mhurhangee/patent-ind-claim-en huggingface dataset:
A control valve , comprising: a body having an inlet and an outlet ; a valve seat positioned in a passageway of the body between the inlet and the outlet ; a valve plug positioned within the body and movable between a closed position, in which the valve plug sealingly engages the valve seat , and an open position, in which the valve plug is spaced away from the valve seat ; and a trim assembly disposed within the body adjacent the valve seat and proximate the valve plug to provide guidance for the valve plug and to condition a flow of fluid through the control valve , the trim assembly comprising a circumferential wall ; characterized in that : the circumferential wall has a lattice structure formed of a plurality of triply periodic surfaces, the lattice structure having a plurality of passages that extend between an inner surface of the circumferential wall and an outer surface of the circumferential wall . a body having an inlet and an outlet ; a valve seat positioned in a passageway of the body between the inlet and the outlet ; a valve plug positioned within the body and movable between a closed position, in which the valve plug sealingly engages the valve seat , and an open position, in which the valve plug is spaced away from the valve seat ; and a trim assembly disposed within the body adjacent the valve seat and proximate the valve plug to provide guidance for the valve plug and to condition a flow of fluid through the control valve , the trim assembly comprising a circumferential wall ; characterized in that : the circumferential wall has a lattice structure formed of a plurality of triply periodic surfaces, the lattice structure having a plurality of passages that extend between an inner surface of the circumferential wall and an outer surface of the circumferential wall .
An interlayer comprising: a resin layer comprising a first poly(vinyl acetal) resin; a second poly(vinyl acetal) resin having a residual hydroxyl content that is at least 2 weight percent different than the residual hydroxyl content of said first poly(vinyl acetal) resin, wherein each of said first and said second poly(vinyl acetal) resins is present in said resin layer in an amount of at least 10 weight percent, based on the total weight of said first and said second poly(vinyl acetal) resins; and a blending agent comprising one moiety that is more compatible with said first poly(vinyl acetal) resin than with said second poly(vinyl acetal) resin and a second moiety that is more compatible with the second poly(vinyl acetal) resin than with said first poly(vinyl acetal) resin, wherein said blending agent is present in said resin layer in an amount of at least 0.5 weight percent, based on the total weight of said resin layer; wherein the blending agent is a polyethylene glycol alkylphenol ether including at least two ethylene glycol units. a resin layer comprising a first poly(vinyl acetal) resin; a second poly(vinyl acetal) resin having a residual hydroxyl content that is at least 2 weight percent different than the residual hydroxyl content of said first poly(vinyl acetal) resin, wherein each of said first and said second poly(vinyl acetal) resins is present in said resin layer in an amount of at least 10 weight percent, based on the total weight of said first and said second poly(vinyl acetal) resins; and a blending agent comprising one moiety that is more compatible with said first poly(vinyl acetal) resin than with said second poly(vinyl acetal) resin and a second moiety that is more compatible with the second poly(vinyl acetal) resin than with said first poly(vinyl acetal) resin, wherein said blending agent is present in said resin layer in an amount of at least 0.5 weight percent, based on the total weight of said resin layer; wherein the blending agent is a polyethylene glycol alkylphenol ether including at least two ethylene glycol units.
An apparatus comprising: a camera optical element , wherein the camera optical element comprises: an optical body and a side surface extending around the optical body, wherein the side surface is part of the optical body or part of a frame extending along the optical element; and a tactile indicator that is part of the camera optical element and positioned along the side surface for indicating an optical property of the camera optical element. a camera optical element , wherein the camera optical element comprises: an optical body and a side surface extending around the optical body, wherein the side surface is part of the optical body or part of a frame extending along the optical element; and a tactile indicator that is part of the camera optical element and positioned along the side surface for indicating an optical property of the camera optical element.
A nonwoven fabric having a layered structure in which at least one ultrafine fiber layer (M) with a mean fiber size of 0.3 μm to 7 μm is integrated with at least one continuous long fiber layer (S) with a mean fiber size of 10 μm to 30 μm, characterized in that the bonding area ratio between the ultrafine fiber layer (M) and the continuous long fiber layer (S) is 45% to 80%.
Pumping unit having a pump chamber in which a rotor is rotatably arranged, which rotor is driven by a drive shaft via a driver , wherein the driver has an opening into which the drive shaft at least projects, wherein the drive shaft has a first flat portion , and the opening in the driver has a second flat portion interacting with the first flat portion of the drive shaft , wherein the first flat portion of the drive shaft has a predetermined spacing (H) from a drive axis of the drive shaft and a predetermined width (B) measured transversely with respect to the drive axis , characterized in that the driver is produced in one piece from plastic and contains glass fibres, and the spacing (H) of the first flat portion of the drive shaft lies in the range between zero and 0.25 times the diameter (D) of the drive shaft , wherein the drive shaft has a radius (R), and the cross section of the drive shaft in the region of the first flat portion is greater than a cross section of a semicircle having the radius (R).
A method for performing, by a first device, wireless communication, the method comprising: receiving (S2510), from a second device, a physical sidelink shared channel, PSSCH; determining (S2520) a physical sidelink feedback channel, PSFCH, resource related to the PSSCH, based on a sub-channel related to the PSSCH, a slot related to the PSSCH, an ID of the first device and a source ID of the second device; and transmitting (S2530), to the second device, a hybrid automatic repeat request, HARQ, feedback based on the PSFCH resource, wherein the ID of the first device is determined based on a cast type of communication between the first device and the second device, and wherein the ID of the first device is determined to be zero, based on the cast type being unicast. receiving (S2510), from a second device, a physical sidelink shared channel, PSSCH; determining (S2520) a physical sidelink feedback channel, PSFCH, resource related to the PSSCH, based on a sub-channel related to the PSSCH, a slot related to the PSSCH, an ID of the first device and a source ID of the second device; and transmitting (S2530), to the second device, a hybrid automatic repeat request, HARQ, feedback based on the PSFCH resource, wherein the ID of the first device is determined based on a cast type of communication between the first device and the second device, and wherein the ID of the first device is determined to be zero, based on the cast type being unicast.
A method (1000; 1100; 1300; 1600) of starting a fan assembly , the fan assembly comprising a BLDC motor having one or more coils , and a bearing comprising a lubricant; the method comprising the step of: - performing a special action (1003; 1103; 1304) for intentionally heating up the one or more coils when starting the motor,; - starting the motor (1005; 1101; 1305; 1603, 1604), and driving the motor (1006; 1102; 1306; 1607) in a manner different from the special action, characterized in that : performing the special action comprises setting an off-time to a first predefined value (TOFF1) for a period where the one or more coils are not energized, and setting an on-time to a second predefined value (TON1) for a period where the one or more coils are energized, the first and second predefined value having a first ratio (R1) wherein the first ratio (R1) has a value in the range of 0.5 and 2, and starting the motor comprises setting the off-time to a third value (TOFF2) and setting the on-time to a fourth predefined value (TON2), the third and fourth predefined value having a second ratio (R2) larger than the first ratio (R1). the fan assembly comprising a BLDC motor having one or more coils , and a bearing comprising a lubricant; the method comprising the step of: - performing a special action (1003; 1103; 1304) for intentionally heating up the one or more coils when starting the motor,; - starting the motor (1005; 1101; 1305; 1603, 1604), and driving the motor (1006; 1102; 1306; 1607) in a manner different from the special action, - performing a special action (1003; 1103; 1304) for intentionally heating up the one or more coils when starting the motor,; - starting the motor (1005; 1101; 1305; 1603, 1604), and driving the motor (1006; 1102; 1306; 1607) in a manner different from the special action, characterized in that : performing the special action comprises setting an off-time to a first predefined value (TOFF1) for a period where the one or more coils are not energized, and setting an on-time to a second predefined value (TON1) for a period where the one or more coils are energized, the first and second predefined value having a first ratio (R1) wherein the first ratio (R1) has a value in the range of 0.5 and 2, and starting the motor comprises setting the off-time to a third value (TOFF2) and setting the on-time to a fourth predefined value (TON2), the third and fourth predefined value having a second ratio (R2) larger than the first ratio (R1). performing the special action comprises setting an off-time to a first predefined value (TOFF1) for a period where the one or more coils are not energized, and setting an on-time to a second predefined value (TON1) for a period where the one or more coils are energized, the first and second predefined value having a first ratio (R1) wherein the first ratio (R1) has a value in the range of 0.5 and 2, and starting the motor comprises setting the off-time to a third value (TOFF2) and setting the on-time to a fourth predefined value (TON2), the third and fourth predefined value having a second ratio (R2) larger than the first ratio (R1).
Chassis, preferably commercial vehicle chassis, having a vehicle axle which extends transversely to the vehicle longitudinal direction, is provided with a wheel hub bearing on the outside of the vehicle and is composed of individual, rigidly connected axle portions in its axle longitudinal direction, and having a connecting element which is attached to the vehicle axle and carries at least one chassis component of the chassis, characterized in that the connecting element is designed as a full or partial ring having an inner casing and an outer casing , the inner casing being supported, at least in individual regions, against an axle portion of the vehicle axle , and the outer casing being provided, on at least one circumferential portion, with a connecting surface (34 - 38) for attaching the chassis component, and in that the outer casing is provided, on further circumferential portions, with further connecting surfaces (34 - 38) for attaching further chassis components.
A wireless communication method including: configuring one or more parameters of a user device that include a control information format including a first downlink control information, DCI, format scheduling a physical uplink shared channel, PUSCH, in a cell or a second DCI format scheduling a physical downlink shared channel, PDSCH , in the cell; and configuring, by a network device, a user device to operate in a cross slot scheduling mode by transmitting configuration information including the one or more parameters to the user device, wherein, in the cross slot scheduling mode, a slot offset between a first slot for a transmission of a control channel carrying the control information format and a second slot for a transmission of the PUSCH or the PDSCH is greater than zero, the second slot being later than the first slot, and wherein, in case that the control information format includes the second DCI format scheduling the PDSCH the slot offset between the first slot and the second slot carrying the PDSCH is greater than one slot, and in case that the control information format includes the first DCI format scheduling the PUSCH, the slot offset between the first slot and the second slot carrying the PUSCH is greater than six slots. configuring one or more parameters of a user device that include a control information format including a first downlink control information, DCI, format scheduling a physical uplink shared channel, PUSCH, in a cell or a second DCI format scheduling a physical downlink shared channel, PDSCH , in the cell; and configuring, by a network device, a user device to operate in a cross slot scheduling mode by transmitting configuration information including the one or more parameters to the user device, wherein, in the cross slot scheduling mode, a slot offset between a first slot for a transmission of a control channel carrying the control information format and a second slot for a transmission of the PUSCH or the PDSCH is greater than zero, the second slot being later than the first slot, and wherein, in case that the control information format includes the second DCI format scheduling the PDSCH the slot offset between the first slot and the second slot carrying the PDSCH is greater than one slot, and in case that the control information format includes the first DCI format scheduling the PUSCH, the slot offset between the first slot and the second slot carrying the PUSCH is greater than six slots.
A method, comprising: receiving , by a third-party component from a network component, a copy of a first data packet related to a user component in a network; characterized by : deriving, by the third-party component from the copy of the first data packet, first network data based on header contents of the first data packet; ordering, by the third-party component from a distributed ledger, a transaction relating to the first network data, wherein the transaction comprises second network data derived from a previous data packet; determining , by the third-party component, that the first and second network data meet or exceed a first condition of a first smart contract that comprises the first condition and an associated first network action, wherein the associated first network action is related to a first network function performed by the network component; sending , by the third-party component, the first condition of the first smart contract and the first and second network data of the first data packet to an other third-party component; receiving, by the third-party component from the other third-party component, a validation that the first and second network data meet or exceed the first condition of the first smart contract; and performing , by the third-party component, at a location in the network, the associated first network action on the network deriving, by the third-party component from the copy of the first data packet, first network data based on header contents of the first data packet; ordering, by the third-party component from a distributed ledger, a transaction relating to the first network data, wherein the transaction comprises second network data derived from a previous data packet; determining , by the third-party component, that the first and second network data meet or exceed a first condition of a first smart contract that comprises the first condition and an associated first network action, wherein the associated first network action is related to a first network function performed by the network component; sending , by the third-party component, the first condition of the first smart contract and the first and second network data of the first data packet to an other third-party component; receiving, by the third-party component from the other third-party component, a validation that the first and second network data meet or exceed the first condition of the first smart contract; and performing , by the third-party component, at a location in the network, the associated first network action on the network
A system for an electrical neurostimulator coupled to a plurality of electrodes , comprising: a processor configured to define a virtual multipole configuration relative to the plurality of electrodes , and to determine a distance (d 1 -d 4 ) between each of a group of the plurality of electrodes (E12, E13, E19, E20) and a virtual pole of the virtual multipole configuration , and to determine a stimulation amplitude distribution for the electrode group (E12, E13, E19, E20) based on the determined distances (d 1 -d 4 ), thereby emulating the virtual multipole configuration ; and a controller configured to instruct the electrical neurostimulator to convey electrical energy to the electrode group (E12, E13, E19, E20) in accordance with the computed stimulation amplitude distribution. a processor configured to define a virtual multipole configuration relative to the plurality of electrodes , and to determine a distance (d 1 -d 4 ) between each of a group of the plurality of electrodes (E12, E13, E19, E20) and a virtual pole of the virtual multipole configuration , and to determine a stimulation amplitude distribution for the electrode group (E12, E13, E19, E20) based on the determined distances (d 1 -d 4 ), thereby emulating the virtual multipole configuration ; and a controller configured to instruct the electrical neurostimulator to convey electrical energy to the electrode group (E12, E13, E19, E20) in accordance with the computed stimulation amplitude distribution.
Arrangement for fixing and removing a plate comprising clamping devices for an electrical harness and retention means on a holding means erected on a vehicle body structure , characterised in that the plate is secured to the holding means fixed to the structure by latching and disengaged by disengaging the retention means , without tools for removing the plate , the retaining means of the plate has a base to which two blocks comprising vertical walls are fastened, and in that each vertical wall comprises tongues fastened to the walls over a portion of their length so as to slope slightly upwards and then extends vertically over another portion , and wherein the extension of the tongue portion comprises a bulge in the shape of a regular triangle.
A bolt with a built-in tag having a fitting hole , a tag to be attached to a bolt , the bolt with the built-in tag comprising: an IC inlet having an IC chip and a coil antenna ; and a tag protection part which covers the IC inlet , characterized in that a locking part projecting to an outer diameter side more than other portions of the tag protection part is provided on an outer peripheral side of the tag protection part , and the locking part comes into contact with a coming-off preventing part located at an opening edge part of the fitting hole to prevent the tag from coming off the fitting hole , and in that the tag protection part comprises: a primary molded part which is formed with a recessed fitting part for fitting the IC inlet thereinto and formed of a thermoplastic resin; and a secondary molded part which is fixed to the primary molded part to seal the recessed fitting part in a lid shape, and is formed of a thermoplastic resin. an IC inlet having an IC chip and a coil antenna ; and a tag protection part which covers the IC inlet , characterized in that a locking part projecting to an outer diameter side more than other portions of the tag protection part is provided on an outer peripheral side of the tag protection part , and the locking part comes into contact with a coming-off preventing part located at an opening edge part of the fitting hole to prevent the tag from coming off the fitting hole , and in that the tag protection part comprises: a primary molded part which is formed with a recessed fitting part for fitting the IC inlet thereinto and formed of a thermoplastic resin; and a secondary molded part which is fixed to the primary molded part to seal the recessed fitting part in a lid shape, and is formed of a thermoplastic resin. a primary molded part which is formed with a recessed fitting part for fitting the IC inlet thereinto and formed of a thermoplastic resin; and a secondary molded part which is fixed to the primary molded part to seal the recessed fitting part in a lid shape, and is formed of a thermoplastic resin.
A laser machining system for machining a workpiece by means of a laser beam, comprising - a computing numerical control, CNC, type system control device , - at least one laser machining head , - at least one sensor device associated with the at least one laser machining head , characterized in that the laser machining system further comprises: - an add-on module intercoupled or interposed between the control device and the laser machining head of the laser machining system , the add-on module comprising: - a first interface , wherein said add-on module is connected to said laser machining head and/or the at least one sensor device of said laser machining system via said first interface so as to exchange data; - a second interface , wherein said add-on module is connected to said control device via said second interface so as to exchange data; and - a processing unit configured to process data and to output the processed data via at least one of said first and second interfaces , wherein said add-on module is formed separately from said control device and from said laser machining head , wherein said add-on module is configured: to receive data from the at least one sensor device and/or the laser machining head to process the received data in order to adjust the machining parameters received from said control device based on the processed data and to transmit the adjusted machining parameters to said laser machining head and/or said control device . - a computing numerical control, CNC, type system control device , - at least one laser machining head , - at least one sensor device associated with the at least one laser machining head , characterized in that the laser machining system further comprises: - an add-on module intercoupled or interposed between the control device and the laser machining head of the laser machining system , - a first interface , wherein said add-on module is connected to said laser machining head and/or the at least one sensor device of said laser machining system via said first interface so as to exchange data; - a second interface , wherein said add-on module is connected to said control device via said second interface so as to exchange data; and - a processing unit configured to process data and to output the processed data via at least one of said first and second interfaces , wherein said add-on module is formed separately from said control device and from said laser machining head , to receive data from the at least one sensor device and/or the laser machining head to process the received data in order to adjust the machining parameters received from said control device based on the processed data and to transmit the adjusted machining parameters to said laser machining head and/or said control device .