housing and a rubber plug. The rubber plug has a sealing portion, a vibration reducing portion and a vibration absorbing portion. The sealing portion is mounted fixedly on a rear end portion of the terminal fitting and is brought into close contact with an inner peripheral surface of the cavity. The vibration reducing portion is fit in a holding hole formed in the outer housing and thus is displaced with the outer housing. The vibration absorbing portion has a smaller thickness than the vibration reducing portion and connects the sealing portion to the vibration reducing portion. The vibration absorbing portion is outside the holding hole and in front of the holding hole.

Abstract: A connector that has a high waterproof property, and can be easily assembled. A housing is formed with a through hole for accommodating a contact which is connected to a cable. An elastic sealing member that has a hollow cylindrical shape and is fitted on an outer peripheral surface of the cable is accommodated in a rear portion of the through hole, and an urging member having a hollow cylindrical shape is fitted on an outer peripheral surface of the housing. The urging member is formed with a tapered surface for urging a rear end of the elastic sealing member against the outer peripheral surface of the cable when the urging member is fitted on the outer peripheral surface of the housing.

Abstract: A waterproof solar power cable connector includes a first connection member, a clamping member, a waterproof member and a second connection member. The first connection member includes two open ends and a tapered inner periphery. The clamping member is received in the first connection member and has a ring from which multiple resilient pieces extend. The waterproof member is inserted into the first connection member and clamped by the resilient pieces of the clamping member. The ring of the clamping member is matched with the engaging portion of the waterproof member. The second connection member is connected to the first connection member. The second connection member has a contact surface which is matched with the engaging portion of the waterproof member so as to seal the connection between the inner periphery of the first connection member and the waterproof member to prevent from watering entering to damage the cable.

Abstract: A retainer (40), a rubber plug (60) and a rubber plug pressing member (70) are mounted in a housing (10). The retainer (40) is movable between a partial locking position and a full locking position, and the rubber plug pressing member (70) is movable between an initial position and a pushed-in position. The rubber plug pressing member (70) is formed with arm portions (74) projecting therefrom. The retainer (40) is formed with unlock linking portions (46) for linking a movement of this retainer (40) from the full locking position to the partial locking position and a movement of the rubber plug pressing member (70) from the pushed-in position to the initial position with each other by coming into sliding contact with the arm portions (74).

Abstract: A waterproof (10) is provided with a capacitor (40); two busbars (35) connected via the capacitor (40). Each busbar (35) includes tabs (36), a coupling (37) connecting the tabs (36), and a connecting portion (38) connected to an electrode of the capacitor (40). A housing (11) houses the busbars (35) and the capacitor (40) and is open only in one direction. The housing (11) holds the terminal fittings inserted through an opening (12) of the housing (11) to be connected to the tabs (36) of the busbars (35). A seal (50) is press-fit into the housing (11) through the opening (12) and has through holes (51) through which the wires are closely inserted. A holder (60) having wire insertion holes (63) corresponding to the through holes (51) is mounted to cover the opening (12) of the housing (11) to retain and hold the seal (50).

Abstract: The present invention provides a water-proofing joint connector capable of electrically interconnecting a plurality of terminals, with a simple structure, irrespective of the number of the terminals. The water-proofing joint connector includes a connection conductor, a housing and a cap member. The connecting conductor has a plurality of fitting portions to be fitted with respective terminals, preliminarily held within the housing. The housing includes a plurality of terminal insertion portions and a cap-member insertion portion which opens to an opposite side of the terminal insertion portions. The cap member has a cap portion to close the cap-member insertion portion and a fit detection portion to come into contact with the terminal locking portion elastically displaced by the terminals failing to be fully fitted, to thereby prevent the cap member from being attached to the cap-member insertion portion.

Abstract: A waterproof connector has a housing (21) with cavities (22) for accommodating terminal fittings (40). A wire insertion tube (24) is integral to the housing (21) and receives wires (41) connected with the terminal fittings (40). Rubber plugs (42) are mounted on the wires (41) for liquid-tight sealing between the outer circumferential surfaces of the wires (41) and the inner circumferential surface of the wire insertion tube (24). A back retainer (50) retains the rubber plugs (42) in the wire insertion tube (24). Engaging projections (54) project out from the back retainer (50) and engaging recesses (30) are formed in the wire insertion tube (24) to engage the engaging projections (54). Rounded edges (32) are formed at the inner circumferential surface of the wire insertion tube (24) along opening edges (31A) of the engaging recess (30) extending in a direction intersecting with a longitudinal direction of the wire insertion tube (24).

Abstract: Systems and methods are disclosed that include a first registered jack and a junction coupled to the first registered jack. These systems and methods also include a first source unit connected to the junction and a first layer encasing at least part of the first registered jack, the junction, and the first source unit. In addition, these systems and methods include an o-ring preventing surrounding the first layer and a housing encasing the first layer and the o-ring.

Abstract: A portable electronic device may have a sealed connector secured within a device housing. The sealed connector may have a metal shell. A plastic contact housing may be insert molded within the shell. Conductive signal contacts may be laterally spaced in the contact housing. An elastomeric gasket may be assembled or compression molded onto the metal shell. Left and right metal brackets may be welded onto the metal shell to moisture-seal latch windows. A water-resistant sealing layer may be attached to the bottom plate of the metal shell to moisture-seal alignment rail windows. The sealed connector may be pressed against the device housing to place the gasket in a compressed state. The connector may be secured to the device housing by screwing down the metal brackets to a circuit board assembled within the housing while the gasket is in the compressed state.

Abstract: Upon fitting of the first housing 10 and the second housing 50, joints 21, 63 of the two terminals 20, 60 are superposed in the fitting portion 11, the two joints 21, 63 having respective bolt-insertion holes 21A, 63A that allow for insertion of a bolt V thereinto so that the two joints 21, 63 are fixed together. The fitting portion 11 of the two housings 10 has an operation hole 23 that allows for bolting of the two terminals 20, 60. A first shield shell 40 is attached to the first housing 10. The first shield shell 40 is fixable to the case. A second shield shell 70 is attached to the second housing 50. The second shield shell 70 in a fitted state of the two housings 10, 50 is slidable between: a position to expose the operation hole 23 to the outside; and a position to cover the operation hole 23 and to cooperate with the first shield shell 40 to cover the fitting portion 11.

Abstract: A waterproof connector has a housing (10) with a rearwardly open stopper accommodation part (20). A rubber stopper (50) is accommodated in the stopper accommodation part (20) and has wire insertion holes (52). A holder (70) is mounted on the housing (10) for preventing the rubber stopper (50) from being removed from the stopper accommodation part (20). A positioning part (58) is formed on the rubber stopper (50). A positioning receiving part (26) is formed on the stopper accommodation part (20) and mates with the positioning part (58) when the rubber stopper (50) is in a correct posture so that the rubber stopper (50) can fit in the stopper accommodation part (20). The positioning part (58) interferes with the positioning receiving part (26) when the rubber stopper (50) is in an incorrect posture so that the rubber stopper (50) cannot fit in the stopper accommodation part (20).

Abstract: A watertight connector has a shell, an insulating housing wrapped in the shell, a plurality of terminals mounted into the shell, a fixing element fixed on the shell. A rear of the insulating housing is recess to form a receiving cavity for receiving a fixing block molded with a plurality of terminals, so there is no hole between the terminals and the insulating housing. A fixing element is fixed on the shell to seal openings of the shell for providing excellent waterproof property. So, all the openings of the watertight connector are sealed tightly. Also, the structure of the watertight connector is simple for reducing the production cost.

Abstract: A connector has an inner housing (11) accommodating female terminal fittings (80); an outer housing (12) disposed to surround a periphery of the inner housing (11); and a rubber member (70) disposed to be sandwiched between the inner and outer housings (11, 12). When a mating housing (90) is fit between the inner and outer housings (11, 12), the rubber member (70) is held therebetween and is compressed in a fit-on direction and with a fit-on surfaces of the inner and mating housings (11, 90) kept in contact with each other in a pressed state.

Abstract: A terminal comprising a plate shaped electrical connector including an engagement portion and an equipment portion, a ring shaped support member intimately attached to an outer periphery of the equipment portion and abutting to the engagement portion, and a ring shaped elastic seal intimately attached to the outer periphery of the equipment portion and adjacent to the support member from a side of the support member opposite a side abutting the engagement portion. Also, a connector comprising the terminal and a connector housing including a terminal space into which the terminal is inserted, the terminal space having an inner peripheral wall.

Abstract: Heat sealing a connector assembly can be performed by providing connector assembly in component accessible state, overlaying sealing tape on electrical contacts and housing, sealing tape being impregnated with heat sensitive adhesive, the overlaying leaving the dimples exposed, and sealing the connector assembly by applying heat to heat sensitive sealing tape.

Abstract: The electrical connector includes an insulating housing, for receiving at least one electrical contact terminal connected to a cable, wherein at least one terminal accommodating chamber is formed, said insulating housing including a front face intended to mate with a counterpart connector, and a rear wall provided with a rear slot for introducing each terminal in the respective chamber. It further including a sealing deformable material facing the rear wall, and a press for pressing the sealing deformable material against the rear wall. The press comprises a flap connected to the housing so as to be able to rotate between an open position in which access to the rear slot is allowed, and a closed position in which the flap presses the sealing deformable material against the rear wall, so that the sealing deformable material deforms in order to sealingly close the rear slot and come into contact with the cable when it is inserted.

Abstract: A connector assembly includes an outer housing, an inner housing, a collet, and a retainer. The outer housing longitudinally extends between a front end and a rear end. The rear end has an opening for receiving a cable. The inner housing is located within the outer housing and includes a shield that is electrically coupled with the cable to restrict emission of electromagnetic interference. The collet is disposed around the cable at the rear end of the outer housing. The collet includes longitudinally extending fingers that are configured to engage the cable. The retainer is secured to the rear end of the outer housing and secures the collet between the outer housing and the retainer. The retainer and the collet redirect strain imparted on the cable away from an interface between the shield and the cable.

Abstract: An electronic device includes a wiring board, a connector, a case, and a sealing member. The connector includes a housing and a plurality of terminals held by the housing and arranged in a longitudinal direction of the housing. The case has an opening for exposing a part of the connector. An inner space of the case is a waterproof space due to the sealing member. The sealing member includes a parallel part approximately parallel to a surface of the wiring board and an inclined part extending in a direction approximately perpendicular to the longitudinal direction of the housing of the connector.

Abstract: A connector is provided comprising a tubular connector body with a mating end, an end face at the mating end, an outer diameter, and a center axis. A circular groove in the end face defines a ring with a sealing surface, and a coupling member mates with the sealing surface. The coupling member has a mating end configured to connect with a separate device.

Abstract: Electrical connector including a sealing mat made of a deformable material body having a thick portion and a thin portion having: an upper face a lower face parallel to the upper face, hollow passageways extending along a longitudinal axis from the upper face to the lower face, a housing including a receiving portion, a grid including a compression portion, the sealing mat being compressed between the receiving and compression portions.

Abstract: A locking device for connectors is provided that uses a threaded seal latch application using a ferrule. The locking device secures leads in electrical connectors, particularly connectors involved in medically implantable devices. The locking device utilizes a threaded nut, pre-assembled onto a lead cable with a ferrule. The lead cable is inserted into and engages with a threaded sleeve, the threaded sleeve serves as an opening for the in-line stack inside a housing. The threaded nut engages the threaded sleeve, and the ferrule along the lead cable is encased therebetween. The ferrule is pushed into and against the inner surface of the threaded sleeve by the threaded nut, tightly securing the ferrule in place, and thereby locking the lead cable in the desired position.

Abstract: Disclosed are a digital band connector, a receptacle, and a connector assembly for easily connecting digital bands formed of digital yarns to an external circuit. The digital band connector includes connect pins spaced apart from each other in a direction, passing through the digital bands made of digital yarns and to fix the digital bands, and electrically connected with the digital bands, a lower housing fixing the digital bands and the connect pins in a lower part and exposing one end of each of the connect pins through a lower surface, and an upper housing coupled with an upper part of the lower housing to fix the digital bands and the connect pins.

Abstract: A ferrule configured to couple a textile sleeve to an electrical has a cylindrical wall with an inner surface providing a cavity sized for receipt of an elongate electrical member therethrough. The cylindrical wall extends between a first end configured for attachment within a cavity of the textile sleeve and a second end having a radially outwardly extending annular rim configured for attachment to the electrical connector. The cylindrical wall has at least one radially outwardly extending annular bead adjacent the first end with the annular bead providing a radially inwardly facing annular pocket. At least one seal member is disposed in the cavity for sealed abutment with the inner surface and the elongate electrical member.

Abstract: In one possible embodiment, a waterproof connector is provided having pins secured to a bendable board. The bendable board and a portion of each of the pins are encased in a compressible material capable of providing a biasing force on the plurality of pins upon mating with a mating surface. The compressible material also provides a deformable sealing surface for mating with the mating surface.

Abstract: The mounting arrangement is applied to a refrigeration compressor having a shell (1) externally carrying energizing pins (2) and comprises: a connector (10) to be mounted to the shell (1) and having a non-electric conducting base body (11) which houses and retains electric terminals (4) attached to an electric supply cable (3) and which are designed to fit said energizing pins (2), one of the parts of shell (1) and base body (11) of the connector (10) carrying locking means (20) to be engaged to respective locking receiving means (30) provided in the other part, when the connector (11) is mounted to the shell (1); and an elastic sealing means (40) carried by one of the parts of shell (1) and connector (11) and to be pressed between said parts, around the energizing pins (2), when the connector (11) is mounted to the shell (1).

Abstract: A stack able patch cable for splitting an electrical signal is described. The patch cable includes two plug members connected via a cable. Each plug member includes a male end and a female end. The male end has a male signal contact and a male shield contact electrically isolated from the male signal contact. The female end includes a female signal contact and a female shield contact electrically isolated from the female signal contact. Additionally, the female signal contact is electrically connected with the male signal contact and the female shield contact is electrically connected with the male shield contact. Further, the female end is configured to receive a male end of a plug to electrically connect the corresponding contacts. Thus, the plug member is capable of receiving and connecting directly with another plug member to split a signal while maintaining signal quality.