mhurhangee/patent-ind-claim-en huggingface dataset:
A handle assembly (100; 500; 600; 800) for use with a surgical instrument, the handle assembly comprising: a housing (110; 510; 610; 810); a movable handle (520; 620; 820) pivotably mounted to the housing; and a plunger assembly disposed at least partially within the housing and including: a proximal portion defining a longitudinal axis; a distal portion ; and a biasing element , the biasing element positioned between a part of the proximal portion and a part of the distal portion, wherein distal translation of the distal portion of the plunger assembly relative to the housing is configured to affect a function of the surgical instrument, wherein the distal portion of the plunger assembly includes a cavity , the biasing element is disposed within the cavity, and wherein the biasing element is in contact with a distal face of the proximal portion of the plunger assembly and with a distal end of the cavity, characterized in that the plunger assembly includes a plunger pin extending through a slot of the distal portion of the plunger assembly and into an aperture of the proximal portion of the plunger assembly. a housing (110; 510; 610; 810); a movable handle (520; 620; 820) pivotably mounted to the housing; and a plunger assembly disposed at least partially within the housing and including: a proximal portion defining a longitudinal axis; a distal portion ; and a biasing element , the biasing element positioned between a part of the proximal portion and a part of the distal portion, wherein distal translation of the distal portion of the plunger assembly relative to the housing is configured to affect a function of the surgical instrument, wherein the distal portion of the plunger assembly includes a cavity , the biasing element is disposed within the cavity, and wherein the biasing element is in contact with a distal face of the proximal portion of the plunger assembly and with a distal end of the cavity, a proximal portion defining a longitudinal axis; a distal portion ; and a biasing element , the biasing element positioned between a part of the proximal portion and a part of the distal portion, wherein distal translation of the distal portion of the plunger assembly relative to the housing is configured to affect a function of the surgical instrument, wherein the distal portion of the plunger assembly includes a cavity , the biasing element is disposed within the cavity, and wherein the biasing element is in contact with a distal face of the proximal portion of the plunger assembly and with a distal end of the cavity,
Arrangement comprising a first coupling element and a second coupling element , a sealing ring and a centring ring for sealing off a connection of the first coupling element to the second coupling element , wherein the first coupling element has an at least sectionally conically shaped projection and the second coupling element is provided with an at least sectionally conically shaped recess , wherein the projection projects into the recess , wherein, between projection and recess , there is formed an annular space in which the sealing ring is arranged, wherein the sealing ring is at least sectionally of conical form and comprises a first end face and a second end face , wherein the first end face is oriented in the direction of the annular space and the second end face is oriented in the direction of the surroundings, wherein the second end face is assigned an encircling bead which is formed from the sealing ring and which is oriented in the direction of the longitudinal axis of the sealing ring , characterized in that the centring ring is arranged in the annular space .
A topical composition comprising an active agent comprising a peptide having an amino acid sequence comprising or consisting of M(O) 2 VV or M(O)VV, wherein the methionine amino acid residue of said sequence is oxidized.
A cellular communication network node comprising a transmitter operatively coupled to signal processing logic and configured to send, to a user equipment, UE, in a frame on a broadcast channel, BCH, upon receipt of control information to be transmitted, at least one direct signalling channel indicator bit to indicate that a direct signalling channel is active in at least one unit of resource of a traffic channel to which the at least one bit relates; the transmitter is further configured to send, on the broadcast channel, resource information for a traffic channel resource to be used in a subsequent frame to send the control information to the UE; and the signal processing logic is configured to send in the at least one unit of resource the control information with an associated UE identifier. a transmitter operatively coupled to signal processing logic and configured to send, to a user equipment, UE, in a frame on a broadcast channel, BCH, upon receipt of control information to be transmitted, at least one direct signalling channel indicator bit to indicate that a direct signalling channel is active in at least one unit of resource of a traffic channel to which the at least one bit relates; the transmitter is further configured to send, on the broadcast channel, resource information for a traffic channel resource to be used in a subsequent frame to send the control information to the UE; and the signal processing logic is configured to send in the at least one unit of resource the control information with an associated UE identifier.
Method for controlling additional devices in an industrial truck, wherein the additional devices are arranged in the region of a load lifting apparatus, in particular a load fork , and are connected via a wireless data connection, characterized in that the wireless data connection exists to a portable computer apparatus , comprising a smartphone or a notebook or a tablet PC , via which information relating to the additional devices is displayed and the additional devices are operated.
A lamp detection device configured to detect a lamp and comprising: an image shooting unit mounted on a vehicle and configured to acquire successive camera images by shooting an image around the vehicle repeatedly; an edge detection circuit configured to detect an edge portion from the successive camera images, the edge portion having a luminance difference equal to or above a predetermined value; an edge smoothing circuit configured to generate smoothed images by diminishing the luminance difference between adjacent pixels at the edge portion ; a reference signal generation circuit configured to generate a reference signal of which intensity varies at an alternating current cycle of power supplied to the lamp; a synchronized pixel extraction circuit configured to extract synchronized pixels from the smoothed images, the synchronized pixels having luminances varying synchronously with the reference signal; and a lamp detection circuit configured to determine the synchronized pixels having luminance higher than a predetermined luminance threshold as the lamp. an image shooting unit mounted on a vehicle and configured to acquire successive camera images by shooting an image around the vehicle repeatedly; an edge detection circuit configured to detect an edge portion from the successive camera images, the edge portion having a luminance difference equal to or above a predetermined value; an edge smoothing circuit configured to generate smoothed images by diminishing the luminance difference between adjacent pixels at the edge portion ; a reference signal generation circuit configured to generate a reference signal of which intensity varies at an alternating current cycle of power supplied to the lamp; a synchronized pixel extraction circuit configured to extract synchronized pixels from the smoothed images, the synchronized pixels having luminances varying synchronously with the reference signal; and a lamp detection circuit configured to determine the synchronized pixels having luminance higher than a predetermined luminance threshold as the lamp.
A method of generating a frame for wireless communication, the method comprising: generating a modified sequence using a base sequence for synchronization estimation; and assigning the base sequence and the modified sequence into a frequency domain of a plurality of sub-carriers, wherein the modified sequence comprises a complex conjugate sequence of the base sequence or a sequence having a sign different from a sign of the base sequence, wherein the base sequence is allocated into a first portion of the sub-carriers and the modified sequence is allocated into a second portion of the sub-carriers, characterised in that the allocation of the modified sequence comprises shifting the base sequence from the first portion of the sub-carriers to the second portion of the sub-carriers, wherein the first portion of the sub-carriers and the second portion of the sub-carriers are non-overlapped with each other. generating a modified sequence using a base sequence for synchronization estimation; and assigning the base sequence and the modified sequence into a frequency domain of a plurality of sub-carriers, wherein the modified sequence comprises a complex conjugate sequence of the base sequence or a sequence having a sign different from a sign of the base sequence, wherein the base sequence is allocated into a first portion of the sub-carriers and the modified sequence is allocated into a second portion of the sub-carriers, characterised in that the allocation of the modified sequence comprises shifting the base sequence from the first portion of the sub-carriers to the second portion of the sub-carriers, wherein the first portion of the sub-carriers and the second portion of the sub-carriers are non-overlapped with each other.
A method for use in a host vehicle, the method comprising: determining a lead vehicle based on a proximate distance between the host vehicle and a lead vehicle candidate; determining a region of interest by a longitudinal distance based on a speed of the host vehicle, a steering angle of the host vehicle, and a yaw rate of the host vehicle, and a first lateral distance based on a width of the lead vehicle, wherein the region of interest is a potential area of travel of the host vehicle; detecting a turn indicator of the host vehicle; increasing the region of interest by a second lateral distance in response to the detection of the turn indicator, wherein the increased region of interest includes a neighbor vehicle, and wherein the second lateral distance is based on a width of the neighbor vehicle; computing a feedback force value based on a deceleration estimate of the lead vehicle and a deceleration estimate of the neighbor vehicle; and adjusting an accelerator pedal output (APO)-to-torque conversion based on the computed feedback force value. determining a lead vehicle based on a proximate distance between the host vehicle and a lead vehicle candidate; determining a region of interest by a longitudinal distance based on a speed of the host vehicle, a steering angle of the host vehicle, and a yaw rate of the host vehicle, and a first lateral distance based on a width of the lead vehicle, wherein the region of interest is a potential area of travel of the host vehicle; detecting a turn indicator of the host vehicle; increasing the region of interest by a second lateral distance in response to the detection of the turn indicator, wherein the increased region of interest includes a neighbor vehicle, and wherein the second lateral distance is based on a width of the neighbor vehicle; computing a feedback force value based on a deceleration estimate of the lead vehicle and a deceleration estimate of the neighbor vehicle; and adjusting an accelerator pedal output (APO)-to-torque conversion based on the computed feedback force value.
Method for the regeneration of a soot particle filter , which is arranged on the outlet side of a combustion engine , comprising: - detecting a loading value of the soot particle filter ; - detecting an operating temperature of the soot particle filter ; - deactivating a cylinder of the combustion engine ; - starting to feed fresh air into the soot particle filter via the deactivated cylinder when the soot particle filter reaches an operating temperature above 450°C and in particular of 600°C; - adjusting an inlet valve of the deactivated cylinder in order to control the feed of fresh air, wherein the inlet valve is adjusted by means of an actuating device (12; 13), which can be actuated by way of a controller ; and - regenerating the soot particle filter . - detecting a loading value of the soot particle filter ; - detecting an operating temperature of the soot particle filter ; - deactivating a cylinder of the combustion engine ; - starting to feed fresh air into the soot particle filter via the deactivated cylinder when the soot particle filter reaches an operating temperature above 450°C and in particular of 600°C; - adjusting an inlet valve of the deactivated cylinder in order to control the feed of fresh air, wherein the inlet valve is adjusted by means of an actuating device (12; 13), which can be actuated by way of a controller ; and - regenerating the soot particle filter .
A multibeam diffraction grating-based color backlight comprising: a plurality of light sources of different colors; a plate light guide to guide light of the different colors produced by the light sources, the light sources being laterally displaced from one another in a direction corresponding to a propagation axis of the guided light within the plate light guide; a tilted collimator between the plurality of light sources and the plate light guide, the tilted collimator configured to collimate and tilt light from the light sources and to direct the tilted and collimated light into the plate light guide as the guided light; and a multibeam diffraction grating at a surface of the plate light guide to diffractively couple out a portion of the guided light from the plate light guide as a plurality of light beams having the different colors, a light beam of the light beam plurality having a principal angular direction different from principal angular directions of other light beams of the light beam plurality, wherein the principal angular direction is a function of the color and angle of incidence of the guided light, and wherein the lateral displacement of each light source determines a relative angle of propagation of the corresponding color within the plate light guide such that a principal angular direction of a coupled-out light beam of a color corresponding to a respective light source is a function of the lateral displacement of the respective light source. a plurality of light sources of different colors; a plate light guide to guide light of the different colors produced by the light sources, the light sources being laterally displaced from one another in a direction corresponding to a propagation axis of the guided light within the plate light guide; a tilted collimator between the plurality of light sources and the plate light guide, the tilted collimator configured to collimate and tilt light from the light sources and to direct the tilted and collimated light into the plate light guide as the guided light; and a multibeam diffraction grating at a surface of the plate light guide to diffractively couple out a portion of the guided light from the plate light guide as a plurality of light beams having the different colors, a light beam of the light beam plurality having a principal angular direction different from principal angular directions of other light beams of the light beam plurality, wherein the principal angular direction is a function of the color and angle of incidence of the guided light, and wherein the lateral displacement of each light source determines a relative angle of propagation of the corresponding color within the plate light guide such that a principal angular direction of a coupled-out light beam of a color corresponding to a respective light source is a function of the lateral displacement of the respective light source.
An isolated antibody, or antigen-binding fragment thereof, that specifically binds human epidermal growth factor receptor (hEGFR), wherein the antibody or antigen-binding fragment comprises the HCVR/LCVR amino acid sequence pair of SEQ ID NOs: 130/138 and a human IgG1 Fc region.
A method for producing an aromatic amide carboxylic acid derivative represented by the following Formula , comprising a step of reacting an aromatic amide halide derivative represented by the following Formula with carbon monoxide: wherein, in Formula , R 1 represents a hydrogen atom or an unsubstituted alkyl group having 1 to 6 carbon atoms; X 1 represents a fluorine atom or a cyano group; X 2 represents a halogen atom; and n represents an integer of from 0 to 3, wherein, in Formula , R 1 , X 1 , and n have the same definitions as R 1 , X 1 , and n in Formula , respectively.
A method of mercury decontamination comprising: contacting elemental mercury with one or more crystal habit modifiers and a metal salt having a standard reduction potential sufficient to oxidize elemental mercury to an aqueous salt of mercury.
Method of assisting a driver of a vehicle comprising a driving assistance system, comprising a first activated autonomous driving mode, comprising steps of: - detection of a communication in progress by the driver, - detection of a future deactivation of the first autonomous mode, - emission of a first alert to the driver so as to warn him of the future deactivation of the first autonomous mode, characterized in that the driver being in communication with an interlocutor, said method further comprises a step of transmission of a second alert to said interlocutor. - detection of a communication in progress by the driver, - detection of a future deactivation of the first autonomous mode, - emission of a first alert to the driver so as to warn him of the future deactivation of the first autonomous mode,
A method for performing a computation using fully homomorphic encryption (FHE) cryptography, the computation comprising a set of FHE operations implementing the computation and operating on encrypted data items, an encrypted data item having an associated noise level, the method comprising - receiving one or more encrypted data items for the computation from a data-provider system, the one or more encrypted data items being encrypted with an encryption key of the data-provider system, - performing the set of FHE operations on encrypted data items including the received encrypted data items, - clipping an encrypted data item, thereby reducing a bit-size of one or more numbers representing the encrypted data item and increasing an associated noise level of the encrypted data item, wherein an FHE operation or a decrypt operation operates on the clipped encrypted data item as input, a noise level associated with the input being below a noise tolerance of the FHE operation or decrypt operation, and - storing the clipped encrypted data item for later FHE processing, and/or transmitting the clipped encrypted data item for further FHE processing on a further device. - receiving one or more encrypted data items for the computation from a data-provider system, the one or more encrypted data items being encrypted with an encryption key of the data-provider system, - performing the set of FHE operations on encrypted data items including the received encrypted data items, - clipping an encrypted data item, thereby reducing a bit-size of one or more numbers representing the encrypted data item and increasing an associated noise level of the encrypted data item, wherein an FHE operation or a decrypt operation operates on the clipped encrypted data item as input, a noise level associated with the input being below a noise tolerance of the FHE operation or decrypt operation, and - storing the clipped encrypted data item for later FHE processing, and/or transmitting the clipped encrypted data item for further FHE processing on a further device.
A biocompatible, resorbable composite for osteosynthesis, the composite comprising: osteoconductive particles dispersed within a porous polymer matrix, the polymer matrix comprising a plurality of fluid passageways that expose at least a portion of a plurality of the osteoconductive particles to an exterior of the polymer matrix, wherein the polymer matrix comprises polymer particles affixed to an external surface of the osteoconductive particles and a portion of the external surface of the osteoconductive particles is not covered by the polymer particles, wherein the polymer particles are smaller in broadest dimension than the osteoconductive particles, and wherein the osteoconductive particles and the polymer particles are aggregated to form the composite; and a chemical additive incorporated within the polymer matrix, the chemical additive configured to modify one or more of acidity, degradation rate, melting point, hydrophilicity, and hydrophobicity of the polymer matrix. osteoconductive particles dispersed within a porous polymer matrix, the polymer matrix comprising a plurality of fluid passageways that expose at least a portion of a plurality of the osteoconductive particles to an exterior of the polymer matrix, wherein the polymer matrix comprises polymer particles affixed to an external surface of the osteoconductive particles and a portion of the external surface of the osteoconductive particles is not covered by the polymer particles, wherein the polymer particles are smaller in broadest dimension than the osteoconductive particles, and wherein the osteoconductive particles and the polymer particles are aggregated to form the composite; and a chemical additive incorporated within the polymer matrix, the chemical additive configured to modify one or more of acidity, degradation rate, melting point, hydrophilicity, and hydrophobicity of the polymer matrix.
A Group III nitride based light emitting diode , comprising: a silicon-doped GaN-based layer ; a silicon-doped superlattice directly on the silicon doped GaN-based layer, the superlattice having at least two periods of alternating layers of In X Ga 1-X N and In Y Ga 1-Y N, where 0 ≤ X < 1 and 0 ≤ Y < 1 and X is not equal to Y; and a Group III nitride based active region comprising a quantum well structure with at least one quantum well on the superlattice opposite the silicon-doped GaN-based layer, wherein a bandgap of the at least one quantum well is less than a bandgap of the superlattice. a silicon-doped GaN-based layer ; a silicon-doped superlattice directly on the silicon doped GaN-based layer, the superlattice having at least two periods of alternating layers of In X Ga 1-X N and In Y Ga 1-Y N, where 0 ≤ X < 1 and 0 ≤ Y < 1 and X is not equal to Y; and a Group III nitride based active region comprising a quantum well structure with at least one quantum well on the superlattice opposite the silicon-doped GaN-based layer, wherein a bandgap of the at least one quantum well is less than a bandgap of the superlattice.