mhurhangee/patent-ind-claim-en huggingface dataset:
An ion trap mass spectrometer having an ion source for supplying pulsed ions and an ion trap for capturing the ions by an electric field formed in a space surrounded by a plurality of electrodes, wherein ions supplied from the ion source are injected into and captured in the ion trap , and a mass analysis is performed in the ion trap or after the ions are ejected from the ion trap , the ion trap mass spectrometer comprising: a) a voltage applier for applying an AC voltage to at least one of the plurality of electrodes which compose the ion trap; and b) a controller for controlling the voltage applier ; characterized in that the controller is adapted to control the voltage applier such that the voltage applier performs selectively a first operation and a second operation, wherein, in the first operation, the AC voltage having a predetermined frequency and a predetermined amplitude is applied to one of the plurality of electrodes to capture the ions in the ion trap , and, in the second operation, the frequency of the AC voltage is increased from the predetermined frequency with the amplitude thereof kept constant or the amplitude of the AC voltage is decreased from the predetermined amplitude with the frequency thereof kept constant, when further ions supplied in a pulsed fashion from the ion source reach an ion inlet of the ion trap , in order that, while the ions are captured in the ion trap , the further ions supplied from the ion source are additionally injected into the ion trap . a) a voltage applier for applying an AC voltage to at least one of the plurality of electrodes which compose the ion trap; and b) a controller for controlling the voltage applier ;
A method performed by a remote unit , the method comprising: determining a demodulation reference signal, DMRS, configuration for a physical downlink shared channel, PDSCH, carrying remaining minimum system information, RMSI, wherein the DMRS configuration comprises a first configuration, a second configuration, a mapping order, a frequency domain density, a time domain subframe level density, a time domain symbol level density, or some combination thereof; and receiving , from a base unit , a DMRS based on the DMRS configuration. determining a demodulation reference signal, DMRS, configuration for a physical downlink shared channel, PDSCH, carrying remaining minimum system information, RMSI, wherein the DMRS configuration comprises a first configuration, a second configuration, a mapping order, a frequency domain density, a time domain subframe level density, a time domain symbol level density, or some combination thereof; and receiving , from a base unit , a DMRS based on the DMRS configuration.
An antibody comprising: a) the light chain variable region comprising SEQ ID NO: 9 and the heavy chain variable region comprising SEQ ID NO: 10; b) the light chain variable region comprising SEQ ID NO: 11 and the heavy chain variable region comprising SEQ ID NO: 14; c) the light chain variable region comprising SEQ ID NO: 11 and the heavy chain variable region comprising SEQ ID NO: 15; d) the light chain variable region comprising SEQ ID NO: 12 and the heavy chain variable region comprising SEQ ID NO: 14; e) the light chain variable region comprising SEQ ID NO: 12 and the heavy chain variable region comprising SEQ ID NO: 15; f) the light chain variable region comprising SEQ ID NO: 13 and the heavy chain variable region comprising SEQ ID NO: 14; or g) the light chain variable region comprising SEQ ID NO: 13 and the heavy chain variable region comprising SEQ ID NO: 15. a) the light chain variable region comprising SEQ ID NO: 9 and the heavy chain variable region comprising SEQ ID NO: 10; b) the light chain variable region comprising SEQ ID NO: 11 and the heavy chain variable region comprising SEQ ID NO: 14; c) the light chain variable region comprising SEQ ID NO: 11 and the heavy chain variable region comprising SEQ ID NO: 15; d) the light chain variable region comprising SEQ ID NO: 12 and the heavy chain variable region comprising SEQ ID NO: 14; e) the light chain variable region comprising SEQ ID NO: 12 and the heavy chain variable region comprising SEQ ID NO: 15; f) the light chain variable region comprising SEQ ID NO: 13 and the heavy chain variable region comprising SEQ ID NO: 14; or g) the light chain variable region comprising SEQ ID NO: 13 and the heavy chain variable region comprising SEQ ID NO: 15.
Hand-operated functional hose instrument, preferably endoscopic functional hose instrument, comprising - a hose-like functional part and a wire-like functional part which extends in said hose-like functional part, wherein the two functional parts are axially relatively movable in order to perform a useful function at a distal end, and - an operating unit designed for releasable coupling to an operator control handle body, which unit is arranged on a proximal end section of the functional parts and comprises a first and a second operating part which are coupled to one another in an axially relatively movable manner, wherein - one of the two operating parts has a hose fixing arrangement by way of which the hose-like functional part is fixed to it, and the other of the two operating parts has a wire fixing arrangement by way of which the wire-like functional part is fixed to it, - the first operating part has an axial fixing element for axially fixing the first operating part to the operator control handle body, and - the second operating part has a finger-operated operator control slide element , characterized in that - the wire fixing arrangement comprises two wire fixing parts which can be rotated in relation to one another about a longitudinal axis from a wire release position to a wire clamping position and each have an eccentric axial wire passage opening , wherein the two passage openings are arranged axially one behind the other and are in alignment in the wire release position and are out of alignment in the wire clamping position. - a hose-like functional part and a wire-like functional part which extends in said hose-like functional part, wherein the two functional parts are axially relatively movable in order to perform a useful function at a distal end, and - an operating unit designed for releasable coupling to an operator control handle body, which unit is arranged on a proximal end section of the functional parts and comprises a first and a second operating part which are coupled to one another in an axially relatively movable manner, wherein - one of the two operating parts has a hose fixing arrangement by way of which the hose-like functional part is fixed to it, and the other of the two operating parts has a wire fixing arrangement by way of which the wire-like functional part is fixed to it, - the first operating part has an axial fixing element for axially fixing the first operating part to the operator control handle body, and - the second operating part has a finger-operated operator control slide element , characterized in that - the wire fixing arrangement comprises two wire fixing parts which can be rotated in relation to one another about a longitudinal axis from a wire release position to a wire clamping position and each have an eccentric axial wire passage opening , wherein the two passage openings are arranged axially one behind the other and are in alignment in the wire release position and are out of alignment in the wire clamping position.
A method of wireless communication performed by a UE, comprising: identifying a first transmission time interval, TTI, of a time division duplex, TDD, carrier and configured for transmission in a first direction, wherein the first direction is an uplink, UL, direction or a downlink, DL, direction; identifying a second TTI within the first TTI and configured for transmission in a second direction that is reverse from the first direction, wherein the second TTI is shorter than the first TTI; and communicating in the second direction during the second TTI. identifying a first transmission time interval, TTI, of a time division duplex, TDD, carrier and configured for transmission in a first direction, wherein the first direction is an uplink, UL, direction or a downlink, DL, direction; identifying a second TTI within the first TTI and configured for transmission in a second direction that is reverse from the first direction, wherein the second TTI is shorter than the first TTI; and communicating in the second direction during the second TTI.
An arrangement for assessing efficiency of transactions involving products that are associated with targets to be electro-optically read, comprising: a reader for electro-optically reading the targets to obtain read data; a controller for processing the read data to generate target data indicative of the associated products , for collecting metadata descriptive of the efficiency of the transactions, for associating the collected metadata with the target data, for comparing the collected metadata with an inefficiency threshold that is a predetermined long amount of decode time that is indicative of a slow reading performance, for storing the collected metadata that at least equals the inefficiency threshold, and for storing the target data associated with the stored metadata; wherein the controller generates the target data by decoding the read data, and wherein the controller collects the metadata by determining each decode time period that is taken for each target data to be successfully decoded, and wherein the controller stores each decode time period that at least equals said predetermined long amount of decode time; wherein the controller is operative for storing the target data associated with each stored decode time period that at least equals said predetermined long amount of decode time, and for identifying the products associated with the stored target data; and wherein the controller is operative for causing the collected metadata to be displayed as a histogram in which a frequency distribution of the decode time periods is plotted in different time intervals. a reader for electro-optically reading the targets to obtain read data; a controller for processing the read data to generate target data indicative of the associated products , for collecting metadata descriptive of the efficiency of the transactions, for associating the collected metadata with the target data, for comparing the collected metadata with an inefficiency threshold that is a predetermined long amount of decode time that is indicative of a slow reading performance, for storing the collected metadata that at least equals the inefficiency threshold, and for storing the target data associated with the stored metadata; wherein the controller generates the target data by decoding the read data, and wherein the controller collects the metadata by determining each decode time period that is taken for each target data to be successfully decoded, and wherein the controller stores each decode time period that at least equals said predetermined long amount of decode time; wherein the controller is operative for storing the target data associated with each stored decode time period that at least equals said predetermined long amount of decode time, and for identifying the products associated with the stored target data; and wherein the controller is operative for causing the collected metadata to be displayed as a histogram in which a frequency distribution of the decode time periods is plotted in different time intervals.
A fixing device comprising: a fixing roller rotatable in a predetermined direction of rotation (R2); a pressing roller disposed parallel to and pressed against the fixing roller to form a fixing nip (N) therebetween through which a recording medium (P) bearing a toner image (T) is conveyed; a heater adapted to heat the fixing roller , disposed opposite a circumferential surface of the fixing roller and upstream from the fixing nip (N) a predetermined circumferential distance (E) along the circumferential surface of the fixing roller in the direction of rotation (R2) of the fixing roller ; and a heater driver operatively connected to the heater adapted to turn on and off the heater , a timing calculator adapted to calculate a reference time (t2) at which a trailing end portion of the recording medium (P) in a conveyance direction (Y1) of the recording medium (P) reaches the fixing nip (N); and a heater driver controller operatively connected to the timing calculator and the heater driver adapted to cause the heater driver to turn off the heater at a turn-off time (t1) earlier than the reference time (t2) calculated by the timing calculator , wherein the turn-off time (t1) is earlier than the reference time (t2) by a predetermined period of time (At; Δt') corresponding to a time required for the fixing roller to rotate the predetermined circumferential distance (E) between a first position (A) which is a heated portion of the fixing roller and a second position (B) which is disposed at the center of the fixing nip (N) in the direction of rotation (R2) of the fixing roller . a fixing roller rotatable in a predetermined direction of rotation (R2); a pressing roller disposed parallel to and pressed against the fixing roller to form a fixing nip (N) therebetween through which a recording medium (P) bearing a toner image (T) is conveyed; a heater adapted to heat the fixing roller , disposed opposite a circumferential surface of the fixing roller and upstream from the fixing nip (N) a predetermined circumferential distance (E) along the circumferential surface of the fixing roller in the direction of rotation (R2) of the fixing roller ; and a heater driver operatively connected to the heater adapted to turn on and off the heater , a timing calculator adapted to calculate a reference time (t2) at which a trailing end portion of the recording medium (P) in a conveyance direction (Y1) of the recording medium (P) reaches the fixing nip (N); and a heater driver controller operatively connected to the timing calculator and the heater driver adapted to cause the heater driver to turn off the heater at a turn-off time (t1) earlier than the reference time (t2) calculated by the timing calculator , wherein the turn-off time (t1) is earlier than the reference time (t2) by a predetermined period of time (At; Δt') corresponding to a time required for the fixing roller to rotate the predetermined circumferential distance (E) between a first position (A) which is a heated portion of the fixing roller and a second position (B) which is disposed at the center of the fixing nip (N) in the direction of rotation (R2) of the fixing roller .
A clot removal device , comprising: an elongated member comprising a distal end ; and an expandable frame comprising: a proximal end ; a distal end ; and two or more frame members each comprising one or more pinching cells operable to be slidably and rotatably placed thereon, each of the pinching cells comprising a collapsed state within a microcatheter and an expanded state distal of the microcatheter operable to tweeze at least a portion of a clot. an elongated member comprising a distal end ; and an expandable frame comprising: a proximal end ; a distal end ; and two or more frame members each comprising one or more pinching cells operable to be slidably and rotatably placed thereon, each of the pinching cells comprising a collapsed state within a microcatheter and an expanded state distal of the microcatheter operable to tweeze at least a portion of a clot. a proximal end ; a distal end ; and two or more frame members each comprising one or more pinching cells operable to be slidably and rotatably placed thereon, each of the pinching cells comprising a collapsed state within a microcatheter and an expanded state distal of the microcatheter operable to tweeze at least a portion of a clot.
Stable, physiologically cellulose fibre-based carrier matrix on a paper basis (smartFilm) for the production of film products for oral and peroral application, characterised, in that it is comprised of laminar to cuboid fibrous cellulose in the form of a stable paper material comprising one or more layers with a crystallinity index of 1 ≤ Krl ≤ 200 preferably between 18 and 70, an apparent sheet density of 0.10 ≤ ρ ≤ 2.00 g/cm 3 preferably between 0.36 and 0.51 g/cm 3 , a water absorption capacity of 10 ≤ M water absorption ≤ 2,000 % (m/m) preferably between 195 and 388 % (m/m), an average pore diameter of 1 ≤ d pore 200 μm preferably between 21 and 57 μm and a water content of 1.0 ≤ w ≤ 20.0 % (m/m) preferably between 7.5 and 9.5 % (m/m) loaded with ingredients, in particular active ingredients.
A gas treating apparatus comprising: a reaction chamber configured to process by a plasma a gas supplied from an outside, the processed gas containing a nitrogen oxide; and a nitrogen oxide reduction apparatus connected to the reaction chamber, wherein the nitrogen oxide reduction apparatus includes a cooling unit; characterised in that said cooling unit is configured to cool the processed gas to a temperature lower than a nitrogen oxide generation temperature by use of a low temperature inert gas, wherein the cooling unit includes a plurality of gas injection nozzles configured to inject said low-temperature inert gas, and wherein the gas injection nozzles are provided at multiple levels with different heights of the nitrogen oxide reduction apparatus. a reaction chamber configured to process by a plasma a gas supplied from an outside, the processed gas containing a nitrogen oxide; and a nitrogen oxide reduction apparatus connected to the reaction chamber, wherein the nitrogen oxide reduction apparatus includes a cooling unit; characterised in that said cooling unit is configured to cool the processed gas to a temperature lower than a nitrogen oxide generation temperature by use of a low temperature inert gas, wherein the cooling unit includes a plurality of gas injection nozzles configured to inject said low-temperature inert gas, and wherein the gas injection nozzles are provided at multiple levels with different heights of the nitrogen oxide reduction apparatus.
A bone fixation system , comprising: an elongated implant shaft extending from a proximal end to a distal end along a central longitudinal axis and including a second channel extending from the proximal end to a side opening formed in a side wall of the implant shaft along a second channel axis and a first channel extending from the proximal end to the distal end along a first channel axis ; and a bone plate having a first plate portion and a second plate portion , the first plate portion having a first opening extending therethrough along a first opening axis and the second plate portion having a second opening extending therethrough along a second opening axis , the second opening being configured to receive the implant shaft therethrough to permit insertion thereof into a femoral head, characterized in that the second plate portion further comprises a first cutout extending through a side wall thereof and open to a distal end of the second portion , the cutout being sized and dimensioned to receive a portion of an anti-rotation screw insertable through the second opening and implant shaft . an elongated implant shaft extending from a proximal end to a distal end along a central longitudinal axis and including a second channel extending from the proximal end to a side opening formed in a side wall of the implant shaft along a second channel axis and a first channel extending from the proximal end to the distal end along a first channel axis ; and a bone plate having a first plate portion and a second plate portion , the first plate portion having a first opening extending therethrough along a first opening axis and the second plate portion having a second opening extending therethrough along a second opening axis , the second opening being configured to receive the implant shaft therethrough to permit insertion thereof into a femoral head, characterized in that the second plate portion further comprises a first cutout extending through a side wall thereof and open to a distal end of the second portion , the cutout being sized and dimensioned to receive a portion of an anti-rotation screw insertable through the second opening and implant shaft .
A rodent whose genome comprises a humanized Lag-3 gene at an endogenous Lag-3 locus, wherein said rodent expresses a humanized Lag-3 polypeptide from said humanized Lag-3 gene, which humanized Lag-3 polypeptide comprises: an extracellular portion containing the first two N-terminal immunoglobulin (Ig)-like domains of a human LAG-3 polypeptide and the last two Ig-like domains of an endogenous Lag-3 polypeptide; the transmembrane domain of the endogenous Lag-3 polypeptide; and the intracellular domain of the endogenous Lag-3 polypeptide; and wherein said rodent is a mouse or a rat.
A surgical robot system comprising: a surgical robot base a surgical robot arm electronically coupled to the surgical robot base and an end-effector , coupled to the surgical robot arm , having a guide tube wherein the end-effector is configured to receive an instrument assembly having a tracking array having a plurality of markers to track the location of the instrument assembly , characterized in that the instrument assembly has an outer sleeve containing longitudinal grooves disposed along a length of the instrument assembly , further characterized in that the guide tube is configured to engage at least one of the grooves to restrict rotational movement of the instrument assembly within the guide tube and to restrict movement of the tracking array . a surgical robot base a surgical robot arm electronically coupled to the surgical robot base and an end-effector , coupled to the surgical robot arm , having a guide tube wherein the end-effector is configured to receive an instrument assembly having a tracking array having a plurality of markers to track the location of the instrument assembly , characterized in that the instrument assembly has an outer sleeve containing longitudinal grooves disposed along a length of the instrument assembly , further characterized in that the guide tube is configured to engage at least one of the grooves to restrict rotational movement of the instrument assembly within the guide tube and to restrict movement of the tracking array .
Method for building a shaped body by stereolithographic solidification of building material by photopolymerization, in which method building material is conveyed between a building platform and a transparent bottom plate and is exposed in a spatially selective manner through the bottom plate in order to solidify building material above the bottom plate within a predetermined contour, the building platform is lifted relative to the bottom plate , and building material is replenished; and these two steps are continued until the shaped body is built by spatially selectively solidified building material; wherein the building platform is located on a front face of a piston which is slidably guided in a cylinder , wherein the end face of the cylinder facing the piston is closed by the bottom plate , and that further building material is replenished by moving the piston away from the bottom plate and simultaneously conveying building material through a supply line which leads to the interior of the cylinder in order to fill the additional volume being created by the movement of the piston away from the bottom plate with building material; characterized in that the piston is, when it is moved in the cylinder away from the bottom plate, simultaneously rotated about a rotational axis coinciding with the longitudinal axis of the cylinder .