279 results about "Mating connection" patented technology

The multi-deposit end effector system 100 can include: a set of actuators 110; an optional set of utensil mating connectors 120; and a plurality of utensils 200. Each utensil can include: a set of scoops 210; a set of mechanical linkages 220; a set of ingressive elements 230; and / or any other suitable components. However, system 100 can additionally or alternatively include any other suitable set of components. The system functions to facilitate ingredient (e.g., foodstuffs) manipulation with the plurality of utensils. More preferably, the system can function to facilitate portioned ingredient picking and / or deposition (e.g., insertion at a target foodstuff container and / or placement location) using each utensil of the plurality of utensils.

An electrical connector includes an insulative housing, metal terminals, and a metal shell. The terminals may be disposed in the housing such that contact portions of the terminals are exposed in openings of the housing and are arranged to contact conductive portions of a mating connector when the electrical connector and the mating connector are mated. The shell may surround external surfaces of the housing and may include a first and second portions separated by a third portion. The third portion may a width that is less than those of the first and second portions, such that a shape of the shell may include at least one recess positioned between the first and second portions. Portions of the shell may be spaced apart from the housing to define plugging spaces configured to receive legs of the mating connector.

An electrical connector includes an insulative housing, metal terminals, and a shell surrounding the housing. Contact portions of the metal terminals are exposed in openings of the housing and are arranged to contact conductive portions of a mating connector when the electrical connector and the mating connector are mated. The shell includes a first portion having a first length and a first width, and a second portion having a second length and a second width different from the first width. The first and second portions of the shell may have heights that are different from each other, such that a step is positioned between the first and second portions of the shell. The housing may have first and second portions having different heights, such that a shoulder is positioned between the first and second portions of the housing.

An electrical connector (102) having recordable position assurance includes a housing (118), an indicator feature (162), and a concealing feature (134). The housing is configured to engage a mating connector (104) during a mating operation. The indicator feature has a visual identifier disposed thereon. The indicator feature and the concealing feature are movable relative to one another between a concealed position and an exposed position. The concealing feature conceals at least a portion of the visual identifier in the concealed position. The visual identifier is exposed or can be exposed in the exposed position. The indicator feature is in the exposed position relative to the concealing feature when the housing is fully mated to the mating connector, and is in the concealed position relative to the concealing feature when the housing and the mating connector are not fully mated.

The invention discloses a connector in the field of safe locking of connectors. The connector comprises a first shell, a wrench and a retainer, a main lock buckle is arranged on the first shell; the wrench is rotationally installed on the first shell, and the wrench is configured to be connected with the main lock buckle in a matched mode; the retaining part is movably installed on the first shell, the retaining part is provided with a first position for fixing the wrench and a second position for interfering with the wrench and fixing the main lock buckle, and the retaining part and the wrench move and interact to switch the first position and the second position; the first shell designed in the invention is provided with the retaining part which is movably mounted, when the retaining part moves, if misoperation (excessive movement) of the retaining part occurs, the retaining part restrains the stroke of the wrench, the main locking function cannot be realized, the two shells cannot be interlocked to a connecting position in practical application, an operator is reminded, and the safety of the wrench is ensured. Therefore, a series of serious potential safety hazards and system faults are avoided.

The invention provides a floating mechanism for blind plugging connection and a liquid cooling blind plugging connection system. The floating mechanism comprises a mounting fixing seat fixedly connected with a case; the joint mounting seat is used for mounting a blind-plug joint; the floating connecting assembly is connected between the mounting fixing seat and the joint mounting seat and is configured to allow the joint mounting seat to float in a radial plane relative to the mounting fixing seat; the independent guide mechanism is arranged between the mounting fixing seat and the joint mounting seat and is separated from the floating connecting assembly in space; the independent guide mechanism is configured to restrain axial deflection of the connector mounting base when the connector mounting base floats in the radial direction. The blind plug connector is used for solving the problem that an existing blind plug connector cannot meet the dual requirements of compensating macroscopic assembly tolerance and restraining microcosmic angle deflection at the same time in a limited space due to mutual restriction of the floating amount and the deflection control capacity, and consequently plug-in failure is caused.

The utility model discloses a fitness equipment installation structure and fitness equipment wherein the fitness equipment installation structure comprises: a base, the bottom of which is provided with an installation groove; the base is provided with an inserting block, and the inserting block is in sliding fit with the mounting groove; one end of the connecting piece is connected to the inserting block and is in transmission fit with the inserting block; when the inserting block is inserted into the mounting groove, the other end of the connecting piece can abut against and be fixed to the groove wall of the mounting groove so as to drive the base to be mounted to the machine base. The connecting piece can be hidden in the mounting groove without being exposed by adopting a double-end fixing mode, so that the damage to a user due to the bulge on the surface of the machine base is reduced, the base can be effectively prevented from loosening or shaking in a high-strength training process, and the training safety and effect are improved; in addition, a user only needs to align the inserting block on the base with the mounting groove of the machine base and slightly push the inserting block into the mounting groove, then mounting can be completed through the connecting piece, the whole process is simple and rapid, and the use convenience of the user is greatly improved.

The invention relates to a connector (1) designed for mating with a mating connector (2) along a mating direction (z), comprising connectors (1): -- a case (3); -- an operating element (4) that can be moved from a first position (P1) to a second position (P2), in particular a lever (5) rotatable about a rotary axis (A) or a sliding slider, which is designed in particular to reduce the operating force when connecting connector (1) and mating connector (2), -- a locking element (6) that can be moved along an unlocking direction (ER) from a locking position (S1) to an unlocking position (S2), in particular wherein, during the connection process, a displacement of the control element (4) from the first position (P1) to the second position (P2) displaces the connector (1) towards the mating connector (2) and connector (1) and mating connector (2) are connected to each other in the second position (P2) of the control element (4), wherein the locking element (6) in the second position (P2) of the control element (4) is coupled to a complementary coupling element (7) such that the control element (4) is blocked against displacement in the direction of the first position (P1), wherein the locking element (6) automatically couples with the coupling element (7) when the control element (4) is moved into the second position (P2), in particular in the manner of a primary latching mechanism.

The invention relates to a connector (1) which is designed to be plugged together with a mating connector (2) along a plugging direction (z), the connector (1) comprising: -- a housing (3) with a housing interior (4); -- a plurality of contact elements (50) arranged in the housing interior (4); -- at least one Ethernet contact element (5) arranged in the housing interior (4) with an Ethernet cable (6) connected thereto; -- a single-cable seal (7) which is arranged on the Ethernet cable (6) and which bears against a housing sealing surface (9) on its single-cable seal outer side (8); -- a cap (10), in particular a round or oval cap, with an opening (11), in particular a central opening, through which the Ethernet cable (6) is passed; wherein the cap (10) is attached to the housing (3), in particular detachably, wherein the cap (10) and the single cable seal (7) are captively coupled to one another.

A connector and a connector assembly. The connector is configured for plug-in engagement with a mating connector, the connector comprising a main body, a limiting member and a lever. The side wall on at least one side of the main body is provided with an accommodating space. The limiting member is rotationally connected to the main body; when the limiting member is not under pressure, at least part of the limiting member protrudes beyond the outer surface of the main body. The lever grips both sides of the main body and is capable of rotating, wherein the lever is rotationally connected to the part of the limiting member protruding beyond the outer surface of the main body. In the present application, when the lever is not mounted on the connector, the limiting member is not subjected to the gripping force from the lever, such that the part of the limiting member configured to be gripped by the lever naturally protrudes beyond the outer surface of the main body. When the connector provided in the present application is plugged into the mating connector, the part of the limiting member that protrudes beyond the outer surface of the main body interferes with the mating connector, preventing the connector provided in the present application from being plugged into the mating connector normally. In this way, an operator has a direct sense of anomalies in the state of insertion, allowing the operator to promptly notice the problem of lever missing or detachment, thereby preventing the connector that does not have the lever mounted thereon from being left at a vehicle operation site. In addition, after the lever is mounted on the connector, the gripping force provided by the lever enables the limiting member to be accommodated in the accommodating space, thereby preventing the connector provided in the present application from interfering with the mating connector when plugged into the mating connector normally.

A connector includes a shield that comes into contact with a mating shield of a mating connector in a fitted state where the connector and the mating connector are fitted to each other. The shield includes an outer wall, an inner wall including an inner facing part, and a coupling part coupling the outer wall and the inner wall. The coupling part includes an inner coupling part connected to the inner facing part. The inner coupling part includes an inner curved part curved and bulging toward an inner side of the connector. A step is formed by a first portion and a second portion on an outer surface of the inner curved part. A part of the first portion is located inside the connector with respect to the second portion.

A connecting end (1), which is used to cooperate with a docking end (1a). The connecting end (1) comprises a valve seat (100) and a valve core (200). The valve seat (100) is internally provided with a flow channel (110). The valve core (200) is movably provided in the valve seat (100). The valve core (200) is provided with a pushing recess (210). The pushing recess (210) is used for inserting a pushing part (150a) on the docking end (1a) and for driving the valve core (200) to move, so as to open or close the flow channel (110). The valve core (200) is an integrated structure, and at least a wall surface (260) in contact with the valve seat (100) is made of a plastic material so as to be sealed with the valve seat (100). The connecting end (1) is directly sealed with the valve seat (100) by using the valve core (200), so that liquid in the flow channel (110) is blocked from the outside, thereby prevent liquid in the flow channel (110) from leaking from a matching surface between the valve core (200) and the valve seat (100). Furthermore, the valve core (200) is an integrated structure, which avoids a reduction in sealing performance caused by displacement of a conventional sealing pad, and improves the sealing reliability of the connecting end (1). The structure is simplified, and the assembly process is simpler. A liquid connector, which has the same technical effect.

The utility model relates to the technical field of power supply connectors, and discloses a power supply connector convenient to fix, which comprises a female seat and a male head, three groups of plug holes which are distributed in parallel are formed in the female seat; fixing assemblies used for being fixed to the connecting plate are arranged on the two sides of the female base. The male head is provided with three groups of connecting plugs which are distributed in parallel, the connecting plugs are arranged in one-to-one correspondence with the inserting holes, and the connecting plugs can be inserted into or separated from the inserting holes; and a stably connected lock catch assembly is arranged between the female seat and the male head. By arranging the fixing assembly and cooperatively connecting the locking screw or the clamping connecting rod with the connecting plate, the stable connection with the equipment connecting plate is realized, the problem that the female seat and the male head are loosened and fall off due to mechanical vibration, external force pulling or equipment movement is avoided, and the long-term stable operation of the power supply connector is ensured. Meanwhile, the lock catch assembly is additionally arranged between the female seat and the male head, so that the female seat and the male head are automatically locked through elastic deformation after being connected in an inserted mode, and accidental disengagement caused by vibration or mistaken touch is further prevented.

The utility model relates to the technical field of passage control equipment, and disclose a vertical non -inductive passage device, including box, identification subassembly, gate and buried part: the lower surface of box and the upper surface of buried part are pasted, the lower surface middle position of box is installed with male block through bolt, is set up in the insertion slot on buried part, the both sides of insertion slot all are set up with lateral groove. This kind of vertical non -inductive passage device, through setting the positioning post on the lower surface of the box, the positioning slot is correspondingly set up on the buried part, the quick accurate positioning of the box and the buried part can be realized by the plug-in cooperation, and the installation process is greatly simplified. At the same time, after the male block of the box bottom inserts the insertion slot of the buried part, the spring in the lateral groove pushes the convex side of the limiting block and the male block to closely adhere, forms effective limiting, and the guiding effect of connecting rod no.

1. The name of the design product: connecting terminal body. 2. The use of the design product: the connecting terminal of the design is used for connector, and the connecting terminal body is used for cooperating with the mating connecting terminal. 3. The design points of the design product: the shape shown in the solid line part in each view. 4. The picture or photo that best shows the design points: design 1 perspective view 1. 5. Design 1 is designated as the basic design.

The present invention relates to a connector arrangement (1) comprising a connector housing (2) which can be connected to a mating connector at a plug-in side (3), a cable (4) comprising at least one optical fiber (5.1; 5.2) enclosed by a cable sheath (6), a fastening unit (7) and a contact unit (8) comprising at least one contact side (30.1; 30.2), wherein the optical fiber (5.1; 5.2) protrudes from the cable sheath (6) at a cable end (11) of the cable (4), the contact unit (8) is arranged inside the connector housing (2), and the optical fiber (5.1; 5.2) extends through the contact unit (8) to the contact side (30) where the optical fiber (5.1; 5.2)2) is signal-conducting and connectable to the mating connector, the fastening unit (7) encloses the cable sheath (6) at the cable end (11), the fastening unit (7) is materially and / or form-fit connected to the cable sheath (6), the fastening unit (7) has at least one first locking element (12.1; 12.2) which is connected to at least one first counter-locking element (13.1; 13.2) on the connector housing (2) so that the cable (4) is attached to the connector housing (2) and at least one spring element (14.1; 14.2) is arranged between the contact unit (8) and the fastening unit (7) which biases the contact unit (8) towards the plug-in side (3) against a stop surface (15) of the connector housing (2).

The present invention provides a connector that can prevent the wires extending from the terminal portion from interfering with the insulating wall of the housing. [Solution] The connector of one embodiment comprises a housing having a cylindrical portion whose first axial end is a mating portion that fits into a mating connector, and a plurality of terminal portions arranged inside the cylindrical portion in a first intersecting direction that intersects the axial direction of the cylindrical portion, each including a tip portion located on the first end of the cylindrical portion and connected to a mating connector, and a base portion located on the second axial end of the cylindrical portion and connected to an electric wire, wherein the housing has an insulating wall that extends in the axial direction of the cylindrical portion between adjacent terminal portions in the first intersecting direction, with the first intersecting direction being the thickness direction, and the end of the insulating wall located on the second end of the cylindrical portion has a first end region located on one side of the second intersecting direction that intersects the axial direction and the first intersecting direction, and a second end region located adjacent to the first end region in the other side of the second intersecting direction and located on the first end side of the cylindrical portion than the first end region.

A connector assembly configured to mate with a mating connector along a mating direction is disclosed. The connector assembly includes a circuit board including a mating section including a plurality of electrically conductive mating pads and a cable section including a plurality of electrically conductive first, second, and third cable pads electrically connected to the mating pads. The connector assembly includes a first cable stack, a second cable stack, and a third cable stack. Each of the cable stacks is folded about a corresponding fold line of the cable stack that extends across an entire width of the cable stack to form a fold angle of less than about 30 degrees between opposing first and second portions of the cable stack at the fold line. The first portions extend along a mating direction and are arranged side-by-side in a substantially coplanar relationship with each other. The second portion extends substantially orthogonal to the mating direction.

The invention relates to a connecting device and a connecting process for flexible pipes. The connecting device comprises a positioning comb assembly, the positioning comb assembly comprises a male positioning piece and a female positioning piece which are connected in a matched mode, the male positioning piece is provided with a male comb head, the female positioning piece is provided with a female comb head, the male comb head and the female comb head are connected in a comb-tooth-shaped matched mode, a containing cavity is formed in the matched position of the male comb head and the female comb head, and the flexible pipe is placed in the containing cavity. The end portion of the flexible pipe can be accurately positioned into a hole of the collecting pipe through the positioning comb assembly, heat generated in the welding process can be rapidly discharged through the collecting pipe connecting assembly, and the phenomena of infirm welding and stress concentration are avoided.

The invention discloses a cross bridging connecting piece and a crossing frame, and belongs to the technical field of crossing frames. The cross bridging connecting piece comprises cross bridging connecting piece bodies arranged at the intersections of vertical rod pieces and transverse rod pieces and second inserting pieces arranged at the ends of inclined struts, the cross bridging connecting piece bodies are arranged at intervals, and each cross bridging connecting piece body comprises a clamping piece, a matching piece used for being connected with the clamping piece in a matched mode and a connecting assembly. The connecting assembly is provided with a first butt joint piece rotationally arranged at the matching piece, and a second butt joint piece is rotationally arranged at the first butt joint piece. Compared with the prior art, the cross bridging connecting piece bodies are arranged at the intersections of the vertical rod pieces and the transverse rod pieces, the head ends and the tail ends of the diagonal bracings and the intersections of the diagonal bracings which are arranged in a crossed mode can be limited at the same time, the intersections of the vertical rod pieces and the transverse rod pieces can be reinforced, and the overall stability of the crossing frame is effectively improved.

The invention relates to a connector assembly comprising a central conductor and an outer conductor which are coaxial, characterized in that the connector further comprises: a coupling connected to the outer conductor and configured for coupling with a mating coupling of a mating connector; a sleeve surrounding the outer conductor and movable relative to the outer conductor between a locked position and an unlocked position; at least one column connected to the outer conductor; at least one groove which is formed on the sleeve and interacts with the cylindrical part, the groove having a guide section and a locking section, the cylindrical part being able to guide the sleeve in the guide section of the groove when the sleeve is moved between the locking position and the unlocking position, and the cylindrical part being able to lock the sleeve in the unlocking position when the sleeve is in the locking position. The cylindrical part can stop in the locking section of the sleeve, so that the sleeve can continue to be kept in the locking position when subjected to axial backward tension. The invention also relates to a connector assembly.

This application provides a transfer module and a fluid device. The transfer module includes a first connecting part, a second connecting part, and a mating connecting part. The first connecting part and the second connecting part are opposite to each other and spaced apart, forming a fluid cavity. The first connecting part has a first through hole communicating with the fluid cavity, and the second connecting part has multiple second through holes communicating with the fluid cavity. At least one partition is detachably provided in the fluid cavity to divide it into multiple chambers, which are spaced apart from the first connecting part to the second connecting part. The partition has multiple perforations communicating with the chambers on opposite sides of the partition. The number of perforations in each partition and the number of second through holes in the second connecting part increase progressively from the first connecting part to the second connecting part. This improves the control accuracy of fluid distribution by the transfer module. Furthermore, the transfer module is integrated and occupies less space.

The utility model relates to a connector and a connector pair. The connector includes: a housing including an accommodating recess for accommodating a mating connector; a terminal attached to the housing; and the metal fitting is attached to the shell and is used for fixing the shell on a substrate. The metal fitting comprises: a body part fixed to the housing; at least one part of the first L-shaped part is exposed outside the shell near the front surface of the opening of the accommodating concave part; and a second L-shaped portion exposed in the open front surface of the housing, in which the first L-shaped portion and the second L-shaped portion include surfaces facing each other across the wall of the housing, the body portion is flat-plate-shaped, and an edge portion of the body portion on the second L-shaped portion side includes a convex portion engaged with the housing. And the edge part of the body part on the first L-shaped part side comprises a convex part capable of sliding on the shell. And components are few, firm, easy to manufacture, low in cost and high in reliability.

A connector shell assembly comprises a shell and a radiator assembly. The shell has an opening and a slot hole formed in its top wall. The radiator assembly includes an elastic clip fixed to the shell and a radiator pressed onto the top of the shell by the elastic clip. A contact protrusion and a support protrusion are formed on the bottom surface of a base of the radiator. The contact protrusion protrudes into the interior of the shell through the opening and is adapted for thermal contact with a mating connector inserted into the shell under the pressing of the elastic clip. The radiator is movable from a pre-installation position to a final installation position along the longitudinal direction of the shell under a bias of the inserted mating connector.

An ROV mateable subsea coupler (30) comprises a housing (31) having a first end and a second end and defining a hollow core. The first end of the housing is adapted to be mounted to a first wet mate connector part (21). The second end (32) of the housing is adapted to receive a second wet mate connector part. The coupler further comprises a lever arm (35) pivotally mounted to the housing, the lever arm comprising a latch (46) adapted to cooperate with a surface of a guide piece (40, 41) of the second connector part (20). The lever arm comprises a resilient member (37, 78), remote from the latch and from the second end (32) of the housing, which biases the lever arm towards a closed position, coaxial with a longitudinal axis (72) of the housing, in which position the latch protrudes through an aperture (66) in the housing.

To provide a connector assembly capable of accurately determining whether a high-voltage module has been fastened to a high-voltage mating module based on the electrical connection between a low-voltage module and a low-voltage mating module.SOLUTION: A connector includes a housing 10, a high-voltage module 11, a low-voltage module 12 and a locking component 13. When the high-voltage module 11 is not fastened to a high-voltage mating module, the locking component 13 is limited by the high-voltage module 11 to a locking position engaged with the low-voltage module 12, locking the low-voltage module 12 in a pre-installation position separated from a low-voltage mating module of a mating connector. When the high-voltage module 11 has been fastened to the high-voltage mating module, the locking component 13 is rotatable to an unlocking position separated from the low-voltage module 12, allowing the low-voltage module to move to a final installation position.SELECTED DRAWING: Figure 1

A connector mates with a mating connector assembly along a mating direction when having predetermined spatial and angular orientation. The connector includes a PCB including a plurality of conductive pads, and a unitary housing molded around the PCB and including an encapsulating 5 portion tightly encapsulating at least a portion of the PCB leaving a remaining portion of the PCB projecting forwardly along the mating direction from the encapsulating portion. The housing includes a pair of substantially parallel side guiding features extending forwardly from the encapsulating portion on opposite corresponding lateral sides of the PCB. The side guiding features are spaced apart from and substantially perpendicular to the PCB. The housing includes a pair of substantially 0 coplanar upper guiding features substantially parallel to, and spaced apart from, the PCB and extending forwardly from the encapsulating portion, and extending laterally from corresponding top edges of the side guiding features toward each other.

The utility model relates to the technical field of wire harness joints, in particular to a high-stability wire harness joint, which comprises a mounting ring, a mounting block, a mounting rod, a pin rod, a spring, a first joint and a second joint. Internal threads are arranged on the inner wall of the first connector, external threads are arranged on the peripheral face of the second connector, and the first connector and the second connector are in threaded fit connection. The mounting ring is connected with the second joint; the mounting rods are slidably connected with the peripheral surface of the mounting ring; mounting grooves are formed in the mounting rods, the pin rods are slidably connected with the corresponding mounting grooves respectively, the springs are connected with the pin rods, and the other ends of the springs are connected with the ends of the corresponding mounting grooves; pin holes are formed in the peripheral face of the first connector, and the pin rods are connected with the corresponding pin holes in a matched mode. During use, after the first connector is connected with the second connector, the sliding installation rod is close to the first connector, the pin rod is connected with the corresponding pin hole in a matched mode, the first connector cannot rotate in the use process, and connection is more stable.

An outer housing according to an aspect of the present disclosure has a first opening where the mating terminals are inserted along a first direction and a second opening for the wires to pass through along a second direction crossing the first direction. An inner housing is disposed inside the outer housing and holds the terminals therein. One of a first inner housing holder and a second inner housing holder is selectable as an inner housing holder to be attached to the second opening. The first inner housing holder includes a first mounting portion that is fitted into the second opening and a fixed leg that is fixed to a device to which a mating connector is attached. The second inner housing holder includes a second mounting portion fitted into the second opening.