mhurhangee/ep-ind-claims huggingface dataset:
Ultrasonic sensor, comprising: - a diaphragm cup, - a housing and - a decoupling element, wherein the diaphragm cup and the housing respectively have a lateral surface (4, 5), wherein the decoupling element is formed at least partially from an elastic material, wherein the decoupling element has a continuous recess, which is bounded by an inner wall of the decoupling element, wherein the diaphragm cup and/or the housing is/are at least partially arranged in the recess, characterized in that the inner wall of the decoupling element is strained by contraction of the elastic material at least around an area (8, 9, 10) of the lateral surface of the diaphragm cup that circumferentially surrounds the diaphragm cup and the housing and/or of a lacquer layer applied on the lateral surface of the diaphragm cup and of the lateral surface of the housing in such a way that the inner wall in this area rests flush against the lateral surface of the diaphragm cup and/or the lacquer layer applied on the lateral surface of the diaphragm cup and the lateral surface of the housing. - a diaphragm cup, - a housing and - a decoupling element,
Method for the operation of a brake system having two brake circuits (210, 216), with a recuperative brake, in particular an electrical generator, a master brake cylinder and a brake pedal, wherein at least one outlet valve (240, 242, 244, 246) of a brake circuit is opened and brake fluid is conducted into at least one reservoir (250, 252) of the one brake circuit with an associated volume of brake fluid in the event of a driver's braking demand with an associated desired braking torque and if a first condition is met, and then the at least one outlet valve (240, 242, 244, 246) is closed if a second condition is met, wherein the first condition is met if a braking variable corresponding to the braking demand is not less than a specified minimum value, and wherein the second condition is met if the volume of brake fluid has flowed into the reservoirs (250, 252), characterized in that, after the braking operation, at least one electric switchover valve (284, 286) of the one brake circuit is actuated and the brake fluid is conducted out of the at least one reservoir (250, 252) via the at least one electric switchover valve (284, 286) back into the one brake circuit (210, 216).
A reddish light emitting phosphorescent phosphor comprising a compound represented by MSi 2 O 2 N 2:Yb,R, wherein M is at least one metal element selected from strontium (Sr), calcium (Ca), barium (Ba), and magnesium (Mg), and R is at least one element selected from erbium (Er), holmium (Ho), gadolinium (Gd), praseodymium (Pr), terbium (Tb), dysprosium (Dy), neodymium (Nd), bismuth (Bi), scandium (Sc), and chromium (Cr).
An aggregation switch (106a; 106b) in a multi-chassis system, comprising: a first set of member port interfaces of the aggregation switch grouped with one or more member port interfaces of a remote aggregation switch (106a; 106b) configured to form a multi-chassis link aggregate (MC-LAG), wherein the multi-chassis link aggregate (MC-LAG) couples the aggregation switch (106a; 106b) and the remote aggregation switch (106a; 106b) to an edge node; a second set of port interfaces configured to form a virtual fabric link for coupling the aggregation switch (106a; 106b) to the remote aggregation switch (106a; 106b); a processing module operable to: determine a connection failure of the virtual fabric link to the remote aggregation switch (106a; 106b); reconfigure one or more of the first set of port interfaces into a link aggregate for coupling to the edge node; and initiate a spanning tree protocol in the one or more of the first set of port interfaces. a first set of member port interfaces of the aggregation switch grouped with one or more member port interfaces of a remote aggregation switch (106a; 106b) configured to form a multi-chassis link aggregate (MC-LAG), wherein the multi-chassis link aggregate (MC-LAG) couples the aggregation switch (106a; 106b) and the remote aggregation switch (106a; 106b) to an edge node; a second set of port interfaces configured to form a virtual fabric link for coupling the aggregation switch (106a; 106b) to the remote aggregation switch (106a; 106b); a processing module operable to: determine a connection failure of the virtual fabric link to the remote aggregation switch (106a; 106b); reconfigure one or more of the first set of port interfaces into a link aggregate for coupling to the edge node; and initiate a spanning tree protocol in the one or more of the first set of port interfaces. determine a connection failure of the virtual fabric link to the remote aggregation switch (106a; 106b); reconfigure one or more of the first set of port interfaces into a link aggregate for coupling to the edge node; and initiate a spanning tree protocol in the one or more of the first set of port interfaces.
An austenitic stainless steel tube for boiler, comprising 16 to 20% Cr by weight, being formed by cold-working at an inner surface of the steel tube, the Cr concentration at 5μm depth from the inner surface of the tube being 14% by weight or larger and less than or equal to that of mother material, and the hardness at 100 μm depth from the inner surface of the tube being 1.5 times or larger the average hardness of mother material or being HV 300 or larger.
Supporting device for supporting a façade panel on a support structure, the device comprising a façade panel, a support structure, an anchoring device, an adjusting element and a compression member, wherein the an adjusting element is secured to the façade panel by way of the anchoring device, wherein the compression member has a first end and a second end and is secured in the an adjusting element while being variably adjustable in the axial direction, wherein in the assembled state of the supporting device the first end of the compression member is oriented towards the façade panel and the second end of the compression member is in contact with the support structure, wherein the adjusting element is located outside the façade panel and the support structure, characterised in that in the assembled state of the supporting device the compression member exclusively transmits compression forces (F D) between the façade panel and the support structure.
A computer-implemented method comprising: - obtaining a plurality of pieces of estimation information, the obtaining comprising receiving or determining the plurality of pieces of estimation information, wherein each of the plurality of pieces of estimation information represents one or more respective absolute values of an altitude, wherein each of the one or more absolute values of an altitude is associated with a respective position information, each of the plurality of pieces of estimation information determined based, at least in part, on a respective relative altitude information and, at least in part, on a respective absolute altitude information associated with a respective data element (441a, 441b) of a database comprising map data representing an altitude map; - aggregating the plurality of pieces of estimation information in a spatial grid, wherein the spatial grid is divided into a plurality of grid points; and characterized by - interpolating grid points of the spatial grid at which no estimation information has been aggregated, to obtain an interpolated spatial grid, wherein the obtaining of a plurality of pieces of estimation information and the aggregating of a plurality of pieces of estimation information form an iteration step and, for a second such iteration step following a first such iteration step, the interpolated spatial grid obtained by interpolating grid points of the spatial grid of the first iteration step is used as the spatial grid when aggregating the plurality of pieces of estimation information during the second such iteration step. - obtaining a plurality of pieces of estimation information, the obtaining comprising receiving or determining the plurality of pieces of estimation information, wherein each of the plurality of pieces of estimation information represents one or more respective absolute values of an altitude, wherein each of the one or more absolute values of an altitude is associated with a respective position information, each of the plurality of pieces of estimation information determined based, at least in part, on a respective relative altitude information and, at least in part, on a respective absolute altitude information associated with a respective data element (441a, 441b) of a database comprising map data representing an altitude map; - aggregating the plurality of pieces of estimation information in a spatial grid, wherein the spatial grid is divided into a plurality of grid points; and characterized by - interpolating grid points of the spatial grid at which no estimation information has been aggregated, to obtain an interpolated spatial grid,
Headlamp for a vehicle, comprising at least: - a housing; - a lens; and - a light module pivotably mounted in the housing about a vertical axis, wherein the light module comprises at least one light matrix with several individually-controllable illuminants, wherein, for generating a high beam that can be activated segment-by-segment, at least one refractive element (28, 31) is assigned to each of the illuminants, and the light module also comprises at least one further illuminant, to which at least one further refractive element (30, 32) is assigned for generating a base-light distribution, and the light module is mounted on a mechanical pivoting frame, characterized in that the pivoting frame is mounted so as to be translationally adjustable in the vertical and horizontal directions with respect to the housing, and the light module is pivotably mounted with respect to the pivoting frame in that the light module is suspended from the vertical axis that is supported by the pivoting frame and runs through the center of mass of the light module. - a housing; - a lens; and - a light module pivotably mounted in the housing about a vertical axis, wherein the light module comprises at least one light matrix with several individually-controllable illuminants, wherein, for generating a high beam that can be activated segment-by-segment, at least one refractive element (28, 31) is assigned to each of the illuminants, and the light module also comprises at least one further illuminant, to which at least one further refractive element (30, 32) is assigned for generating a base-light distribution, and the light module is mounted on a mechanical pivoting frame, characterized in that the pivoting frame is mounted so as to be translationally adjustable in the vertical and horizontal directions with respect to the housing, and the light module is pivotably mounted with respect to the pivoting frame in that the light module is suspended from the vertical axis that is supported by the pivoting frame and runs through the center of mass of the light module.
A screw actuated press unit comprising a casing, an actuating screw rotationally journalled in the casing, a rotation motor drivingly coupled Lo the actuation screw, a nut assembly cooperating with the actuation screw, a thrust rod rigidly connected to the nut assembly and extending out ot the casing for connection to a work piece, and a locking device effective to rotationally lock the nut assembly to the casing while permitting axial movement of the nut assembly at rotation of the actuating screw, wherein said locking device comprises three or more radially extending roller studs mounted on the nut assembly in a common axially directed row, and an axially extending slot in the casing and two parallel guide rails (32,33) disposed on the edges of said slot, wherein said roller studs engage said guide rails (32,33) to prevent rotation of the nut assembly during press unit operation, and wherein a spring element is arranged to exert a bias force on said roller studs against said guide rails (32,33) for eliminating rotational play between the nut assembly and the casing, characterized in that the one of said three roller studs that is located in the middle between the other two roller studs (28,30) is biased by said spring element against one of said guide rails, whereas the other two roller studs (28,30) are biased against the opposite guide rail.
Headlamp for a two-wheeled vehicle, in particular a bicycle, comprising at least one housing and at least one light source arranged in the housing, wherein at least part of the housing consists of a material which is transparent to light, in particular visible light, and at least part of the housing is provided with a coating which is opaque to light, in particular visible light, wherein the opaque coating is removed from the housing in order to display a sign, such that the sign, in particular a logo, preferably a lettering, is illuminated by the at least one light source through the transparent material, characterized in that the coating comprises an opaque lacquering, in particular a lacquering which is opaque to visible light, in particular a black lacquering and a primer lacquering, and the coating, in particular the opaque lacquering, preferably and/or also the primer lacquering can be removed by a laser, wherein the transparent material of the housing is PMMA and a laser engraving is introduced into the transparent material of the housing.
A core layer for an information carrying card comprising: a thermoplastic layer defining at least one cavity therein; an inlay layer, at least one portion of the inlay layer disposed inside the at least one cavity of the thermoplastic layer; and a crosslinked polymer composition disposed over the thermoplastic layer and contacting the inlay layer, wherein said inlay layer comprises at least one active or passive electronic component embedded or surface mounted on a supporting film of a polymer based dielectric material. a thermoplastic layer defining at least one cavity therein; an inlay layer, at least one portion of the inlay layer disposed inside the at least one cavity of the thermoplastic layer; and a crosslinked polymer composition disposed over the thermoplastic layer and contacting the inlay layer, wherein said inlay layer comprises at least one active or passive electronic component embedded or surface mounted on a supporting film of a polymer based dielectric material.
A coating material for fried food, comprising: a wheat flour in an amount of 50 to 95 mass%; and a modified starch in an amount of 5 to 50 mass%, the modified starch having been subjected to an oxidation treatment or an acid treatment and having an RVA maximum viscosity of 1,000 mPa·s or less; wherein the starch is corn starch or tapioca starch. a wheat flour in an amount of 50 to 95 mass%; and a modified starch in an amount of 5 to 50 mass%, the modified starch having been subjected to an oxidation treatment or an acid treatment and having an RVA maximum viscosity of 1,000 mPa·s or less; wherein the starch is corn starch or tapioca starch.
A data transmitting device for transmitting data to a data receiving node over a wireless channel in a communication system, the data transmitting device comprising: grant receiving circuitry configured to receive (1310, 1320), from a scheduling node, a first resource grant for a data transmission in a subframe and a second resource grant for a data transmission of data in said subframe; and transmission control circuitry configured to select according to which of the first resource grant and the second resource grant data are to be transmitted in the subframe; and a transmitter configured to transmit the data in the subframe according to the selected first resource grant or second resource grant; characterized in that, when the first resource grant or the second resource grant, which was not selected for data transmission in said subframe, is a multiple subframe grant indicating allocation of resources for a plurality of subframes of the communication system, the transmitter is configured to transmit data in the allocated plurality of subframes according to the multiple subframe grant except for said subframe. grant receiving circuitry configured to receive (1310, 1320), from a scheduling node, a first resource grant for a data transmission in a subframe and a second resource grant for a data transmission of data in said subframe; and transmission control circuitry configured to select according to which of the first resource grant and the second resource grant data are to be transmitted in the subframe; and a transmitter configured to transmit the data in the subframe according to the selected first resource grant or second resource grant; characterized in that, when the first resource grant or the second resource grant, which was not selected for data transmission in said subframe, is a multiple subframe grant indicating allocation of resources for a plurality of subframes of the communication system, the transmitter is configured to transmit data in the allocated plurality of subframes according to the multiple subframe grant except for said subframe.
A control assembly of an electromagnetic actuator for a valve of an internal combustion engine, which includes: - an electromagnetic actuator comprising: • an armature; • a moving gear able to move with respect to the armature and including: ∘ a carcass provided with a tubular framework; ∘ a coil wound on the framework of the carcass, this coil having a primary end and a secondary end; ∘ a valve integral with the carcass; - an electrical control circuit including a primary terminal and a secondary terminal, the primary and secondary terminals (25, 26) being fixed with respect to the armature; - an electrical connector including: • a primary conductor connecting the primary terminal of the electrical control circuit to the primary end of the coil; • a secondary conductor connecting the secondary terminal of the electrical control circuit to the secondary end of the coil; characterized in that the primary and secondary conductors (28, 29) each have the form of a flexible blade and adjoin one another with interposition of an insulating layer. - an electromagnetic actuator comprising: • an armature; • a moving gear able to move with respect to the armature and including: ∘ a carcass provided with a tubular framework; ∘ a coil wound on the framework of the carcass, this coil having a primary end and a secondary end; ∘ a valve integral with the carcass; • an armature; • a moving gear able to move with respect to the armature and including: ∘ a carcass provided with a tubular framework; ∘ a coil wound on the framework of the carcass, this coil having a primary end and a secondary end; ∘ a valve integral with the carcass; ∘ a carcass provided with a tubular framework; ∘ a coil wound on the framework of the carcass, this coil having a primary end and a secondary end; ∘ a valve integral with the carcass; - an electrical control circuit including a primary terminal and a secondary terminal, the primary and secondary terminals (25, 26) being fixed with respect to the armature; - an electrical connector including: • a primary conductor connecting the primary terminal of the electrical control circuit to the primary end of the coil; • a secondary conductor connecting the secondary terminal of the electrical control circuit to the secondary end of the coil; • a primary conductor connecting the primary terminal of the electrical control circuit to the primary end of the coil; • a secondary conductor connecting the secondary terminal of the electrical control circuit to the secondary end of the coil;
A blade for creping a paper web from a Yankee cylinder surface, said blade comprising a steel substrate having a thickness of 0.7 mm - 2 mm, wherein the steel substrate has a working edge adapted for contact with said surface and a web impact area upon which the web impacts during crêping, and wherein at least the working edge is provided with a cermet coating, characterized in that the cermet coating comprises chromium carbides and tungsten carbides in a nickel based metal matrix and wherein the cermet coating has a porosity of < 2 volume % and a hardness of > 1100 HV 0.3.
A battery charging method, comprising: allocating an indexed sequence of bits in a buffer for tracking a battery charging state, the indexed sequence of bits having a first number of bits; sampling a battery voltage of a rechargeable battery at a sampling rate; for each sampled battery voltage: comparing the battery voltage with a voltage threshold; identifying a next bit position in the indexed sequence of bits; and in accordance with a determination that a comparison result is true, adding a predefined first value to the next bit position in the indexed sequence of bits; determining, in the indexed sequence of bits, a second number of bits that are filled with the predefined first value; determining a ratio between the second number and the first number; and in accordance with a determination that the ratio exceeds a threshold step-down ratio, stepping down a battery charge voltage to which the rechargeable battery is charged to a step-down voltage. allocating an indexed sequence of bits in a buffer for tracking a battery charging state, the indexed sequence of bits having a first number of bits; sampling a battery voltage of a rechargeable battery at a sampling rate; for each sampled battery voltage: comparing the battery voltage with a voltage threshold; identifying a next bit position in the indexed sequence of bits; and in accordance with a determination that a comparison result is true, adding a predefined first value to the next bit position in the indexed sequence of bits; comparing the battery voltage with a voltage threshold; identifying a next bit position in the indexed sequence of bits; and in accordance with a determination that a comparison result is true, adding a predefined first value to the next bit position in the indexed sequence of bits; determining, in the indexed sequence of bits, a second number of bits that are filled with the predefined first value; determining a ratio between the second number and the first number; and in accordance with a determination that the ratio exceeds a threshold step-down ratio, stepping down a battery charge voltage to which the rechargeable battery is charged to a step-down voltage.