mhurhangee/ep-ind-claims huggingface dataset:
A method for performing a beamforming training procedure in a wireless communication system, comprising: receiving, by a station, STA, a beacon frame from an access point, AP, during a beacon transmission interval, BTI; and transmitting, by the STA, sector sweep, SSW, frames during an association beamforming training, A-BFT, wherein the beacon frame includes an A-BFT length including information on a number of multiple SSW slots being included in the A-BFT, a FSS field including information on a number of the SSW frames that can be transmitted in one SSW slot among the multiple SSW slots, and information on a type of the SSW frames transmitted in the one SSW slot, wherein the type of the SSW frames is a first type or a second type, wherein a size of second type SSW frames is smaller than a size of first type SSW frames, and wherein the STA differently interprets a value of the FSS field to be a number of the first type SSW frames or a number of the second type SSW frames based on the type of the SSW frames and following table: [Table] Value of the FSS field 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Number of first type SSW frames 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Number of second type SSW frames 1 3 4 6 8 9 11 12 14 16 17 19 21 22 24 25 receiving, by a station, STA, a beacon frame from an access point, AP, during a beacon transmission interval, BTI; and transmitting, by the STA, sector sweep, SSW, frames during an association beamforming training, A-BFT, wherein the beacon frame includes an A-BFT length including information on a number of multiple SSW slots being included in the A-BFT, a FSS field including information on a number of the SSW frames that can be transmitted in one SSW slot among the multiple SSW slots, and information on a type of the SSW frames transmitted in the one SSW slot, wherein the type of the SSW frames is a first type or a second type, wherein a size of second type SSW frames is smaller than a size of first type SSW frames, and wherein the STA differently interprets a value of the FSS field to be a number of the first type SSW frames or a number of the second type SSW frames based on the type of the SSW frames and following table: [Table] Value of the FSS field 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Number of first type SSW frames 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Number of second type SSW frames 1 3 4 6 8 9 11 12 14 16 17 19 21 22 24 25
Method for controlling a brake system that is actuated by means of a pressure medium and is at least partially electronic, said brake system being in a vehicle that comprises at least two axles (VA, HA), wherein the brake pressures (p VA) for wheel brakes on an axle are generated in a pressure-controlled manner and the brake pressures (p HA) for wheel brakes on at least one further axle are electronically regulated and control or back-up pressures (p HA) for the wheel brakes on the at least one further axle are generated, from which in the event of a failure of the electronic brake pressure regulation for this at least one further axle the brake pressures for this at least one further axle are generated in a pressure medium-controlled manner, characterized in that a) electric signals are generated that represent the brake pressures (p VA) for the wheel brakes on one axle or that represent the braking effect on the wheels of one axle and b) the brake pressures for wheel brakes of a trailer of the vehicle are generated at least in response to the electric signals that represent the brake pressures (p VA) for the wheel brakes on one axle or that represent the braking effect on the wheels on one axle, wherein c) for the case that it is not possible to generate electric signals that represent the brake pressures (p VA) for the wheel brakes on one axle or that represent the braking effect on the wheels of one axle the brake pressures for the wheel brakes of the trailer are electropneumatically generated in dependence upon the control or back-up pressures (P HA) for the wheel brakes of the at least one further axle. a) electric signals are generated that represent the brake pressures (p VA) for the wheel brakes on one axle or that represent the braking effect on the wheels of one axle and b) the brake pressures for wheel brakes of a trailer of the vehicle are generated at least in response to the electric signals that represent the brake pressures (p VA) for the wheel brakes on one axle or that represent the braking effect on the wheels on one axle, wherein c) for the case that it is not possible to generate electric signals that represent the brake pressures (p VA) for the wheel brakes on one axle or that represent the braking effect on the wheels of one axle the brake pressures for the wheel brakes of the trailer are electropneumatically generated in dependence upon the control or back-up pressures (P HA) for the wheel brakes of the at least one further axle.
A method for manufacturing a device for cooking food products by contact, of griddle type, this device comprising a top cooking plate, heating means for heating and maintaining the plate at a substantially uniform and constant temperature by the generation of saturated steam and water condensation under the plate in the presence of the products to be cooked, a bottom partition intended to be heated by the heating means, and link means mounted between the plate and the partition to maintain the plate in a planar state, characterized in that, the link means comprising a plurality of bars (142, 144) of elongate form comprising mutual fitting means (154, 164, 168), the method comprises the steps consisting in: a) intercrossing or interlocking the bars and fitting them one into the other so as to form a grid, and b) fastening the grid to the plate and to the partition, for example by brazing, the grid extending in a plane substantially parallel to the plate and to the partition. a) intercrossing or interlocking the bars and fitting them one into the other so as to form a grid, and b) fastening the grid to the plate and to the partition, for example by brazing, the grid extending in a plane substantially parallel to the plate and to the partition.
A kit comprising: a. a first dispenser containing a first oral care composition comprising stannous fluoride wherein the first composition is a dentifrice and is free of linear polyphosphates wherein the first composition has a pH from 4 to 6; b. a second dispenser containing a second oral care composition comprising from 0.1% to 6% hydrogen peroxide wherein the second composition is a gel and does not contain any fluoride salt or an abrasive wherein the second composition has a pH from 3.5 to 5.5 and wherein the pH of the first composition is higher than the pH of the second composition; and c. instructions wherein a user is instructed to expectorate but not rinse between applying the first composition and the second composition and wherein the instructions instruct the user to use the first composition and the second composition concurrently. a. a first dispenser containing a first oral care composition comprising stannous fluoride wherein the first composition is a dentifrice and is free of linear polyphosphates wherein the first composition has a pH from 4 to 6; b. a second dispenser containing a second oral care composition comprising from 0.1% to 6% hydrogen peroxide wherein the second composition is a gel and does not contain any fluoride salt or an abrasive wherein the second composition has a pH from 3.5 to 5.5 and wherein the pH of the first composition is higher than the pH of the second composition; and c. instructions wherein a user is instructed to expectorate but not rinse between applying the first composition and the second composition and wherein the instructions instruct the user to use the first composition and the second composition concurrently.
A water-absorbent resin composition comprising a water-absorbent resin, an oxygen-containing reducing inorganic salt, an aminocarboxylic acid-based metal chelating agent and an organic antioxidant.
System for joining at least one first component and one second component comprising: a) an apparatus for joining at least the first component and the second component comprising: - a die with a die shank and a die head, wherein the die head comprises a first surface and a second surface, - a supporting body comprising an aperture in which the die shank extends and a receiving surface supporting the first surface of the die head; - a sleeve extending between a first end and a second end, the sleeve being arranged around a portion of the supporting body and around the die head, wherein the sleeve extends beyond the die head such that a recess is formed between the second end of the sleeve and the second surface of the die head, the recess being adapted to receive a washer, characterised in that the system further comprises: b) a washer having a washer diameter, a first surface and a second surface opposite the first surface, wherein the washer extends in the recess provided between the second end of the sleeve and the second surface of the die head, and wherein the washer diameter is equal to or superior to a diameter of the die head. a) an apparatus for joining at least the first component and the second component comprising: - a die with a die shank and a die head, wherein the die head comprises a first surface and a second surface, - a supporting body comprising an aperture in which the die shank extends and a receiving surface supporting the first surface of the die head; - a sleeve extending between a first end and a second end, the sleeve being arranged around a portion of the supporting body and around the die head, wherein the sleeve extends beyond the die head such that a recess is formed between the second end of the sleeve and the second surface of the die head, the recess being adapted to receive a washer, characterised in that the system further comprises: - a die with a die shank and a die head, wherein the die head comprises a first surface and a second surface, - a supporting body comprising an aperture in which the die shank extends and a receiving surface supporting the first surface of the die head; - a sleeve extending between a first end and a second end, the sleeve being arranged around a portion of the supporting body and around the die head, wherein the sleeve extends beyond the die head such that a recess is formed between the second end of the sleeve and the second surface of the die head, the recess being adapted to receive a washer, b) a washer having a washer diameter, a first surface and a second surface opposite the first surface, wherein the washer extends in the recess provided between the second end of the sleeve and the second surface of the die head, and wherein the washer diameter is equal to or superior to a diameter of the die head.
An overlap measuring apparatus for measuring an amount of overlap of a front end and a rear end of a sheet-shaped member when the sheet-shaped member having been molded into a predetermined length with molding marks extending on the surface in width direction thereof is wound from the front end thereof around the periphery of a molding drum, the apparatus comprising: detecting means for detecting a first molding mark formed on the sheet-shaped member on the rear end side and a second molding mark formed on the sheet-shaped member on the front end side by capturing images of an entire area including the overlap from above by image capturing means; Characterised By: calculating means for calculating the amount of overlap by measuring the distance between the first molding mark and the second molding mark on the sheet-shaped member from frames of captured images and the relationship between the distance of the front end of the sheet-shaped member at the overlap to the first molding mark and the distance of the rear end of the sheet-shaped member to the second molding mark. detecting means for detecting a first molding mark formed on the sheet-shaped member on the rear end side and a second molding mark formed on the sheet-shaped member on the front end side by capturing images of an entire area including the overlap from above by image capturing means; Characterised By: calculating means for calculating the amount of overlap by measuring the distance between the first molding mark and the second molding mark on the sheet-shaped member from frames of captured images and the relationship between the distance of the front end of the sheet-shaped member at the overlap to the first molding mark and the distance of the rear end of the sheet-shaped member to the second molding mark.
Plow steel for a snow plow, comprising: a fastening means for fastening the plow steel to a snow plow; a main steel support plate, with a main plane extending across a width and a height dimension; and a surface contacting edge, running in the width dimension along said steel support plate, which surface contacting edge comprises a set of indentations formed in the height dimension in the metal support plate, hence forming a set of surface contacting teeth along the surface contacting edge and arranged between said indentations along the width dimension, wherein each of said teeth comprises an insert made of a wear-resistant material with better abrasive resistance than the steel material of said steel support plate, which inserts do not cover said indentations in a depth dimension perpendicular to said main plane, characterised in that the steel support plate comprises an elongated steel flange covering said indentations in the depth dimension. a fastening means for fastening the plow steel to a snow plow; a main steel support plate, with a main plane extending across a width and a height dimension; and a surface contacting edge, running in the width dimension along said steel support plate, which surface contacting edge comprises a set of indentations formed in the height dimension in the metal support plate, hence forming a set of surface contacting teeth along the surface contacting edge and arranged between said indentations along the width dimension, wherein each of said teeth comprises an insert made of a wear-resistant material with better abrasive resistance than the steel material of said steel support plate, which inserts do not cover said indentations in a depth dimension perpendicular to said main plane, characterised in that the steel support plate comprises an elongated steel flange covering said indentations in the depth dimension.
Method for testing an impact of a cleaning head constituted to execute a cleaning process involving mechanical load, on a property of a fabric, comprising: - securing a sample of the fabric on a supporting structure, - operatively connecting the cleaning head with the sample, - starting the cleaning process of the cleaning head, - automatically imposing a predetermined relative movement of the sample between the cleaning head and the sample while the cleaning head and the sample are operatively connected, - stopping the cleaning process, - and establishing a change in said property of the sample, characterized in that the relative movement comprises a rotation and a translation. - securing a sample of the fabric on a supporting structure, - operatively connecting the cleaning head with the sample, - starting the cleaning process of the cleaning head, - automatically imposing a predetermined relative movement of the sample between the cleaning head and the sample while the cleaning head and the sample are operatively connected, - stopping the cleaning process, - and establishing a change in said property of the sample,
A composite membrane comprising: an organic polymer layer having a plurality of through holes; and lithium ion-conductive inorganic particles formed in the through holes, the lithium ion conductive particles penetrating the polymer layer such that the said particles are exposed from both surfaces of the composite membrane, wherein a hydrophobic coating layer is formed on at least one surface of the lithium ion-conductive inorganic particles. an organic polymer layer having a plurality of through holes; and lithium ion-conductive inorganic particles formed in the through holes, the lithium ion conductive particles penetrating the polymer layer such that the said particles are exposed from both surfaces of the composite membrane, wherein a hydrophobic coating layer is formed on at least one surface of the lithium ion-conductive inorganic particles.
A device for verifying wiring connections during the assembly of a wire harness, the wire harness comprising a connector having an array of terminals and a plurality wires connected to individual ones of the terminals, the device comprising: a transmitter for applying different signals to different terminals for emitting a corresponding electromagnetic signal from a wire connected to that terminal, each electromagnetic signal having an associated identifying characteristic; a detector including an aerial for receiving electromagnetic signals emitted from wires connected to terminals; and a processor for generating an output for identifying the received electromagnetic signals based on their detected identifying characteristics. a transmitter for applying different signals to different terminals for emitting a corresponding electromagnetic signal from a wire connected to that terminal, each electromagnetic signal having an associated identifying characteristic; a detector including an aerial for receiving electromagnetic signals emitted from wires connected to terminals; and a processor for generating an output for identifying the received electromagnetic signals based on their detected identifying characteristics.
Apparatus for controlling a position of a matrix in preparation of an embossing process, the apparatus comprising: a base element comprising a main surface and a rotatable guide, the rotatable guide comprises an eccentric portion protruding from the main surface, wherein the rotatable guide is rotatable about an axis perpendicular to the main surface; and a carrier plate to be placed on the main surface and comprising an elongated opening to receive the eccentric portion, the carrier plate being configured to hold and move the matrix along at least one direction of the main surface, wherein the elongated opening extends in a direction different from the at least one direction such that a rotation of the rotatable guide moves the carrier plate. a base element comprising a main surface and a rotatable guide, the rotatable guide comprises an eccentric portion protruding from the main surface, wherein the rotatable guide is rotatable about an axis perpendicular to the main surface; and a carrier plate to be placed on the main surface and comprising an elongated opening to receive the eccentric portion, the carrier plate being configured to hold and move the matrix along at least one direction of the main surface, wherein the elongated opening extends in a direction different from the at least one direction such that a rotation of the rotatable guide moves the carrier plate.
A wheeled vehicle comprising a chassis, wheels for movement on the ground of said chassis, a system for determining the speed of the vehicle, a memory for storing at least one setpoint speed, a control unit and an on board installation for disinfecting the wheels and the bottom of the chassis of the vehicle, said installation comprising a reservoir of disinfecting fluid, a pump for dispensing disinfecting fluid, and a circuit for dispensing fluid equipped at its outlet with nozzles, at least some of which are oriented toward the wheels of the vehicle, the vehicle comprising a pressurized fluid source, a so-called disinfecting operating mode that can be activated/deactivated and a manually actuated member for activating said operating mode, the fluid dispensing circuit being connected, by a first link on which said pump of the installation is arranged, to the disinfecting fluid reservoir and, by a second link equipped with a shutter member mounted so as to move between an open position and a closed position, to the pressurized fluid source, characterized in that the disinfecting operating mode is an operating mode that can be activated/deactivated based at least on data supplied by the system for determining the speed, and in that the control unit is configured so as, in the manually actuated state of the activating member, to control the activation of the disinfecting operating mode, when the speed of the vehicle is within a predefined range of setpoint speeds and in that the control member is configured so as, in the activated state of the disinfecting operating mode, to command the pump and the shutter member according to a disinfecting cycle comprising at least a first phase of actuating the pump to supply the fluid dispensing circuit with disinfecting fluid and a second phase of actuating the shutter member in the direction of opening of the second link to supply the fluid dispensing circuit, which is prefilled with disinfecting fluid, with pressurized fluid, this pressurized fluid serving as fluid for propelling the disinfecting fluid through the nozzles.
A rotary body, the rotary body being a cup holder, with a shaft-support structure for said rotary body, the shaft-support structure comprising: a bearing portion disposed to a base member; and a fulcrum shaft (45, 46) disposed to the rotary body and supported by the bearing portion in a rotatable manner, the rotary body being rotatable with respect to the base member about the fulcrum shaft to a first position and a second position, the shaft-support structure comprising: a slit disposed to the bearing portion and opened in a direction away from the base member; and characterized by a restricting member disposed at a position facing the slit in such a way as to cover the slit, wherein the rotary body is configured in such a way that, when a load exceeding a predetermined level and directed away from the base member is exerted on the rotary body, the fulcrum shaft (45, 46) moves in a direction in which the fulcrum shaft disengages from inside the bearing portion through the slit and, by the fulcrum shaft having moved pressing the restricting member from inside and the restricting member moving in a direction separating from the bearing portion, the fulcrum shaft disengages from the bearing portion, wherein the rotary body is adapted for a folding table mounted on a backrest of a seat for a vehicle. a slit disposed to the bearing portion and opened in a direction away from the base member; and characterized by a restricting member disposed at a position facing the slit in such a way as to cover the slit, wherein the rotary body is configured in such a way that, when a load exceeding a predetermined level and directed away from the base member is exerted on the rotary body, the fulcrum shaft (45, 46) moves in a direction in which the fulcrum shaft disengages from inside the bearing portion through the slit and, by the fulcrum shaft having moved pressing the restricting member from inside and the restricting member moving in a direction separating from the bearing portion, the fulcrum shaft disengages from the bearing portion, wherein the rotary body is adapted for a folding table mounted on a backrest of a seat for a vehicle.
Method for determining the readout value of a SAW sensor, wherein a plurality of readout signals are transmitted, the associated response signals (1, 4) are detected and a response signal mean value is formed, and wherein amplitude extreme value positions of the response signals (1, 4) are determined, characterized in that for each response signal (1, 4) a response signal position vector is formed from at least one amplitude extreme value position of the response signal (1, 4) as a scalar, after which the response signals (1, 4) of those response signal position vectors lying at a predetermined distance from one another in the vector space spanned by all the response signal position vectors are averaged to form a response signal mean value, and in that a readout value is determined for each response signal mean value.