mhurhangee/ep-ind-claims huggingface dataset:
A poppet valve, comprising: a valve seat; a poppet disposed so as to face the valve seat; an actuator for driving the poppet; a first valve casing which houses the actuator and which includes a contact surface capable of making contact with an end surface of the poppet opposite to the valve seat, on a valve-opening operation of the poppet; and a thermally sprayed layer including a non-magnetic material, formed on at least a part of the end surface of the poppet or the contact surface of the first valve casing, characterized in that a Vickers hardness Hv1 of the end surface of the poppet or the contact surface of the first valve casing and a Vickers hardness Hv2 of the thermally sprayed layer satisfy a relationship (Hv1-50Hv)≤Hv2≤(Hv1+100Hv), and a base material of the non-magnetic material of the thermally sprayed layer has a Vickers hardness of not less than 450. a valve seat; a poppet disposed so as to face the valve seat; an actuator for driving the poppet; a first valve casing which houses the actuator and which includes a contact surface capable of making contact with an end surface of the poppet opposite to the valve seat, on a valve-opening operation of the poppet; and a thermally sprayed layer including a non-magnetic material, formed on at least a part of the end surface of the poppet or the contact surface of the first valve casing, characterized in that a Vickers hardness Hv1 of the end surface of the poppet or the contact surface of the first valve casing and a Vickers hardness Hv2 of the thermally sprayed layer satisfy a relationship (Hv1-50Hv)≤Hv2≤(Hv1+100Hv), and a base material of the non-magnetic material of the thermally sprayed layer has a Vickers hardness of not less than 450.
A method for sending uplink control information, comprising: determining, by a terminal, a first time resource, which is configured to transmit uplink control information, on a target carrier according to first indication information sent by a base station; determining, by the terminal, a second time resource, which is configured to transmit downlink data, on the target carrier according to second indication information sent by the base station, wherein the first time resource and the second time resource are at least partially overlapped; characterized in that: determining, by the terminal, a third time resource configured to transmit the uplink control information, the third time resource being located after the second time resource and having a preset time interval with the second time resource; and sending, by the terminal, the uplink control information via the third time resource. determining, by a terminal, a first time resource, which is configured to transmit uplink control information, on a target carrier according to first indication information sent by a base station; determining, by the terminal, a second time resource, which is configured to transmit downlink data, on the target carrier according to second indication information sent by the base station, wherein the first time resource and the second time resource are at least partially overlapped; characterized in that: determining, by the terminal, a third time resource configured to transmit the uplink control information, the third time resource being located after the second time resource and having a preset time interval with the second time resource; and sending, by the terminal, the uplink control information via the third time resource. determining, by the terminal, a third time resource configured to transmit the uplink control information, the third time resource being located after the second time resource and having a preset time interval with the second time resource; and sending, by the terminal, the uplink control information via the third time resource.
A method of detecting bisphenol A using aptamers, the method comprising the steps of: (a) adding a sample containing bisphenol A in solution, and a second aptamer binding specifically to bisphenol A in solution and having a label attached thereto, to a first aptamer immobilized on a solid phase and binding specifically to the bisphenol A in solution, to form a mixture, and incubating the mixture; and (b) analyzing the label to detect the bisphenol A in solution. (a) adding a sample containing bisphenol A in solution, and a second aptamer binding specifically to bisphenol A in solution and having a label attached thereto, to a first aptamer immobilized on a solid phase and binding specifically to the bisphenol A in solution, to form a mixture, and incubating the mixture; and (b) analyzing the label to detect the bisphenol A in solution.
An ion mobility spectrometer having a drift region and a reaction region, wherein the spectrometer is arranged to dope the reaction region without doping the drift region, characterized in that the spectrometer includes at least two selectively operable ion modifiers (30 and 31) located one after the other along the ion flow path in the drift region of the IMS wherein the ion modifiers (30, 31) are effective when operated to remove dopant adducts from the ions, and the ion modifiers are configured to provide a first mode of operation in which only one of the ion modifiers is operated and a second mode of operation in which both ion modifiers are operated.
A base station device for applying non-orthogonal multiple access, the base station comprising: a determiner configured to determine a number of channel state information, the determined number of channel state information being two or more when non-orthogonal multiple access is applied, wherein the channel state information includes a precoding matrix index, PMI, and a channel quality indicator, CQI; a transmitter configured to transmit the determined number of channel state information to a terminal in a cell; a receiver configured to receive two or more channel state information from the terminal in accordance with the transmitted number of channel state information; a generator configured to generate a terminal group by grouping terminals having the same PMI and the same CQI on the basis of the received two or more channel state information; and an allocator configured to allocate a same wireless channel to the terminals included in the terminal group, wherein there are at least two terminals in the generated group of terminals, and wherein the allocator is further configured to allocate smaller transmission power to a first terminal of the generated group closer to the base station device and larger transmission power to a second terminal of the generated group farther from the base station device. a determiner configured to determine a number of channel state information, the determined number of channel state information being two or more when non-orthogonal multiple access is applied, wherein the channel state information includes a precoding matrix index, PMI, and a channel quality indicator, CQI; a transmitter configured to transmit the determined number of channel state information to a terminal in a cell; a receiver configured to receive two or more channel state information from the terminal in accordance with the transmitted number of channel state information; a generator configured to generate a terminal group by grouping terminals having the same PMI and the same CQI on the basis of the received two or more channel state information; and an allocator configured to allocate a same wireless channel to the terminals included in the terminal group, wherein there are at least two terminals in the generated group of terminals, and wherein the allocator is further configured to allocate smaller transmission power to a first terminal of the generated group closer to the base station device and larger transmission power to a second terminal of the generated group farther from the base station device.
A compound of the formula: wherein: R 1 is R 2 and R 3 are methyl or R 2 and R 3 can be taken together to form cyclopropyl; R 4 is hydrogen, methyl, chloro, fluoro, or trifluoromethyl; and R 5 is or a pharmaceutically acceptable salt thereof. R 1 is R 2 and R 3 are methyl or R 2 and R 3 can be taken together to form cyclopropyl; R 4 is hydrogen, methyl, chloro, fluoro, or trifluoromethyl; and R 5 is
Method for controlling a wind power installation, - the wind power installation having a generator for the generation of electric current, and - the generator having an air gap with a variable air gap thickness, wherein - the wind power installation being controlled in a part load range by means of a control regulation, characterized in that - the wind power installation being controlled in a manner which is dependent on the air gap thickness, and - the control regulation (K i) being selected or set in a manner which is dependent on the air gap thickness, characterized in that - the control regulation (K i) comprises an operating characteristic curve control operation, in the case of which a generator state variable which is to be set is set by means of an operating characteristic curve (K i), wherein - the operating characteristic curve (K i) specifies a relationship between a detected rotational speed (n) and the generator state variable which is to be set, and - an operating characteristic curve (K i) is selected or modified in order to select or set the control regulation. - the wind power installation having a generator for the generation of electric current, and - the generator having an air gap with a variable air gap thickness, wherein - the wind power installation being controlled in a part load range by means of a control regulation, characterized in that - the wind power installation being controlled in a manner which is dependent on the air gap thickness, and - the control regulation (K i) being selected or set in a manner which is dependent on the air gap thickness, characterized in that - the control regulation (K i) comprises an operating characteristic curve control operation, in the case of which a generator state variable which is to be set is set by means of an operating characteristic curve (K i), wherein - the operating characteristic curve (K i) specifies a relationship between a detected rotational speed (n) and the generator state variable which is to be set, and - an operating characteristic curve (K i) is selected or modified in order to select or set the control regulation.
A sugar selected in the group consisting of D-mannoheptulose, perseitol and mixtures thereof for use in the treatment and/or prevention of diseases related to a modification of the innate and/or acquired immunity by increasing the production of antimicrobial peptides of the beta-defensin family, advantageously hBD-2, said diseases being selected from the group consisting of: - diseases related to the presence of microorganisms such as Gram+ and/or Gram- bacteria, fungi, yeasts or viruses; - infections of the skin and cutaneous appendages, in particular those selected from the group consisting of folliculitis, dandruff, hyper-seborrhoea, boils, abscesses, impetigo or panaris; - inflammatory dermatoses, such as atopic dermatitis, contact and/or atopic eczema, psoriasis, acne and irritant contact dermatitis; - burns; - pathologies related to a deficit of the skin barrier, such as hyper-reactive, atopic skins, or pathologies related to skins weakened by an environmental attack; - parodontal diseases, - inflammatory articular pathologies such as arthritis; - infections of the mucous membranes, in particular the vaginal, intestinal, respiratory, nasal or auricular mucosa; - infections of the ocular system; or for enhancing the healing processes in normal or pathological cicatrisation, such as ulcers and pressure ulcers; or for the protection of: - pathological, immature skins of babies and children; or - pathological skins of adult or elderly individuals; said sugar is formulated with a suitable pharmaceutically acceptable excipient into a composition which is a veterinary medication or composition. - diseases related to the presence of microorganisms such as Gram+ and/or Gram- bacteria, fungi, yeasts or viruses; - infections of the skin and cutaneous appendages, in particular those selected from the group consisting of folliculitis, dandruff, hyper-seborrhoea, boils, abscesses, impetigo or panaris; - inflammatory dermatoses, such as atopic dermatitis, contact and/or atopic eczema, psoriasis, acne and irritant contact dermatitis; - burns; - pathologies related to a deficit of the skin barrier, such as hyper-reactive, atopic skins, or pathologies related to skins weakened by an environmental attack; - parodontal diseases, - inflammatory articular pathologies such as arthritis; - infections of the mucous membranes, in particular the vaginal, intestinal, respiratory, nasal or auricular mucosa; - infections of the ocular system; - pathological, immature skins of babies and children; or - pathological skins of adult or elderly individuals;
A greenhouse of the "span" type for installing in "multi-span" blocks of several thousands of square meters in a single piece, this "span" type greenhouse being constituted by a plurality of structural units installed parallel to one another over the entire length of the bay, each structural unit comprising at least two lateral vertical metal posts spaced apart by a bay width and supporting roof-forming arch segments at their top ends, the arch segments meeting in the center of the greenhouse, the structural units being connected together at the top ends of the posts via longitudinal gutters, the surfaces of the greenhouse being constituted by a transparent covering made up of a plurality of plastics films forming an inflatable double wall, the greenhouse being characterized in that the plastics films allow ultraviolet rays to pass at least in part, and the side posts are covered with a white-colored coating generating reverberation of ultraviolet rays.
Electric motor vehicle coolant pump comprising a housing with a pump unit and with a motor unit, wherein the motor unit comprises a motor rotor, which is supported in the housing by bearing means, and comprises a motor stator, wherein the motor rotor comprises an impeller member and a drive member having an axis of rotation, the drive member extending in an axial direction, wherein blade elements of the pump unit are arranged on the impeller member, wherein inlet and outlet openings (30, 33) are provided in the pump unit, the inlet and outlet openings (30, 33) having respective central axes and allowing a cooling fluid of the pump unit to flow through the motor unit, wherein the outlet openings of the pump unit are provided in the impeller member, wherein the outlet openings are provided in the motor rotor, wherein central axes of the outlet openings, viewed in an outlet direction, define an angle between α = 10° and α = 135° with a projection of the axis of rotation into the respective outlet opening, characterized in that the outlet openings extend substantially in a tangential direction with respect to the projected axis of rotation of the impeller member.
A sealing element for connection and/or mutual sealing of facade elements and the like building parts, comprising at least two mutually spaced sealing bars (6.1, 6.2) which form a cavity between them and which are respectively connected at their edge to a common connecting bar adapted for fixing to the facade elements, which are adapted to be received in profile grooves of the façade elements, that are towards each other at the opening side, wherein each sealing bar (6.1, 6.2) is adapted to be elastically deformable to vary its widthwise dimension in the profile transverse direction and is hingedly connected with its edge to the connecting bar, and wherein at least the one of the two sealing bars (6.1) is of a curved shape viewed in cross-section and the sealing bars (6.1, 6.2) are connected together by a connecting leg, characterised in that the outward curvature is directed towards the side remote from the other sealing bar (6,2) and said other sealing bar (6.2) is of a concertina-shaped configuration, wherein the sealing bar (6.2) is formed by an even number of sealing strips which are respectively hingedly connected together, the connecting leg being arranged centrally on the sealing bars (6.1, 6.2)
A composition comprising at least two complexes, each complex comprising: (a) a tag molecule, wherein the tag molecule comprises a first DNA sequence and a plurality of reporter attachment regions and wherein the first DNA sequence comprises a DNA sequence having no greater than 85% identity across 35-50 bases with a maximum continuous homology of 15 bases or less to any known genomic DNA or RNA transcribed from a genome; (b) reporter molecules each attached to one of the plurality of reporter attachment regions of the tag molecule, wherein the reporter molecules together produces a code comprising an ordered series of colored fluorescent spots that identifies a target RNA molecule; and (c) a bridge molecule, wherein the bridge molecule comprises a second DNA sequence that is complementary to the target RNA molecule and a third DNA sequence that is complementary to the first DNA sequence of the tag molecule,; wherein a first complex identifies a first target RNA molecule and comprises a bridge molecule that is complementary to the first target RNA molecule; wherein an at least second complex identifies an at least second target RNA molecule and comprises a bridge molecule that is complementary to the at least second target RNA molecule; and wherein the first and the at least second target RNA molecules are different. (a) a tag molecule, wherein the tag molecule comprises a first DNA sequence and a plurality of reporter attachment regions and wherein the first DNA sequence comprises a DNA sequence having no greater than 85% identity across 35-50 bases with a maximum continuous homology of 15 bases or less to any known genomic DNA or RNA transcribed from a genome; (b) reporter molecules each attached to one of the plurality of reporter attachment regions of the tag molecule, wherein the reporter molecules together produces a code comprising an ordered series of colored fluorescent spots that identifies a target RNA molecule; and (c) a bridge molecule, wherein the bridge molecule comprises a second DNA sequence that is complementary to the target RNA molecule and a third DNA sequence that is complementary to the first DNA sequence of the tag molecule,;
A composition comprising poly(butylene terephthalate) and a mixture of flame retardants having at least the following two components: calcium hypophosphite and bromine-containing polymer selected from the group consisting of: i) poly (pentabromobenzyl acrylate); and ii) brominated polystyrene. i) poly (pentabromobenzyl acrylate); and ii) brominated polystyrene.
An airbag comprising an airbag base fabric satisfying the following characteristics of A to E: a cross-sectional deformation, calculated by a formula, of multifilament warp threads constituting a textile is 4.0 to 6.0, WR = Major axis of warp thread cross section in textile / Minor axis of warp thread cross section in textile a cross-sectional deformation, calculated by a formula, of multifilament weft threads constituting the textile is 2.4 to 4.0, FR = Major axis of weft thread cross section in textile / Minor axis of weft thread cross section in textile a single fiber cross-sectional shape of the multifilament threads constituting the textile is substantially circular, the multifilament threads constituting the textile have total fineness of 145 to 720 dtex, single fiber fineness of 2 to 7 dtex, and tensile strength of 6.5 to 8.5 cN/dtex, characterized in that the airbag base fabric is not coated with a resin, and the dynamic air permeability measured according to ASTM D 6476-02 is 100 to 1000 mm/sec. a cross-sectional deformation, calculated by a formula, of multifilament warp threads constituting a textile is 4.0 to 6.0, WR = Major axis of warp thread cross section in textile / Minor axis of warp thread cross section in textile a cross-sectional deformation, calculated by a formula, of multifilament weft threads constituting the textile is 2.4 to 4.0, FR = Major axis of weft thread cross section in textile / Minor axis of weft thread cross section in textile a single fiber cross-sectional shape of the multifilament threads constituting the textile is substantially circular, the multifilament threads constituting the textile have total fineness of 145 to 720 dtex, single fiber fineness of 2 to 7 dtex, and tensile strength of 6.5 to 8.5 cN/dtex, characterized in that the airbag base fabric is not coated with a resin, and the dynamic air permeability measured according to ASTM D 6476-02 is 100 to 1000 mm/sec.
Vehicle door drive device for a vehicle such as a bus or a railway vehicle, comprising a) a rotating column or a rotating column part b) a fluidic piston-cylinder unit and c) a rocker, d) where the piston-cylinder unit is connected to the rotating column or the rotating column part in a drive connection via the rocker in such a way that by actuating the piston-cylinder unit the rotating column or the rotating column part can be pivoted between a closing angular position and an opening angular position, e) the rocker and the piston-cylinder unit are coupled with one another via a sliding block movable in a sliding link, characterised in that f) the sliding block is coupled to the rocker, g) the sliding link, in which the sliding block is arranged, is moved together with a piston of the piston-cylinder unit, where the piston embodies the sliding link, h) the piston forms an accommodating space into which the rocker can enter in order to actuate the piston-cylinder unit and i) the sliding link is formed adjacent to the accommodating space. a) a rotating column or a rotating column part b) a fluidic piston-cylinder unit and c) a rocker, d) where the piston-cylinder unit is connected to the rotating column or the rotating column part in a drive connection via the rocker in such a way that by actuating the piston-cylinder unit the rotating column or the rotating column part can be pivoted between a closing angular position and an opening angular position, e) the rocker and the piston-cylinder unit are coupled with one another via a sliding block movable in a sliding link, f) the sliding block is coupled to the rocker, g) the sliding link, in which the sliding block is arranged, is moved together with a piston of the piston-cylinder unit, where the piston embodies the sliding link, h) the piston forms an accommodating space into which the rocker can enter in order to actuate the piston-cylinder unit and i) the sliding link is formed adjacent to the accommodating space.