mhurhangee/ep-ind-claims huggingface dataset:
Storage circuitry comprising: an array of storage locations arranged in rows and columns; a row buffer comprising a plurality of entries each to store information from a storage location at a corresponding column of an active row of the array; comparison circuitry responsive to a tag-matching command specifying a tag value to compare the tag value with information stored in each of a subset of entries of the row buffer, and to identify which of said subset of entries, if any, is a matching entry storing information matching the tag value, said subset comprising two or more entries of the row buffer; and control circuitry configured, in response to a hit condition when one of said subset of entries is identified as said matching entry in response to the tag-matching command, to trigger a read or write operation to read or write information stored in a target storage location selected in dependence on which entry of the row buffer is the matching entry; wherein said target storage location is another storage location in the same row of the array as the storage location corresponding to said matching entry of the row buffer. an array of storage locations arranged in rows and columns; a row buffer comprising a plurality of entries each to store information from a storage location at a corresponding column of an active row of the array; comparison circuitry responsive to a tag-matching command specifying a tag value to compare the tag value with information stored in each of a subset of entries of the row buffer, and to identify which of said subset of entries, if any, is a matching entry storing information matching the tag value, said subset comprising two or more entries of the row buffer; and control circuitry configured, in response to a hit condition when one of said subset of entries is identified as said matching entry in response to the tag-matching command, to trigger a read or write operation to read or write information stored in a target storage location selected in dependence on which entry of the row buffer is the matching entry;
A method of adjusting the transmission timing of a wireless communication device (1600; 1810) operating in a wireless communication network comprising first and second base stations, the method comprising: determining, in the first base station, a first allowable timing adjustment range corresponding to a first uplink, UL, connection between the wireless communication device and the first base station, wherein the first UL connection is associated with a first downlink, DL, connection between the wireless communication device and the first base station; determining (1320; 1520), in the first base station or in second base station, a second allowable timing adjustment range corresponding to a supplementary uplink, SUL, connection between the wireless communication device and the second base station, wherein the SUL connection is not associated with a DL connection between the wireless communication device and the second base station; determining, in the first base station or in second base station, if a single timing advance, TA, value can be used to adjust the wireless communication device's transmission timing to satisfy both the first allowable timing adjustment range and the second allowable timing adjustment range; and performing a corrective action, in the first base station or in second base station, if it is determined that said single TA value cannot be used. determining, in the first base station, a first allowable timing adjustment range corresponding to a first uplink, UL, connection between the wireless communication device and the first base station, wherein the first UL connection is associated with a first downlink, DL, connection between the wireless communication device and the first base station; determining (1320; 1520), in the first base station or in second base station, a second allowable timing adjustment range corresponding to a supplementary uplink, SUL, connection between the wireless communication device and the second base station, wherein the SUL connection is not associated with a DL connection between the wireless communication device and the second base station; determining, in the first base station or in second base station, if a single timing advance, TA, value can be used to adjust the wireless communication device's transmission timing to satisfy both the first allowable timing adjustment range and the second allowable timing adjustment range; and performing a corrective action, in the first base station or in second base station, if it is determined that said single TA value cannot be used.
Electrical contactor comprising: • at least one pair of fixed contacts and a contact movable between a closed position and an open position for each pair of fixed contacts, wherein the fixed contacts are connected electrically to one another via the movable contact in the closed position of the movable contact and are insulated electrically from one another in the open position of the movable contact, • an electromagnetic coil capable of controlling the or each movable contact in closed position or in open position, • an electronic module for controlling the electromagnetic coil comprising a switch connected in series with the coil and a control device for the switch, wherein the switch comprises two conduction electrodes and a control electrode, and the electronic control module additionally comprises a generator of positive voltage such as a rectifier connected to the switch and to the coil that are connected in series and suitable for supplying a positive voltage (U E) to the switch and to the coil, wherein said control device comprises means for calculating a pulse width modulated signal and means for applying the calculated signal to the control electrode of the switch, and the pulse width modulated signal has a duty cycle (α) of variable value over time during the control of the or each movable contact in closed position, wherein the control device comprises means for measuring the positive voltage (U E) and characterised in that the value of the duty cycle depends on said voltage (U E) measured solely during the control of the or each movable contact in closed position. • at least one pair of fixed contacts and a contact movable between a closed position and an open position for each pair of fixed contacts, wherein the fixed contacts are connected electrically to one another via the movable contact in the closed position of the movable contact and are insulated electrically from one another in the open position of the movable contact, • an electromagnetic coil capable of controlling the or each movable contact in closed position or in open position, • an electronic module for controlling the electromagnetic coil comprising a switch connected in series with the coil and a control device for the switch, wherein the switch comprises two conduction electrodes and a control electrode, and the electronic control module additionally comprises a generator of positive voltage such as a rectifier connected to the switch and to the coil that are connected in series and suitable for supplying a positive voltage (U E) to the switch and to the coil,
A fermentation process comprising the following steps: a) providing a sample of bacteria of a Bordetella species; b) incubating the sample of bacteria of a Bordetella species in a first culture medium in the presence of at least one bvg (bordetella virulence genes) modulator for at least 5 generations, thereby producing a mature culture, wherein the bvg modulator is selected from the group consisting of niacin, a magnesium salt, a sulphate salt, a phosphate salt, a carbonate salt, sucrose, proline, sodium ions at a concentration greater than 100mM, an antifoaming agent, glutathione, and a sulphur containing amino acid; c) incubating the mature culture in a second culture medium in the absence of the at least one bvg modulator; wherein step c) occurs after step b) and wherein at least part of step b) is carried out in a vessel greater than or equal to 25ml in volume. a) providing a sample of bacteria of a Bordetella species; b) incubating the sample of bacteria of a Bordetella species in a first culture medium in the presence of at least one bvg (bordetella virulence genes) modulator for at least 5 generations, thereby producing a mature culture, wherein the bvg modulator is selected from the group consisting of niacin, a magnesium salt, a sulphate salt, a phosphate salt, a carbonate salt, sucrose, proline, sodium ions at a concentration greater than 100mM, an antifoaming agent, glutathione, and a sulphur containing amino acid; c) incubating the mature culture in a second culture medium in the absence of the at least one bvg modulator;
Front structure of a motor vehicle having longitudinal and transverse directions corresponding to the longitudinal and transverse directions of the vehicle when the front structure is assembled on the vehicle, the front structure comprising a stretcher comprising two side rails, a transverse beam and two shock absorbers each fixed on one side to the front end of a side rail in the extension thereof via a plate and on the other side to the transverse beam, characterized in that: - at least one shock absorber is extended laterally in the transverse direction by an outer cover with open cross-section extending from an opposite side to a side facing the other shock absorber, the opening of which is closed by assembly with the shock absorber, - a deformation-based energy dissipating element is associated with the at least one extended shock absorber, this energy dissipating element being mounted on an outer lateral face of the side rail to which the extended shock absorber is fixed, in alignment with the outer cover thereof in the longitudinal direction. - at least one shock absorber is extended laterally in the transverse direction by an outer cover with open cross-section extending from an opposite side to a side facing the other shock absorber, the opening of which is closed by assembly with the shock absorber, - a deformation-based energy dissipating element is associated with the at least one extended shock absorber, this energy dissipating element being mounted on an outer lateral face of the side rail to which the extended shock absorber is fixed, in alignment with the outer cover thereof in the longitudinal direction.
A liquid ejecting head comprising: a pressure chamber forming member that is formed with pressure chambers which communicate with nozzles; and a piezoelectric element that includes a first electrode, a piezoelectric layer, and a second electrode which are laminated in a position corresponding to an opening portion of each of the pressure chambers in the pressure chamber forming member in a sequence from a side close to the opening portion, wherein the opening portion of each of the pressure chambers has a polygonal shape which includes a plurality of corners and sides that connect the corners to each other, and wherein the piezoelectric layer is integrally formed throughout the plurality of pressure chambers in the pressure chamber forming member, and wherein a predetermined region of the piezoelectric layer along the sides from among regions which are interposed between adjacent pressure chambers includes a hollow that penetrates the piezoelectric layer or a hollow in which the piezoelectric layer has a relatively thin thickness, characterized in that: a predetermined region of the piezoelectric layer along the corners is relatively thicker than the thickness of the piezoelectric layer in the hollow. a pressure chamber forming member that is formed with pressure chambers which communicate with nozzles; and a piezoelectric element that includes a first electrode, a piezoelectric layer, and a second electrode which are laminated in a position corresponding to an opening portion of each of the pressure chambers in the pressure chamber forming member in a sequence from a side close to the opening portion, wherein the opening portion of each of the pressure chambers has a polygonal shape which includes a plurality of corners and sides that connect the corners to each other, and wherein the piezoelectric layer is integrally formed throughout the plurality of pressure chambers in the pressure chamber forming member, and wherein a predetermined region of the piezoelectric layer along the sides from among regions which are interposed between adjacent pressure chambers includes a hollow that penetrates the piezoelectric layer or a hollow in which the piezoelectric layer has a relatively thin thickness, characterized in that: a predetermined region of the piezoelectric layer along the corners is relatively thicker than the thickness of the piezoelectric layer in the hollow. a predetermined region of the piezoelectric layer along the corners is relatively thicker than the thickness of the piezoelectric layer in the hollow.
A vehicle seat including a seat portion mounted on legs (4, 9) and including a safety device enabling a load under the seat portion, between two laterally opposite legs, to be restrained, formed by a solid plate connecting the front legs of the seat, characterized in that at each end the plate has a folded portion forming a return, fixed to the rear of the corresponding front leg.
A compressor section for use in a gas turbine engine comprising: a plurality of compressor stages, each stage including a disk having an inner periphery defining a bore that faces a shaft; a flow path flowing in a generally axial direction between the shaft and the bores of each disk; and at least one deflector positioned between bores of an upstream disk and an adjacent downstream disk to direct an air flow radially outwardly into a cavity formed between the upstream and downstream disks; the at least one deflector comprises a main body extending between the upstream and downstream disks, characterised in that the main body includes an upstream end that is positioned adjacent the upstream disk and a downstream end that is adjacent the downstream disk, and wherein the main body is attached to the upstream and the downstream disk, and wherein the main body includes a first deflector portion that extends radially inwardly from the main body toward the shaft to block the flow path and force the flow to go radially outwardly and into at least one inlet port that is formed within the main body upstream of the first deflector portion. a plurality of compressor stages, each stage including a disk having an inner periphery defining a bore that faces a shaft; a flow path flowing in a generally axial direction between the shaft and the bores of each disk; and at least one deflector positioned between bores of an upstream disk and an adjacent downstream disk to direct an air flow radially outwardly into a cavity formed between the upstream and downstream disks; the at least one deflector comprises a main body extending between the upstream and downstream disks, characterised in that the main body includes an upstream end that is positioned adjacent the upstream disk and a downstream end that is adjacent the downstream disk, and wherein the main body is attached to the upstream and the downstream disk, and wherein the main body includes a first deflector portion that extends radially inwardly from the main body toward the shaft to block the flow path and force the flow to go radially outwardly and into at least one inlet port that is formed within the main body upstream of the first deflector portion.
A refrigerator having: a heat-insulating main body; a storage compartment arranged inside of the heat-insulating main body and having an opening at a front face; a shelf and a container (160, 165, 180, 185) arranged in the storage compartment, said refrigerator comprising a supporting unit attached to an inner side wall of the storage compartment, and for supporting the shelf and the container (160, 165, 180, 185), wherein said supporting unit integrally includes: a shelf support on which an end of the shelf is placed; and a container support vertically aligned with said shelf support, and for slidably supporting the container by supporting an end of the container (160, 165, 180, 185) movable in a front-back direction; characterized by two projections (201, 202) each arranged at an end of said supporting unit in a moving direction of the container (160, 165, 180, 185), wherein, among the two projections (201, 202), the projection located at a front when said supporting unit is attached to the refrigerator regulates a maximum pullout distance of the container (160, 165, 180, 185) by coming into contact with a fixing unit arranged at an end portion of the container (160, 165, 180, 185). a shelf support on which an end of the shelf is placed; and a container support vertically aligned with said shelf support, and for slidably supporting the container by supporting an end of the container (160, 165, 180, 185) movable in a front-back direction; characterized by two projections (201, 202) each arranged at an end of said supporting unit in a moving direction of the container (160, 165, 180, 185), wherein, among the two projections (201, 202), the projection located at a front when said supporting unit is attached to the refrigerator regulates a maximum pullout distance of the container (160, 165, 180, 185) by coming into contact with a fixing unit arranged at an end portion of the container (160, 165, 180, 185).
An image processing apparatus, comprising: parameter setting means allowing setting of a parameter concerned with at least one of pan, tilt, zoom and rotation for cutting out a region to be displayed in an image taken in by a lens; and geometrical position calculation means for calculating a geometrical position of each pixel in input side image data based on an output signal of imaging means, wherein each pixel in the input side image data corresponds to a pixel on an output screen, in order to perform predetermined transformation of a geometrical position of an image in the region based on the parameter; characterised by an address table for storing table information which is combined information obtained by correlating an input side address, as an address of each of the pixels of the input side image data based on calculation results of the geometrical position calculation means, to an output side address as a reference which is an address of the each pixel on the output screen; and address matching means for checking the input side address of the each pixel of the input side image data, loaded in real time, against the input side address stored in the address table, and when both input side addresses are coincident, for combining the input side image data at the input side address with the corresponding output side address to form output side image data, and also for sending out the output side image data. parameter setting means allowing setting of a parameter concerned with at least one of pan, tilt, zoom and rotation for cutting out a region to be displayed in an image taken in by a lens; and geometrical position calculation means for calculating a geometrical position of each pixel in input side image data based on an output signal of imaging means, wherein each pixel in the input side image data corresponds to a pixel on an output screen, in order to perform predetermined transformation of a geometrical position of an image in the region based on the parameter;
A method for controlling a flash memory, comprising: selecting a new forward error correction, FEC, parameter set that provides more redundancy than a current FEC parameter set; coding source information bits, using the new FEC parameter set, during write operations to a first corrupted page in the flash memory; and characterised by: mapping the first corrupted page and at least one additional corrupted page in the flash memory to a single logical page with an expected page size. selecting a new forward error correction, FEC, parameter set that provides more redundancy than a current FEC parameter set; coding source information bits, using the new FEC parameter set, during write operations to a first corrupted page in the flash memory; and characterised by: mapping the first corrupted page and at least one additional corrupted page in the flash memory to a single logical page with an expected page size. mapping the first corrupted page and at least one additional corrupted page in the flash memory to a single logical page with an expected page size.
Curable mixture comprising: RM% of m -xylylene bismaleimide of formula RP% of a polyimide component, and RC% of a comonomer component, wherein the polyimide component consists of at least one polyimide of formula wherein A is an X-functional group with at least two carbon atoms, X is an integer ≥ 2, and B is a difunctional group comprising a carbon-carbon double bond; with the proviso that when B is A cannot be and X cannot be 2; wherein the comonomer component consists of at least one comonomer selected from: alkenylphenol, alkenylphenyl ether, alkenylphenol ether, polyamine, aminophenol, amino acid hydrazide, cyanate ester, diallyl phthalate, triallyl isocyanurate, triallyl cyanurate, styrene, and divinylbenzene; and wherein RM% is defined as 1 wt% to 98 wt%; RP% is defined as 1 wt% to 98 wt%; RC% is defined as 1 wt% to 98 wt%; and wherein the sum of RM%, RP% and RC% is less than or equal to 100 wt%. RM% of m -xylylene bismaleimide of formula RP% of a polyimide component, and RC% of a comonomer component, A is an X-functional group with at least two carbon atoms, X is an integer ≥ 2, and B is a difunctional group comprising a carbon-carbon double bond;