mhurhangee/patent-ind-claim-en huggingface dataset:
A processor to perform operations corresponding to a first single-instruction, multiple-thread, SIMT, instruction, the first SIMT instruction to indicate a reduction operation as any one of a plurality of reduction operations supported by the first SIMT instruction, the plurality of reduction operations including at least an addition reduction operation, a maximum reduction operation, and a minimum reduction operation, the first SIMT instruction being a single instruction to have a format to include an operand to indicate data elements to be executed by threads of multiple thread groups, and a field to indicate a reduction operation to be performed on the data elements indicated by the operand, the processor including: a register file; and a plurality of compute units to respectively perform the first SIMT instruction for the threads of the multiple thread groups, to: asynchronously reduce, according to the indicated reduction operation, a plurality of data elements, which are to be stored in a plurality of registers of the register file, which respectively correspond to the plurality of compute units, to generate a result data element; and store the result data element, the processor further including hardware configured to reduce the plurality of data elements. a register file; and a plurality of compute units to respectively perform the first SIMT instruction for the threads of the multiple thread groups, to: asynchronously reduce, according to the indicated reduction operation, a plurality of data elements, which are to be stored in a plurality of registers of the register file, which respectively correspond to the plurality of compute units, to generate a result data element; and store the result data element, asynchronously reduce, according to the indicated reduction operation, a plurality of data elements, which are to be stored in a plurality of registers of the register file, which respectively correspond to the plurality of compute units, to generate a result data element; and store the result data element, the processor further including hardware configured to reduce the plurality of data elements.
A humidifying element comprising: a plurality of humidifying bodies arranged along a first direction to provide gaps among the humidifying bodies ; a diffusion plate that extends along the first direction and is in contact with the plurality of humidifying bodies ; and a casing that houses the plurality of humidifying bodies and the diffusion plate on an inside, wherein the casing includes a water storing section that is provided above the humidifying bodies and stores water therein, characterized by an opening is formed in a bottom surface of the water storing section, the diffusion plate is inserted into the opening , a first notch that extends up and down and into which the diffusion plate is inserted is formed with a width smaller than a thickness of the diffusion plate on an upper surface of the humidifying body , and at least one second notch that extends to at least one side of left and right direction sides viewed along the first direction is formed from a distal end of the first notch in the humidifying body . a plurality of humidifying bodies arranged along a first direction to provide gaps among the humidifying bodies ; a diffusion plate that extends along the first direction and is in contact with the plurality of humidifying bodies ; and a casing that houses the plurality of humidifying bodies and the diffusion plate on an inside, wherein the casing includes a water storing section that is provided above the humidifying bodies and stores water therein, characterized by an opening is formed in a bottom surface of the water storing section, the diffusion plate is inserted into the opening , a first notch that extends up and down and into which the diffusion plate is inserted is formed with a width smaller than a thickness of the diffusion plate on an upper surface of the humidifying body , and at least one second notch that extends to at least one side of left and right direction sides viewed along the first direction is formed from a distal end of the first notch in the humidifying body .
A method of managing mobile elevator call requests received from a mobile device , the method comprising: receiving , by an elevator system controller , an elevator call parameter from a management interface , the elevator call parameter being a selected number of mobile elevator call requests per a selected period of time for the mobile device; receiving , by the controller , at least one mobile elevator call request from the mobile device ; comparing , by the controller , a number of the at least one mobile elevator call request to the elevator call parameter; and restricting , by the controller , the mobile device from sending additional mobile elevator call requests when the at least one mobile elevator call request conflicts with the elevator call parameter, wherein the at least one mobile elevator call request conflicts with the elevator call parameter when the number of the at least one mobile elevator call request exceeds the selected number of mobile elevator call requests. receiving , by an elevator system controller , an elevator call parameter from a management interface , the elevator call parameter being a selected number of mobile elevator call requests per a selected period of time for the mobile device; receiving , by the controller , at least one mobile elevator call request from the mobile device ; comparing , by the controller , a number of the at least one mobile elevator call request to the elevator call parameter; and restricting , by the controller , the mobile device from sending additional mobile elevator call requests when the at least one mobile elevator call request conflicts with the elevator call parameter, wherein the at least one mobile elevator call request conflicts with the elevator call parameter when the number of the at least one mobile elevator call request exceeds the selected number of mobile elevator call requests.
Authentication device of at least one peripheral (12a-12c) connected by a network cable (13a-13c), the said authentication device comprising injection means of an electrical voltage into the said network cable (13a-13c) to supply the said at least one peripheral (12a-12c), characterised in that the said authentication device comprises: - means of supervision (16a-16c) of the current consumed by the said at least one peripheral (12a-12c) in the course of time; - means of detection of an initialisation phase P3) of the said at least one peripheral 12a-12c) as the current develops in the course of time; - means of identification of the said initialisation phase (P3) with at least one known initialisation phase, and - means of authentication of the said at least one peripheral (12a-12c) if the said initialisation phase (P3) corresponds to one known initialisation phase. - means of supervision (16a-16c) of the current consumed by the said at least one peripheral (12a-12c) in the course of time; - means of detection of an initialisation phase P3) of the said at least one peripheral 12a-12c) as the current develops in the course of time; - means of identification of the said initialisation phase (P3) with at least one known initialisation phase, and - means of authentication of the said at least one peripheral (12a-12c) if the said initialisation phase (P3) corresponds to one known initialisation phase.
A method comprising the step of: contacting particles, surfaces and/or materials with a coating composition including from 50 wt% to 80 wt.% of heterocyclic aromatic amines, substituted heterocyclic aromatic amines, or mixtures or combinations thereof and from 10 wt% to 30 wt.% of a carrier in the absence of phosphate esters, where the coating composition forms a complete or partial coating on the particles, surfaces and/or materials altering self-aggregating properties and/or aggregation propensities of the particles, surfaces, and/or materials.
An inkjet adhesive comprising: two or more monofunctional monomers, each having a log D octanol/water of 1.1 or higher; either an additional monofunctional monomer having a log D octanol/water of 1.1 or higher or a difunctional monomer having a log D octanol/water of 1.1 or higher; and one or more photoinitiators, wherein the inkjet adhesive: contains less than 0.5% by weight of monomers having a log D octanol/water of lower than 1.1, based on the total weight of the inkjet adhesive; contains less than 10% by weight of multifunctional monomers, based on the total weight of the inkjet adhesive; and is free from a colouring agent, and wherein log D oct / wat = log solute octanol ionized + solute octanol un-ionized solute water ionized + solute water un-ionized .
A print head comprising: a connector having a first terminal (353-17), a second terminal (353-23), a third terminal (353-19), and a fourth terminal (353-21), a first integrated circuit , a circuit substrate on which the connector and the first integrated circuit are provided, and a first wiring substrate electrically coupled to the circuit substrate , the circuit substrate has first wiring, second wiring, third wiring, fourth wiring, fifth wiring, and sixth wiring, the first wiring (354-d) electrically couples the first terminal (353-17) and the first integrated circuit to each other, the second wiring (354-a) electrically couples the second terminal (353-23) and the first integrated circuit to each other, the third wiring (354-c) electrically couples the third terminal (353-19) and the first integrated circuit to each other, the fourth wiring (354-b) electrically couples the fourth terminal (353-21) and the first integrated circuit to each other, the fifth wiring (354-i) electrically couples the first terminal (353-17) and the first wiring substrate to each other, and the sixth wiring (354f-354h) electrically couples the first integrated circuit and the first wiring substrate to each other. a connector having a first terminal (353-17), a second terminal (353-23), a third terminal (353-19), and a fourth terminal (353-21), a first integrated circuit , a circuit substrate on which the connector and the first integrated circuit are provided, and a first wiring substrate electrically coupled to the circuit substrate , the circuit substrate has first wiring, second wiring, third wiring, fourth wiring, fifth wiring, and sixth wiring, the first wiring (354-d) electrically couples the first terminal (353-17) and the first integrated circuit to each other, the second wiring (354-a) electrically couples the second terminal (353-23) and the first integrated circuit to each other, the third wiring (354-c) electrically couples the third terminal (353-19) and the first integrated circuit to each other, the fourth wiring (354-b) electrically couples the fourth terminal (353-21) and the first integrated circuit to each other, the fifth wiring (354-i) electrically couples the first terminal (353-17) and the first wiring substrate to each other, and the sixth wiring (354f-354h) electrically couples the first integrated circuit and the first wiring substrate to each other.
A scroll-type fluid machine comprising: a revolving scroll which includes an end plate and a lap part disposed at the end plate , and makes a revolving motion; a fixed scroll which includes an end plate , a lap part disposed at the end plate and forming a compression chamber between itself and the lap part of the revolving scroll , and a flange opposed to the end plate of the revolving scroll ; and a face seal disposed between the flange of the fixed scroll and the end plate of the revolving scroll and sealing a clearance between the fixed scroll and the revolving scroll , wherein a shield part is provided for preventing dust from reaching the face seal from outside in a radial direction, characterized in that the shield part is formed on the flange at a place radially outward of the revolving scroll , and the shield part protrudes in a direction away from the surface of the flange . a revolving scroll which includes an end plate and a lap part disposed at the end plate , and makes a revolving motion; a fixed scroll which includes an end plate , a lap part disposed at the end plate and forming a compression chamber between itself and the lap part of the revolving scroll , and a flange opposed to the end plate of the revolving scroll ; and a face seal disposed between the flange of the fixed scroll and the end plate of the revolving scroll and sealing a clearance between the fixed scroll and the revolving scroll , wherein a shield part is provided for preventing dust from reaching the face seal from outside in a radial direction, characterized in that the shield part is formed on the flange at a place radially outward of the revolving scroll , and the shield part protrudes in a direction away from the surface of the flange .
Method for air conditioning a vehicle seat which is occupied by a person and comprises at least one seat ventilation system, wherein at least one humidity sensor is arranged in a seat part and/or a backrest part of the vehicle seat as an actual humidity value transmitter for the absolute air humidity within the cushion part of the at least one seat part and/or backrest part, so that a target state of comfort for a person sitting on the vehicle seat can be brought about by means of an open-loop and closed-loop control device by switching on the seat ventilation system, wherein the target state of comfort can be adjusted to a specifiable target humidity limit value by variation of the air flow of the seat ventilation system in dependence on at least one control algorithm that evaluates the detected actual measured humidity value, characterized in that , in dependence on the at least one humidity sensor arranged in at least one contact region between a cushion surface and a skin surface of the person as an actual humidity value transmitter, the at least one seat ventilation system detects at least one representative actual measured humidity value as a contact humidity in the contact region that deviates from the specifiable target humidity limit value, so that, in dependence on a system deviation, operation is started either in a suction mode (S) or in a blow-out mode (B) and is corrected to the specified target humidity limit value, wherein, in the suction mode (S), a switching over (U) into the blow-out mode (B) is performed in dependence on reaching a saturation time (SZP) at which a maximum possible absolute air humidity is reached.
A damper assembly for a toggle type hinge with a mounting flange and a hinge arm assembly pivotally connected thereto, the damper assembly comprising a damping device actuable along a linear axis, a housing mounted in use directly or indirectly on the mounting flange and retaining the damping device thereon with its linear axis parallel to the pivotal axis of the hinge , and means for converting pivotal movement of the hinge into linear actuation of the damping device over at least part of the range of pivotal movement of the hinge in one direction, wherein the movement converting means comprises an actuating lever connected to the damping device and engageable with the hinge arm assembly via a first camming mechanism, the movement converting means also comprising a second camming mechanism, wherein the first camming mechanism comprises a first camming surface on the actuating lever , whereby the hinge arm assembly engages with the first camming surface to cause the actuating lever to rotate in response to pivotal movement of the hinge arm assembly, and wherein the second camming mechanism comprises a second camming surface on the housing , whereby a side face of the actuating lever acts against the second camming surface to cause linear displacement of the actuating lever in response to its rotational movement. wherein the movement converting means comprises an actuating lever connected to the damping device and engageable with the hinge arm assembly via a first camming mechanism, the movement converting means also comprising a second camming mechanism, wherein the first camming mechanism comprises a first camming surface on the actuating lever , whereby the hinge arm assembly engages with the first camming surface to cause the actuating lever to rotate in response to pivotal movement of the hinge arm assembly, and wherein the second camming mechanism comprises a second camming surface on the housing , whereby a side face of the actuating lever acts against the second camming surface to cause linear displacement of the actuating lever in response to its rotational movement.
A method for wireless communication, comprising: receiving , from a base station, a control message comprising at least one channel state information, CSI, configuration parameter; identifying , by a user equipment, UE, a time offset between a plurality of virtual antennas of the base station based at least in part on the at least one CSI configuration parameter; performing , by the UE, measurements of a plurality of CSI reference signals, CSI-RSs, associated with the plurality of virtual antennas of the base station; and transmitting , to the base station, a feedback message based at least in part on the identified time offset and the measurements of the plurality of CSI-RSs. receiving , from a base station, a control message comprising at least one channel state information, CSI, configuration parameter; identifying , by a user equipment, UE, a time offset between a plurality of virtual antennas of the base station based at least in part on the at least one CSI configuration parameter; performing , by the UE, measurements of a plurality of CSI reference signals, CSI-RSs, associated with the plurality of virtual antennas of the base station; and transmitting , to the base station, a feedback message based at least in part on the identified time offset and the measurements of the plurality of CSI-RSs.
A tool for installing segments of a coupling having couplers drivingly engaged to one another by the segments , the tool comprising: a coupler-engaging section engageable to a female coupler of the couplers for radially supporting the tool relative to the female coupler about a rotation axis of the coupling , wherein the coupler-engaging section defines a cylindrical member receivable within a central bore of the female coupler , characterised in that the tool further comprises: a peripheral wall secured to the coupler-engaging section and extending circumferentially around the rotation axis , a diameter (D2) of the peripheral wall selected to allow insertion of the segments between the female coupler and the peripheral wall , the peripheral wall defining an abutting surface against which radially inner ends of the segments abut during insertion of the segments between the female coupler and the peripheral wall , wherein the peripheral wall of the tool defines a plurality of sockets distributed circumferentially around the rotation axis , the plurality of sockets sized to accept the radially inner ends of the segments .
Rotatable drum for processing materials, in particular bulk material, comprising a drum shell , a bearing ring arranged circumferentially around the drum shell for mounting the drum , the bearing ring having a plurality of projections on its radially inwardly facing surface, which projections cooperate with fastening elements attached to the drum shell , characterized in that the drum shell has a plurality of recesses and a fastening element is fitted in each recess. a drum shell , a bearing ring arranged circumferentially around the drum shell for mounting the drum , the bearing ring having a plurality of projections on its radially inwardly facing surface, which projections cooperate with fastening elements attached to the drum shell , characterized in that the drum shell has a plurality of recesses and a fastening element is fitted in each recess.
Cooking appliance apparatus , in particular hob apparatus, with a control unit which, in at least one periodic continuous heating operating state, is provided to repetitively actuate and supply energy to at least one first induction target and at least one second induction target with an operating period , wherein the control unit is provided to operate each of the induction targets in at least one time interval of the operating period with an excess of capacity and in at least one further time interval of the operating period with a deficit of capacity in relation to the respective target heating capacity , wherein a number of the time intervals of the operating period is precisely 1 greater than a number of the induction targets , characterised in that the control unit is provided to operate each of the induction targets in precisely one time interval of the operating period with an excess of capacity and in precisely one further time interval of the operating period with a deficit of capacity in relation to the respective target heating capacity , and that the control unit is provided to operate the induction targets with the respective target heating capacity in the remaining time intervals , which differ from the time interval and the further time interval , of the operating period .
Motor starter for starting an electric motor and having a phase gating unit and a control unit , wherein the phase gating unit can be deactivated by means of the control unit after a prespecified or prespecifiable activity period of the phase gating unit has elapsed, characterized in that the activity period of the phase gating unit corresponds to an integer or rational multiple of half-cycles or full cycles of the supply system frequency, and wherein the activity period is short and its duration does not exceed a few full cycles of the supply system frequency. wherein the phase gating unit can be deactivated by means of the control unit after a prespecified or prespecifiable activity period of the phase gating unit has elapsed, characterized in that the activity period of the phase gating unit corresponds to an integer or rational multiple of half-cycles or full cycles of the supply system frequency, and wherein the activity period is short and its duration does not exceed a few full cycles of the supply system frequency.
A powder metal compact , comprising: a cellular nanomatrix comprising a metallic nanomatrix material , the nanomatrix material comprising an Al alloy or an Mg alloy; and a plurality of dispersed particles comprising a metallic particle core material dispersed in the cellular nanomatrix, the particle core material comprising Al, Mg, Zn or Mn, or a combination thereof, characterized in that : the particle core material is formed as a deformation-induced nanostructured material by cryomilling a powder, wherein the nanostructured material has a grain size less than about 200 nm, and of about 10nm to about 200 nm, and/or the nanostructured material has an average grain size less than about 100 nm. a cellular nanomatrix comprising a metallic nanomatrix material , the nanomatrix material comprising an Al alloy or an Mg alloy; and a plurality of dispersed particles comprising a metallic particle core material dispersed in the cellular nanomatrix, the particle core material comprising Al, Mg, Zn or Mn, or a combination thereof, characterized in that : the particle core material is formed as a deformation-induced nanostructured material by cryomilling a powder, wherein the nanostructured material has a grain size less than about 200 nm, and of about 10nm to about 200 nm, and/or the nanostructured material has an average grain size less than about 100 nm.