mhurhangee/ep-ind-claims huggingface dataset:
A transmitting device disposed in a tire hollow region, configured to transmit tire information relating to the state of the tire, the transmitting device comprising: a sensor configured to detect, as tire information, a state of a gas which is filled in a hollow region of a tire which is surrounded by the tire and a rim; a transmitter configured to wirelessly transmit the detected tire information; and a casing which houses the sensor and the transmitter therewithin; the casing being provided with a through hole which passes through a wall of the casing and which extends in an orthogonal direction to a sensor detection face of the sensor, an area of an outer side aperture part positioned on the tire hollow region side of the through hole being 0.8 mm 2 or less, an inner side aperture part of the through hole positioned on a side of the sensor detection face adjoining the sensor detection face without interposing a space therebetween, characterized in that a ratio A/V of a surface area A mm 2 of side walls surrounding the through hole with respect to a volume V mm 3 of the through hole interposed between the outer side aperture part and the inner side aperture part being 3.0 to 30.0 mm -1, and a distance h mm between the outer side aperture part and the inner side aperture part in a direction orthogonal to the sensor detection face being 3 to 15 mm. a sensor configured to detect, as tire information, a state of a gas which is filled in a hollow region of a tire which is surrounded by the tire and a rim; a transmitter configured to wirelessly transmit the detected tire information; and a casing which houses the sensor and the transmitter therewithin;
A clamping device suitable for securing a pair of rims or flanges together, the clamping device being a unitary strip of a polymeric material that defines a multiplicity of clamping segments (14, 15) linked by flexible strip portions, and wherein the ends of the unitary strip define latching elements (22, 24) shaped to interconnect when the ends are brought together; wherein along one face of the unitary strip the clamping segments (14, 15) define teeth (18, 20) that project at opposite sides of the unitary strip, the teeth (18, 20) at opposite sides of the unitary strip defining faces that are adapted in use to contact outer faces of the pair of rims or flanges; wherein each clamping segment (14, 15) defines two teeth (18,20) projecting from opposite sides of the clamping segment, the teeth (18, 20) defining opposing faces that are adapted in use to contact outer faces of the pair of rims or flanges; characterised in that a portion of each clamping segment is thicker than the thickness of the adjacent flexible strip portions and projects above the outer surface of the adjacent flexible strip portions to form a ridge at the face of the unitary strip opposite to that with the teeth, this portion extending between the teeth on opposite sides of the clamping segment.
A rotor housing assembly for a harvester, comprising - at least one cover plate having a generally curved shape, forming part of a generally cylindrical shaped rotor housing, a central longitudinal axis, and comprising an inner surface, which, when mounted, faces the central longitudinal axis and has a first radius (R 1), and - a vane system comprising one or more rotatable vanes which each are rotatably mounted along the inner surface of the cover plate at a rotation point, the one or more rotatable vanes comprising a contact surface with the inner surface of the cover plate, the contact surface having a second radius (R 2) being larger than the first radius (R 1), CHARACTERIZED IN THAT the inner surface of the top cover plate, per rotatable vane, comprises a symmetrically curved shape being such that, during rotation of the respective vane, the contact surface of the vane with the inner surface of the cover plate substantially follows the shape and remains in contact with the inner surface of the cover plate. - at least one cover plate having a generally curved shape, forming part of a generally cylindrical shaped rotor housing, a central longitudinal axis, and comprising an inner surface, which, when mounted, faces the central longitudinal axis and has a first radius (R 1), and - a vane system comprising one or more rotatable vanes which each are rotatably mounted along the inner surface of the cover plate at a rotation point, the one or more rotatable vanes comprising a contact surface with the inner surface of the cover plate, the contact surface having a second radius (R 2) being larger than the first radius (R 1),
A well system for use in a wellbore comprising: an elongated tapered body; an inlet on an end of the body proximate to a lower end of the wellbore; an outlet on an end of the body distal from the inlet; openings formed through a sidewall of the tapered body; and an inner diameter of the body that widens a uniform amount per linear distance from the inlet to the outlet. an elongated tapered body; an inlet on an end of the body proximate to a lower end of the wellbore; an outlet on an end of the body distal from the inlet; openings formed through a sidewall of the tapered body; and an inner diameter of the body that widens a uniform amount per linear distance from the inlet to the outlet.
Method for determining a network characteristic of a routing path of a communication network for collecting information in a vicinity of a motor vehicle, in the case of which by means of a communication unit of the motor vehicle a request message is transmitted, and the request message is received by a respective communication unit of at least one first other vehicle, wherein in each case the request message is transmitted by means of the communication unit of each first other vehicle to a communication unit at least one respective second other vehicle, characterised in that via the respective communication unit of the other vehicle a first response message is transmitted to the communication unit of the motor vehicle and by means of the communication unit of the respective second other vehicle a second response message is transmitted to the communication unit of the first other vehicle and from there to the communication unit of the motor vehicle, wherein with the response messages (23, 26) an actual position (18, 22) of the respective other vehicle (5, 6) is transmitted, and wherein depending on the response messages (23, 26) a network plan of the communication network determined by the motor vehicle, and on the basis of the network plan the unambiguous routing path to one of the other vehicles (5, 6) for a further request message of the motor vehicle is determined for collecting the information from one of the other vehicles (5, 6), wherein the network characteristic of the communication network is determined for evaluating the communication network by the motor vehicle, and on the basis of the network characteristic the routing path is determined, wherein when determining the network characteristic of the communication network a probability is estimated that the further request message for the carrying out of a concrete task is forwarded from the motor vehicle via the first other vehicle to the second other vehicle.
An apparatus for generating a plurality of phase-shifted clock signals, comprising: a first input node configured to receive a first reference clock signal; a second input node configured to receive a second reference clock signal; a plurality of output nodes (140-1,..., 140-M) each configured to output one of the plurality of phase-shifted clock signals (103-1,..., 103-M); and a cascade of coupled clock generation circuits (110-1,..., 110-N) configured to generate the plurality of phase-shifted clock signals (103-1,..., 103-M) based on the first reference clock signal and the second reference clock signal, wherein input nodes of the first clock generation circuit of the cascade of clock generation circuits (110-1,..., 110-N) are coupled to the first input node and the second input node, wherein output nodes of the last clock generation circuit (110-N) of the cascade of clock generation circuits (110-1,..., 110-N) are coupled to the plurality of output nodes (140-1,..., 140-M), wherein at least one of the plurality of clock generation circuits (110-1,..., 110-N) is an active circuit, and wherein at least one of the plurality of clock generation circuits (110-1,..., 110-N) is a passive circuit. a first input node configured to receive a first reference clock signal; a second input node configured to receive a second reference clock signal; a plurality of output nodes (140-1,..., 140-M) each configured to output one of the plurality of phase-shifted clock signals (103-1,..., 103-M); and a cascade of coupled clock generation circuits (110-1,..., 110-N) configured to generate the plurality of phase-shifted clock signals (103-1,..., 103-M) based on the first reference clock signal and the second reference clock signal, wherein input nodes of the first clock generation circuit of the cascade of clock generation circuits (110-1,..., 110-N) are coupled to the first input node and the second input node, wherein output nodes of the last clock generation circuit (110-N) of the cascade of clock generation circuits (110-1,..., 110-N) are coupled to the plurality of output nodes (140-1,..., 140-M), wherein at least one of the plurality of clock generation circuits (110-1,..., 110-N) is an active circuit, and wherein at least one of the plurality of clock generation circuits (110-1,..., 110-N) is a passive circuit.
A liquid composition comprising a mixture of: a liquid medium comprising water and/or a solvent; a colloidal dispersion of mineral particles; and a phosphonate terminated poly(oxyalkene) polymer of the general structure of the formula I: wherein R 1 and R 2 are independently H, C 1 - C 20 alkyl, C 3 - C 20 cycloalkyl, or C 6 - C 20 aralkyl; R 3 is substituted or unsubstituted C 2 - C 20 alkyl, C 4 - C 20 cycloalkyl, or C 8 - C 20 aralkyl; R 4 and R 5 are independently H or C 1 - C 2 alkyl; R 6 is H, C 1 - C 20 alkyl, C 3 - C 20 cycloalkyl, or C 6 - C 20 aralkyl; m and n are independently 0 - 200; and the moieties to which m and n are subscripted and refer to are either blocked, randomly spaced, or both along the chain between the OR 3 and R 6 groups. a liquid medium comprising water and/or a solvent; a colloidal dispersion of mineral particles; and a phosphonate terminated poly(oxyalkene) polymer of the general structure of the formula I: wherein R 1 and R 2 are independently H, C 1 - C 20 alkyl, C 3 - C 20 cycloalkyl, or C 6 - C 20 aralkyl; R 3 is substituted or unsubstituted C 2 - C 20 alkyl, C 4 - C 20 cycloalkyl, or C 8 - C 20 aralkyl; R 4 and R 5 are independently H or C 1 - C 2 alkyl; R 6 is H, C 1 - C 20 alkyl, C 3 - C 20 cycloalkyl, or C 6 - C 20 aralkyl; m and n are independently 0 - 200; and the moieties to which m and n are subscripted and refer to are either blocked, randomly spaced, or both along the chain between the OR 3 and R 6 groups.
A package comprising a sterile bag filled with liquid diluent, a bottle equipped with a pierceable cap to contain a medicinal or nutritional substance in powder, gel or other material, and a tube extending from the bag and ending with a coupling and perforation device for the cap of the bottle, where said bag is housed in a flexible sterile sealed casing and said bottle and coupling and perforation device are accommodated in a second flexible sterile sealed casing, wherein said casings (1, 2) are separated and distanced and said tube has a portion between the first and second casing (1, 2) where an adjustable flow diverter is housed and can be adjusted to a first position in which said diverter impedes any communication between the bottle and the bag, a second position in which said diverter allows the bag to be put in communication with a sealed side opening equipped with an openable and hermetically sealable cap for a syringe or other plunger device, or a third position in which the diverter allows the bottle to be connected with said side opening, wherein a pressure compensator is included which consists of a flexible tube with a hydrophobic filter connected to another side opening of said flow diverter and terminates in one or the other of said sealed sterile casings (1, 2).
A method implemented in a first communication device (110, 700), wherein the first communication device is a base station under a 3GPP 5G communication protocol, the method comprising: obtaining information indicating a capability of a second communication device (120, 800), wherein the second communication device is a terminal device; determining, based on the obtained information, feedback timing to be used by the second communication device (120, 800); and sending an indication of the feedback timing to the second communication device (120, 800) for communication with the second communication device (120, 800) in accordance with the feedback timing, characterized in that the capability is a plurality of processing times of the second communication device, each corresponding to a different value of a transmission parameter or parameters. obtaining information indicating a capability of a second communication device (120, 800), wherein the second communication device is a terminal device; determining, based on the obtained information, feedback timing to be used by the second communication device (120, 800); and sending an indication of the feedback timing to the second communication device (120, 800) for communication with the second communication device (120, 800) in accordance with the feedback timing, characterized in that the capability is a plurality of processing times of the second communication device, each corresponding to a different value of a transmission parameter or parameters.
An electric vehicle having a power-receiving coil for wireless supply of electric power from a power-supplying coil to the vehicle when the vehicle has entered and stopped in a stop area and the power-receiving coil is aligned with the power-supplying coil, the electric vehicle comprising a receiver, a drive device, a controller, and a wheel (1a, 1b), the receiver being configured to receive, from an external transmitter disposed in front of the stop area or in the stop area, distance data showing the distance between the power-supplying coil and a wheel stopper provided in the stop area in an approach direction of the electric vehicle, the drive device being configured to move the power-receiving coil of the electric vehicle relative to the wheel (1a, 1b) in a front-back direction of the electric vehicle, and the controller is configured to control the drive device to make the distance in the front-back direction between the power-receiving coil and the wheel that is to engage the wheel stopper equal to the distance shown by the distance data, based on the distance data received by the receiver.
A method comprising: applying a dry film lubrication system to a basecoat having a copper based material positioned on a substrate, wherein said applying dry film lubrication system includes: applying at least one intermediate coating layer having a calcium fluoride and barium fluoride material in a silicone binder over the basecoat; and applying a top coat layer having a molybdenum disulfide material over the at least one intermediate coating layer. applying a dry film lubrication system to a basecoat having a copper based material positioned on a substrate, wherein said applying dry film lubrication system includes: applying at least one intermediate coating layer having a calcium fluoride and barium fluoride material in a silicone binder over the basecoat; and applying a top coat layer having a molybdenum disulfide material over the at least one intermediate coating layer. applying at least one intermediate coating layer having a calcium fluoride and barium fluoride material in a silicone binder over the basecoat; and applying a top coat layer having a molybdenum disulfide material over the at least one intermediate coating layer.
An information processing method, wherein the information processing method is used in a physical machine (600, 900); a peripheral component interconnect express, PCIe, device (120, 601, 700, 903) is disposed on the physical machine, and at least one virtual machine, VM, comprising a first virtual machine, VM, (112, 113, 114, 201, 604) a physical function, PF, driver configured to manage the PCIE device, and a virtual machine manager, VMM, run in the physical machine and managing the at least one virtual machine; and the method comprises: receiving, by the PCIE device in a live migration process of the first VM, a packet sent to the first VM; determining, by the PCIE device based on the packet, a direct memory access DMA address corresponding to the first VM; transferring, by the PCIE device, the DMA address to the PF driver; generating, by the PF driver, a dirty bit used to indicate the DMA address; and writing, by the PF driver, the dirty bit into a dirty bitmap, so that the VMM obtains the dirty bitmap, wherein the dirty bitmap is used to store an address of data that needs to be migrated in the live migration process of the first VM. receiving, by the PCIE device in a live migration process of the first VM, a packet sent to the first VM; determining, by the PCIE device based on the packet, a direct memory access DMA address corresponding to the first VM; transferring, by the PCIE device, the DMA address to the PF driver; generating, by the PF driver, a dirty bit used to indicate the DMA address; and writing, by the PF driver, the dirty bit into a dirty bitmap, so that the VMM obtains the dirty bitmap, wherein the dirty bitmap is used to store an address of data that needs to be migrated in the live migration process of the first VM.
A base station comprising: processor circuitry configured to: precode, in the frequency domain, a plurality of physical channel signals according to predetermined codes using a code length; multiplex the precoded plurality of physical channel signals; map the multiplexed precoded plurality of physical channel signals to subcarriers in the frequency band; and generate a time domain waveform based on the mapped signals; and a transmitter to transmit the time domain waveform to a user equipment, UE, wherein the code length is selected based on a length of the multiplexed precoded plurality of physical channel signals. processor circuitry configured to: precode, in the frequency domain, a plurality of physical channel signals according to predetermined codes using a code length; multiplex the precoded plurality of physical channel signals; map the multiplexed precoded plurality of physical channel signals to subcarriers in the frequency band; and generate a time domain waveform based on the mapped signals; and precode, in the frequency domain, a plurality of physical channel signals according to predetermined codes using a code length; multiplex the precoded plurality of physical channel signals; map the multiplexed precoded plurality of physical channel signals to subcarriers in the frequency band; and generate a time domain waveform based on the mapped signals; and a transmitter to transmit the time domain waveform to a user equipment, UE, wherein the code length is selected based on a length of the multiplexed precoded plurality of physical channel signals.
A method, comprising: generating with a processor a three-dimensional subject specific model of structure of interest of a subject to be scanned by fitting a forward projection of a three-dimensional anatomical model to a forward projection of pre-scan image data acquired by an imaging system, which iteratively minimizes a residual between the forward projection of the pre-scan image data and the forward projection of the three-dimensional anatomical model onto detector elements of projections views, wherein the pre-scan is a low dose helical three-dimensional scan; and generating with the processor an imaging plan for the subject based on the three-dimensional subject specific model. generating with a processor a three-dimensional subject specific model of structure of interest of a subject to be scanned by fitting a forward projection of a three-dimensional anatomical model to a forward projection of pre-scan image data acquired by an imaging system, which iteratively minimizes a residual between the forward projection of the pre-scan image data and the forward projection of the three-dimensional anatomical model onto detector elements of projections views, wherein the pre-scan is a low dose helical three-dimensional scan; and generating with the processor an imaging plan for the subject based on the three-dimensional subject specific model.
Working implement comprising a tool and an internal combustion engine driving the tool, a cranking enrichment device for the internal combustion engine and a braking device for the tool, the working implement having a mode control element for actuating the cranking enrichment device and the cranking enrichment device actuating the braking device in at least one starting position, characterised in that the braking device is a differential band brake, and in that the mode control element has two sections (44, 45) which are movable relative to one another, wherein a first section of the mode control element acts on the differential band brake and a second section has an actuating element which acts on a choke element of the internal combustion engine.
Device for controlling the tightness of a glue joint arranged between a part of a bodywork box and a body skin, the bodywork skin or part of the box being provided with at least one through orifice, known as a skin orifice or, respectively, box orifice, characterized in that it comprises at least one vacuum cover intended to cover said at least one skin orifice or, respectively, said at least one box orifice, delimited by two opposite free surfaces, known as the inner lid surface and the outer lid surface, the inner surface of the lid being fitted with two closed-contour gaskets, known as inner and outer lid gaskets respectively, the contour of the inner cover gasket being contained in that of the outer cover gasket, at least one suction duct of the lid opening, on the one hand, between the two lid gaskets (48I, 48E) on the side of the inner surface of the lid and, on the other hand, on the side of the external surface of lid going through the cover.
A vapor chamber (110a-110d) comprising: one or more columns, wherein at least a portion of the one or more columns include fiber braids; and one or more wicks, characterized in that a portion of the one or more columns of the vapor chamber are support columns and the support columns do not include the fiber braids. one or more columns, wherein at least a portion of the one or more columns include fiber braids; and one or more wicks, characterized in that a portion of the one or more columns of the vapor chamber are support columns and the support columns do not include the fiber braids.