mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell unit structure comprising: power generation cells each including an electrolyte sandwiched between a fuel electrode and an oxidant electrode and each configured to generate power by using supplied gas; separators each provided between the power generation cell and the power generation cell and configured to isolate the adjacent power generation cells from each other; a flow passage portion formed between the separator and the separator and including flow passages configured to supply the gas to the power generation cells; gas flow-in ports (102a, 102b, 102c) configured to allow the gas to flow into the flow passage portion; gas flow-out ports (102d, 102e) configured to allow the gas to flow out from the flow passage portion; and an adjustment portion configured to adjust an amount of the gas flowing through the flow passages, wherein a number of the gas flow-in ports (102a, 102b, 102c) is different from a number of the gas flow-out ports (102d, 102e), wherein the adjustment portion comprises an auxiliary flow passage formed between opposed surfaces of the power generation cells arranged such that the power generation cells are opposed to each other on a same plane, and wherein the adjustment portion is configured to reduce variation in a flow among the flow passages by adjusting a pressure loss in the flow passage portion formed between the gas flow-in ports (102a, 102b, 102c) or between the gas flow-out ports (102d, 102e). power generation cells each including an electrolyte sandwiched between a fuel electrode and an oxidant electrode and each configured to generate power by using supplied gas; separators each provided between the power generation cell and the power generation cell and configured to isolate the adjacent power generation cells from each other; a flow passage portion formed between the separator and the separator and including flow passages configured to supply the gas to the power generation cells; gas flow-in ports (102a, 102b, 102c) configured to allow the gas to flow into the flow passage portion; gas flow-out ports (102d, 102e) configured to allow the gas to flow out from the flow passage portion; and an adjustment portion configured to adjust an amount of the gas flowing through the flow passages, wherein a number of the gas flow-in ports (102a, 102b, 102c) is different from a number of the gas flow-out ports (102d, 102e), wherein the adjustment portion comprises an auxiliary flow passage formed between opposed surfaces of the power generation cells arranged such that the power generation cells are opposed to each other on a same plane, and wherein the adjustment portion is configured to reduce variation in a flow among the flow passages by adjusting a pressure loss in the flow passage portion formed between the gas flow-in ports (102a, 102b, 102c) or between the gas flow-out ports (102d, 102e).
Pressure control valve with a valve piston under the action of an energy accumulator, said valve piston being mounted such that it can be displaced longitudinally in a valve housing, which comprises connection points such as a supply port, service port and tank port that can be controlled by means of a seat-tight closing control part in such a way that a pressure reducing function is achieved when there is a fluid connection from the supply port to the service port, and a pressure limiting function is achieved when there is a fluid connection from the service port to the tank port, the control part comprising a control rod with two control bodies (24, 26) held at a distance from one another, one of which controls at least the fluid connection between the supply port and the service port and the other control body controls at least the fluid connection between the service port and the tank port, the other control body of the control part being able to be brought into seat-tight contact with a valve seat of the valve piston, and the one control body of the control part being able to be brought into seat-tight contact with a valve seat of the valve housing, the control rod passing through said seat, characterised in that the control bodies (24, 26) have spherical-shaped body sections.
A transfer device comprising a body having a cartridge that holds a transferring material to be transferred on an object on which the transferring material is to be transferred and a transfer head to make the transferring material contact with the object, a case that accommodates the cartridge, and a sliding member mounted between a predetermined engaged position and a pullout position in a slidably movable manner with contacting along the case of the body, and characterized in that the cartridge comprises a first outside panel which is one of the outside panels of whole of the transfer device; the case comprises a second outside panel constituting a second outside wall of the transfer device in a pair with the first outside panel, and the transfer device comprises a lock mechanism for locking the sliding member, having an engaging portion (5; 419, 21b) that is arranged between the case of the body and the sliding member and that prohibits the sliding member from making the sliding movement so as to hold the sliding member at the engaged position by making use of a concavo-convex engagement, and an engagement release mechanism that releases the engaged state of the engaging portion (5; 419, 21b) so as to allow the sliding member to make the sliding movement with respect to the case from the engaged position in which the sliding member engages with the cartridge, when the transfer device is in use, towards the pullout position in which state the cartridge can be separated from the case, by applying operating forces to an operating portion arranged on only one location of the sliding member, when the operating portion receives at once both of an operating force toward a direction of the sliding movement from the engaged position to the pullout position, and an operating force toward a direction different from the direction of the sliding movement, wherein the operating forces release the operating portion of the sliding member from the cartridge.
Method for detecting a parking space for a motor vehicle using a parking assistance system of the motor vehicle, comprising the steps: - determining a geometric parameter of the parking space on the basis of sensor data of a sensor device of the parking assistance system, - acquiring further ambient information, which is different from the sensor data, of the motor vehicle, by means of the parking assistance system, wherein the admissibility of the partial or complete parking on a pedestrian path is acquired as further ambient information, and - detecting the parking space on the basis of the geometric parameter of the parking space, and taking into account the further ambient information in the process, characterized in that taking into account the further ambient information comprises the fact that the geometric parameter of the parking space is also determined as a function of the further ambient information of the motor vehicle, and in that if it is detected on the basis of the further ambient information that the motor vehicle may be at least partially parked on the pedestrian path, a first kurb which is located in the direction leading laterally away from the motor vehicle is ignored by the parking assistance system during the determination of the geometric parameter of the parking space. - determining a geometric parameter of the parking space on the basis of sensor data of a sensor device of the parking assistance system, - acquiring further ambient information, which is different from the sensor data, of the motor vehicle, by means of the parking assistance system, wherein the admissibility of the partial or complete parking on a pedestrian path is acquired as further ambient information, and - detecting the parking space on the basis of the geometric parameter of the parking space, and taking into account the further ambient information in the process,
Assembly comprising a plurality of sleeves for documents and a grouping member for said plurality of sleeves from which each sleeve may be extracted individually, each said sleeve being formed by two rectangular panels (20, 21) of plastics material joined to each other along at least two neighboring sides (17, 18, 19); characterized in that said grouping member comprises a trunk formed by a plurality of superposed marginal strips held applied against each other by welds or staples or rivets, each said marginal strip being joined, along one side, by a linear frangible zone, to one side of a said sleeve, each said sleeve thus being individually associated with one of said marginal strips, said sleeves being held together by said trunk, each said sleeve being detachable from said trunk by the tearing of said linear frangible zone joining said sleeve and said associated marginal strip.
Recognition system of the position along a train of a braking control mechatronic device associated with a railway vehicle of said train, comprising: - a sustaining and fixing support installed on a railway vehicle; - an identifying binary coding of the position along the train, which is reported in said sustaining and fixing support; - a braking control mechatronic device adapted to be fixed to said sustaining and fixing support, comprising an optical reading device arranged to detect said identifying binary coding; the braking control mechatronic device determining its position along the train according to the binary coding read by said optical reading device. - a sustaining and fixing support installed on a railway vehicle; - an identifying binary coding of the position along the train, which is reported in said sustaining and fixing support; - a braking control mechatronic device adapted to be fixed to said sustaining and fixing support, comprising an optical reading device arranged to detect said identifying binary coding;
An antibody that specifically binds transthyretin comprising a mature heavy chain variable region having an amino acid sequence of SEQ ID NO:9 and a mature light chain variable region having an amino acid sequence of SEQ ID NO: 17.
A glucoamylase variant comprising amino acid substitutions corresponding to positions: 417, 430, 511, 539, and 563 of SEQ ID NO: 2, or equivalent positions in a parent glucoamylase; or 417, 430, 511, 535, and 563 of SEQ ID NO: 2, or equivalent positions in a parent glucoamylase; wherein the amino acid substitutions are: L417V, T430A, Q511H, A539R, and N563I; or L417V, T430A, Q511H, A535R, and N563I and wherein the glucoamylase variant has at least 95% sequence identity with SEQ ID NO: 1 or 2; and wherein the glucoamylase variant exhibits increased thermal stability and/or specific activity as compared to the glucoamylase of SEQ ID NO: 2. 417, 430, 511, 539, and 563 of SEQ ID NO: 2, or equivalent positions in a parent glucoamylase; or 417, 430, 511, 535, and 563 of SEQ ID NO: 2, or equivalent positions in a parent glucoamylase; wherein the amino acid substitutions are: L417V, T430A, Q511H, A539R, and N563I; or L417V, T430A, Q511H, A535R, and N563I and wherein the glucoamylase variant has at least 95% sequence identity with SEQ ID NO: 1 or 2; and wherein the glucoamylase variant exhibits increased thermal stability and/or specific activity as compared to the glucoamylase of SEQ ID NO: 2. L417V, T430A, Q511H, A539R, and N563I; or L417V, T430A, Q511H, A535R, and N563I
An apparatus comprising: an ultrasound interface module configured for issuing ultrasound pulses to a volume and for receiving echo data; and a center frequency determination module configured for estimating, based on the received data, center frequency subvolume-by-subvolume so as to allow heart tissue to be distinguished from lung tissue, characterized in that the apparatus further comprises a tissue discrimination module configured for performing the distinguishing automatically, said distinguishing comprising identifying a spatial boundary between said heart and lung tissue. an ultrasound interface module configured for issuing ultrasound pulses to a volume and for receiving echo data; and a center frequency determination module configured for estimating, based on the received data, center frequency subvolume-by-subvolume so as to allow heart tissue to be distinguished from lung tissue, characterized in that the apparatus further comprises a tissue discrimination module configured for performing the distinguishing automatically, said distinguishing comprising identifying a spatial boundary between said heart and lung tissue.
A method for providing a graphical user interface based at least in part on movement of the user's eye or eyes relative to an electronic display monitored using a detector, the method being executed by a processing unit and comprising: identifying when the gaze of at least one eye is directed at an object on the display; identifying a first saccadic movement of the at least one eye from the object along a path towards a first target location including a first icon on the display corresponding to an action; replacing the first icon on the display with a plurality of second icons (134, 136) at a plurality of second target locations different than the first target location, each second icon being associated with a respective action; thereafter, confirming that the gaze of the at least one eye lands at the first target location after the saccadic movement; thereafter, identifying a second saccadic movement of the at least one eye from the first target location to one of the plurality of second target locations; confirming that the gaze of the at least one eye fixates at the one of the second target locations at completion of the second saccadic movement to identify a selected icon; performing the action associated with the selected icon on the object; and replacing the selected second con with a thumbnail of the object. identifying when the gaze of at least one eye is directed at an object on the display; identifying a first saccadic movement of the at least one eye from the object along a path towards a first target location including a first icon on the display corresponding to an action; replacing the first icon on the display with a plurality of second icons (134, 136) at a plurality of second target locations different than the first target location, each second icon being associated with a respective action; thereafter, confirming that the gaze of the at least one eye lands at the first target location after the saccadic movement; thereafter, identifying a second saccadic movement of the at least one eye from the first target location to one of the plurality of second target locations; confirming that the gaze of the at least one eye fixates at the one of the second target locations at completion of the second saccadic movement to identify a selected icon; performing the action associated with the selected icon on the object; and replacing the selected second con with a thumbnail of the object.
A method for receiving a beacon by a station, STA, in a wireless communication system, comprising: transmitting a first frame to an access point, AP,; receiving a second frame in response to the first frame from the AP; determining a beacon reception time using a duration to next target beacon transmission time, TBTT, included in the second frame, wherein the duration which is set by the AP after the first frame is received from the STA corresponds to a time duration from reception of the second frame to the next target beacon; and receiving the beacon at the determined beacon reception time. transmitting a first frame to an access point, AP,; receiving a second frame in response to the first frame from the AP; determining a beacon reception time using a duration to next target beacon transmission time, TBTT, included in the second frame, wherein the duration which is set by the AP after the first frame is received from the STA corresponds to a time duration from reception of the second frame to the next target beacon; and receiving the beacon at the determined beacon reception time.
A charging and discharging apparatus, comprising an alternating current charging and discharging unit, a bidirectional alternating current/direct current conversion unit, a bidirectional direct current/direct current isolated conversion unit, and a first energy storage unit that are sequentially connected in series, wherein the apparatus further comprises at least one switch unit, a direct current/direct current isolated conversion unit, and a second energy storage unit, wherein a first end of each switch unit is connected to the bidirectional direct current/direct current isolated conversion unit, a second end of each switch unit is connected to a first end of the direct current/direct current isolated conversion unit, and a second end of the direct current/direct current isolated conversion unit is connected to the second energy storage unit; and each switch unit is configured to be in an off state when the first energy storage unit is configured to be charged by using the alternating current charging and discharging unit or when the first energy storage unit is configured to charge a to-be-charged device by using the alternating current charging and discharging unit, and one of the at least one switch unit is configured to be in an on state when the first energy storage unit is configured to charge the second energy storage unit; wherein the at least one switch unit is a first switch unit and a second switch unit, a first end of the first switch unit is connected to a first end of the bidirectional direct current/direct current isolated conversion unit, a second end of the first switch unit is connected to the first end of the direct current/direct current isolated conversion unit, the first end of the bidirectional direct current/direct current isolated conversion unit is an end connected to the bidirectional alternating current/direct current conversion unit, a first end of the second switch unit is connected to a second end of the bidirectional direct current/direct current isolated conversion unit, and a second end of the second switch unit is connected to the first end of the direct current/direct current isolated conversion unit; and the first switch unit is configured to be in an on state and the second switch unit is configured to be in an off state when a voltage value of the first energy storage unit is less than a voltage threshold, to enable the first energy storage unit to charge the second energy storage unit; and the first switch unit is configured to be in an off state and the second switch unit is configured to be in an on state when the voltage value of the first energy storage unit is greater than or equal to the voltage threshold, to enable the first energy storage unit to charge the second energy storage unit.
Manufacturing method for manufacturing a connecting element (4, 4', 5, 8), namely a rivet, a bolt or a nut, comprising the following steps: a) producing a wire rod from a material in which the material a1) has a mechanical tensile strength of at least 350 MPa, a2) has an electrical conductivity of at least 50% IACS, and a3) is a copper-chromium alloy having a chromium mass fraction of 0.2%-1%, wherein the manufacturing of the wire rod comprises the steps of: a4) melting said material in a vacuum furnace, and subsequently a5) hot rolling of the material into the wire rod, b) solution annealing of the wire rod b1) for a duration of 5-15 minutes b2) at a temperature of +800°C to +1200°C, wherein the solution annealing of the wire rod comprises the following steps: b3) heating the wire rod, b4) quenching of the wire rod, c) removal of an oxide layer on the wire rod, d) drawing the wire rod to a specified nominal diameter. a) producing a wire rod from a material in which the material a1) has a mechanical tensile strength of at least 350 MPa, a2) has an electrical conductivity of at least 50% IACS, and a3) is a copper-chromium alloy having a chromium mass fraction of 0.2%-1%, wherein the manufacturing of the wire rod comprises the steps of: a4) melting said material in a vacuum furnace, and subsequently a5) hot rolling of the material into the wire rod, a1) has a mechanical tensile strength of at least 350 MPa, a2) has an electrical conductivity of at least 50% IACS, and a3) is a copper-chromium alloy having a chromium mass fraction of 0.2%-1%, a4) melting said material in a vacuum furnace, and subsequently a5) hot rolling of the material into the wire rod, b) solution annealing of the wire rod b1) for a duration of 5-15 minutes b2) at a temperature of +800°C to +1200°C, wherein the solution annealing of the wire rod comprises the following steps: b3) heating the wire rod, b4) quenching of the wire rod, b1) for a duration of 5-15 minutes b2) at a temperature of +800°C to +1200°C, b3) heating the wire rod, b4) quenching of the wire rod, c) removal of an oxide layer on the wire rod, d) drawing the wire rod to a specified nominal diameter.
A gas supply apparatus comprising: a first fitting (21A, 46A, 47A) adapted to discharge a gas of a first pressure therethrough; a second fitting (21B, 46B, 47B) adapted to discharge a gas of a second pressure therethrough, wherein the second pressure is different from the first pressure; a first tube adapted to supply the gas of the first pressure to a first body cavity of a subject to be medically treated; a first connector (43A, 43B) attached to one end of the first tube and being connectable to the first fitting (21A, 46A, 47A); a second tube adapted to supply the gas of the second pressure to a second body cavity of a subject to be medically treated; a second connector (44A, 44B) attached to one end of the second tube and being connectable to the second fitting (21B, 46B, 47B), an erroneous-connection preventing device adapted to prevent at least one of an erroneous connection of the first connector (43A, 43B) to the second fitting (21B, 46B, 47B) and an erroneous connection of the second connector (44A, 44B) to the first fitting (21A, 46A, 47A); a single gas source; and a gas supply unit adapted to control the supply of gas from the gas source to the first and second fittings (21A, 46A, 47A, 21B, 46B, 47B) so as to supply the first fitting (21A, 46A, 47A) with the gas of the first pressure and the second fitting (21B, 46B, 47B) with the gas of the second pressure. a first fitting (21A, 46A, 47A) adapted to discharge a gas of a first pressure therethrough; a second fitting (21B, 46B, 47B) adapted to discharge a gas of a second pressure therethrough, wherein the second pressure is different from the first pressure; a first tube adapted to supply the gas of the first pressure to a first body cavity of a subject to be medically treated; a first connector (43A, 43B) attached to one end of the first tube and being connectable to the first fitting (21A, 46A, 47A); a second tube adapted to supply the gas of the second pressure to a second body cavity of a subject to be medically treated; a second connector (44A, 44B) attached to one end of the second tube and being connectable to the second fitting (21B, 46B, 47B), an erroneous-connection preventing device adapted to prevent at least one of an erroneous connection of the first connector (43A, 43B) to the second fitting (21B, 46B, 47B) and an erroneous connection of the second connector (44A, 44B) to the first fitting (21A, 46A, 47A); a single gas source; and a gas supply unit adapted to control the supply of gas from the gas source to the first and second fittings (21A, 46A, 47A, 21B, 46B, 47B) so as to supply the first fitting (21A, 46A, 47A) with the gas of the first pressure and the second fitting (21B, 46B, 47B) with the gas of the second pressure.
A conjugate having factor VIII procoagulant activity comprising a functional factor VIII polypeptide covalently attached to one or more biocompatible polymers for use in the treatment of hemophilia in a patient having factor VIII inhibitory antibodies, wherein the biocompatible polymer is covalently attached to the functional factor VIII polypeptide at a site that is or is within 20 angstrom of a binding site for factor VIII inhibitory antibodies.