mhurhangee/patent-ind-claim-en huggingface dataset:
A servo-control method of a power steering device comprising an assist motor and a steering wheel on which a driver can exert a force, called "steering wheel torque" (T3), said method comprising a step (a) of defining a steering wheel torque setpoint, comprising generating a steering wheel torque setpoint ( T3_set ) representative of a steering wheel torque value to be reached, a step (b) of measuring an actual steering wheel torque, comprising measuring the value, called "actual steering wheel torque" ( T3_meas ), of the steering wheel torque which is really exerted by the driver on the steering wheel , a comparison step (c) comprising determining the difference, called "steering wheel torque error" ( ΔT3 ), between the steering wheel torque setpoint ( T3_set ) and the actual steering wheel torque ( T3_meas ), a step (d) of determining the motor torque setpoint, comprising generating a motor torque setpoint ( T2_set ) which is intended to be applied to the assist motor so that the assist motor can act to reduce the steering wheel torque error ( ΔT3 ), said method being characterized in that , during the step (d) of determining the motor torque setpoint, the motor torque setpoint ( T2_set ) is generated, on the one hand, from a first component, called "filtered proportional component" (C PF ), obtained by filtering, by a phase-lead filter , the steering wheel torque error ( ΔT3 ) weighted by a first gain called "assist gain" (K P ) and, on the other hand, a second component, called "derivative feedback component" (C D ), obtained by calculating the time derivative of the actual steering wheel torque ( d ( T3_meas) / dt ) and weighting said time derivative of the actual steering wheel torque by a second gain called "derivative gain" (K D ).
An enriched microbial oil comprising at least 70% by weight of a combination of DHA and EPA, wherein the oil comprises at least 10% by weight of EPA and wherein (i) the oil comprises at least 50% by weight DHA and at least 20% by weight EPA; or (ii) the oil comprises a triacylglycerol fraction, wherein at least 50% by weight of the fatty acids in the triacylglycerol fraction is DHA and at least 20% by weight of the fatty acids in the triacylglycerol fraction is EPA. (i) the oil comprises at least 50% by weight DHA and at least 20% by weight EPA; or (ii) the oil comprises a triacylglycerol fraction, wherein at least 50% by weight of the fatty acids in the triacylglycerol fraction is DHA and at least 20% by weight of the fatty acids in the triacylglycerol fraction is EPA.
A connection device connectable to a display body of a television receiver , comprising: a receiving unit that receives a wireless signal transmitted by radio; a relay unit that relays the received wireless signal to the display body ; a light emitting unit adapted for emitting light based on a control signal transmitted from the display body or based on its own control; a storage unit for storing the receiving unit , the relay unit and the light emitting unit ; and a device connection unit for connecting the storage unit to the display body , wherein, in a state of being connected to the display body , in a normal direction to a surface having a display screen of the display body , the storage unit has a protruding section which further protrudes from the surface and stores the receiving unit in the protruding section. a receiving unit that receives a wireless signal transmitted by radio; a relay unit that relays the received wireless signal to the display body ; a light emitting unit adapted for emitting light based on a control signal transmitted from the display body or based on its own control; a storage unit for storing the receiving unit , the relay unit and the light emitting unit ; and a device connection unit for connecting the storage unit to the display body , wherein, in a state of being connected to the display body , in a normal direction to a surface having a display screen of the display body , the storage unit has a protruding section which further protrudes from the surface and stores the receiving unit in the protruding section.
A camera for detecting objects moving through a detection area , the camera comprising an image sensor for recording image data, receiving optics having an adjustable diaphragm , and a control and evaluation unit for reading out the image data and for adjusting the diaphragm , characterized in that the receiving optics comprise a fixed focus position, in that the camera comprises a distance sensor for measuring a distance value to an object , and in that the control and evaluation unit is configured to set the diaphragm per object as a function of a distance value measured for the object , in such a way that the object is recorded in a depth of field range where the recorded image data achieve a required image sharpness.
A medicament delivery system, comprising: a medicament container; and a plunger displaceably disposed relative to the medicament container for ejecting medicament from the medicament container; a delay mechanism , wherein the delay mechanism is adapted to, subsequent to completion of medicament delivery, automatically activate a subsystem or initiate an operation, characterized in that a predetermined displacement of the plunger activates the delay mechanism prior to completion of medicament delivery from the medicament container, wherein the delay mechanism comprises: a dampener cartridge having a rotatable gear disposed thereon and a viscous fluid disposed therein; wherein rotation of the gear is dampened by the viscous fluid; and wherein upon activation of the delay mechanism, the gear interacts with the subsystem to automatically activate the subsystem subsequent to completion of medicament delivery. a medicament container; and a plunger displaceably disposed relative to the medicament container for ejecting medicament from the medicament container; a delay mechanism , wherein the delay mechanism is adapted to, subsequent to completion of medicament delivery, automatically activate a subsystem or initiate an operation, characterized in that a predetermined displacement of the plunger activates the delay mechanism prior to completion of medicament delivery from the medicament container, wherein the delay mechanism comprises: a dampener cartridge having a rotatable gear disposed thereon and a viscous fluid disposed therein; wherein rotation of the gear is dampened by the viscous fluid; and wherein upon activation of the delay mechanism, the gear interacts with the subsystem to automatically activate the subsystem subsequent to completion of medicament delivery. a dampener cartridge having a rotatable gear disposed thereon and a viscous fluid disposed therein; wherein rotation of the gear is dampened by the viscous fluid; and wherein upon activation of the delay mechanism, the gear interacts with the subsystem to automatically activate the subsystem subsequent to completion of medicament delivery.
A liquid composition, comprising arginine deiminase (ADI) covalently modified with polyethylene glycol (ADI-PEG), the composition further comprising histidine-HCl, which is from about 0.0035M histidine-HCl to about 0.35M histidine-HCl, wherein the composition has a pH of about 6.5 to about 7.5.
A positioning code for use with a detector device having pixels in a two-dimensional arrangement, the pixel arrangement having a row direction and a column direction along which the pixels are aligned in rows and columns, the code consisting of markings , the markings being in an arrangement having a row direction and a column direction along which the markings are arranged, characterized in that the markings are absolute positioning code coding markings which are arranged in spaced rows and/or spaced columns, wherein the spacings are marking-free, and wherein the absolute positioning code is coded by shape parameters of the markings and/or by distances determined by the spacings .
A capsule containing a non-liquid fill and comprising a modified release coating, characterized in that the capsule is band sealed below the modified release coating, and wherein the band seal is a gelatin or HPMC band sealing the gap between body and cap of the capsule and the modified release coating comprises a film forming agent which is present in an amount of from 3 mg to 7 mg per cm 2 of the modified release coating, and wherein the capsule does not comprise any pre-coat between the capsule shell and the modified release coating.
An accessory for a syringe having a plunger and a barrel , the accessory comprising: a housing configured to removably attach to the finger flange of the barrel ; the housing including a holder and a base wherein the holder mates with the base and wherein the holder is generally u-shaped and the base is generally u-shaped such that when the holder and base are mated they form an opening through which the plunger and rack can pass; and a rack configured to removably attach to the plunger such that the rack and the plunger are moveably disposed to pass through the opening, the rack being configured to intermittently contact the housing as the plunger is pressed into the barrel , wherein a number of intermittent contacts between the housing and the rack provides a feedback indicative of a distance the plunger has traveled relative to the barrel . a housing configured to removably attach to the finger flange of the barrel ; the housing including a holder and a base wherein the holder mates with the base and wherein the holder is generally u-shaped and the base is generally u-shaped such that when the holder and base are mated they form an opening through which the plunger and rack can pass; and a rack configured to removably attach to the plunger such that the rack and the plunger are moveably disposed to pass through the opening, the rack being configured to intermittently contact the housing as the plunger is pressed into the barrel , wherein a number of intermittent contacts between the housing and the rack provides a feedback indicative of a distance the plunger has traveled relative to the barrel .
A bag suitable for use in cell culture comprising; an outer bag and an inner bag, wherein the outer bag comprises a gas permeable film having a first port and a second port attached thereto; and the inner bag comprises a gas permeable film having a third port attached thereto that passes through the outer bag to the inner bag, further provided the inner bag has a pore size that allows for movement of media between the inner bag and the outer bag, and the pore size of the inner bag is larger than the pore size of the outer bag.
A method for preparing ethylene with improved energy efficiency, comprising: providing a C2 compound isolated from a de-ethanizer column to an acetylene converter to convert acetylene of the C2 compound into ethylene and ethane; transferring the C2 compound containing ethylene and ethane converted from acetylene to a first C2 splitter to isolate and discharge a part of the ethylene; and transferring a lower stream containing remaining ethylene and ethane, which are not discharged from the first C2 splitter, to a second C2 splitter, to isolate and discharge the ethylene, and converting the remaining C2 compound containing ethane into ethylene to be recycled, wherein a heat exchanger is installed between the de-ethanizer column and the first C2 splitter to perform direct heat exchange between processes, a difference in pressure between the de-ethanizer column and the first C2 splitter to enable the heat exchange is 542.6 kPa (4.5 kgf/cm 2 G) or more, and a concentration of ethylene contained in the lower stream of the first C2 splitter is 70 to 80 mol%. providing a C2 compound isolated from a de-ethanizer column to an acetylene converter to convert acetylene of the C2 compound into ethylene and ethane; transferring the C2 compound containing ethylene and ethane converted from acetylene to a first C2 splitter to isolate and discharge a part of the ethylene; and transferring a lower stream containing remaining ethylene and ethane, which are not discharged from the first C2 splitter, to a second C2 splitter, to isolate and discharge the ethylene, and converting the remaining C2 compound containing ethane into ethylene to be recycled, wherein a heat exchanger is installed between the de-ethanizer column and the first C2 splitter to perform direct heat exchange between processes, a difference in pressure between the de-ethanizer column and the first C2 splitter to enable the heat exchange is 542.6 kPa (4.5 kgf/cm 2 G) or more, and a concentration of ethylene contained in the lower stream of the first C2 splitter is 70 to 80 mol%.
A method for operating cellular connectivity in a wearable device , the method comprising as performed by the wearable device: configuring a sensor device to measure physical activity of a user and to output measurement data representing the measured physical activity; establishing , by using a cellular radio device comprised in the wearable device, cellular connectivity with an access node of a cellular communication system; and adjusting utilization of cellular uplink resources allocated to the cellular radio device according to a rate at which said measurement data from the sensor device becomes available for uplink transmission in the wearable device, characterized by said adjusting comprising: detecting a mismatch between the cellular uplink resources allocated to the cellular radio device and the rate at which said measurement data from the sensor device becomes available for uplink transmission in the wearable device; and in response to said detecting, using the cellular radio device to request for reallocation of the cellular uplink resources from the access node. configuring a sensor device to measure physical activity of a user and to output measurement data representing the measured physical activity; establishing , by using a cellular radio device comprised in the wearable device, cellular connectivity with an access node of a cellular communication system; and adjusting utilization of cellular uplink resources allocated to the cellular radio device according to a rate at which said measurement data from the sensor device becomes available for uplink transmission in the wearable device, characterized by said adjusting comprising: detecting a mismatch between the cellular uplink resources allocated to the cellular radio device and the rate at which said measurement data from the sensor device becomes available for uplink transmission in the wearable device; and in response to said detecting, using the cellular radio device to request for reallocation of the cellular uplink resources from the access node. detecting a mismatch between the cellular uplink resources allocated to the cellular radio device and the rate at which said measurement data from the sensor device becomes available for uplink transmission in the wearable device; and in response to said detecting, using the cellular radio device to request for reallocation of the cellular uplink resources from the access node.
A method for performance by an apparatus of a terminal device, comprising: receiving from a base station at the apparatus, an absolute grant related to uplink transmission; and characterized by comprising: setting (S10) a grant for an uplink transmission to zero if a received absolute grant is not intended for the apparatus. receiving from a base station at the apparatus, an absolute grant related to uplink transmission; and characterized by comprising: setting (S10) a grant for an uplink transmission to zero if a received absolute grant is not intended for the apparatus.
Control component (SB) for the secure acquisition of control commands for controlling at least one medical device (DG), in particular a dialysis device, with: - an input interface (ES) for capturing at least one control command (sb); - an output interface (AS) for outputting a message (n) which comprises a request to activate at least one operating element (BE); - a processor (MC) which is designed to implement a security algorithm in that the processor (MC) instructs the at least one operating element (BE) with an additional function for checking whether its activation has been detected; - at least one operating element (BE) which is controlled by the processor (MC) and consequently checks whether the activation has been detected, and wherein the at least one operating element (BE) is configured to send a confirmation signal (b) to the processor (MC) when the activation is detected; wherein the processor (MC) initiates the application of the at least one control command (sb) to the medical device (DG) only when it has received the confirmation signal (b) from the at least one operating element (BE). - an input interface (ES) for capturing at least one control command (sb); - an output interface (AS) for outputting a message (n) which comprises a request to activate at least one operating element (BE); - a processor (MC) which is designed to implement a security algorithm in that the processor (MC) instructs the at least one operating element (BE) with an additional function for checking whether its activation has been detected; - at least one operating element (BE) which is controlled by the processor (MC) and consequently checks whether the activation has been detected, and wherein the at least one operating element (BE) is configured to send a confirmation signal (b) to the processor (MC) when the activation is detected;
An access network device , comprising: a processing module , configured to generate requirement indication information, wherein the requirement indication information indicates that a communication device needs to satisfy a radio resource management, RRM, requirement, wherein the RRM requirement is suitable for a high-speed mobile communication environment; and a transmitting module , configured to transmit the requirement indication information to the communication device within coverage of a cell wherein the RRM requirement includes a preset RRM parameter suitable for the high-speed mobile communication environment, the preset RRM parameter includes a target cell identification time parameter in a connected state, and the target cell identification time parameter corresponding to a discontinuous reception cycle greater than 0.04 seconds and not exceeding 0.08 seconds is less than 15 discontinuous reception cycles, and a target cell identification time parameter corresponding to a discontinuous reception cycle of 0.128 seconds is less than 20 discontinuous reception cycles. a processing module , configured to generate requirement indication information, wherein the requirement indication information indicates that a communication device needs to satisfy a radio resource management, RRM, requirement, wherein the RRM requirement is suitable for a high-speed mobile communication environment; and a transmitting module , configured to transmit the requirement indication information to the communication device within coverage of a cell wherein the RRM requirement includes a preset RRM parameter suitable for the high-speed mobile communication environment, the preset RRM parameter includes a target cell identification time parameter in a connected state, and the target cell identification time parameter corresponding to a discontinuous reception cycle greater than 0.04 seconds and not exceeding 0.08 seconds is less than 15 discontinuous reception cycles, and a target cell identification time parameter corresponding to a discontinuous reception cycle of 0.128 seconds is less than 20 discontinuous reception cycles.
A control circuit for a generator for an ultrasonic surgical instrument , the control circuit configured to: apply energy to an ultrasonic blade at a first power level P1 via an ultrasonic transducer coupled to the ultrasonic blade; measure a complex impedance of the ultrasonic transducer; receive a complex impedance feedback data point; compare the complex impedance feedback data point to a reference complex impedance characteristic pattern, wherein the reference complex impedance pattern comprises a fitted curve from data points of the reference complex impedance pattern; and determine that the ultrasonic blade is contacting a vessel based on the results of the comparison. apply energy to an ultrasonic blade at a first power level P1 via an ultrasonic transducer coupled to the ultrasonic blade; measure a complex impedance of the ultrasonic transducer; receive a complex impedance feedback data point; compare the complex impedance feedback data point to a reference complex impedance characteristic pattern, wherein the reference complex impedance pattern comprises a fitted curve from data points of the reference complex impedance pattern; and determine that the ultrasonic blade is contacting a vessel based on the results of the comparison.
An adapter (70") for a power tool powered by a detachable battery pack , comprising: first means for detachably connecting to the battery pack , second means for detachably connecting to the power tool , an adapter controller , at least one memory in communication with the adapter controller , a first communication port configured to electrically communicate with a controller located in the battery pack , a second communication port configured to electrically communicate with a controller located in the power tool , and means for wirelessly communicating information concerning the power tool and/or the battery pack to an external device . first means for detachably connecting to the battery pack , second means for detachably connecting to the power tool , an adapter controller , at least one memory in communication with the adapter controller , a first communication port configured to electrically communicate with a controller located in the battery pack , a second communication port configured to electrically communicate with a controller located in the power tool , and means for wirelessly communicating information concerning the power tool and/or the battery pack to an external device .
A web of precursors for mechanical fasteners , the web comprising at least one backing layer and a plurality of upstanding precursors for mechanical fasteners arranged on the backing layer and integral with the backing layer , wherein each precursor of the plurality of precursors has a distal end and a proximal end by which the precursor is connected to the backing layer , and wherein the base width at the proximal end of the precursor is greater than the height of the precursor , and wherein the precursors taper towards their distal ends , and wherein the backing layer has a thickness of from about 10 μm to about 75 μm.
Individualized, crosslinked cellulosic fibers, said fibers having between about 1.0 weight % and about 10.0 weight % of a polyacrylic acid crosslinking agent, calculated on a dry fiber weight basis, reacted with said fibers in an ester intrafiber crosslink bond form, wherein said polymeric polyacrylic acid crosslinking agent comprises dialkyl phosphinate within in the polymer chain, said crosslinking agent having a molecular weight in the range of 2300 to 2700 and a Brookfield viscosity less than 200 cP.