2485 results about "Electrical contacts" patented technology

A charging hub for a base station configured to receive an unmanned aerial vehicle (UAV) during docking. The charging hub includes electrical contacts that are configured for electrical connection to the UAV and a wick that is configured to draw water away from the electrical contacts.

A nanosheet semiconductor structure including a self-aligned backside contact, and a gate cut contact structure extending between two stacks stack of semiconducting layers and in electrical contact with the self-aligned backside contact and a source drain contact on a frontside, wherein a lateral dimension of the gate cut contact structure is less than a lateral dimension of the self-aligned backside contact.

The invention relates to a plug connector component (7) for a multi-part plug connector (8), having - a connection interface (10) for connecting to at least one other compatible plug connector component (9) of the multi-part plug connector (8); - a primary contact region (15) for forming at least part of a primary plug interface (16) for connecting to a corresponding mating plug connector (3, 3') of the multi-part plug connector (8); - a connection region (13) for connecting at least one electrical conductor (6); and - at least one electrical contact element (11), which can be connected to the electrical conductor (6) in the connection region (13) and which extends from the connection region (13) at least into the connection interface (10), the electrical contact element (11) being connectable to a compatible electrical contact element (12) of the compatible plug connector component (9) in the connection interface (10).

The embodiment of the invention relates to the technical field of battery packs, and particularly discloses an electric connector, a battery pack and an energy storage system.The electric connector comprises a first connector and a second connector, the first connector comprises a first body, a first conductive base, a second conductive base and a key switch, the first conductive base and the second conductive base are arranged on the first body, and the key switch is used for being connected with a main control system of the battery pack; the second connector comprises a second body, a first conductive seat and a second conductive seat, the second conductive seat is connected with a first electrode of the battery pack, the first conductive seat is provided with a current conducting bar, the current conducting bar is electrically contacted with the second conductive seat to form an opening area with the second conductive seat, and the second connector comprises a second body, a first conductive head, a second conductive head, an insulating ejector rod and an insulating spacer, in the butt joint process of the two battery packs, the insulating ejector rod of the first battery pack presses the key switch of the second battery pack, and the insulating spacer of the first battery pack abuts against the first conductive seat and the second conductive seat of the second battery pack for breaking and isolation. According to the embodiment of the invention, contact sparking caused by connection of adjacent battery packs can be reduced.

The invention provides an intelligent plugging life prediction system and method for an electronic connector, and the method comprises the steps: carrying out the preprocessing of a multi-dimensional physical signal collected in each plugging operation, extracting time domain and frequency domain features, and constructing a high-dimensional original feature vector of each plugging operation; performing degradation evaluation on the health state of the electronic connector in each plugging operation through each high-dimensional original feature vector, outputting a health degree index representing the current mechanical and electrical contact state of the electronic connector, and further establishing a health degree index sequence of the electronic connector in multiple plugging processes; trend extrapolation is carried out on the future health state of the electronic connector based on the attenuation trend in the health degree index sequence, and when a predicted health degree index value is lower than a preset failure threshold value for the first time, the difference between the corresponding predicted plugging times and the current executed plugging times is used as the remaining plugging life of the electronic connector. Based on the above scheme, health degree prediction based on multi-dimensional physical signal fusion modeling can be realized.

The invention relates to a current switching-on and switching-off converter which comprises a shell barrel, a plurality of limiting rings and a plurality of wires, a shell cavity is formed in the shell barrel, the limiting rings are contained in the shell cavity, limiting holes and conductive springs are arranged in the limiting rings, the limiting holes are communicated with guide holes, the conductive springs surround the limiting holes, one ends of the wires are electrically connected with the conductive springs, and the other ends of the wires are electrically connected with the conductive springs. And the other end of the lead extends out of the shell cylinder. By adopting the technical scheme provided by the invention, when the number of branch currents is more, the wires are not limited to be arranged in the same plane any more, the reduction of the appearance size of the electric connector is facilitated, and the electric connector can be assembled and applied in a narrow space range; when the electric connector provided by the invention is plugged with other electric connectors, the rigid surfaces of the conductive parts are in contact with the flexible surfaces of the conductive springs, so that good electrical contact between the electric connectors can be ensured, and the reliability of electrical connection is ensured.

The invention relates to a device (1) for contacting an electrical conductor (2), in particular a cable conductor of a power supply cable, comprising at least - a connecting body (3) that defines a receiving space (4) into which the conductor (2) to be contacted can be inserted with its end face (5), and - a contact medium (6) with a plurality of electrically conductive and adjacent contact bodies (7) introduced into the receiving space (4), with which the end face (5) of the conductor (2) can be electrically contacted. According to the invention, it is provided that the electrical conductor (2) can be fixed in the receiving space (4), wherein a contact surface (8) of the receiving space (4) facing the conductor (2) is designed in such a way that electrical contact between the connecting body (3) and the conductor (2) is optimized.

A stator for an electric machine is disclosed. The state includes a stator body having a plurality of stator teeth arranged distributed circumferentially and stator grooves formed between the stator teeth and extending through the stator body in the axial direction, wherein electrical conductors of a stator winding are arranged in the stator grooves, the electrical conductors emerging from the end of the stator body at least so as to form an end winding and being able to be energized by means of an electrical contact-making element, wherein the stator body is formed from a plurality of layered stator sheets, and the stator body has a plurality of fluid channels through which a cooling fluid can flow and which extend through the stator body in the axial direction.

A plug connector for electrically connecting an electrical cable, attached thereto, to a mating connector has at least one electrically conductive contact an insulating inner housing which has a fastening portion for fastening the contact a conductive outer housing which has a fastening portion for fastening the inner housing; wherein the plug connector also including a first shielding element, which is electrically connected to the conductive outer housing and can penetrate an insulating outer layer of a cable connected the plug connector and establishes electrical contact with the electromagnetic shielding layer in the insulating outer layer of the cable, in order to provide for an additional electromagnetic shielding function for the cable.

A hot-swappable battery system for computer peripherals includes a wireless mouse having a battery compartment, a battery connector assembly mounted within the battery compartment, a removable battery configured to be inserted into and ejected from the battery connector assembly, a keep-alive battery mounted within the wireless mouse, and a docking station. The battery connector assembly includes electrical contacts and a push-push ejector mechanism. The keep-alive battery is electrically connected to provide backup power when the removable battery is removed. The docking station has a battery slot configured to receive and charge the removable battery when not in use in the wireless mouse. The system enables continuous operation of the wireless mouse while battery swapping between the mouse and docking station.

A piezoelectric speaker includes a diaphragm and a piezoelectric layer disposed over the diaphragm. The thickness of the piezoelectric layer may be in the range of 20 microns to 120 microns. A width of the piezoelectric layer may be 50 mm or more, and a length of the piezoelectric layer may be 100 mm or more. The piezoelectric layer may also include a pair of electrodes in electrical contact with the piezoelectric layer and configured to drive the piezoelectric layer. A method of manufacturing a piezoelectric speaker includes attaching a single piezoelectric layer and a pair of electrodes to a diaphragm using an adhesive.

The embodiment of the utility model relates to an enhancement mode high electron mobility transistor device. An enhanced mode high electron mobility transistor device includes a semiconductor body having a top surface and including a heterostructure configured to generate a two-dimensional electron gas. A high electron mobility transistor device includes a gate structure extending over a top surface of a semiconductor body, biased to electrically control a two-dimensional electron gas, and including a functional layer and a gate contact in direct physical and electrical contact with each other. The gate contact is made of a layer of conductive material, and the functional layer is made of a layer of two-dimensional semiconductor material and includes a first doped portion having P-type conductivity extending over a top surface of the semiconductor body and interposed along a first axis between the semiconductor body and the gate contact. According to the embodiment of the invention, the low power consumption of the transistor in use is ensured, and the integration of the transistor into an electronic circuit in a design step is simplified.

Various CFET in-cell MOL connections for power delivery under buried power rail scheme are provided. An integrated circuit (IC) device includes a device stack, a top contact structure, a back side power rail, and a via interconnect. The device stack includes a bottom semiconductor device, and a top semiconductor device stacked over the bottom semiconductor device along a direction. The top contact structure is over and in electrical contact with a source / drain of the top semiconductor device. The via interconnect extends between and electrically couples the top contact structure and the back side power rail. The via interconnect tapers along the direction from the back side power rail towards the top contact structure.

A system includes a wire-holding fixture configured to be received in an EP station. The wire-holding fixture comprises terminals, and each terminal is electrically coupled to a respective working wire of a plurality of working wires. The working wires extend away from the wire-holding fixture. A set of EP stations is included, and each EP station is configured to receive the wire-holding fixture. A container is configured to hold an electropolymerization solution and positioned beneath the EP station such that the working wires is immersible. A board comprising a plurality of electrical contacts is included, and each electrical contact is configured to electrically engage a corresponding terminal. A controller is configured to apply a voltage to the working wires through the respective terminals and electrical contacts to initiate electropolymerization of the material from the electropolymerization solution to form a polymer layer on each working wire.

The invention provides a graphene reinforced copper-tungsten alloy material, a preparation method, an electrical contact and application. The preparation method comprises the steps that raw materials are prepared, specifically, tungsten powder, first graphene powder and first copper powder are weighed to prepare a plurality of grades of tungsten framework mixtures according to different proportions, and copper paste prepared by mixing second copper powder and second graphene powder according to a set proportion is weighed; molding and compounding treatment: sequentially loading the tungsten skeleton mixtures of multiple grades into a mold, carrying out layered cold pressing to obtain a preformed blank, and carrying out hot-pressing compounding treatment on the preformed blank in a protective atmosphere to obtain a tungsten skeleton pressed blank; infiltrating treatment: injecting copper slurry into the tungsten skeleton pressed blank, and carrying out vacuum infiltrating to obtain an infiltrated alloy body; and densification treatment is conducted, specifically, the infiltrated alloy body is placed in the protective atmosphere to be subjected to hot pressing treatment, and the graphene reinforced copper-tungsten alloy material is obtained. The mechanical property, the conductivity, the frictional wear resistance and the arc ablation resistance of the tungsten alloy material are synergistically improved, so that the material has excellent comprehensive performance.

The embodiment of the utility model relates to the photovoltaic field, and provides a solar cell and a photovoltaic module, and the solar cell comprises a substrate which is provided with a first surface and a second surface which are opposite to each other; the first doped conductive layer and the second doped conductive layer are alternately distributed on the second surface, and doped elements in the first doped conductive layer and doped elements in the second doped conductive layer have different conductive types; and the connecting structure is positioned on the second surface and is positioned between the first doped conductive layer and the second doped conductive layer, and the connecting structure is electrically contacted with the first doped conductive layer and the second doped conductive layer. The embodiment of the utility model at least can improve the hot spot phenomenon of the solar cell.

The invention discloses a wavelength thermal tuning photon integrated device and a preparation method thereof.The device comprises a substrate, a modulator layer, a front sampling grating layer, a gain layer, a rear sampling grating layer, a cover layer and an electric contact layer, the cover layer and the electric contact layer jointly form a shallow ridge waveguide structure, and the shallow ridge waveguide structure is transversely arranged in the center of the upper portion of each functional layer; the whole cover layer and the electric contact layer are etched according to a preset ridge-shaped strip pattern, a cantilever beam structure is transversely arranged in the post-sampling grating layer, the cantilever beam structure comprises a cantilever beam and air grooves in the two sides of the cantilever beam, and the cantilever beam is located under the shallow ridge waveguide structure; the cantilever beam structure is formed by etching the rear sampling grating layer below the shallow ridge waveguide structure according to a preset cantilever strip pattern; according to the technical scheme, wavelength thermal tuning is achieved through collaborative design of the shallow ridge waveguide structure and the cantilever beam grating structure, limitation of material carrier concentration is avoided, thermal response is fast, and power consumption is remarkably reduced.

An ultrasonic imaging system has a bias-switchable, ultrasonic transducer array and a bipolar voltage source. The array has a dielectric layer having a top surface and a bottom surface; top and bottom electrode strips in electrical contact with the top and bottom surface of the dielectric layer, the bottom electrode strips being oriented at a non-zero angle relative to the top electrode strips. There is an acoustic matching layer or multiplicity of matching layers on the front-side of the array and a leakage-current mitigation layer. The bipolar voltage source is connected to each of the top and bottom electrode strips to induce a polarization in the dielectric layer, the bipolar voltage source being capable of switching between a high voltage state and a low voltage state. A controller controls the bipolar voltage source, and pulsing to and receiving signals from the top and bottom electrode strips.

A slip ring arrangement according to the invention for an electric machine comprises a first slip ring module, comprising a first slip ring for electrical contact, a first conductor extending axially from the slip ring and electrically connected to the first slip ring, and a substantially hollow cylindrical first support element. The first slip ring is arranged on the support element in a first axial section on a radial outer surface. In a second axial section, the first conductor is enclosed by the first support element between a radial inner surface and a radial outer surface. Furthermore, a circumferential first web is arranged on the outer surface between the first axial section and the second axial section. The invention further comprises a rotor of a separately excited synchronous machine.

The invention is suitable for the technical field of solar cells, and provides a back contact cell module, a preparation method thereof and a photovoltaic system. The back contact battery assembly comprises a battery string and a welding strip, a first doping layer and a second doping layer are arranged on the back face, the first doping layer and the second doping layer extend in the first direction and are alternately distributed in the second direction, the first direction and the second direction intersect, the welding strip is arranged on at least two battery pieces, and the first doping layer and the second doping layer are alternately distributed in the second direction. And the solder strips extend in the third direction and are alternately distributed in the second direction, and the included angle between the first direction and the third direction is an acute angle. Therefore, the welding strip and the doping layer are obliquely arranged at the acute angle, so that the contact area between the welding strip and the battery piece is increased, the electric contact area is further increased, and the conductive efficiency from the doping layer to the welding strip is improved. The inclined arrangement of the solder strip can relieve the problem of stress concentration so as to ensure the stable connection between the solder strip and the battery piece.

A power rail connector for an electric power system in an electric machine includes a linkage having a lower link and an upper link, and a rail contactor coupled to the lower link and including electrical contacts positioned to electrically connect to a power rail. The linkage includes a fold joint, a lift joint, and a pivot, and is adjustable from an extended, current-collecting configuration to a collapsed configuration via rotation of the lower link relative to the upper link and rotation of the upper link relative to the pivot. Related machinery and methodology is also disclosed.

A power module, for power electronics of a vehicle, having two DC busbars and three phase busbars which are disposed between the two DC busbars, and a plurality of power semiconductors, each of which is disposed between one of the DC busbars and one of the phase busbars, and power electronics having at least one such power module, and a vehicle having such power electronics. The DC busbars and the phase busbars are electrically insulated from one another and in each case have at least one cooling duct through which a dielectric fluid flows, at both open ends each of the DC busbars and the phase busbars having at least one plug-in electrical contact connection and at least one plug-in fluid connection that in each case form a combined plug-in connection, so that multiple power modules are connectable to each other in fluid-tight fashion using plug connections.

The disclosure relates to a semiconductor die with a semiconductor body. The semiconductor die includes: a vertical transistor device with a first load region and a second load region at opposite sides of the semiconductor body; an additional transistor device with a source region at a first side of the semiconductor body, a gate trench, a body region aside the gate trench, and a drain region below the body region; an electrical isolation in the semiconductor body; and a vertical contact element extending from the first side into the semiconductor body. The electrical isolation is arranged laterally between the vertical transistor device and the additional transistor device. The vertical contact element makes electrical contact to the drain region of the additional transistor device and connects the drain region to the first side of the semiconductor body.

The invention belongs to the technical field of semiconductor testing, and discloses a WAT test probe card life cycle management method and system. The method comprises the following steps: collecting full-life-cycle multi-source data of a probe card, performing unified management, and constructing a probe card digital twin data model; carrying out change point detection and segmentation on monitoring time sequence data, and constructing a stable fragment library; extracting a unified feature vector including electrical contact, test distribution, space structure and life load; calculating a needle card health index based on a machine learning regression model; predicting the remaining service life and the failure probability by using a proportional risk survival model; according to the health index, the remaining life and the failure probability, generating a maintenance decision suggestion and recommending execution time; the model is updated through maintenance result feedback, and closed-loop optimization is achieved. By means of the mode, accurate evaluation and predictive maintenance of the health state of the probe card are achieved.

Sensors and related methods for detecting chemicals, gases and molecules using a plurality of electrodes, a liquid mucus based electrolyte and a separator to hold the liquid electrolyte and wet the surface of the first electrode and wet the surface of the second electrode with the liquid electrolyte. One or more electrodes may include a metallophthalocyanine or a metalloporphyrin or a derivative thereof or an electrode may be in electrical contact with a metallophthalocyanine or a metalloporphyrin.

An LED includes first / second doped layers with active region(s) therebetween emitting a first wavelength. A wavelength converter on a first LED surface absorbs the first wavelength and emits a second, longer wavelength. A second LED surface is against a substrate surface. A first electrical contact on the first LED surface extends along LED sidewalls, separated from the active region(s) and second doped layer by an insulating layer, connecting the first doped layer to a first contact pad. In some instances, contact pads are on the substrate surface; a second electrical contact extends onto LED sidewalls, connecting the second doped layer to a second contact pad. In some other instances contact pads are on laterally-extending portions of the second doped layer. The insulating layer separates the first contact pad from the second doped layer; a second contact pad is in direct electrical contact with the second doped layer.

A connector adapted to electrically connect a first bus bar and a second bus bar includes an insulating housing having a first hole and a slot at an end of the insulating housing, a conductive terminal provided within the insulating housing and in electrical contact with the second bus bar inserted into the slot, and a conductive pin inserted into the first hole and electrically connected with the conductive terminal and the first bus bar. The slot extends in the insulating housing in a first direction and a third direction and receives the second bus bar inserted into the slot. The first hole extends at least partially through the insulating housing in a second direction. The conductive pin is slidable in the first hole relative to the conductive terminal in the second direction.

Semiconductor package with one or more optical die(s) embedded therein is disclosed. The optical die(s) may have one or more overlying interconnect layers. Electrical contact to the optical die may be via the one or more overlying interconnect layers. An optical waveguide may be disposed next to the optical die and embedded within the semiconductor package. An optical fiber may be optically coupled to the optical waveguide.

A device for identifying a position of a grip member of a vehicle handle includes a cam rotatably movable inside the device around an axis fixed relative to the grip member. The cam is rotatably secured to a lever, which is rotatably movable around the axis, so that an angular position of the cam around the axis is directly related to an angular position of the lever around the axis. The angular position of the lever is also mechanically related to the position of the grip member. The device includes at least one switch secured to the handle and complementary to a member of the cam, so that the at least one switch is configured to be in electrical contact with the member of the cam when the angular position of the cam is equal to one or more predetermined angular positions around the axis.

The utility model discloses a connector assembly. The connector assembly comprises a connector and a plurality of matching modules. The connector includes: a housing; and a plurality of rows of terminals disposed in the housing. And the plurality of matching modules are inserted into the shell and are electrically contacted with the plurality of rows of terminals respectively. At least one of the two adjacent matching modules is provided with a limiting feature used for limiting the plugging sequence of the two adjacent matching modules, so that the two adjacent matching modules can only be plugged into the connector one by one according to the preset plugging sequence and can only be pulled out of the connector one by one according to the preset pulling sequence. In the utility model, a plurality of matching modules cannot be plugged together. Therefore, according to the utility model, the plugging force during matching can be reduced, and the use is very convenient.