mhurhangee/patent-ind-claim-en huggingface dataset:
An industrial vehicle which is equipped with an engine and has an Eco-mode in which torque of the engine is restricted, comprising: an accelerator ; an accelerator opening detector that detects an opening of the accelerator ; a vehicle speed detector that detects a speed of the vehicle ; an engine speed detector that detects a speed of the engine ; a torque restriction releasing unit which, when the torque of the engine is restricted, if conditions that the opening of the accelerator detected by the accelerator opening detector is a first predetermined value (XA) or greater, that the vehicle speed detected by the vehicle speed detector is a second predetermined value (YA) or smaller and that the engine speed detected by the engine speed detector is a third predetermined value (Z) or smaller are satisfied, releases the torque restriction, a torque restriction resuming unit which, after the torque restriction is released by the torque restriction releasing unit , if one of a condition that the opening of the accelerator detected by the accelerator opening detector is a fourth predetermined value (XB) or smaller and a condition that the vehicle speed detected by the vehicle speed detector once reaches or exceeds a fifth predetermined value (YB) and then decreases to or below the second predetermined value (YA) is satisfied, resumes the torque restriction. an accelerator ; an accelerator opening detector that detects an opening of the accelerator ; a vehicle speed detector that detects a speed of the vehicle ; an engine speed detector that detects a speed of the engine ; a torque restriction releasing unit which, when the torque of the engine is restricted, if conditions that the opening of the accelerator detected by the accelerator opening detector is a first predetermined value (XA) or greater, that the vehicle speed detected by the vehicle speed detector is a second predetermined value (YA) or smaller and that the engine speed detected by the engine speed detector is a third predetermined value (Z) or smaller that the opening of the accelerator detected by the accelerator opening detector is a first predetermined value (XA) or greater, that the vehicle speed detected by the vehicle speed detector is a second predetermined value (YA) or smaller and that the engine speed detected by the engine speed detector is a third predetermined value (Z) or smaller are satisfied, releases the torque restriction, a torque restriction resuming unit which, after the torque restriction is released by the torque restriction releasing unit , if one of a condition that the opening of the accelerator detected by the accelerator opening detector is a fourth predetermined value (XB) or smaller and a condition that the vehicle speed detected by the vehicle speed detector once reaches or exceeds a fifth predetermined value (YB) and then decreases to or below the second predetermined value (YA) is satisfied, resumes the torque restriction.
A moisture permeable filter medium that is formed into a sheet so that water vapor is permeable, the moisture permeable filter medium consisting of: a hydrophobic layer having hydrophobicity and a hydrophilic layer having hydrophilicity, the hydrophobic layer and the hydrophilic layer are laminated to be in contact with each other, one of the hydrophobic layer and the hydrophilic layer is composed of a PTFE porous film using PTFE, the other of the hydrophobic layer and the hydrophilic layer is composed of non-woven fabrics to which air is permeable, the hydrophilic layer has a water absorption coefficient of 0.01% or more, the hydrophobic layer has a water absorption coefficient of less than 0.01%, and the water absorption coefficient is measured according to ASTM standard D570 under the conditions of 23 °C and 24 hours. a hydrophobic layer having hydrophobicity and a hydrophilic layer having hydrophilicity, the hydrophobic layer and the hydrophilic layer are laminated to be in contact with each other, one of the hydrophobic layer and the hydrophilic layer is composed of a PTFE porous film using PTFE, the other of the hydrophobic layer and the hydrophilic layer is composed of non-woven fabrics to which air is permeable, the hydrophilic layer has a water absorption coefficient of 0.01% or more, the hydrophobic layer has a water absorption coefficient of less than 0.01%, and the water absorption coefficient is measured according to ASTM standard D570 under the conditions of 23 °C and 24 hours.
A concentrated adjuvant composition, comprising, based on 100 parts by weight of the composition: - greater than 1.8 parts by weight of an incompletely hydrated water-soluble polymer suspended in a liquid medium; - a hydration inhibitor component comprising choline chloride; and - a suspending agent in an amount effective to impart shear thinning properties to the composition. - greater than 1.8 parts by weight of an incompletely hydrated water-soluble polymer suspended in a liquid medium; - a hydration inhibitor component comprising choline chloride; and - a suspending agent in an amount effective to impart shear thinning properties to the composition.
A control device of a fuel injection device , the control device controlling current/voltage applied to a solenoid of a fuel injection device on the basis of a drive current parameter to control fuel injection property, wherein the drive current parameter is corrected on the basis of a later inflexion point of two inflexion points appeared in a drive voltage of the solenoid or a temporal difference between a later inflexion point and an earlier inflexion point, when a fuel injection valve is closed, wherein the control device is characterized in that - a comparison means is configured to compare a current value and a previous value of an inflexion point extraction filter to detect a peak; - a peak memory is configured to store all detected peaks; and - a peak selection means is configured to recognize the latest time of stored peaks as a later inflexion point. - a comparison means is configured to compare a current value and a previous value of an inflexion point extraction filter to detect a peak; - a peak memory is configured to store all detected peaks; and - a peak selection means is configured to recognize the latest time of stored peaks as a later inflexion point.
An enclosure with a vortex-induced vibration suppression function, wherein: the enclosure is provided with suction through holes extending through a peripheral wall of the enclosure, and the suction through holes are distributed in a circumferential direction of the enclosure; the enclosure is further provided with a suction apparatus, and the suction apparatus is configured to perform suctioning to the suction through holes from outside to inside, to restrain an airflow boundary layer at an outer surface of the enclosure from being detached from the outer surface; a shell is provided in the enclosure, and the shell and an inner surface of a region, provided with the suction through holes , of the enclosure enclose a closed annular suction cavity; the suction apparatus is configured to suction the suction cavity, to perform suctioning to the suction through holes from outside to inside; and characterized in that , partitions are further provided in the suction cavity, and the partitions divide the suction cavity into a plurality of circumferentially distributed suction chambers ; an incoming flow at an upwind side forms a bypass flow detachment when flowing around the enclosure, and the suction apparatus is configured to suction only the suction chamber corresponding to a position of the bypass flow detachment. the enclosure is provided with suction through holes extending through a peripheral wall of the enclosure, and the suction through holes are distributed in a circumferential direction of the enclosure; the enclosure is further provided with a suction apparatus, and the suction apparatus is configured to perform suctioning to the suction through holes from outside to inside, to restrain an airflow boundary layer at an outer surface of the enclosure from being detached from the outer surface; a shell is provided in the enclosure, and the shell and an inner surface of a region, provided with the suction through holes , of the enclosure enclose a closed annular suction cavity; the suction apparatus is configured to suction the suction cavity, to perform suctioning to the suction through holes from outside to inside; and characterized in that , partitions are further provided in the suction cavity, and the partitions divide the suction cavity into a plurality of circumferentially distributed suction chambers ; an incoming flow at an upwind side forms a bypass flow detachment when flowing around the enclosure, and the suction apparatus is configured to suction only the suction chamber corresponding to a position of the bypass flow detachment.
A lead-free solder alloy for terminal preliminary plating, by which preliminary plating is performed on a terminal by dipping, the alloy comprising: 4 mass % or more and 6 mass % or less of Cu; more than 0.1 mass % and less than 0.2 mass % of Ni; 0.01 mass % or more and 0.04 mass % or less of Ga; 0.004 mass % or more and 0.03 mass % or less of P; and a remainder of Sn, a total amount of Ga and P being 0.05 mass % or less, wherein surface tension of the lead-free solder alloy upon pulling up a platinum ring having a circumference of 4 cm from the lead-free solder alloy which is in a melted condition by heating at 400 degrees C is 200 mN/m or less (200 dyn/cm or less). 4 mass % or more and 6 mass % or less of Cu; more than 0.1 mass % and less than 0.2 mass % of Ni; 0.01 mass % or more and 0.04 mass % or less of Ga; 0.004 mass % or more and 0.03 mass % or less of P; and a remainder of Sn, a total amount of Ga and P being 0.05 mass % or less, wherein surface tension of the lead-free solder alloy upon pulling up a platinum ring having a circumference of 4 cm from the lead-free solder alloy which is in a melted condition by heating at 400 degrees C is 200 mN/m or less (200 dyn/cm or less).
A method for ensuring sufficient available storage capacity for data resynchronization or data reconstruction in a cluster of a hyper-converged infrastructure, HCI, deployment , the method comprising: receiving, by a computer system , a request to provision or reconfigure an object on the cluster , the object comprising one or more components in accordance with a storage policy associated with the object ; determining, by the computer system in response to the request, a proposed placement of the object on local storage resources of one or more first host systems in the cluster based on the storage policy associated with the object and its requested storage size; wherein the proposed placement includes placing one component in the one or more components of the object on one of the one or more first host systems ; calculating, by the computer system , one or more storage capacity reservations for one or more second host systems in the cluster , the one or more storage capacity reservations indicating one or more amounts of local storage capacity to reserve on local storage resources of the one or more second host systems respectively in order to ensure successful data resynchronization or data reconstruction in case of a host system failure or maintenance event; and if the proposed placement of the object will result in a conflict with the one or more storage capacity reservations, denying the request to provision or reconfigure the obj ect. receiving, by a computer system , a request to provision or reconfigure an object on the cluster , the object comprising one or more components in accordance with a storage policy associated with the object ; determining, by the computer system in response to the request, a proposed placement of the object on local storage resources of one or more first host systems in the cluster based on the storage policy associated with the object and its requested storage size; wherein the proposed placement includes placing one component in the one or more components of the object on one of the one or more first host systems ; calculating, by the computer system , one or more storage capacity reservations for one or more second host systems in the cluster , the one or more storage capacity reservations indicating one or more amounts of local storage capacity to reserve on local storage resources of the one or more second host systems respectively in order to ensure successful data resynchronization or data reconstruction in case of a host system failure or maintenance event; and if the proposed placement of the object will result in a conflict with the one or more storage capacity reservations, denying the request to provision or reconfigure the obj ect.
A needle shielding system comprising: a needle having a needle tip and a needle bulge spaced apart from the needle tip ; a cover sleeve slidably mounted over the needle comprising: a proximal end portion having an internal diameter smaller than the width of the needle bulge ; and a cover sleeve shaft extending distally from the end portion towards the needle tip and having an internal diameter larger than the width of the needle bulge ; and a needle shield comprising: a base plate slidably mounted over the needle adjacent to the end portion ; at least one resilient arm extending distally from the base plate towards the needle tip ; wherein in use the needle shield and cover sleeve move along the needle until the end portion contacts the needle bulge and the cover sleeve shaft and the arm cover the needle tip ; characterized in that the axial extension of the end portion is at least 0.5 mm. a needle having a needle tip and a needle bulge spaced apart from the needle tip ; a cover sleeve slidably mounted over the needle comprising: a proximal end portion having an internal diameter smaller than the width of the needle bulge ; and a cover sleeve shaft extending distally from the end portion towards the needle tip and having an internal diameter larger than the width of the needle bulge ; and a proximal end portion having an internal diameter smaller than the width of the needle bulge ; and a cover sleeve shaft extending distally from the end portion towards the needle tip and having an internal diameter larger than the width of the needle bulge ; and a needle shield comprising: a base plate slidably mounted over the needle adjacent to the end portion ; at least one resilient arm extending distally from the base plate towards the needle tip ; a base plate slidably mounted over the needle adjacent to the end portion ; at least one resilient arm extending distally from the base plate towards the needle tip ; wherein in use the needle shield and cover sleeve move along the needle until the end portion contacts the needle bulge and the cover sleeve shaft and the arm cover the needle tip ; characterized in that the axial extension of the end portion is at least 0.5 mm.
A shared bicycle that can be charged conveniently, comprising: a front fork ; a rear fork ; a handle mounted on the front fork ; a shopping basket mounted on the handle ; a solar panel mounted on the shopping basket ; and a smart lock mounted on the rear fork ; characterized in that , the bicycle further includes a bus for data transmission and charging, one end of the bus is electrically connected to the smart lock , the other end of the bus is configured with an interface that can be connected to an external circuit, the interface is mounted on the shopping basket , the solar panel is connected to the bus via a wire; and the interface of the bus is mounted under the bottom of the shopping basket through a circuit box ; and the bus includes a data cable and a manual charging cable, the interface includes a data interface connected to the data cable and a charging interface connected to the manual charging cable, the solar panel and the charging interface are connected in parallel. a front fork ; a rear fork ; a handle mounted on the front fork ; a shopping basket mounted on the handle ; a solar panel mounted on the shopping basket ; and a smart lock mounted on the rear fork ; the bicycle further includes a bus for data transmission and charging, one end of the bus is electrically connected to the smart lock , the other end of the bus is configured with an interface that can be connected to an external circuit, the interface is mounted on the shopping basket , the solar panel is connected to the bus via a wire; and the interface of the bus is mounted under the bottom of the shopping basket through a circuit box ; and the bus includes a data cable and a manual charging cable, the interface includes a data interface connected to the data cable and a charging interface connected to the manual charging cable, the solar panel and the charging interface are connected in parallel.
Method for assembling a heating cooker, comprising: a main body constituting an outer wall; a top plate , on which a cooking container is placed, and which is provided on a top side of the main body ; a coil base disposed below the top plate ; and a deformed-ring-shaped heating coil arranged on the coil base , wherein the deformed-ring-shaped heating coil is formed from a ring-shaped heating coil by putting pressure on a part of a peripheral wall surface of the ring-shaped heating coil, characterized in that a peripheral wall surface of the heating coil , which has a residual stress to restore its undeformed original shape, is formed to be perpendicular to an arrangement surface of the coil base . a main body constituting an outer wall; a top plate , on which a cooking container is placed, and which is provided on a top side of the main body ; a coil base disposed below the top plate ; and a deformed-ring-shaped heating coil arranged on the coil base , wherein the deformed-ring-shaped heating coil is formed from a ring-shaped heating coil by putting pressure on a part of a peripheral wall surface of the ring-shaped heating coil, characterized in that a peripheral wall surface of the heating coil , which has a residual stress to restore its undeformed original shape, is formed to be perpendicular to an arrangement surface of the coil base .
A method, comprising: performing a matrix operation using a plurality of input matrices, wherein the matrix operation is associated with one or more convolution operations, and wherein performing the matrix operation comprises: obtaining the plurality of input matrices from memory; partitioning the plurality of input matrices into a plurality of input partitions, wherein the plurality of input matrices is partitioned based on a number of available processing elements; distributing the plurality of input partitions among a plurality of matrix processing chips , wherein each input partition is distributed to a particular matrix processing chip of the plurality of matrix processing chips , wherein the plurality of matrix processing chips is configured in a cyclic arrangement such that each matrix processing chip is communicatively coupled to a plurality of neighbor matrix processing chips; performing a plurality of partial matrix operations using the plurality of matrix processing chips, wherein the plurality of partial matrix operations is performed in a plurality of stages; and the method further is characterized by simultaneously transmitting and receiving partial matrix data to one or more of the neighbor matrix processing chips while performing a particular stage of the plurality of partial matrix operations by each matrix processing chip; and determining a result of the matrix operation based on the plurality of partial matrix operations. obtaining the plurality of input matrices from memory; partitioning the plurality of input matrices into a plurality of input partitions, wherein the plurality of input matrices is partitioned based on a number of available processing elements; distributing the plurality of input partitions among a plurality of matrix processing chips , wherein each input partition is distributed to a particular matrix processing chip of the plurality of matrix processing chips , wherein the plurality of matrix processing chips is configured in a cyclic arrangement such that each matrix processing chip is communicatively coupled to a plurality of neighbor matrix processing chips; performing a plurality of partial matrix operations using the plurality of matrix processing chips, wherein the plurality of partial matrix operations is performed in a plurality of stages; and the method further is characterized by simultaneously transmitting and receiving partial matrix data to one or more of the neighbor matrix processing chips while performing a particular stage of the plurality of partial matrix operations by each matrix processing chip; and determining a result of the matrix operation based on the plurality of partial matrix operations.
A method for wireless communication, comprising: identifying a first transmission to be transmitted from a first transmitter of a first basic service set, BSS; and dynamically forbidding one or more other transmitters of an overlapping BSS that overlaps with the first BSS from concurrent transmissions with the first transmitter during the first transmission, wherein the dynamically forbidding comprises setting a field in a preamble of a frame that indicates one or more other transmitters of the overlapping BSS are forbidden from using a wireless channel during the first transmission, and wherein the field in the preamble is different from a color field in the preamble. identifying a first transmission to be transmitted from a first transmitter of a first basic service set, BSS; and dynamically forbidding one or more other transmitters of an overlapping BSS that overlaps with the first BSS from concurrent transmissions with the first transmitter during the first transmission, wherein the dynamically forbidding comprises setting a field in a preamble of a frame that indicates one or more other transmitters of the overlapping BSS are forbidden from using a wireless channel during the first transmission, and wherein the field in the preamble is different from a color field in the preamble.