mhurhangee/patent-ind-claim-en huggingface dataset:
A scoring-assisted method for punching components from a sheet material , comprising: scoring at least part of an outer score line on a sheet material with a high energy radiation source , said outer score line defining a shape of an outer perimeter of a component , characterized in that : after the step of scoring, flattening a scored portion of said sheet material with a flattening device , said scored portion of said sheet material including said outer score line ; and after the step of flattening, driving a component punch through said sheet material to separate said component from said sheet material , said component punch contacting said sheet material within said outer score line . after the step of scoring, flattening a scored portion of said sheet material with a flattening device , said scored portion of said sheet material including said outer score line ; and after the step of flattening, driving a component punch through said sheet material to separate said component from said sheet material , said component punch contacting said sheet material within said outer score line .
A transmitting terminal comprising: at least one wireless transceiver ; and at least one processor coupled to the at least one wireless transceiver and configured to perform data transmission to another wireless terminal without going through a base station in accordance with device-to-device, D2D, control periods that occur periodically, wherein each of the D2D control periods includes a first subframe pool consisting of a plurality of subframes usable for transmission of D2D control information and a second subframe pool consisting of a plurality of subframes usable for the data transmission in accordance with the D2D control information, the at least one processor is configured to transmit first D2D control information in one or more subframes within the first subframe pool within a first D2D control period and perform the data transmission (531-534) in accordance with the first D2D control information in one or more subframes within the second subframe pool within the first D2D control period , the first D2D control information contains a first information element for identifying the one or more subframes within the second subframe pool within the first D2D control period , characterized in that the first D2D control information further contains a second information element indicating whether the first D2D control information is valid in at least one D2D control period occurring after the first D2D control period . at least one wireless transceiver ; and at least one processor coupled to the at least one wireless transceiver and configured to perform data transmission to another wireless terminal without going through a base station in accordance with device-to-device, D2D, control periods that occur periodically, wherein each of the D2D control periods includes a first subframe pool consisting of a plurality of subframes usable for transmission of D2D control information and a second subframe pool consisting of a plurality of subframes usable for the data transmission in accordance with the D2D control information, the at least one processor is configured to transmit first D2D control information in one or more subframes within the first subframe pool within a first D2D control period and perform the data transmission (531-534) in accordance with the first D2D control information in one or more subframes within the second subframe pool within the first D2D control period , the first D2D control information contains a first information element for identifying the one or more subframes within the second subframe pool within the first D2D control period , characterized in that the first D2D control information further contains a second information element indicating whether the first D2D control information is valid in at least one D2D control period occurring after the first D2D control period .
An isolated rodent motor neuron whose genome comprises a deletion of the coding portion of exon 2 through the coding portion of exon 11 of an endogenous C9orf72 locus.
A method for producing a cyclopentyl alkyl ether compound represented by formula : R 1 -O-R 2 wherein R 1 represents an alkyl group having 1 to 10 carbon atoms that may have a substituent or a cycloalkyl group having 3 to 8 carbon atoms that may have a substituent, and R 2 represents a cyclopentyl group that may have a substituent, wherein a cyclopentene that may have a substituent is reacted with an alcohol compound represented by formula : R 1 OH wherein R 1 represents the same as described above in the presence of an acidic zeolite characterized in that the acidic zeolite has a silica/alumina ratio of 80 or higher.
Mounting device for electronic apparatus for data transmission for fastening to a metallurgical vessel , comprising: a housing with a base plate and side walls , wherein the housing bounds an interior space for reception of the electronic apparatus ; and thermal insulating material in the interior space of the housing, wherein the thermal insulating material has the form of a thermal insulating layer which is applied at least partly to the inner side of the housing, wherein the housing is bowl-shaped and constructed from steel; and a layer of refractory concrete is applied to the side, which faces the interior space , of the thermal insulating layer so that the layer of refractory concrete bounds the interior space of the mounting device; characterised by fibre material with which the interior space of the mounting device is at least partly filled for embedding of the electronic apparatus . a housing with a base plate and side walls , wherein the housing bounds an interior space for reception of the electronic apparatus ; and thermal insulating material in the interior space of the housing, wherein the thermal insulating material has the form of a thermal insulating layer which is applied at least partly to the inner side of the housing, wherein the housing is bowl-shaped and constructed from steel; and a layer of refractory concrete is applied to the side, which faces the interior space , of the thermal insulating layer so that the layer of refractory concrete bounds the interior space of the mounting device; characterised by fibre material with which the interior space of the mounting device is at least partly filled for embedding of the electronic apparatus .
An anti-CGRP antibody comprising a variable light chain polypeptide having the amino acid sequence set forth in SEQ ID NO: 51 and a variable heavy chain polypeptide having the amino acid sequence set forth in SEQ ID NO: 53, for use in inhibiting photophobia or light aversion or precluding the onset of photophobia or photoaversion in a subject in need thereof, wherein the use comprises administering the anti-CGRP antibody in an amount effective to reduce or prevent CGRP-associated photophobia or light aversion in the subject.
A semiconductor device comprising: a substrate having an upper surface that defines a sensing region and includes wiring contacts ; suspension structures extending from the upper surface of the substrate around the sensing region; and an absorber stack attached to the substrate by the suspension structures , the suspension structures suspending the absorber stack over the sensing region and spaced apart from the sensing region such that a gap (G) is defined between the absorber stack and the sensing region, the absorber stack being configured to have a temperature that changes in a manner dependent upon absorbed infrared radiation and including a transducer element having an electrical resistance that depends on the temperature of the absorber, wherein the absorber stack includes a plurality of metallization layers interleaved with a plurality of insulating layers, wherein a bottom metallization layer of the plurality of metallization layers is configured as the transducer element , the bottom metallization layer being the lowermost layer in the absorber stack and being electrically connected to the wiring contacts on the substrate , and wherein the bottom metallization layer has a thickness of less than 5 nm. a substrate having an upper surface that defines a sensing region and includes wiring contacts ; suspension structures extending from the upper surface of the substrate around the sensing region; and an absorber stack attached to the substrate by the suspension structures , the suspension structures suspending the absorber stack over the sensing region and spaced apart from the sensing region such that a gap (G) is defined between the absorber stack and the sensing region, the absorber stack being configured to have a temperature that changes in a manner dependent upon absorbed infrared radiation and including a transducer element having an electrical resistance that depends on the temperature of the absorber, wherein the absorber stack includes a plurality of metallization layers interleaved with a plurality of insulating layers, wherein a bottom metallization layer of the plurality of metallization layers is configured as the transducer element , the bottom metallization layer being the lowermost layer in the absorber stack and being electrically connected to the wiring contacts on the substrate , and wherein the bottom metallization layer has a thickness of less than 5 nm.
Screw-type centrifugal wheel pump , comprising a pump housing with a pump inflow opening , comprising a screw-type centrifugal wheel with a hub and/or with a drive shaft , further comprising a cover plate , the cover plate being arranged on a side of the screw-type centrifugal wheel that is situated opposite the pump inflow opening and directly behind the screw-type centrifugal wheel , the cover plate comprising a central opening through which the hub or the drive shaft extends, the cover plate comprising a front side that is oriented towards the pump inflow opening , and the front side comprising a partial surface the course of which is embodied to be adapted to the rear side of the screw-type centrifugal wheel in such a way that a first gap of maximally up to 3 mm is formed between the front side of the cover plate and the rear side of the screw-type centrifugal wheel , a second gap being formed between the central opening of the cover plate and the hub and/or the drive shaft , the cover plate comprising at least one through-hole , which is arranged spaced apart from the central opening , the through-hole having an inlet opening towards the front side , the front side comprising a hollow and the inlet opening being arranged in the hollow , characterised in that the hollow is embodied at least partly by a bore extending substantially perpendicularly or perpendicularly to a rotary axis (A).
A method of displaying wireless-spectrum usage information, the method comprising: monitoring wireless-spectrum usage concurrently at wireless-spectrum monitoring locations disturbed over a geographic region by operation of wireless-spectrum analysis devices distributed over the geographic region ; transmitting, from each wireless-spectrum analysis device, spectral-usage data identified by the wireless-spectrum analysis device analyzing physical layer signals detected at its wireless-spectrum monitoring location; aggregating the spectral-usage data transmitted from the wireless-spectrum analysis devices; generating, by operation of data processing apparatus, a surface plot of a measure of wireless-spectrum usage for the geographic region , the surface plot based on the aggregated spectral-usage data ; and superimposing, by operation of a display device, the surface plot onto a view of the geographic region, the superimposed surface plot visually indicating values for the measure of wireless-spectrum usage over the geographic region. monitoring wireless-spectrum usage concurrently at wireless-spectrum monitoring locations disturbed over a geographic region by operation of wireless-spectrum analysis devices distributed over the geographic region ; transmitting, from each wireless-spectrum analysis device, spectral-usage data identified by the wireless-spectrum analysis device analyzing physical layer signals detected at its wireless-spectrum monitoring location; aggregating the spectral-usage data transmitted from the wireless-spectrum analysis devices; generating, by operation of data processing apparatus, a surface plot of a measure of wireless-spectrum usage for the geographic region , the surface plot based on the aggregated spectral-usage data ; and superimposing, by operation of a display device, the surface plot onto a view of the geographic region, the superimposed surface plot visually indicating values for the measure of wireless-spectrum usage over the geographic region.
An optical network unit ONU comprising: a receiver configured to receive a discovery gate message from an optical line terminal OLT, the discovery gate message comprises a channel assignment field , a discovery information field and a grant length field , the channel assignment field indicates transmission characteristics for a plurality of channels corresponding to different wavelengths, the discovery information field indicates a 25 gigabits per second Gb/s upstream capability and a 25G discovery window, and the grant length field comprises a first field and a second field , wherein the first field indicates a transmission opportunity duration and the second field indicates whether fragmentation is allowed; and a processor coupled to the receiver and configured to process the discovery gate message . a receiver configured to receive a discovery gate message from an optical line terminal OLT, the discovery gate message comprises a channel assignment field , a discovery information field and a grant length field , the channel assignment field indicates transmission characteristics for a plurality of channels corresponding to different wavelengths, the discovery information field indicates a 25 gigabits per second Gb/s upstream capability and a 25G discovery window, and the grant length field comprises a first field and a second field , wherein the first field indicates a transmission opportunity duration and the second field indicates whether fragmentation is allowed; and a processor coupled to the receiver and configured to process the discovery gate message .
A pharmaceutical composition comprising an anti-CD39 antibody which inhibits activity of regulatory T cells (Treg) for use in the treatment or prevention of cancers.
A method for adjustment of indirectly determined values of a tire monitoring system, the method comprising: identifying , by a tire monitoring controller , an indirectly determined value associated with a tire, wherein the indirectly determined value is a circumferential expansion value indirectly determined from a tire pressure measurement; identifying by determining , by the tire monitoring controller , one or more tire parameters from one or more direct measurement devices, wherein the one or more tire parameters include a tire stiffness parameter; using , by the tire monitoring controller , the one or more tire parameters from the one or more direct measurement devices to adjust the indirectly determined value ; and using , by the tire monitoring controller , the adjusted indirectly determined value to indirectly determine a wear condition value for the tire. identifying , by a tire monitoring controller , an indirectly determined value associated with a tire, wherein the indirectly determined value is a circumferential expansion value indirectly determined from a tire pressure measurement; identifying by determining , by the tire monitoring controller , one or more tire parameters from one or more direct measurement devices, wherein the one or more tire parameters include a tire stiffness parameter; using , by the tire monitoring controller , the one or more tire parameters from the one or more direct measurement devices to adjust the indirectly determined value ; and using , by the tire monitoring controller , the adjusted indirectly determined value to indirectly determine a wear condition value for the tire.
A vibrating plate for ground compaction, comprising - a drive motor ; - an exciter unit driven by the drive motor , by means of which a base plate can be set in vibration, - an adjustably mounted hood which is adjustable between an operating position at least partially covering the drive motor and a maintenance position at least partially exposing the drive motor , - an exhaust air guiding device leading from the drive motor to an exhaust air opening in the hood for the cooling air of the drive motor , characterized in that the exhaust air guiding device is designed in at least two parts and comprises an exhaust air adapter on the drive motor side and an exhaust air guide on the hood side, the exhaust air adapter and the exhaust air guide together forming a continuous exhaust air path from the drive motor to the exhaust air opening in the hood when the hood is in the operating position, that the exhaust air adapter is attached to the drive motor , and that the exhaust air guide is attached to the hood in such a way that it is adjustable with the hood between the operating position and the maintenance position. - a drive motor ; - an exciter unit driven by the drive motor , by means of which a base plate can be set in vibration, - an adjustably mounted hood which is adjustable between an operating position at least partially covering the drive motor and a maintenance position at least partially exposing the drive motor , - an exhaust air guiding device leading from the drive motor to an exhaust air opening in the hood for the cooling air of the drive motor , characterized in that the exhaust air guiding device is designed in at least two parts and comprises an exhaust air adapter on the drive motor side and an exhaust air guide on the hood side, the exhaust air adapter and the exhaust air guide together forming a continuous exhaust air path from the drive motor to the exhaust air opening in the hood when the hood is in the operating position, that the exhaust air adapter is attached to the drive motor , and that the exhaust air guide is attached to the hood in such a way that it is adjustable with the hood between the operating position and the maintenance position.
A fiber optic connector , comprising: a housing comprising a rear end and a front end , and a longitudinal passageway extending from the rear end to the front end , wherein a part of the rear portion (RP) of the housing comprises a round cross-section (RCS) and a part of the front portion (FP) of the housing comprises a non-round cross-section (NRCS) with a transition region (TR) disposed between the rear portion (RP) and the front portion (FP), and the transition region (TR) comprises a threaded portion (TP), and the housing comprises a locking feature integrally formed in the rear portion (RP) of the housing ; and a multifiber ferrule comprising a plurality of fiber bores . a housing comprising a rear end and a front end , and a longitudinal passageway extending from the rear end to the front end , wherein a part of the rear portion (RP) of the housing comprises a round cross-section (RCS) and a part of the front portion (FP) of the housing comprises a non-round cross-section (NRCS) with a transition region (TR) disposed between the rear portion (RP) and the front portion (FP), and the transition region (TR) comprises a threaded portion (TP), and the housing comprises a locking feature integrally formed in the rear portion (RP) of the housing ; and a multifiber ferrule comprising a plurality of fiber bores .
A display device , comprising: a window ; a first substrate spaced apart from the window and defining a space; an optical adhesive disposed between the window and the first substrate , the optical adhesive configured to attach the window with the first substrate ; a filler flow restricting structure disposed in the space between the window and the first substrate and disposed in a specified area of the first substrate ; a filler at least partially contacting the filler flow restricting structure and configured to seal the space between the window and the first substrate ; characterized in that the filler flow restricting structure comprises at least one of a hydrophilic material or a hydrophobic material, and the optical adhesive and the filler comprises a hydrophobic material when the filler flow restricting structure comprises the hydrophilic material or a hydrophilic material when the filler flow restricting structure comprises the hydrophobic material, and in that the filler has a viscosity lower than a viscosity of the filler flow restricting structure . a window ; a first substrate spaced apart from the window and defining a space; an optical adhesive disposed between the window and the first substrate , the optical adhesive configured to attach the window with the first substrate ; a filler flow restricting structure disposed in the space between the window and the first substrate and disposed in a specified area of the first substrate ; a filler at least partially contacting the filler flow restricting structure and configured to seal the space between the window and the first substrate ; characterized in that the filler flow restricting structure comprises at least one of a hydrophilic material or a hydrophobic material, and the optical adhesive and the filler comprises a hydrophobic material when the filler flow restricting structure comprises the hydrophilic material or a hydrophilic material when the filler flow restricting structure comprises the hydrophobic material, and in that the filler has a viscosity lower than a viscosity of the filler flow restricting structure .
An oil-including silicone elastomer particle that has a structure that includes, in the silicone elastomer particle, an oil that is a liquid at 40°C, having a structure wherein at least two silicon atoms within the silicone elastomer particle are cross-linked through a silalkylene group with a carbon number between 4 and 20, and wherein: the inclusion proportion of oil that is a liquid at 40°C is in a range of between 5 and 60 mass% in respect to the particle as a whole, as determined by the method disclosed in the description.
A system for selecting a calibration, comprising: a data structure including non-transitory computer readable storage media having entries for a plurality of calibrations stored therein each calibration performed at at least one of a different position and orientation of a field generator, and indexed to the at least one of the position and orientation of the field generator , relative to a reference sensor , the field generator being configured for placement at a desired location in an environment for sensor tracking; and a calibration selection module configured to determine at least one of a position and orientation of the field generator located at the desired location relative to the reference sensor, and, based on the determined at least one position and orientation, select, using the data structure, entries for the corresponding calibration stored in the data structure. a data structure including non-transitory computer readable storage media having entries for a plurality of calibrations stored therein each calibration performed at at least one of a different position and orientation of a field generator, and indexed to the at least one of the position and orientation of the field generator , relative to a reference sensor , the field generator being configured for placement at a desired location in an environment for sensor tracking; and a calibration selection module configured to determine at least one of a position and orientation of the field generator located at the desired location relative to the reference sensor, and, based on the determined at least one position and orientation, select, using the data structure, entries for the corresponding calibration stored in the data structure.