mhurhangee/patent-ind-claim-en huggingface dataset:
A wheel for a vehicle comprising a. a rim and b. a wheel center comprising i. several spokes extending from a hub , comprising a center opening , radially outwards to the rim , wherein ii. the hub is made from a fiber-reinforced plastic material and is covered on the outboard side from a three-dimensionally shaped support cover made from metallic material and comprises fastening openings which are arranged around the center opening with the support cover encompassing the fastening openings , wherein c. the three-dimensionally shaped support cover merges into at least one first bushing which extends at least partially through the fiber-reinforced plastic material of the hub , wherein the at least one first bushing is arranged in a respective bushing-opening of the fiber-reinforced plastic material of the hub characterized in that, d. the at least one first bushing has a conical outer surface which interacts in the mounted position with a corresponding inner surface (1 2) of the fiber-reinforced material of the hub . a. a rim and b. a wheel center comprising i. several spokes extending from a hub , comprising a center opening , radially outwards to the rim , wherein ii. the hub is made from a fiber-reinforced plastic material and is covered on the outboard side from a three-dimensionally shaped support cover made from metallic material and comprises fastening openings which are arranged around the center opening with the support cover encompassing the fastening openings , wherein i. several spokes extending from a hub , comprising a center opening , radially outwards to the rim , wherein ii. the hub is made from a fiber-reinforced plastic material and is covered on the outboard side from a three-dimensionally shaped support cover made from metallic material and comprises fastening openings which are arranged around the center opening with the support cover encompassing the fastening openings , wherein c. the three-dimensionally shaped support cover merges into at least one first bushing which extends at least partially through the fiber-reinforced plastic material of the hub , wherein the at least one first bushing is arranged in a respective bushing-opening of the fiber-reinforced plastic material of the hub characterized in that, d. the at least one first bushing has a conical outer surface which interacts in the mounted position with a corresponding inner surface (1 2) of the fiber-reinforced material of the hub .
A sheet conveying apparatus comprising: a guide surface which is provided on a plate and guides a sheet (S) to be conveyed; a recess portion provided on the plate and recessed from the guide surface ; a rotating portion , the rotating portion rotating around an axis along a sheet width direction orthogonal to a sheet conveying direction (L); and characterized by further comprising: a bend portion bent from the recess portion in a direction in which the recess portion is recessed from the guide surface ; wherein the rotating portion is rotatably supported at the bend portion . a guide surface which is provided on a plate and guides a sheet (S) to be conveyed; a recess portion provided on the plate and recessed from the guide surface ; a rotating portion , the rotating portion rotating around an axis along a sheet width direction orthogonal to a sheet conveying direction (L); and characterized by further comprising: a bend portion bent from the recess portion in a direction in which the recess portion is recessed from the guide surface ; wherein the rotating portion is rotatably supported at the bend portion . a bend portion bent from the recess portion in a direction in which the recess portion is recessed from the guide surface ; wherein the rotating portion is rotatably supported at the bend portion .
A recombinant microorganism from which a fatty aldehyde dehydrogenase gene in an ω-oxidative metabolism pathway and β-oxidative metabolism pathway-related genes are deleted and into which an ω-transaminase gene is also introduced.
A laminating machine , wherein the laminating machine has at least one material source for sheets of a material to be laminated that is configured as a sheet feeder and wherein the laminating machine has at least two laminating sources (320; 330) in each case for at least one web-shaped laminating material (321; 331) and wherein the laminating machine has at least one lamination unit for producing a two-sided laminated material web from the sheets and the respective at least one laminating material (321; 331), characterized in that along a transport path provided for transport of the laminated material web at least one lamination monitoring device (348; 349) is arranged downstream of a lamination zone (313; 314) of the lamination unit , which monitors a monitoring zone which lies outside of a transport zone, which is occupied by the transport path provided for the laminated material web .
A process for placing items at storage locations in an environment, comprising: providing an autonomous robot comprising a mobile base and having a tote-array including a plurality of totes (912a-h, 916a-i) disposed on the mobile base , each tote in the tote-array holding an item to be stored at a storage location; determining a route to deliver each of the items in the tote-array to an associated storage location; navigating the robot to a first storage location for placement of a first item of the items in the tote-array ; placing the first item at the first storage location; obtaining a further item, scanning the further item, and placing the further item in the tote from which the first item was removed; and characterized in determining an updated route to deliver each of the scanned items in the tote-array , including the scanned further item, to the associated storage locations. providing an autonomous robot comprising a mobile base and having a tote-array including a plurality of totes (912a-h, 916a-i) disposed on the mobile base , each tote in the tote-array holding an item to be stored at a storage location; determining a route to deliver each of the items in the tote-array to an associated storage location; navigating the robot to a first storage location for placement of a first item of the items in the tote-array ; placing the first item at the first storage location; obtaining a further item, scanning the further item, and placing the further item in the tote from which the first item was removed; and characterized in determining an updated route to deliver each of the scanned items in the tote-array , including the scanned further item, to the associated storage locations.
An LED based illumination device , comprising: a plurality of LEDs mounted to a top surface of an LED mounting board , wherein the LED mounting board includes a heat dissipating bottom surface opposite the top surface of the LED mounting board; a heat sink disposed below the LED mounting board and in contact with the heat dissipating bottom surface; a peripheral electrical circuit board disposed below light emitting surfaces of the plurality of LEDs and surrounding at least a portion of the heat sink; a housing configured to capture the LED mounting board, the heat sink and the peripheral electrical circuit board; and a primary electrical circuit board electrically coupled to the peripheral electrical circuit board and electrically coupled to the LED mounting board to supply electrical current to the plurality of LEDs, characterized in that the primary electrical circuit board is fixed to a mounting plate and is shaped to fit around the heat sink. a plurality of LEDs mounted to a top surface of an LED mounting board , wherein the LED mounting board includes a heat dissipating bottom surface opposite the top surface of the LED mounting board; a heat sink disposed below the LED mounting board and in contact with the heat dissipating bottom surface; a peripheral electrical circuit board disposed below light emitting surfaces of the plurality of LEDs and surrounding at least a portion of the heat sink; a housing configured to capture the LED mounting board, the heat sink and the peripheral electrical circuit board; and a primary electrical circuit board electrically coupled to the peripheral electrical circuit board and electrically coupled to the LED mounting board to supply electrical current to the plurality of LEDs, characterized in that the primary electrical circuit board is fixed to a mounting plate and is shaped to fit around the heat sink.
An optically variable security element for securing valuable articles that is provided in a feature region with a thin-film element that has a color-shift effect and that comprises an interference layer structure having at least one imprinted dielectric spacing layer , - the security element comprising, in the feature region, an embossing pattern having steep sides and flat areal sections at at least two height levels, - the lateral dimensions of the flat areal sections being below the resolution limit of the human eye in at least one spatial direction, and that - the embossing pattern is provided with the thin-film element having a color-shift effect, characterized in that the dielectric spacing layer is formed by a lacquer layer that is imprinted, allowed to spread, and dried, and whose layer thickness in the flat areal sections of the embossing pattern is thereby reduced, the imprinted dielectric spacing layer of the thin-film element having different layer thicknesses in the flat areal sections at different plane heights and, in this way, producing different interference colors. - the security element comprising, in the feature region, an embossing pattern having steep sides and flat areal sections at at least two height levels, - the lateral dimensions of the flat areal sections being below the resolution limit of the human eye in at least one spatial direction, and that - the embossing pattern is provided with the thin-film element having a color-shift effect, characterized in that
A medical material containing a copolymer and a base material bonded to the copolymer, wherein the copolymer comprises a monomer unit A, a monomer unit B, and a monomer unit C that are represented by general formula (I) shown below, wherein a mole fraction of the monomer unit C based on all monomer units that constitute the copolymer is 0.5 to 40%: wherein R A represents a functional group having an amide bond, R B represents an alkyl or an alkenyl having 2 to 20 carbon atoms, R C represents an alkyl or an alkenyl in which an arbitrary hydrogen atom is substituted with at least one functional group selected from the group consisting of an amino group, an azido group, an imino group, a carboxy group, an acid chloride group, an acid anhydride group, an aldehyde group, a hydroxyl group, a phosphoric acid group, a thiol group, an isocyanate group, a thioisocyanate group, an epoxy group, a halogenated alkyl group, a cyano group, a vinyl group, an ethynyl group, a nitro group and a nitroso group, and ionized functional groups thereof (wherein an arbitrary carbon atom in the alkyl or the alkenyl of Rc is optionally substituted with a nitrogen atom, an oxygen atom, or a sulfur atom), and X 1 , X 2 , and X 3 each represent a hydrogen atom or a methyl group.
An endovascular prosthesis comprising: a tubular body having a proximal end , a distal end , and a body lumen disposed between the proximal and distal ends , the tubular body including a body graft material and a plurality of stents coupled to the body graft material ; and a mobile external coupling extending outwardly from the tubular body , wherein the mobile external coupling is generally frustoconically shaped and includes a base coupled to the tubular body , a top spaced from the tubular body , and a coupling lumen disposed between the base and the top , wherein the coupling lumen is in flow communication with the body lumen and wherein the mobile external coupling includes a coupling graft material , characterised in that the coupling graft material is a woven fabric with warp yarns which run generally parallel to a longitudinal axis of the mobile external coupling including a shape memory material. a tubular body having a proximal end , a distal end , and a body lumen disposed between the proximal and distal ends , the tubular body including a body graft material and a plurality of stents coupled to the body graft material ; and a mobile external coupling extending outwardly from the tubular body , wherein the mobile external coupling is generally frustoconically shaped and includes a base coupled to the tubular body , a top spaced from the tubular body , and a coupling lumen disposed between the base and the top , wherein the coupling lumen is in flow communication with the body lumen and wherein the mobile external coupling includes a coupling graft material , characterised in that the coupling graft material is a woven fabric with warp yarns which run generally parallel to a longitudinal axis of the mobile external coupling including a shape memory material.
Symmetrical imines having a molecular structure according to Formula : wherein the core (X) is a five-membered thiadiazole ring; and wherein each side chain (R) have the formula (II): wherein the substituent (Y) is H or CH 3 .
A blade outer airseal for a gas turbine engine having: a body comprising: an inner diameter (ID) surface ; an outer diameter (OD) surface; a leading end ; a trailing end ; a metallic substrate comprising a band extending from a forward rim to an aft rim ; and a coating system atop the substrate along at least a portion of the inner diameter surface , wherein: at least over a first area of the inner diameter surface , the coating system comprises an abradable layer and a thermal barrier layer between the abradable layer and the substrate ; the thermal barrier layer comprises a ceramic and metallic phases within the ceramic; and the thermal barrier layer extends axially beyond the abradable layer , characterized in that : the thermal barrier layer wraps around the forward rim and the aft rim . an inner diameter (ID) surface ; an outer diameter (OD) surface; a leading end ; a trailing end ; a metallic substrate comprising a band extending from a forward rim to an aft rim ; and a coating system atop the substrate along at least a portion of the inner diameter surface , at least over a first area of the inner diameter surface , the coating system comprises an abradable layer and a thermal barrier layer between the abradable layer and the substrate ; the thermal barrier layer comprises a ceramic and metallic phases within the ceramic; and the thermal barrier layer extends axially beyond the abradable layer ,
A wear member for earth working equipment comprising a working portion to contact earthen material, and a mounting portion for securing the wear member to the earth working equipment by means of a fastener comprising a retainer and a driver , the mounting portion including an inner surface to face the earth working equipment, an opposite outer surface , and at least one opening for receiving the retainer , the opening extending entirely from the inner and opposite outer surfaces and having a bearing surface that diverges toward the outer surface against which the retainer is pressed when the wear member is secured to the earth working equipment, characterized in that the retainer is arranged for being retained within the opening and the opening includes at least one tab to cooperate with a complementary slot in the retainer to permit insertion or removal of the retainer into the opening in one at least one orientation and to preclude removal of the retainer from the opening in at least one other orientation.
A system for monitoring a pilot of an aircraft, in order to detect an incapacitation of the pilot, the aircraft being equipped with at least one piloting device which can be manually actuated by the pilot, characterized in that the system includes: - the piloting device , - at least one pressure sensor so as to generate an elementary indicator when a pressure exerted by the pilot on the piloting device is adapted to the use of this piloting device, the pressure sensor integrating: a capacitive pressure sensor mounted on a surface of the piloting device , and, a modeling module (51 to 59), the modeling module being adapted to compute the elementary indicator, from the signal delivered by the capacitive pressure sensor, by implementing a contact model that depends on the nature of the piloting device, - a computing unit programmed for processing the elementary indicator delivered by the pressure sensor and for determining a current state of the pilot and, when said current state corresponds to an incapacitation of the pilot, for issuing an alarm (ALARM). - the piloting device , - at least one pressure sensor so as to generate an elementary indicator when a pressure exerted by the pilot on the piloting device is adapted to the use of this piloting device, the pressure sensor integrating: a capacitive pressure sensor mounted on a surface of the piloting device , and, a modeling module (51 to 59), the modeling module being adapted to compute the elementary indicator, from the signal delivered by the capacitive pressure sensor, by implementing a contact model that depends on the nature of the piloting device, a capacitive pressure sensor mounted on a surface of the piloting device , and, a modeling module (51 to 59), the modeling module being adapted to compute the elementary indicator, from the signal delivered by the capacitive pressure sensor, by implementing a contact model that depends on the nature of the piloting device, - a computing unit programmed for processing the elementary indicator delivered by the pressure sensor and for determining a current state of the pilot and, when said current state corresponds to an incapacitation of the pilot, for issuing an alarm (ALARM).
A shutter mechanism comprising: a shutter configured to move in one direction to close an opening, a shutter support supporting the shutter; and an elastic member configured to bias the shutter and the shutter support in opposite directions, wherein the shutter includes: at least one abutting portion configured to hook on the shutter support with the at least one abutting portion being biased by the elastic member ; and a beam configured to be elastically deformable such that the at least one abutting portion deforms in a direction intersecting the one direction, characterized in that the at least one abutting portion has an elastic function and is configured to deform in a direction away from the beam by a force in a direction in which the elastic member biases or a force having a same direction with the biasing force. a shutter configured to move in one direction to close an opening, a shutter support supporting the shutter; and an elastic member configured to bias the shutter and the shutter support in opposite directions, wherein the shutter includes: at least one abutting portion configured to hook on the shutter support with the at least one abutting portion being biased by the elastic member ; and a beam configured to be elastically deformable such that the at least one abutting portion deforms in a direction intersecting the one direction, at least one abutting portion configured to hook on the shutter support with the at least one abutting portion being biased by the elastic member ; and a beam configured to be elastically deformable such that the at least one abutting portion deforms in a direction intersecting the one direction, characterized in that the at least one abutting portion has an elastic function and is configured to deform in a direction away from the beam by a force in a direction in which the elastic member biases or a force having a same direction with the biasing force.
An emitter comprising: an insulator ; a pair of terminals attached to the insulator separately from each other; at least one filament attached between the pair of terminals in an arch shape; and an electron source fixed to the filament, wherein the filament has bent portions between a contact with respect to the electron source and contacts with respect to the terminals ; and wherein, when the emitter is viewed from a side in a direction in which a first terminal of the pair of terminals on another side is hidden by a second terminal of the pair of terminals on one side and cannot be seen, in a state where the pair of terminals are positioned below and the emitter is disposed in a direction in which the electron source is positioned above the pair of terminals : the filament has at least first parts extending upward from the contacts with respect to the terminals , second parts bent from the first parts and extending obliquely upward, and third parts bent from the second parts and extending upward; and a position of a contact between the filament and the electron source is shifted from positions of contacts between the terminals and the filament by 100 μm or longer in a horizontal direction towards the terminals axes. an insulator ; a pair of terminals attached to the insulator separately from each other; at least one filament attached between the pair of terminals in an arch shape; and an electron source fixed to the filament, wherein the filament has bent portions between a contact with respect to the electron source and contacts with respect to the terminals ; and the filament has at least first parts extending upward from the contacts with respect to the terminals , second parts bent from the first parts and extending obliquely upward, and third parts bent from the second parts and extending upward; and a position of a contact between the filament and the electron source is shifted from positions of contacts between the terminals and the filament by 100 μm or longer in a horizontal direction towards the terminals axes.
A method of determining if a subject is at risk of toxicity, comprising assaying the number of recombinant receptor-expressing cells in a blood sample of a subject, the subject having been previously administered a dose of the recombinant receptor-expressing cells, wherein the subject is at risk of development of a toxicity if: (i) no more than four days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 2 recombinant receptor-expressing cells per microliter; (ii) no more than five or six days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 5 recombinant receptor-expressing cells per microliter or is at least 10 recombinant receptor-expressing cells per microliter; or (iii) no more than seven days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 15 recombinant receptor-expressing cells per microliter. (i) no more than four days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 2 recombinant receptor-expressing cells per microliter; (ii) no more than five or six days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 5 recombinant receptor-expressing cells per microliter or is at least 10 recombinant receptor-expressing cells per microliter; or (iii) no more than seven days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 15 recombinant receptor-expressing cells per microliter.
A pharmaceutical composition for delivery of messenger RNA (mRNA) polynucleotides to a cell, the composition comprising a first lipid nanoparticle and a second lipid nanoparticle, wherein the first lipid nanoparticle comprises the mRNA and wherein the second lipid nanoparticle does not encapsulate a polynucleotide.