56 results about "Modular connector" patented technology

The utility model relates to a vehicle modular connector in butt joint with a board end connector, which comprises a connector shell and four connector modules, the connector shell is provided with four mounting bins, one connector module is detachably arranged in each mounting bin, the modular connector further comprises a rotating pull rod, and the rotating pull rod is connected with the connector shell. And the connector module can be in butt joint with a corresponding board end connector. Compared with the prior art, the connector is simple in structural design and easy to assemble and maintain, accurate butt joint between connectors is ensured through modular design, an accurate positioning mechanism and an error-proofing mechanism, the connector body can select corresponding modules according to actual requirements, and the connector is convenient to use. High adaptability, high accuracy and high safety of the automobile electrical box are realized.

The invention provides a USB TYPE-C anti-corrosion modular connector which comprises two middle clamping pieces which are symmetrically arranged in a spaced mode, the two middle clamping pieces are provided with a female base through injection molding of a first MD piece, the front end of the female base extends to form an exposed tongue piece, the middle end and the outer end of the front portion of the first MD piece are provided with a plurality of first PINs and second PINs which are distributed in an upper row and a lower row respectively, and the first PINs and the second PINs are arranged in a staggered mode. The first PINs and the second PINs located on the upper row are connected with upper-row terminals, the first PINs and the second PINs located on the lower row are connected with lower-row terminals, and second MD pieces are connected between the tail portions of the first MD pieces and the upper-row terminals and between the tail portions of the first MD pieces and the lower-row terminals. According to the USB TYPE-C anti-corrosion modular connector, through innovative structures such as an integrally injection-molded tongue piece structure, a modular split design, scattered PIN terminals and a liquid guide groove, the problems of micro short circuit of accumulated liquid, poor universality, high development cost, too high electroplating cost and the like of an existing connector are solved.

This utility model discloses a modular connector, including a male connector, a female connector, and multiple mounting bases. The male connector contains a first ferrule, and the female connector contains a second ferrule. Both the first and second ferrules have multiple mounting slots, with through holes at the bottom of each slot. Both the first and second ferrules have multiple latches. Each mounting base has a receiving slot, within which a terminal is fixedly connected. The terminal protrudes from the mounting base. The receiving slot contains a locking assembly. The mounting base has wiring holes communicating with the receiving slots and locking grooves. The mounting base is placed within the mounting slots, and the terminal passes through the through hole. The latches engage with adjacent locking grooves for fixation. The first and second ferrules are plugged in, and the terminals on the first and second ferrules are electrically connected. This utility model provides a modular connector that allows operators to easily install the terminals detachably into the ferrules after wiring the terminals and cables using an insulating base.

The modular connector is disposed on a printed circuit board for insertion by a mating connector. The modular connector includes at least one signal module, a plurality of power modules, and a cover. Each signal module includes a first insulating housing and a plurality of first contact elements. Each power module includes a second insulating housing and a plurality of second contact elements. The at least one signal module is detachably connected between the power modules, and the mating connector has a plurality of signal contact elements and a plurality of power contact elements. When electrically connected, the signal contact elements and the power contact elements respectively correspond to and make contact with the first contact elements and the second contact elements. The modular connector is able to simultaneous transmit signals and currents, and the signal modules and the power modules offer combinational selectivity.

A sensor module (1) for a modular connector (2), in particular for a modular electrical and / or fluidic connector, having a carrier housing (3) with a receiving space (4) that is accessible via an opening (5) and that is closed with walls (6) and with an engagement structure (7) arranged on the outer side (8) of the carrier housing (3), and a sensor element (9) having a printed circuit board (10) and at least one sensor (11) to measure a physical property. The at least one sensor (11) is arranged on the printed circuit board (10). The printed circuit board (10) is mounted within the receiving space (4) to the carrier housing (3) and extends from the receiving space (4) through the opening (5) out of the receiving space (4).

A modular connector for filtration devices is provided, where each modular connector includes a T-junction, sterile connectors, and a valve. The modular connector may be attached to ports of a filtration device and are configured to be coupled to other identical modular connectors of other filtration devices to facilitate the assembly of a modular manifold assembly that is more compact and has a smaller footprint than convention manifold assemblies. The valves of the modular connectors may be utilized, once the filtration devices are coupled to one another via the modular connectors, to direct a flow path in parallel through the filtration devices or in series through the filtration devices. The modular connectors may further facilitate the connection of any number of filtration devices to create a modular manifold assembly.

The invention relates to an electrical contact element (10) designed for contact with a mating electrical contact element. It comprises a contact housing (12) with an externally contactable contact surface, a semiconductor switch (14) with at least two semiconductor materials (16, 18, 20) distinguishable by their doping, which is at least partially arranged in the contact housing (12), and a connection area (22) for electrical connection with an electrical conductor (24). The semiconductor switch (14) is arranged and connected such that an electrical connection between the contact housing (12) and the connection area (22) can be established by means of a control signal. The invention further relates to a connector, in particular a modular connector, a cable branch, and a method for using the contact element in a connector.

This utility model discloses a modular connector fiber optic transmission line, relating to the field of fiber optic connector technology. It includes a line body, one end of which is fixedly connected to a first connector. A splicing assembly is engaged with one side of the first connector, and a second connector is engaged with the other end of the splicing assembly. The splicing assembly includes a connecting sleeve. This modular connector fiber optic transmission line achieves rapid splicing and positioning by engaging the connecting sleeve with the outside of the first connector and applying pressure. The sliding sleeve is obstructed and slides, compressing a connecting spring and disengaging from the positioning block. The supporting spring then lifts the positioning block, allowing it to slide into the positioning hole on the side plate. The dual positioning of the sliding sleeve and the positioning block greatly improves connection stability. Through simple operation, the first connector and the connecting sleeve can be quickly spliced ​​and positioned or separated. When a connector is damaged, it is not necessary to replace the entire transmission line; only the corresponding connector needs to be replaced, significantly reducing usage costs and resource waste.

Connector assemblies, systems, and methods thereof. A modular connector has a first end that clamps to a first rod in an existing construct and a second end having a modular connection point configured to connect a second rod in a new construct such that the new construct can be extended from the existing construct.

The invention discloses a modular stacked combined type connector and a manufacturing method, the modular stacked combined type connector comprises a connector socket and a prestress composite beam type connector plug, the prestress composite beam type connector plug is formed by applying pretightening force to an end assembly and an expansion assembly through an axial fastener, and the plug is rotationally clamped into the socket by taking a top rotary connection structure as a fulcrum and is locked by a bottom locking mechanism; through C5210-H material selection, mechanical matching design of 0.275 mm elastic sheet thickness and a composite coating process with the surface roughness Ra smaller than or equal to 0.6 mu m and the hardness larger than or equal to 430 HV, combination of mechanical structure design and a surface treatment process is achieved, and therefore plugging resistance is reduced. According to the connector, flexible recombination of the number of the pins is realized, and through cooperation of rotary plugging and low-friction surfaces, plugging resistance is reduced and contact reliability is improved.

A modular connector that economically provides high signal integrity in a harsh environment, such as an automobile. The connector may include structures that provide precise and stable positioning of conductors, such as contacts. Those structures may include a contact carrier position assurance component (CCPA) that ensures that a contact carrier is and remains latched in a designed position. The contact carrier position assurance component may slide into a closed position, locking a plurality of contact carriers into the designed position simultaneously. For an unsealed connector, the CCPA may slide into a connector housing in a direction transverse to the direction in which the contact carriers are inserted into the housing. For a sealed connector, the CCPA may slide into the closed position in the same direction in which the contact carriers are inserted, facilitating sealing the connector.

Propagation delays that can occur in and between the conductors of multi-core cables, with or without connectors, with or without typical transmitting and receiving components, due to and with different constructions and configurations on and between individual lines, conductors, conductor pairs, or conductor groups, often only exhibit propagation delays in the low picosecond range and are therefore difficult to measure. Consequently, errors in very fast data transmission often go undetected, and their cause remains unclear. By simultaneously injecting a high-frequency digital signal with a frequency f1 as a measurement signal onto all conductors or conductor pairs, so that this measurement signal travels in parallel through all conductors of the cable to the cable end, and all measurement signals are sampled at the injection point near the cable entry and after passing through the cable at the cable end on each conductor or conductor pair at the exact same time with a frequency f2 = f1+df, digital, very low-frequency signals of frequency df are generated. The phase relationships of these signals correspond to the phase relationships of the high-frequency measurement signal at different locations. This allows even small propagation delay differences in the picosecond range and below to be measured and their causes often only then identified. This allows comparative measurements of the signal transmission characteristics of cables for RJ connectors, RJ45, (modular connectors), USB, IO-Link, SPE, LAN, Ethernet, DVI, HDMI, Sub-D, BNC, IEC bus, pin headers for device-specific internal connections, including those of other technologies and cable types.

The present invention provides a modular connector comprising a first connecting component and a second connecting component. The first connecting component further comprises a first base, a plurality of first conductors, and a plurality of first latches. The first base comprises a first body, a plurality of first cable troughs, a plurality of first through holes, and a plurality of third cable troughs. The first body forms the first cable troughs and the third cable troughs to accommodate the cables. The first through holes extend through the first body with their central axes at a first angle to the first cable troughs, and one end of the first through holes is connected to the first cable troughs. The first conductors are disposed in the first cable troughs. The second connecting component is capable of connecting the first connecting component to a circuit board via the cables, enabling the second connecting component to transmit at least one of a signal and power to the circuit board.

The invention relates to a shielded modular connector system comprising: a first portion having a first housing and a plurality of first contact modules, the first housing comprising a first interface surface and a first interface perimeter surrounding the first interface surface; a plurality of first slots for receiving the plurality of first contact modules; and a ground ring. The system also includes a second portion configured to mate with the first portion and having a second housing and a plurality of second contact modules. The second housing includes a second interface surface and a second interface perimeter surrounding the second interface surface and designed to face the first interface surface, a plurality of second slots configured to receive the plurality of second contact modules, and a back shell positioned along at least a portion of the second interface perimeter and extending away from the second interface surface.

To provide an improved stacking module for a connector housing.SOLUTION: A stacking module 2 for a connector housing 1 can be stacked with another identical stacking module 2 to form a connector housing 1. The stacking module 2 comprises a base plate 5 having an upper side and a lower side, wherein on a first side of the base plate 5 an upper side wall 6 extends away from the upper side of the base plate 5. The first fastener and the first counter fastener are provided either on the first side or on the second side of the base plate 5. The lower side wall 7 extends away from the lower surface of the base plate 5 to a second side of the base plate 5, the second side being opposite the first side. A bottom end module 3 and a top end module 4 which can be assembled with the stacking module 2.SELECTED DRAWING: Figure 1A

This invention discloses a modular connector socket, comprising two mounting brackets, a cover plate, and multiple socket assemblies. The cover plate is mounted between the two mounting brackets, and the multiple socket assemblies are mounted side by side and suspended from the cover plate by locking components. Each socket assembly includes a mounting plate and terminal assemblies mounted within the mounting plate. The advantages of this invention are: modular assembly provides flexibility, allowing for selection and assembly of different core counts according to actual usage requirements; pin assembly does not use toothed sleeves or retaining rings, but rather springs to engage the pins, ensuring reliable performance as the pins are positioned correctly by a staggered positioning ring and key after assembly, preventing pin retraction; the use of locking components and spring pins for socket assembly offers greater ease and flexibility compared to traditional screw-locking methods; and the use of spring contacts for pin and terminal connection ensures reliable contact and convenient operation.

The utility model discloses a combined connector assembly, comprising a female plug and a male plug, the outer walls of the openings of the female plug and the male plug are detachably connected with cover plates in a sealing manner, the outer walls of the threading ports of the female plug and the male plug are sleeved with nuts through external threads in a matching manner, and the nuts are internally provided with first sealing rings; the connector assembly provided by the utility model can be automatically disassembled and assembled on the cable, the sealing performance is good, when the connector assembly is used, the insertion tube of the male plug is inserted into the insertion slot, so that each copper rod is inserted into the corresponding copper sleeve, and the clamping block passes through the clamping sleeve, so that the male plug and the female plug can be connected, and the clamping block is matched with the clamping sleeve, so that the connection is convenient. When the male plug and the female plug need to be separated, only the two clamping blocks need to be pressed to enable the connecting rods to deform until the clamping blocks can penetrate through the clamping sleeves, then the insertion pipe can be pulled out of the insertion groove, operation is easy and convenient, and the use effect is good.

Disclosed is a structural-electrical subsystem for an aircraft includes a fuselage and a one-piece guard forming a continuous perimeter frame with multiple rotor bays. It features modular side arm assemblies with a unitary body extending laterally from the fuselage, defining an open diamond-shaped geometry with motor mounts at opposed vertices. Internal wire conduits within the body route and protect electrical cables between the fuselage and motor mounts. The side arm assemblies, fuselage, and guard form a diamond-shaped reinforcement truss to distribute impact forces. Modular connectors couple the side arm assemblies to the fuselage and guard, allowing for easy assembly and maintenance. The system is designed for impact resilience and serviceability, with features like quick-release couplers and integrated electrical interfaces for power and data coupling.

The invention discloses a modular connector and a connecting method thereof, and relates to the field of connectors, the modular connector comprises a connector main body, a plurality of modular connecting seats, a plurality of module frame seats, a fixing unit and a connecting module, a long connecting pin mainly acts on an opening elastic sheet to perform in-situ detection and assists in signal transmission, and the connecting module is connected with the connector main body. The short connecting pins are mainly used for being electrically connected with the connecting ports, sequential connection is achieved through the design of one long connecting pin and one short connecting pin, connection of the standby connector is rapidly achieved by pulling out the short connecting pins to be disconnected, switching of functional modules is achieved, and the pressure sensors are integrated at the contact ends of the pressure ejector block and the contact ring. And the miniature temperature sensor is adhered to the elastic sheet and is used for acquiring physical state data of a connection point in real time, and the data processing unit is used for analyzing the data in real time, so that acute identification of an early abnormal state and preliminary judgment of a fault type are realized, and a main circuit is automatically cut off or a standby path is switched.

The invention relates to a contact assembly for a module connection, wherein the contact assembly comprises a contact element, a busbar and a fastening for fastening the contact assembly to a counterpart of the module connection, the contact element having an introduction opening for insertion of the fastening, a contact portion extending in a tubular manner along the introduction opening and having a contact surface for a counter contact of the module connection, and a collar portion adjoining the contact portion and extending the introduction opening in a sleeve-like manner, wherein the busbar comprises a receiving opening for receiving at least the collar portion, wherein the contact element is configured to be frictionally fixed to the busbar in the receiving opening at a first friction surface, wherein the contact element is configured to be frictionally fixable to the busbar in the receiving opening or to the fastening in the introduction opening at a second friction surface, and wherein the first friction surface and the second friction surface are offset relative to one another at least in a radial direction relative to the introduction opening.

This invention discloses a slope ecological water storage and greening structure based on a double-layer HDPE enclosure and its construction method, comprising a carrier platform, enclosure, water storage, and anchoring. The enclosure is made of double-layer HDPE with polyurethane foam sandwiched between layers, and is equipped with modular connectors for quick assembly. A water storage groove is provided on the inner side of the platform, and a layer of graded gravel at the bottom forms a channel for infiltration, filtration, and slow water release. Anchoring uses grouted anchor rods and anchor bars. The enclosure is filled with polyurethane foam for thermal insulation, and the outer surface is covered with biomimetic mortar. The water storage structure is located inside the enclosure and is used to collect and slowly release water, forming a self-sustaining vegetation growth environment in conjunction with the filled nutrient soil. This invention solves the problems of poor stability, weak water retention capacity, and high maintenance costs of existing slope greening technologies, and has advantages such as high durability, good ecological effects, and convenient construction.

The invention relates to an earthing unit (6) for a modular industrial connector, wherein the earthing unit (6) can be connected to a functional unit to form a connector module (5, 5', 5"), wherein the connector module (5, 5', 5") occupies one module position in the modular connector, wherein the earthing unit (6) has at least two conductor receptacles for one earthing conductor (11) each on the connection side and exactly one earthing contact (14, 14') on the plug-in side, wherein the conductor receptacles (15) have a metallic receiving body (16), wherein the earthing unit (6) has a metallic bridging element (19) which electrically connects the receiving bodies (16) to each other, and wherein one receiving body (16) is electrically connected directly to the earthing contact (14, 14') on the plug-in side.

The invention relates to a contact assembly (1) of a connector housing (4) comprising an adapter element (10) and a contact element (12), the adapter element (10) having a sleeve (14) with a lead-through opening (16) extending in an axial direction (18) of the sleeve and a threaded hole (20) extending through the sleeve perpendicular to the lead-through opening, the contact element (12) being adapted to be inserted into the lead-through opening and latched to the sleeve. The contact element exhibits various types of cable connection portions (60) and / or contact portions (36, 38). The adapter element is received within the connector housing (4) and receives the contact element irrespective of the type of the cable connection portions and / or the contact portions. The manufacturability of the connector housing with such a contact assembly can thus be improved. The invention also relates to a connector assembly (6) having such a connector housing. The invention also relates to a modular connector kit (8) having two such connector assemblies.

The invention, which belongs to the technical field of grounding electrode laying, discloses a transformer station grounding grid flexible anti-corrosion grounding electrode vertical laying apparatus comprising a flexible grounding electrode body, a vertical guide mechanism, an anti-corrosion layer structure and an intelligent monitoring system. The flexible grounding electrode body is formed by winding a plurality of copper-plated steel strands, the copper-plated steel strands are used for improving conductivity and mechanical flexibility, and the outer surface of the flexible grounding electrode body is coated with a gradient type anticorrosive layer structure which is used for preventing electrochemical corrosion and physical damage; the vertical guide mechanism comprises an angle-adjustable drill bit and a hydraulic driving device; and the top of the vertical guide mechanism is connected with a modular connector used for splicing multiple sections of grounding electrodes and reducing contact resistance. According to the device, in the construction process, the graphite grounding electrode cannot be damaged, the construction is labor-saving and easy, and the construction time is greatly shortened.

There is disclosed a modular connector for coupling a plurality of frame members to each other. Primary and secondary sleeves of the modular connector are elongated along their respective axes so as to be suitable to engageably receive therein corresponding frame members. A plurality of slots are defined on an axially extending outer face of the primary sleeve. A plurality of tabs extend outwardly from a terminal end of the secondary sleeve. The plurality of tabs are receivable in the plurality of slots to position the primary and secondary sleeves relative each other. An end plate extends inwardly from about the terminal end of the secondary sleeve to abut and fasten to the outer face of the primary sleeve when each of the plurality of tabs is engaged with the plurality of slots to allow removable coupling of the primary sleeve to the secondary sleeve.

This invention relates to an electronic device with a detachable female electrical connector. A maintenance window and a maintenance cover plate covering the maintenance window are formed on the cover of the device's housing. The maintenance window corresponds to a female electrical connector soldered on the circuit board. The female electrical connector is a modular connector, meaning its electrical connector socket can be directly inserted and removed from its solder pad. Therefore, as long as the solder pad is soldered onto the circuit board, if repair or replacement is needed, simply open the maintenance cover plate and directly unplug the electrical connector socket through the maintenance window. This eliminates the cumbersome procedures of disassembling the housing and desoldering, significantly improving the efficiency of repairing the female electrical connector.

Pin block module (1, 11, 12, 13) for insertion into a housing of a modular connector, wherein the pin block module (1, 11, 12, 13) comprises • a pin block carrier (2, 21, 22, 23) with a first connecting surface (24) and an opposite second connecting surface (25), • at least two pins (3, 31, 32, 33) extending through the pin block carrier (2, 21, 22, 23) such that each pin (3, 31, 32, 33) protrudes from the first connecting surface (24) and from the second connecting surface (25), characterized in that the pin block module (1, 11, 12, 13) further comprises • at least one splice element (4) that connects the at least two pins (3, 31, 32, 33) to each other in order to splice them.

This utility model discloses a modular connector for rapid assembly, comprising an outer shell, an inner shell, an upper bushing, a lower bushing, and an inner conductor. A retaining ring is provided on the outer wall of the inner conductor. The upper and lower bushings fit snugly onto the outer wall of the inner conductor. An annular groove for engaging the retaining ring is provided on the inner wall of both the upper and lower bushings. An annular platform is provided inside the inner shell, with its bottom abutting against the tops of the upper and lower bushings. A clamp is also provided inside the inner shell, located below the upper and lower bushings. A locking hole is provided at the end of the upper bushing near the clamp. An extension block is provided at the top of the clamp, with a latch for engaging the locking hole. The bottoms of the upper and lower bushings abut against the top of the clamp. Symmetrical spring pieces are provided on the side wall of the inner shell away from the clamp, with latches on the outer walls of both spring pieces. A locking hole is provided on the outer shell for engaging the latches. This utility model requires no auxiliary tools and is easy to assemble.

Embodiments of the present invention disclose a modular connector (100). The modular connector comprises an adapter (10) provided with a cutout (12). Furthermore, the modular connector comprises an arc-shaped element (50) detachably connected to the adapter (10). The modular connector also includes a holder (60) movably positioned on the arc-shaped element on a first main surface (51) facing away from the adapter (10), the holder being configured to move between one or more positions along the arc-shaped element and being lockable to the arc-shaped element. The modular connector (100) further comprises a plunger (20), one end (22) of which is pivotably arranged in the cutout and another end (24) is opposite the end connected to the holder.The plunger can pivot around one end and operates between a first position and a second position relative to the displacement of the holder on the arc-shaped element.