mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioning system for an aircraft, comprising: an air cycle machine comprising: a compressor comprising a rotor, a diffuser , and a mixed flow channel, the rotor comprising a backsweep and a shroud bleed , the mixed flow channel housing the diffuser and the rotor, the diffuser being on an exit path of the rotor, a turbine downstream of the compressor , and an electric motor coupled to the turbine and the compressor ; and at least one heat exchanger , wherein the backsweep is defined by a backsweep angle of one of 30°, 42°, 45°, and 52°. a compressor comprising a rotor, a diffuser , and a mixed flow channel, the rotor comprising a backsweep and a shroud bleed , the mixed flow channel housing the diffuser and the rotor, the diffuser being on an exit path of the rotor, a turbine downstream of the compressor , and an electric motor coupled to the turbine and the compressor ; and at least one heat exchanger , wherein the backsweep is defined by a backsweep angle of one of 30°, 42°, 45°, and 52°.
A rubber composition for tires, comprising: a rubber component having a combined content of polybutadiene rubber, natural rubber, and polyisoprene rubber of 90% by mass or more based on 100% by mass of the rubber component; sulfur; and at least one nonionic surfactant selected from the group consisting of a poloxamer nonionic surfactant and at least one of nonionic surfactants represented by the formulas and below, the rubber composition comprising, per 100 parts by mass of the rubber component, 2 to 70 parts by mass of carbon black and 1 to 5 parts by mass of silica, and being free of silane coupling agents, wherein R 1 represents a C6-C26 hydrocarbon group having an unsaturated bond, and d represents an integer of 2 to 25, wherein R 2 and R 3 are the same or different and each represent a C6-C26 hydrocarbon group, and e represents an integer of 2 to 25. a rubber component having a combined content of polybutadiene rubber, natural rubber, and polyisoprene rubber of 90% by mass or more based on 100% by mass of the rubber component; sulfur; and at least one nonionic surfactant selected from the group consisting of a poloxamer nonionic surfactant and at least one of nonionic surfactants represented by the formulas and below, the rubber composition comprising, per 100 parts by mass of the rubber component, 2 to 70 parts by mass of carbon black and 1 to 5 parts by mass of silica, and being free of silane coupling agents, wherein R 1 represents a C6-C26 hydrocarbon group having an unsaturated bond, and d represents an integer of 2 to 25, wherein R 2 and R 3 are the same or different and each represent a C6-C26 hydrocarbon group, and e represents an integer of 2 to 25.
A terminal , comprising a bezel , a screen , a lampshade , and a proximity light assembly ; wherein a periphery of the screen is fixedly connected to the bezel ; the bezel is provided with a through hole ; the lampshade is located on an inner side of the bezel and partially accommodated in the through hole ; and the proximity light assembly is located on the inner side of the bezel , the terminal being characterized in that the proximity light assembly is configured to emit emitted light into the lampshade and receive induced light adapted to pass through the lampshade , the emitted light is adapted to pass through the lampshade to form emergent light, and the emergent light intersects with a plane on which the screen is located. a periphery of the screen is fixedly connected to the bezel ; the bezel is provided with a through hole ; the lampshade is located on an inner side of the bezel and partially accommodated in the through hole ; and the proximity light assembly is located on the inner side of the bezel , the terminal being characterized in that the proximity light assembly is configured to emit emitted light into the lampshade and receive induced light adapted to pass through the lampshade , the emitted light is adapted to pass through the lampshade to form emergent light, and the emergent light intersects with a plane on which the screen is located.
Medicament delivery device elongated along a longitudinal axis (A) and having a proximal end and a distal end , said device being intended for use in combination with a disposable container which comprises at least one chamber for a liquid medicament encapsulated in the container by at least one movable plunger , said device comprises: - an elongated plunger rod configured to be in contact with the at least one movable plunger ; - a drive mechanism configured to, when the medicament delivery device is activated, apply a force in a proximal direction via said plunger rod acting on said at least one movable plunger ; - an elogated housing comprising a proximal housing section and a distal housing section , said proximal housing section being configured to accomodate the container and said distal housing section being configured to accomodate the plunger rod and the driving mechanism; the device being characterized in that said elongated plunger rod comprises an outer periphery in which at least two axially separated recesses and/or cut-out portions are arranged for retaining leaking liquid medicament that may flow along the plunger rod to the drive mechanism, and wherein said axially separated recesses and/or cut-out portions of the plunger rod are arranged at different locations around the outer periphery of the plunger rod . - an elongated plunger rod configured to be in contact with the at least one movable plunger ; - a drive mechanism configured to, when the medicament delivery device is activated, apply a force in a proximal direction via said plunger rod acting on said at least one movable plunger ; - an elogated housing comprising a proximal housing section and a distal housing section , said proximal housing section being configured to accomodate the container and said distal housing section being configured to accomodate the plunger rod and the driving mechanism; the device being characterized in that said elongated plunger rod comprises an outer periphery in which at least two axially separated recesses and/or cut-out portions are arranged for retaining leaking liquid medicament that may flow along the plunger rod to the drive mechanism, and wherein said axially separated recesses and/or cut-out portions of the plunger rod are arranged at different locations around the outer periphery of the plunger rod .
Wire-shaped medical instrument, comprising a wire core made of a fibre composite material, and at least one liquid or gel-like marking agent that serves for marking in magnetic resonance imaging, wherein the at least one marking agent is arranged in at least one marking lumen , characterized in that a) between a first tubular jacket element and the wire core , the marking lumen or at least one of the marking lumens is formed with an annular cross section, and/or b) between the first jacket element and a tubular second jacket element surrounding the first jacket element , the marking lumen or at least one of the marking lumens is formed with an annular cross section. a) between a first tubular jacket element and the wire core , the marking lumen or at least one of the marking lumens is formed with an annular cross section, and/or b) between the first jacket element and a tubular second jacket element surrounding the first jacket element , the marking lumen or at least one of the marking lumens is formed with an annular cross section.
A method performed by an electronic device , the method comprising: wirelessly transmitting graphical data to a cover device for displaying the graphical data on a second display of the cover device, while the electronic device is accommodated by the cover device; displaying, on a first display of the electronic device, an icon for interrupting displaying the graphical data on the second display ; receiving a user input on the icon; and in response to receiving the user input on the icon, stopping displaying the graphical data on the second display of the cover device . wirelessly transmitting graphical data to a cover device for displaying the graphical data on a second display of the cover device, while the electronic device is accommodated by the cover device; displaying, on a first display of the electronic device, an icon for interrupting displaying the graphical data on the second display ; receiving a user input on the icon; and in response to receiving the user input on the icon, stopping displaying the graphical data on the second display of the cover device .
A sample analyzer comprising: a sample preparing section configured to prepare a measurement sample by mixing a sample and a nucleic acid staining reagent; an optical detector configured to irradiate light on each of cells contained in the measurement sample, receive fluorescent light and scattered light given off by each of the irradiated cells, and output fluorescent light signal and scattered light signal; a signal processing section configured to obtain fluorescent light intensity and fluorescence pulse area of each of the cells from the fluorescent light signal output by the optical detector; an information processing section configured to detect white blood cells contained in the measurement sample based on the fluorescence pulse area value, which integrates the fluorescent light signal intensity by time, and a parameter of each of the cells obtained from the scattered light signal, to detect bacteria contained in the measurement sample based on the fluorescent light intensity and the parameter of each of the cells obtained from the scattered light signal, and to detect the white blood cells, atypical cells and epithelial cells contained in the measurement sample based on the fluorescence pulse area and the parameter of the scattered light signal; wherein the parameter is a forward scattered light pulse width, and the atypical cells have more nucleic acid than the white blood cells and the epithelial cells. a sample preparing section configured to prepare a measurement sample by mixing a sample and a nucleic acid staining reagent; an optical detector configured to irradiate light on each of cells contained in the measurement sample, receive fluorescent light and scattered light given off by each of the irradiated cells, and output fluorescent light signal and scattered light signal; a signal processing section configured to obtain fluorescent light intensity and fluorescence pulse area of each of the cells from the fluorescent light signal output by the optical detector; an information processing section configured to detect white blood cells contained in the measurement sample based on the fluorescence pulse area value, which integrates the fluorescent light signal intensity by time, and a parameter of each of the cells obtained from the scattered light signal, to detect bacteria contained in the measurement sample based on the fluorescent light intensity and the parameter of each of the cells obtained from the scattered light signal, and to detect the white blood cells, atypical cells and epithelial cells contained in the measurement sample based on the fluorescence pulse area and the parameter of the scattered light signal; wherein the parameter is a forward scattered light pulse width, and the atypical cells have more nucleic acid than the white blood cells and the epithelial cells.
Stator module for electromagnetically driving a rotor of a planar drive system , wherein the stator module has a connection module which is designed to provide drive energy, a power module which has a current-generating unit which is designed to generate a drive current, which drives the rotor , from the drive energy, a stator unit which has a coil conductor , to which the drive current can be applied, for generating a magnetic field which drives the rotor , and a sensor module which has a position-detecting unit which is designed to detect a position of the rotor over the sensor unit , characterized in that the sensor module is arranged in a module housing and the module housing encloses the sensor module , wherein the stator unit and the power module , which is arranged beneath the stator unit, are arranged on a top side on a housing cover of the module housing , wherein the connection module is arranged on a bottom side on a housing base of the module housing , which bottom side is situated opposite the top side , wherein the current-generating unit of the power module and the connection module are connected via a drive energy line for transmitting the provided drive energy, wherein the drive energy line passes through the module housing , extends from the connection module , through the housing base , into the module housing , through a connecting cutout of the sensor module and through the housing cover , to the power module and is designed in a manner electrically insulated from the sensor module in the module housing .
A TCR comprising an alpha chain and a beta chain, wherein the alpha chain comprises a TCR alpha variable domain comprising the complementarity determining regions CDR1, CDR2 and CDR3 of SEQ ID NO:2; and the beta chain comprises a TCR beta variable domain comprising the complementarity determining regions CDR1, CDR2 and CDR3 of SEQ ID NO:10, and wherein the TCR specifically binds to a IGF2BP3-001 peptide-MHC molecule complex wherein the IGF2BP3-001 peptide consists of SEQ ID NO:1, and wherein the TCR binds to the positions 1 and 3 to 7 of said IGF2BP3-001 peptide.
A plate for a metal cage for a tank containing a liquid, wherein said metal cage comprises a base frame on which a base of said tank rests and a plurality of horizontal bars and vertical bars , associated with each other and forming a grid, which contains said tank , said plate being separably mountable with at least two bars of said plurality of horizontal and vertical bars , characterised in that said plate comprises a vertical wall and at least two through openings carved into said vertical wall , at least two C-shaped engagement elements , each C-shaped engagement element comprises a first portion adapted to pass through a through opening of said at least two through openings and adapted to enclose at least a first portion of a bar of said plurality of said bars and a second portion adapted to enclose at least one end portion of said plate and at least a second portion of the bar of said plurality of said bars , and in that said vertical wall comprises at least two opposite sides, each of which protrudes into said end portion , each end portion of said vertical wall comprises a curvilinear-shaped cross section, which is adapted to engage over a portion of a bar of said plurality of bars , wherein said portion of a bar comprises at least a curvilinear-shaped cross section.
A method for determining a material optical property for optical metrology of a structure comprising: Providing a grating structure in a metrology system; simulating a set of diffraction orders for a grating structure based on two or more azimuth angles and on one or more angles of incidence ; providing a simulated spectrum based on the set of diffraction orders ; comparing the simulated spectrum to a sample spectrum, wherein the sample spectrum is generated from said grating structure comprising a plurality of material layers, and wherein measurement of the structure to provide the sample spectrum comprises measuring the structure at two different wavelengths; and determining, from comparing the simulated spectrum to the sample spectrum, the index of refractivity and coefficient of extinction material optical properties of said grating structure. Providing a grating structure in a metrology system; simulating a set of diffraction orders for a grating structure based on two or more azimuth angles and on one or more angles of incidence ; providing a simulated spectrum based on the set of diffraction orders ; comparing the simulated spectrum to a sample spectrum, wherein the sample spectrum is generated from said grating structure comprising a plurality of material layers, and wherein measurement of the structure to provide the sample spectrum comprises measuring the structure at two different wavelengths; and determining, from comparing the simulated spectrum to the sample spectrum, the index of refractivity and coefficient of extinction material optical properties of said grating structure.
wherein compound 1 has peaks in its X-ray powder diffraction pattern at about 9.3, about 16.9, and about 26.4 degrees 2-theta, and wherein x-ray powder diffraction patterns are collected as described in the description and x-ray powder diffraction patterns are collected with use of Cu Kα radiation. wherein compound 1 has peaks in its X-ray powder diffraction pattern at about 9.3, about 16.9, and about 26.4 degrees 2-theta, and wherein x-ray powder diffraction patterns are collected as described in the description and x-ray powder diffraction patterns are collected with use of Cu Kα radiation.
A thrust reverser for an aircraft propulsion unit nacelle comprising at least one thrust reverser element which is movable between a retracted position in which the thrust reverser is inactive and a deployed position in which the thrust reverser is active, the thrust reverser comprising means for actuating said at least one thrust reverser element , characterized in that the actuating means comprise at least one deployment cylinder of said at least one thrust reverser element, and at least one single-acting retraction cylinder of said at least one thrust reverser element.
A control system for a load-handling clamp mountable on a vehicle, said clamp having a pair of opposed load-engagement clamping surfaces capable of clamping opposite sides of a load , said clamp being mountable on said vehicle so that at least one of said clamping surfaces is closable toward the other clamping surface along a direction extending substantially across a direction of approach of said vehicle toward said load , characterised in that said control system being capable of generating a variable signal indicating a desired pre-engagement position of said clamp , from which said clamping surfaces can clamp said load , wherein said variable signal indicates the desired pre-engagement position of said clamp in response to both: (a) first information related to an internal feature determined by the load type and/or load geometric configuration and that the load type and/or load geometric configuration are in turn ascertainable from human, and/or sensor or machine vision, observation of load characteristics, or from load identification code reading of said load ; (b) second information indicative of a desired pre-engagement position of said clamp from which said clamping surfaces can clamp said load depending on said internal feature of said load . (a) first information related to an internal feature determined by the load type and/or load geometric configuration and that the load type and/or load geometric configuration are in turn ascertainable from human, and/or sensor or machine vision, observation of load characteristics, or from load identification code reading of said load ; (b) second information indicative of a desired pre-engagement position of said clamp from which said clamping surfaces can clamp said load depending on said internal feature of said load .
A work bench comprising: a supporting framework ; a top member supported by said framework, the top member having an upper surface forming a working surface and having first and second side edges, a front edge and a back edge; and a canopy, the canopy comprising a back wall extending upwardly from adjacent said back edge of said top member and first and second side walls extending forwardly from said back wall towards the front edge of said top member, each said side wall having a lower edge and a forward edge, a vertex being defined between each said lower edge and forward edge and each said vertex being substantially vertically aligned with said front edge of said top member; and in which a gap is defined between the lower edge of said first side wall and the upper surface of said top member below said vertex; where said canopy further comprises a roof member arranged to extend across said working surface supported by said back wall and said first and second side walls, characterized in that said roof member including a forward edge, and in which said forward edge is vertically aligned with said front edge of said top member, and said roof member further comprising a curtain comprising a plurality of elongate strips of a flexible material connected adjacent said forward edge and arranged to extend downwardly towards the upper surface of said top member. a supporting framework ; a top member supported by said framework, the top member having an upper surface forming a working surface and having first and second side edges, a front edge and a back edge; and a canopy, the canopy comprising a back wall extending upwardly from adjacent said back edge of said top member and first and second side walls extending forwardly from said back wall towards the front edge of said top member, each said side wall having a lower edge and a forward edge, a vertex being defined between each said lower edge and forward edge and each said vertex being substantially vertically aligned with said front edge of said top member; and in which a gap is defined between the lower edge of said first side wall and the upper surface of said top member below said vertex; where said canopy further comprises a roof member arranged to extend across said working surface supported by said back wall and said first and second side walls, characterized in that said roof member including a forward edge, and in which said forward edge is vertically aligned with said front edge of said top member, and said roof member further comprising a curtain comprising a plurality of elongate strips of a flexible material connected adjacent said forward edge and arranged to extend downwardly towards the upper surface of said top member.
A compound having the formula I-C-79: or a pharmaceutically acceptable salt thereof.
An auto-aligning cable sensor for performing measurements on a medium contained in a vessel , wherein the cable sensor includes: a cable which has an end sensor and which is adapted to be carried by a mounting fixture , the mounting fixture and the vessel being movable into a measurement position relative to each other such that a contact face of the sensor end is held in alignment against a surface of the vessel by a pressing force, thereby enabling the end sensor to sense a characteristic of the medium contained in the vessel; and an elastically deformable coupling member ; characterised in that the elastically deformable coupling member is arranged to mediate transfer of the pressing force from the mounting fixture to the cable and thence to the end sensor when the mounting fixture and the vessel are moved into the measurement position, the coupling member deforming under the pressing force such that the cable can flex to tilt the end sensor relative to the surface of the vessel to accommodate misalignment of the contact face and the surface of the vessel. a cable which has an end sensor and which is adapted to be carried by a mounting fixture , the mounting fixture and the vessel being movable into a measurement position relative to each other such that a contact face of the sensor end is held in alignment against a surface of the vessel by a pressing force, thereby enabling the end sensor to sense a characteristic of the medium contained in the vessel; and an elastically deformable coupling member ; characterised in that the elastically deformable coupling member is arranged to mediate transfer of the pressing force from the mounting fixture to the cable and thence to the end sensor when the mounting fixture and the vessel are moved into the measurement position, the coupling member deforming under the pressing force such that the cable can flex to tilt the end sensor relative to the surface of the vessel to accommodate misalignment of the contact face and the surface of the vessel.