mhurhangee/patent-ind-claim-en huggingface dataset:
A testing device comprising: an impulse current generator that is configured to provide a direct impulse current DIC that includes a specified waveform to a test load during a test duration; a continuous power supply that is configured to provide a continuous power to the test load during the test duration, characterised in that the testing device further comprises: a trigger circuit that is configured to determine a trigger condition that corresponds to a time duration of the DIC applied to the test load and to generate a trigger signal responsive to determining the trigger condition; and a current bypass circuit that is configured to receive the trigger signal generated by the trigger circuit and to conduct a majority portion of the DIC being conducted by the test load responsive to the trigger signal. an impulse current generator that is configured to provide a direct impulse current DIC that includes a specified waveform to a test load during a test duration; a continuous power supply that is configured to provide a continuous power to the test load during the test duration, characterised in that the testing device further comprises: a trigger circuit that is configured to determine a trigger condition that corresponds to a time duration of the DIC applied to the test load and to generate a trigger signal responsive to determining the trigger condition; and a current bypass circuit that is configured to receive the trigger signal generated by the trigger circuit and to conduct a majority portion of the DIC being conducted by the test load responsive to the trigger signal. a trigger circuit that is configured to determine a trigger condition that corresponds to a time duration of the DIC applied to the test load and to generate a trigger signal responsive to determining the trigger condition; and a current bypass circuit that is configured to receive the trigger signal generated by the trigger circuit and to conduct a majority portion of the DIC being conducted by the test load responsive to the trigger signal.
A delivery device for percutaneously delivering a stented prosthetic heart valve, the stented prosthetic heart valve being radially expandable from a radially compressed configuration to a radially expanded configuration, the delivery device comprising: a sheath defining a lumen, wherein the sheath is configured to compressively constrain the stented prosthetic heart valve; a handle including a housing and an actuator mechanism , wherein the actuator mechanism is coupled to a proximal portion of the sheath and is configured to selectively move the sheath relative to the housing to release the stented prosthetic heart valve; characterised in that it further comprises an adjustment device coupled to the handle , wherein the adjustment device includes an adjustment lumen through which the sheath and the handle slidably extend, wherein the adjustment device includes a fine adjustment mechanism ; and an outer stability shaft coupled to the adjustment device , wherein the fine adjustment mechanism is configured to selectively move the handle and the sheath relative to the adjustment device and the outer stability shaft . a sheath defining a lumen, wherein the sheath is configured to compressively constrain the stented prosthetic heart valve; a handle including a housing and an actuator mechanism , wherein the actuator mechanism is coupled to a proximal portion of the sheath and is configured to selectively move the sheath relative to the housing to release the stented prosthetic heart valve; characterised in that it further comprises an adjustment device coupled to the handle , wherein the adjustment device includes an adjustment lumen through which the sheath and the handle slidably extend, wherein the adjustment device includes a fine adjustment mechanism ; and an outer stability shaft coupled to the adjustment device , wherein the fine adjustment mechanism is configured to selectively move the handle and the sheath relative to the adjustment device and the outer stability shaft . an adjustment device coupled to the handle , wherein the adjustment device includes an adjustment lumen through which the sheath and the handle slidably extend, wherein the adjustment device includes a fine adjustment mechanism ; and an outer stability shaft coupled to the adjustment device , wherein the fine adjustment mechanism is configured to selectively move the handle and the sheath relative to the adjustment device and the outer stability shaft .
A cutting element for a drill bit that is advanceable into a subterranean formation to form a borehole, the cutting element comprising: a substrate portion having a diameter D and a central axis extending through the substrate portion, and a PCD layer forming an end of the cutting element, the PCD layer comprising a cutting face bounded by a periphery ; wherein the cutting face comprises: an elongate ridge having an upper surface defining the uppermost height of the cutting element and having a length that is less than diameter D, the ridge having a first ridge end and extending from the first ridge end in a direction towards the center of the cutting face and terminating in a second ridge end that is curved and spaced from the periphery; and characterized by a surrounding surface consisting of the entire cutting face except for the ridge, the surrounding surface being continuously curved along a curved path extending at least partially about the curved second ridge end. a substrate portion having a diameter D and a central axis extending through the substrate portion, and a PCD layer forming an end of the cutting element, the PCD layer comprising a cutting face bounded by a periphery ; wherein the cutting face comprises: an elongate ridge having an upper surface defining the uppermost height of the cutting element and having a length that is less than diameter D, the ridge having a first ridge end and extending from the first ridge end in a direction towards the center of the cutting face and terminating in a second ridge end that is curved and spaced from the periphery; and characterized by a surrounding surface consisting of the entire cutting face except for the ridge, the surrounding surface being continuously curved along a curved path extending at least partially about the curved second ridge end. an elongate ridge having an upper surface defining the uppermost height of the cutting element and having a length that is less than diameter D, the ridge having a first ridge end and extending from the first ridge end in a direction towards the center of the cutting face and terminating in a second ridge end that is curved and spaced from the periphery; and characterized by a surrounding surface consisting of the entire cutting face except for the ridge, the surrounding surface being continuously curved along a curved path extending at least partially about the curved second ridge end.
Electrical control device for mounting to a wall of a domestic electrical installation, configured to generate and send different instruction and/or behavior signals, comprising - a movable handle, cover or plate , moving as a single piece, for the interaction with the user and having a plurality of separate instruction zones; - a movement sensing unit , for detecting the movement and/or position of the handle, cover or plate when it is actuated by the user; - a touch sensing unit , for detecting touches on the handle, cover or plate and the locations thereof; - a feedback unit , for creating a tactile feedback or haptic function when the handle, cover or plate is moved out of its normal or resting position; - a control unit , which is configured to receive input signals from the movement sensing unit as well as input signals from the touch sensing unit and which is configured to generate said instruction and/or behavior signals accordingly, the touch sensing unit being made of a set of at least two separate touch detectors , each connected to the control unit for sending to the latter a signal corresponding to a touch in a corresponding predefined area of the handle , the movement sensing unit being made of a set of at least two separate movement detectors , each configured to detect the movement of the handle, cover or plate , characterized in that the number of touch detectors and the number of movement detectors is equal, each touch detector being combined or associated with a respectively corresponding movement detector . - a movable handle, cover or plate , moving as a single piece, for the interaction with the user and having a plurality of separate instruction zones; - a movement sensing unit , for detecting the movement and/or position of the handle, cover or plate when it is actuated by the user; - a touch sensing unit , for detecting touches on the handle, cover or plate and the locations thereof; - a feedback unit , for creating a tactile feedback or haptic function when the handle, cover or plate is moved out of its normal or resting position; - a control unit , which is configured to receive input signals from the movement sensing unit as well as input signals from the touch sensing unit and which is configured to generate said instruction and/or behavior signals accordingly,
A method for decelerating a vehicle, the method comprising: monitoring (S11; S31; S51) a state of a driver of the vehicle; causing (S32; S52) a notification to be output based on the monitored state of the driver, wherein the notification includes feedback to the driver based on the monitored state of the driver; determining (S33; S53), by circuitry of an information processing apparatus and when operating in a manual operation mode, whether to cause the vehicle to decelerate after the notification is output; causing (S15; S37; S58), by the circuitry, the vehicle to decelerate based on the determination of whether to cause the vehicle to decelerate; determining (S18; S34, S35; S55, S56) whether to cause the vehicle to perform an emergency stop; automatically causing (S19; S38; S59) the vehicle to perform an immediate stop based on a determination to cause the vehicle to perform the emergency stop; and causing (S38; S59) the vehicle to perform a guided manual stop based on a determination that the emergency stop is not to be performed. monitoring (S11; S31; S51) a state of a driver of the vehicle; causing (S32; S52) a notification to be output based on the monitored state of the driver, wherein the notification includes feedback to the driver based on the monitored state of the driver; determining (S33; S53), by circuitry of an information processing apparatus and when operating in a manual operation mode, whether to cause the vehicle to decelerate after the notification is output; causing (S15; S37; S58), by the circuitry, the vehicle to decelerate based on the determination of whether to cause the vehicle to decelerate; determining (S18; S34, S35; S55, S56) whether to cause the vehicle to perform an emergency stop; automatically causing (S19; S38; S59) the vehicle to perform an immediate stop based on a determination to cause the vehicle to perform the emergency stop; and causing (S38; S59) the vehicle to perform a guided manual stop based on a determination that the emergency stop is not to be performed.
A decoding method by a user equipment, UE, the method comprising: receiving a downlink control channel; receiving a reference signal in respective physical resource block, PRB, pairs; performing a correlation operation between a first sequence for the received reference signal and a second sequence for a predetermined reference signal for decoding the downlink control channel, wherein the second sequence is configured to a UE-specific sequence via higher layer signaling; and performing decoding of a search space for the downlink control channel in the PRB pair determined based on a result of the correlation operation performing. receiving a downlink control channel; receiving a reference signal in respective physical resource block, PRB, pairs; performing a correlation operation between a first sequence for the received reference signal and a second sequence for a predetermined reference signal for decoding the downlink control channel, wherein the second sequence is configured to a UE-specific sequence via higher layer signaling; and performing decoding of a search space for the downlink control channel in the PRB pair determined based on a result of the correlation operation performing.
A double network hydrogel comprising a first network and a second network, where the first network consists of physically crosslinked polyvinylalcohol (PVA), and the second network is a terpolymer comprising carboxyl (COOH)-containing units or salts thereof, sulfonyl (SO 3 H)-containing units or salts thereof, and at least one of hydroxyl (OH)-containing units or amino (NH 2 )-containing units.
A method of pulse welding, said method comprising: advancing a welding electrode (E) towards a workpiece (W) to perform a pulse welding process; generating a pulse welding waveform for said pulse welding process which includes a series of successive waveforms having a pulse defined by a peak current which begins when said electrode (E) is separated from said workpiece (W) and a background current ; detecting when a short circuit occurs between said electrode (E) and said workpiece (W); clearing said short circuit; and creating a plasma boost pulse after said short circuit has been cleared, characterized in that a ratio of said peak current to said background current is in the range of 6 to 8. advancing a welding electrode (E) towards a workpiece (W) to perform a pulse welding process; generating a pulse welding waveform for said pulse welding process which includes a series of successive waveforms having a pulse defined by a peak current which begins when said electrode (E) is separated from said workpiece (W) and a background current ; detecting when a short circuit occurs between said electrode (E) and said workpiece (W); clearing said short circuit; and creating a plasma boost pulse after said short circuit has been cleared, characterized in that a ratio of said peak current to said background current is in the range of 6 to 8.
A ureteral stent comprising: a body having a renal area configured to be placed in a kidney of a patient, a ureteral area connected to the renal area and configured to be placed in a ureter of the patient, and a proximal area connected to the ureteral area and located at a proximal end of the body ; and a tail comprising a thread connected to the proximal end of the body of the stent ; wherein the proximal area is tubular and is provided with a first flexibility that is greater than a second flexibility of the ureteral area of the stent, wherein: the tubular proximal area comprises through openings , wherein the proximal area of the stent comprises a material that is more flexible than a material forming the ureteral area of the stent , wherein the proximal area of the stent is fabricated from two materials each having a different flexibility and the proximal area has a longitudinal channel of constant diameter defining a lateral wall of constant thickness, and wherein a first of the materials is less flexible than a second of the two materials, and a thickness of the first material decreases towards the tail of the stent and a thickness of the second material increases towards the tail of the stent . a body having a renal area configured to be placed in a kidney of a patient, a ureteral area connected to the renal area and configured to be placed in a ureter of the patient, and a proximal area connected to the ureteral area and located at a proximal end of the body ; and a tail comprising a thread connected to the proximal end of the body of the stent ; wherein the proximal area is tubular and is provided with a first flexibility that is greater than a second flexibility of the ureteral area of the stent, wherein: the tubular proximal area comprises through openings , wherein the proximal area of the stent comprises a material that is more flexible than a material forming the ureteral area of the stent , wherein the proximal area of the stent is fabricated from two materials each having a different flexibility and the proximal area has a longitudinal channel of constant diameter defining a lateral wall of constant thickness, and wherein a first of the materials is less flexible than a second of the two materials, and a thickness of the first material decreases towards the tail of the stent and a thickness of the second material increases towards the tail of the stent . the tubular proximal area comprises through openings , wherein the proximal area of the stent comprises a material that is more flexible than a material forming the ureteral area of the stent , wherein the proximal area of the stent is fabricated from two materials each having a different flexibility and the proximal area has a longitudinal channel of constant diameter defining a lateral wall of constant thickness, and wherein a first of the materials is less flexible than a second of the two materials, and a thickness of the first material decreases towards the tail of the stent and a thickness of the second material increases towards the tail of the stent .
Automatic door seal comprising a first pair consisting of a first one-piece part and a second one-piece part , namely - having a support as a component of the first part , - having at least one first connecting element and - having a sealing bar comprising a retaining bar and a sealing element , - wherein the first connecting element and the retaining bar are components of the second part , characterised in that - the seal has a second connecting element and a force-transmitting element which is mounted in or on the support so as to be displaceable in a longitudinal direction of the support, - a first end of the first connecting element is connected to the displaceable force-transmitting element and a second end of the first connecting element is connected to the retaining bar , and - a first end of the second connecting element is fastened to the support and a second end of the second connecting element is fastened to the retaining bar , and - the second connecting element and the force-transmitting element are also components of the second part . - having a support as a component of the first part , - having at least one first connecting element and - having a sealing bar comprising a retaining bar and a sealing element , - wherein the first connecting element and the retaining bar are components of the second part , characterised in that - the seal has a second connecting element and a force-transmitting element which is mounted in or on the support so as to be displaceable in a longitudinal direction of the support, - a first end of the first connecting element is connected to the displaceable force-transmitting element and a second end of the first connecting element is connected to the retaining bar , and - a first end of the second connecting element is fastened to the support and a second end of the second connecting element is fastened to the retaining bar , and - the second connecting element and the force-transmitting element are also components of the second part .
A tire comprising a circular tire frame formed of a resinous material, the resinous material comprising a resin component, the resin component comprising at least one thermoplastic elastomer selected from the group consisting of a polyamide-based thermoplastic elastomer and a polyester-based thermoplastic elastomer, the resin component being comprised in an amount of 50% by mass or more with respect to a total amount of the resinous material, the polyamide-based thermoplastic elastomer comprising a hard segment comprising a polyamide, a soft segment comprising at least one selected from the group consisting of a polyester and a polyether, and a connection portion that connects two or more segments, the polyester-based thermoplastic elastomer comprising a hard segment comprising an aromatic polyester, a soft segment comprising at least one selected from the group consisting of an aliphatic polyester and an aliphatic polyether, and a connection portion that connects two or more segments, wherein a difference in a solubility parameter (SP value), in absolute value, between the soft segment and the connection portion is 7.7 or less, the SP value being calculated in accordance with the following equation: δ = Δ H − RT / V 1 / 2 wherein δ represents an SP value (MPa) 1/2 , ΔH represents an enthalpy of vaporization, R represents a gas constant, T represents an absolute temperature, and V represents a volume, and wherein the connection portion comprises a structural unit derived from an aliphatic dicarboxylic acid, a structural unit derived from an alicyclic dicarboxylic acid, or a structural unit derived from an aromatic dicarboxylic acid.
A tangible computer-readable media storing computer-executable instructions which, when executed by a computer, cause the computer to perform video processing comprising: packing sample values of an input picture organized according to an input picture format into a first coded picture organized according to a first coded picture format and a second coded picture organized according to a second coded picture format, the first coded picture containing sample values for a low chroma resolution version of the input picture, and the second coded picture containing sample values only for high chroma resolution details of the input picture; separately encoding the first and second coded pictures to produce encoded data, including selecting, from a plurality of regions of the input picture, one or more regions in which corresponding sample values for high chroma resolution details of the input picture are encoded as part of the second coded picture, wherein the second coded picture includes sample values for the one or more selected regions only; outputting the encoded data, wherein the encoded data is output as a sequence of coded pictures, and wherein the first coded picture is encoded as part of a first sub-sequence of the sequence and the second coded picture is encoded as part of a second sub-sequence of the sequence, the second sub-sequence being different than the first sub-sequence; and outputting region data that identifies the one or more regions in which the corresponding sample values for high chroma resolution details of the input picture are encoded as part of the second coded picture. packing sample values of an input picture organized according to an input picture format into a first coded picture organized according to a first coded picture format and a second coded picture organized according to a second coded picture format, the first coded picture containing sample values for a low chroma resolution version of the input picture, and the second coded picture containing sample values only for high chroma resolution details of the input picture; separately encoding the first and second coded pictures to produce encoded data, including selecting, from a plurality of regions of the input picture, one or more regions in which corresponding sample values for high chroma resolution details of the input picture are encoded as part of the second coded picture, wherein the second coded picture includes sample values for the one or more selected regions only; outputting the encoded data, wherein the encoded data is output as a sequence of coded pictures, and wherein the first coded picture is encoded as part of a first sub-sequence of the sequence and the second coded picture is encoded as part of a second sub-sequence of the sequence, the second sub-sequence being different than the first sub-sequence; and outputting region data that identifies the one or more regions in which the corresponding sample values for high chroma resolution details of the input picture are encoded as part of the second coded picture.