mhurhangee/patent-ind-claim-en huggingface dataset:
A method for improving the uniformity of a tire , comprising: identifying a tire having a tread for uniformity correction; identifying at least one localized tire surface anomaly attributable to a tread joint on the tread of the tire , the localized tire surface anomaly comprising a local peak of a radial run out, the local peak of radial run out being identified from a plurality of radial run out measurements obtained for the tire ; determining, by one or more computing devices, at least one identifiable characteristic of the tire surface anomaly, the at least one identifiable characteristic comprising a size of the tire surface anomaly and a shape of the tire surface anomaly; determining, by the one or more computing devices, a material removal pattern to correct for the localized tire surface anomaly based at least in part on the at least one identifiable characteristic, the material removal pattern specifying a material removal depth for removing material from the tread of the tire at one or more azimuthal locations associated with the localized tire surface anomaly, the material removal pattern being determined based at least in part on the shape of the tire surface anomaly, the material removal depth being determined based at least in part on the size of the tire surface anomaly; and removing tire material from the tread of the tire according to the material removal pattern. identifying a tire having a tread for uniformity correction; identifying at least one localized tire surface anomaly attributable to a tread joint on the tread of the tire , the localized tire surface anomaly comprising a local peak of a radial run out, the local peak of radial run out being identified from a plurality of radial run out measurements obtained for the tire ; determining, by one or more computing devices, at least one identifiable characteristic of the tire surface anomaly, the at least one identifiable characteristic comprising a size of the tire surface anomaly and a shape of the tire surface anomaly; determining, by the one or more computing devices, a material removal pattern to correct for the localized tire surface anomaly based at least in part on the at least one identifiable characteristic, the material removal pattern specifying a material removal depth for removing material from the tread of the tire at one or more azimuthal locations associated with the localized tire surface anomaly, the material removal pattern being determined based at least in part on the shape of the tire surface anomaly, the material removal depth being determined based at least in part on the size of the tire surface anomaly; and removing tire material from the tread of the tire according to the material removal pattern.
A drill removal tool , for removing a drill bit from a bone while keeping a K-wire passing through the drill bit in place, the drill removal tool comprising: a wire clamp for locking the K-wire in place, a base for connecting the drill removal tool to the bone; a rack extending between the wire clamp and the base , and a drill bit remover comprising an anvil configured to abut on a stop surface of the drill bit to apply a removal force to the drill bit , and configured to be movable with respect to the wire clamp and the base in a proximal direction along the rack to remove the drill bit from the bone. a wire clamp for locking the K-wire in place, a base for connecting the drill removal tool to the bone; a rack extending between the wire clamp and the base , and a drill bit remover comprising an anvil configured to abut on a stop surface of the drill bit to apply a removal force to the drill bit , and configured to be movable with respect to the wire clamp and the base in a proximal direction along the rack to remove the drill bit from the bone.
A weight measurement device comprising: a housing cover to receive weight of a measurement target; a plurality of load cells to support the housing cover and detect the weight; a housing base comprising, for each of the plurality of load cells, a recessed and projected shape part comprising: a recessed part open upward to at least partially contain each load cell and fix the load cell; and a projected part projected downward corresponding to the recessed part; and an adjustment leg which at least partially contains the recessed and projected shape part, and comprises an adjustment mechanism part for height position adjustment at a position opposed to a side part of the recessed and projected shape part. a housing cover to receive weight of a measurement target; a plurality of load cells to support the housing cover and detect the weight; a housing base comprising, for each of the plurality of load cells, a recessed and projected shape part comprising: a recessed part open upward to at least partially contain each load cell and fix the load cell; and a projected part projected downward corresponding to the recessed part; and an adjustment leg which at least partially contains the recessed and projected shape part, and comprises an adjustment mechanism part for height position adjustment at a position opposed to a side part of the recessed and projected shape part.
A method for detecting lithium plating in a rechargeable battery, wherein the method comprises: obtaining an open-circuit voltage of a rechargeable battery and a negative electrode open-circuit voltage of the rechargeable battery based on a state of charge of the rechargeable battery; obtaining a negative electrode polarization voltage of the rechargeable battery based on the open-circuit voltage of the rechargeable battery, a terminal voltage of the rechargeable battery, and a polarization proportion of the rechargeable battery, wherein the polarization proportion of the rechargeable battery represents a proportion that is of a negative electrode polarization voltage of the rechargeable battery to a polarization voltage of the rechargeable battery and that is obtained when the rechargeable battery is at a lithium plating critical point; obtaining a negative electrode voltage of the rechargeable battery based on the negative electrode open-circuit voltage of the rechargeable battery and the negative electrode polarization voltage of the rechargeable battery; and determining, based on the negative electrode voltage of the rechargeable battery, whether lithium plating occurs in the rechargeable battery. obtaining an open-circuit voltage of a rechargeable battery and a negative electrode open-circuit voltage of the rechargeable battery based on a state of charge of the rechargeable battery; obtaining a negative electrode polarization voltage of the rechargeable battery based on the open-circuit voltage of the rechargeable battery, a terminal voltage of the rechargeable battery, and a polarization proportion of the rechargeable battery, wherein the polarization proportion of the rechargeable battery represents a proportion that is of a negative electrode polarization voltage of the rechargeable battery to a polarization voltage of the rechargeable battery and that is obtained when the rechargeable battery is at a lithium plating critical point; obtaining a negative electrode voltage of the rechargeable battery based on the negative electrode open-circuit voltage of the rechargeable battery and the negative electrode polarization voltage of the rechargeable battery; and determining, based on the negative electrode voltage of the rechargeable battery, whether lithium plating occurs in the rechargeable battery.
A pressure sensing guidewire , comprising: a tubular member having a proximal region and a housing region ; an optical pressure sensor (20; 120; 220; 320) disposed within the housing region ; wherein the optical pressure sensor (20; 120; 220; 320) includes a sensor body and a deflectable membrane (170; 270; 370) coupled to the sensor body; wherein the deflectable membrane (170; 270; 370) includes a polymer (172; 272; 372); an optical fiber (24; 124; 224; 324) coupled to the sensor body and extending proximally therefrom; and wherein a pressure equalization channel (180; 280; 380) is formed in the optical fiber (24; 124; 224; 324), the sensor body, or both; characterized in that the pressure equalization channel (180; 280; 380) extends through the optical fiber (24; 124; 224; 324). a tubular member having a proximal region and a housing region ; an optical pressure sensor (20; 120; 220; 320) disposed within the housing region ; wherein the optical pressure sensor (20; 120; 220; 320) includes a sensor body and a deflectable membrane (170; 270; 370) coupled to the sensor body; wherein the deflectable membrane (170; 270; 370) includes a polymer (172; 272; 372); an optical fiber (24; 124; 224; 324) coupled to the sensor body and extending proximally therefrom; and wherein a pressure equalization channel (180; 280; 380) is formed in the optical fiber (24; 124; 224; 324), the sensor body, or both;
An apparatus comprising: an ink cartridge for containing ink, the ink cartridge being attachable to a printer ; a memory or a circuit board including a memory; and a holding member that is detachably attached to the ink cartridge and that holds the memory or the circuit board, wherein: the holding member comprises a support portion which supports the memory or the circuit board, the holding member is insertable into the printer whereby the information stored in the memory can be read by a communication section included in the printer , the memory or the circuit board supported by the support portion is inclined with respect to a direction of the insertion, and the holding member comprises a plurality of walls, characterized in that the plurality of walls include side wall portions formed at both sides of the holding member in a direction (X) perpendicular to the direction of the insertion, and irrespective of the orientation of the holding member , the walls protrude further in a direction of gravity than the memory or the circuit board. an ink cartridge for containing ink, the ink cartridge being attachable to a printer ; a memory or a circuit board including a memory; and a holding member that is detachably attached to the ink cartridge and that holds the memory or the circuit board, wherein: the holding member comprises a support portion which supports the memory or the circuit board, the holding member is insertable into the printer whereby the information stored in the memory can be read by a communication section included in the printer , the memory or the circuit board supported by the support portion is inclined with respect to a direction of the insertion, and the holding member comprises a plurality of walls, characterized in that the plurality of walls include side wall portions formed at both sides of the holding member in a direction (X) perpendicular to the direction of the insertion, and irrespective of the orientation of the holding member , the walls protrude further in a direction of gravity than the memory or the circuit board. the holding member comprises a support portion which supports the memory or the circuit board, the holding member is insertable into the printer whereby the information stored in the memory can be read by a communication section included in the printer , the memory or the circuit board supported by the support portion is inclined with respect to a direction of the insertion, and the holding member comprises a plurality of walls, characterized in that the plurality of walls include side wall portions formed at both sides of the holding member in a direction (X) perpendicular to the direction of the insertion, and irrespective of the orientation of the holding member , the walls protrude further in a direction of gravity than the memory or the circuit board.
An access point configured for communication with a plurality of high efficiency WLAN, HEW, devices using a primary 20MHz channel and one or more secondary 20MHz channels , the access point comprising: processing circuitry ; and memory ; the processing circuitry is configured to: obtain a transmission opportunity, TXOP, on the secondary channels; transmit a HEW control and schedule transmission , the HEW control and schedule transmission including a schedule indicating a plurality of resource units within each of the 20 MHz channels, the resource units configurable to have bandwidths less than 20 MHz to allow multiple resource units within each 20 MHz channel; and communicate with at least some of the HEW devices in accordance with a non-contention based multiple-access-communication technique on one or more of the secondary channels when the primary channel is busy. processing circuitry ; and memory ; obtain a transmission opportunity, TXOP, on the secondary channels; transmit a HEW control and schedule transmission , the HEW control and schedule transmission including a schedule indicating a plurality of resource units within each of the 20 MHz channels, the resource units configurable to have bandwidths less than 20 MHz to allow multiple resource units within each 20 MHz channel; and communicate with at least some of the HEW devices in accordance with a non-contention based multiple-access-communication technique on one or more of the secondary channels when the primary channel is busy.
A parallel link mechanism comprising: a proximal end-side link hub ; three or more link mechanisms ; one or more rotating bodies connected to at least one link mechanism among the three or more link mechanisms ; and a distal end-side link hub , wherein the one or more rotating bodies are rotatably coupled to the proximal end-side link hub , each of the three or more link mechanisms (11, 11a, 11b, 11 c) includes a first link member and a second link member rotatably connected to the first link member at a first revolute pair portion , characterized in that the second link member is rotatably connected to the distal end-side link hub at a second revolute pair portion , the first link member of the three or more link mechanisms is fixed to the one or more rotating bodies , in the three or more link mechanisms , a first center axis of the first revolute pair portion intersects with a second center axis of the second revolute pair portion at a spherical link center point , and a rotation center axis of the one or more rotating bodies intersects with the spherical link center point . a proximal end-side link hub ; three or more link mechanisms ; one or more rotating bodies connected to at least one link mechanism among the three or more link mechanisms ; and a distal end-side link hub , wherein the one or more rotating bodies are rotatably coupled to the proximal end-side link hub , each of the three or more link mechanisms (11, 11a, 11b, 11 c) includes a first link member and a second link member rotatably connected to the first link member at a first revolute pair portion , a first link member and a second link member rotatably connected to the first link member at a first revolute pair portion , characterized in that the second link member is rotatably connected to the distal end-side link hub at a second revolute pair portion , the first link member of the three or more link mechanisms is fixed to the one or more rotating bodies , in the three or more link mechanisms , a first center axis of the first revolute pair portion intersects with a second center axis of the second revolute pair portion at a spherical link center point , and a rotation center axis of the one or more rotating bodies intersects with the spherical link center point .
An apparatus for providing compression within a body, said apparatus comprising: a compression plate mounted to a delivery device , the compression plate having a center line comprising first and second opposing regions connected together by at least one elastic bridge member , characterized in that said at least one elastic bridge member includes a center, wherein said at least one elastic bridge member has a non-linear configuration and said center of said at least one elastic bridge member is bowed outwardly relative to said center line when the at least one elastic bridge member is in its unbiased condition but is capable of being elastically deformed to a more linear configuration upon the application of force to said at least one elastic bridge member , and at least one opening formed in each of said first and second opposing regions , wherein said at least one opening in each of said first and second opposing regions is configured to receive a fastener ; such that said openings in said first and second opposing regions are separated by a first distance when said at least one elastic bridge member is in its said non-linear configuration, and said openings in said first and second opposing regions are separated by a second distance when said at least one elastic bridge member is in its said more linear configuration, and further wherein said second distance is greater than said first distance; and the delivery device is elastically straining the two elastic bridge members of the compression plate so as to make them at least more parallel than their unconstrained state. a compression plate mounted to a delivery device , the compression plate having a center line comprising first and second opposing regions connected together by at least one elastic bridge member , characterized in that said at least one elastic bridge member includes a center, wherein said at least one elastic bridge member has a non-linear configuration and said center of said at least one elastic bridge member is bowed outwardly relative to said center line when the at least one elastic bridge member is in its unbiased condition but is capable of being elastically deformed to a more linear configuration upon the application of force to said at least one elastic bridge member , and at least one opening formed in each of said first and second opposing regions , wherein said at least one opening in each of said first and second opposing regions is configured to receive a fastener ; such that said openings in said first and second opposing regions are separated by a first distance when said at least one elastic bridge member is in its said non-linear configuration, and said openings in said first and second opposing regions are separated by a second distance when said at least one elastic bridge member is in its said more linear configuration, and further wherein said second distance is greater than said first distance; and the delivery device is elastically straining the two elastic bridge members of the compression plate so as to make them at least more parallel than their unconstrained state.
A method comprising: determining, based on movement of a wearable computing device over time, a recurring period of time during which a frequency of movement associated with the movement satisfies a threshold for indicating that the wearable computing device is not being worn; predicting, by a processor , based on the recurring period of time, one or more future periods of time during which the wearable computing device will not be worn; responsive to determining that the wearable computing device is not being worn at a current time, determining, by the processor , whether the current time coincides with at least one predicted future period of time from the one or more predicted future periods of time; responsive to determining that the current time coincides with the at least one predicted future period of time from the one or more predicted future periods of time, determining whether a duration of the at least one predicted future period of time is sufficient to allow the wearable computing device to complete execution of an operation before termination of the at least one predicted future period of time; and responsive to determining that the duration of the at least one predicted future period of time is sufficient to allow the wearable computing device to complete execution of the operation before termination of the at least one predicted future period of time, performing, by the wearable computing device, the operation. determining, based on movement of a wearable computing device over time, a recurring period of time during which a frequency of movement associated with the movement satisfies a threshold for indicating that the wearable computing device is not being worn; predicting, by a processor , based on the recurring period of time, one or more future periods of time during which the wearable computing device will not be worn; responsive to determining that the wearable computing device is not being worn at a current time, determining, by the processor , whether the current time coincides with at least one predicted future period of time from the one or more predicted future periods of time; responsive to determining that the current time coincides with the at least one predicted future period of time from the one or more predicted future periods of time, determining whether a duration of the at least one predicted future period of time is sufficient to allow the wearable computing device to complete execution of an operation before termination of the at least one predicted future period of time; and responsive to determining that the duration of the at least one predicted future period of time is sufficient to allow the wearable computing device to complete execution of the operation before termination of the at least one predicted future period of time, performing, by the wearable computing device, the operation.
A vehicle control method of controlling a vehicle including a drive motor connected to a rotation shaft of wheels, a battery that supplies electricity to the drive motor , a generator for charging the battery , and an internal combustion engine connected to the generator , the vehicle being equipped with, as traveling modes, a normal mode, and an eco-mode having a larger regenerative braking force than the normal mode obtained such that rotational energy of the wheels is converted into electrical energy, the method comprising stopping the internal combustion engine and switching from the normal mode to the eco-mode when detecting at least an abnormality in the internal combustion engine during traveling of the vehicle, characterized in that : a responsiveness of a drive force of the drive motor is set to be slower for the eco-mode than for the normal mode; the vehicle further includes a mechanical brake operated by use of an intake manifold negative pressure of the internal combustion engine ; and the method sets a maximum drive force of the drive motor to zero when a pressure difference between an atmosphere pressure and the intake manifold negative pressure is a predetermined value or lower. the vehicle being equipped with, as traveling modes, a normal mode, and an eco-mode having a larger regenerative braking force than the normal mode obtained such that rotational energy of the wheels is converted into electrical energy, the method comprising stopping the internal combustion engine and switching from the normal mode to the eco-mode when detecting at least an abnormality in the internal combustion engine during traveling of the vehicle, characterized in that : a responsiveness of a drive force of the drive motor is set to be slower for the eco-mode than for the normal mode; the vehicle further includes a mechanical brake operated by use of an intake manifold negative pressure of the internal combustion engine ; and the method sets a maximum drive force of the drive motor to zero when a pressure difference between an atmosphere pressure and the intake manifold negative pressure is a predetermined value or lower. a responsiveness of a drive force of the drive motor is set to be slower for the eco-mode than for the normal mode; the vehicle further includes a mechanical brake operated by use of an intake manifold negative pressure of the internal combustion engine ; and the method sets a maximum drive force of the drive motor to zero when a pressure difference between an atmosphere pressure and the intake manifold negative pressure is a predetermined value or lower.