mhurhangee/ep-ind-claims huggingface dataset:
A motor vehicle having a top hinged rear closure member manually moveable between open and closed positions, an electronically controlled mechanism to prevent, at least when the rear closure member is in a fully open position, movement of the rear closure member in a closing direction, an electronic controller to control the operation of the electronically controlled mechanism and a number of rear parking sensors to provide an indication to the electronic controller of whether one or more objects lies within a rear protection zone wherein, if the parking sensors indicate that more than one object is located within the rear protection zone, the electronic controller is arranged to operate the electronically controlled mechanism to prevent movement of the rear closure member in a closing direction, characterised in that the electronically controlled mechanism comprises a pump drivingly connected between first and second hinge members (44, 43) forming a hinge mechanism used to hingedly connect the rear closure member to a body structure of the motor vehicle and an electronically controlled valve to prevent the flow of liquid from an outlet of the pump to an inlet of the pump through a recirculation circuit when it is required to prevent movement of the rear closure member in a closing direction.
A power module, comprising: a power housing; a circuit board, connected to the power housing and arranged with a plurality of pads on a surface of the circuit board facing the power housing; an electronic component, arranged on the circuit board and comprising a plurality of pins; wherein the plurality of pins are soldered and connected to the plurality of pads; and a first sealant layer, arranged on the surface of the circuit board facing the power housing, and covering the plurality of pins and the plurality of pads; wherein the circuit board defines a plurality of through holes; the plurality of pins pass through the plurality of through holes and are soldered to the plurality of pads; wherein the power module further comprises: a second sealant layer, covering a surface of the circuit board facing away from the power housing; and a third sealant layer sandwiched between one of the plurality of pins and an inner wall of one of the plurality of through holes; wherein the first sealant layer, the second sealant layer, and the third sealant layer are integrally formed. a power housing; a circuit board, connected to the power housing and arranged with a plurality of pads on a surface of the circuit board facing the power housing; an electronic component, arranged on the circuit board and comprising a plurality of pins; wherein the plurality of pins are soldered and connected to the plurality of pads; and a first sealant layer, arranged on the surface of the circuit board facing the power housing, and covering the plurality of pins and the plurality of pads; wherein the circuit board defines a plurality of through holes; the plurality of pins pass through the plurality of through holes and are soldered to the plurality of pads; wherein the power module further comprises: a second sealant layer, covering a surface of the circuit board facing away from the power housing; and a third sealant layer sandwiched between one of the plurality of pins and an inner wall of one of the plurality of through holes; wherein the first sealant layer, the second sealant layer, and the third sealant layer are integrally formed. a second sealant layer, covering a surface of the circuit board facing away from the power housing; and a third sealant layer sandwiched between one of the plurality of pins and an inner wall of one of the plurality of through holes; wherein the first sealant layer, the second sealant layer, and the third sealant layer are integrally formed.
A catheter for delivering an expandable prosthesis, the catheter comprising: a handle assembly including a rotatable distal control knob and a rotatable proximal control knob, wherein the control knobs (112, 110) are secured to the handle assembly to prevent axial movement thereof; a distal tip assembly including a first sleeve and a second sleeve; a first elongate member extending from the handle assembly, wherein the first elongate member has a proximal end and a distal end and the first sleeve is connected to the distal end of the first elongate member; and a second elongate member extending from the handle assembly, wherein the second elongate member has a proximal end and a distal end and the second sleeve is connected to the distal end of the second elongate member, wherein the rotatable distal control knob is connected to the first elongate member, and wherein the catheter is configured so that rotation of the rotatable distal control knob moves the first sleeve in an axial direction, and wherein the rotatable proximal control knob is connected to the second elongate member, and wherein the catheter is configured so that rotation of the rotatable proximal control knob moves the second sleeve in an axial direction. a handle assembly including a rotatable distal control knob and a rotatable proximal control knob, wherein the control knobs (112, 110) are secured to the handle assembly to prevent axial movement thereof; a distal tip assembly including a first sleeve and a second sleeve; a first elongate member extending from the handle assembly, wherein the first elongate member has a proximal end and a distal end and the first sleeve is connected to the distal end of the first elongate member; and a second elongate member extending from the handle assembly, wherein the second elongate member has a proximal end and a distal end and the second sleeve is connected to the distal end of the second elongate member, wherein the rotatable distal control knob is connected to the first elongate member, and wherein the catheter is configured so that rotation of the rotatable distal control knob moves the first sleeve in an axial direction, and wherein the rotatable proximal control knob is connected to the second elongate member, and wherein the catheter is configured so that rotation of the rotatable proximal control knob moves the second sleeve in an axial direction.
A single screw compressor comprising: a screw rotor formed with spiral grooves in an outer circumference; a casing in which the screw rotor is accommodated; and gate rotors with a plurality of radially-formed gates to be engaged with the spiral grooves of the screw rotor, wherein the single screw compressor compresses fluid in a compression chamber defined by the screw rotor, the casing, and the gate, by relatively moving the gate from a start point to a terminal point in the spiral groove; and a discharge-side portion is a portion of the spiral groove from a predetermined position in a compression stroke to the terminal point, and a clearance between a side wall surface (42, 43) in a suction-side portion which is a portion of the spiral groove other than the discharge-side portion, and a side surface of the gate is wider than that between a side wall surface (42, 43) in the discharge-side portion and the side surface of the gate, characterized in that in the screw rotor, only the side wall surface of a pair of the side wall surfaces of the spiral groove, which is positioned on a front side in a traveling direction of the gate is partially removed so that the clearance between the side wall surface (42, 43) in the suction-side portion and the gate is wider than that between the side wall surface (42, 43) in the discharge-side portion and the gate, and of the side wall surfaces (42, 43) of the spiral groove, the clearance between the side wall surface and the side surface of the gate is substantially zero from the start point to the terminal point in the spiral groove, the side wall surface being positioned on a rear side in the traveling direction of the gate. a screw rotor formed with spiral grooves in an outer circumference; a casing in which the screw rotor is accommodated; and gate rotors with a plurality of radially-formed gates to be engaged with the spiral grooves of the screw rotor, wherein the single screw compressor compresses fluid in a compression chamber defined by the screw rotor, the casing, and the gate, by relatively moving the gate from a start point to a terminal point in the spiral groove; and a discharge-side portion is a portion of the spiral groove from a predetermined position in a compression stroke to the terminal point, and a clearance between a side wall surface (42, 43) in a suction-side portion which is a portion of the spiral groove other than the discharge-side portion, and a side surface of the gate is wider than that between a side wall surface (42, 43) in the discharge-side portion and the side surface of the gate,
Apparatus for removing individual pharmaceutical containers, in particular vials, from a trough-shaped transport container, in particular a tray, having a planar depositing structure which comprises a depositing surface extending in particular horizontally, it being possible to arrange the transport container on the depositing structure in such a way that an underside of a base of the transport container is directed away from the depositing surface and the individual containers are arranged on the depositing surface or vertically above the depositing surface with spacing, and having a take-off device for taking the transport container off the individual containers, characterized in that the depositing structure is assigned a vibration generating device which is designed to excite the depositing structure during a removal process at least temporarily to perform an in particular horizontal vibrational movement which can be transferred to the transport container and/or to the individual containers in order to release the individual containers from the transport container.
A transistor, comprising: a plurality of semiconductor layers on a substrate; a source and a drain on at least one of said semiconductor layers; a gate between said source and drain; and a field plate on said plurality of semiconductor layers; a first spacer layer covering an upper portion of said gate and separating said field plate from said gate, said field plate separated from an exposed portion of said plurality of semiconductor layers by a first distance, said first spacer layer shaped to define an aperture, wherein said field plate is at least partially within said aperture; a second spacer layer deposited on the first spacer layer within said aperture between said plurality of semiconductor layers and said field plate; wherein said field plate is separated from said gate by said first spacer and said field plate is separated from said plurality of semiconductor layers by the second spacer layer, said second spacer layer having a thickness that is less than a thickness of said first spacer layer, wherein said first distance is 50Å-1500Å. a plurality of semiconductor layers on a substrate; a source and a drain on at least one of said semiconductor layers; a gate between said source and drain; and a field plate on said plurality of semiconductor layers; a first spacer layer covering an upper portion of said gate and separating said field plate from said gate, said field plate separated from an exposed portion of said plurality of semiconductor layers by a first distance, said first spacer layer shaped to define an aperture, wherein said field plate is at least partially within said aperture; a second spacer layer deposited on the first spacer layer within said aperture between said plurality of semiconductor layers and said field plate; wherein said field plate is separated from said gate by said first spacer and said field plate is separated from said plurality of semiconductor layers by the second spacer layer, said second spacer layer having a thickness that is less than a thickness of said first spacer layer, wherein said first distance is 50Å-1500Å.
Motor vehicle headlight having at least two modules for generating light, wherein - the radiation patterns of the at least two modules superpose to form one radiation pattern of the motor vehicle headlight, - each module has a light source, containing at least four light-emitting diode chips, and a module optical unit, which is formed at least partially in the manner of one of the following optical elements: CPC, CEC, CHC, truncated pyramid or truncated cone optical unit, and - the module optical unit is embodied in the form of a reflector, having a light entry opening, a light exit opening and reflective side faces that connect the light entry opening to the light exit opening, or in the form of a solid body made from a transparent plastics material, having a light entry face, a light exit face and totally internally reflecting side faces that connect the light entry face to the light exit face, - the light entry opening or the light entry face is at most twice as large as the total radiation output coupling face of the light-emitting diode chips of the modules, characterized in that the radiation pattern of at least one of the modules is movable within a reference system that is assigned to the headlight, wherein the at least one movable module is mounted so as to be rotatable about three assigned main axes (31, 32, 33). - the radiation patterns of the at least two modules superpose to form one radiation pattern of the motor vehicle headlight, - each module has a light source, containing at least four light-emitting diode chips, and a module optical unit, which is formed at least partially in the manner of one of the following optical elements: CPC, CEC, CHC, truncated pyramid or truncated cone optical unit, and - the module optical unit is embodied in the form of a reflector, having a light entry opening, a light exit opening and reflective side faces that connect the light entry opening to the light exit opening, or in the form of a solid body made from a transparent plastics material, having a light entry face, a light exit face and totally internally reflecting side faces that connect the light entry face to the light exit face, - the light entry opening or the light entry face is at most twice as large as the total radiation output coupling face of the light-emitting diode chips of the modules, characterized in that the radiation pattern of at least one of the modules is movable within a reference system that is assigned to the headlight, wherein the at least one movable module is mounted so as to be rotatable about three assigned main axes (31, 32, 33).
A method for restoring faulty subscriber-related data in an Evolved Packet System, EPS, network including a Home Subscriber Server, HSS, and a 3GPP Access Authentication and Authorization, AAA, server, wherein the method is performed at the 3GPP AAA server, and comprises: receiving a reset indication with a Push-Profile-Request, PPR, command from the HSS, wherein the PPR command comprises an information element "User Id List" indicating one or more subscribers that have faulty subscriber-related data stored in the HSS; and upon interaction with an access from a non-3GPP network, wherein the access corresponds to one of the indicated one or more subscribers, transmitting, toward the HSS, a Server-Assignment-Request, SAR, command with an information element "Server Assignment Type" set as "Restoration", to restore the faulty subscriber-related data for the one of the indicated one or more subscribers. receiving a reset indication with a Push-Profile-Request, PPR, command from the HSS, wherein the PPR command comprises an information element "User Id List" indicating one or more subscribers that have faulty subscriber-related data stored in the HSS; and upon interaction with an access from a non-3GPP network, wherein the access corresponds to one of the indicated one or more subscribers, transmitting, toward the HSS, a Server-Assignment-Request, SAR, command with an information element "Server Assignment Type" set as "Restoration", to restore the faulty subscriber-related data for the one of the indicated one or more subscribers.
Use of a mutation-specific oligonucleotide for detecting one or more mutations in the human growth factor (EGFR) gene, said oligonucleotide specifically hybridizes to a mutation selected from the list consisting of 2236_2248>ACCC, 2237_2244>CGCCC, 2252_2277>AC, 2240_2264>CGAAAGA, and 2264 C>A in SEQ ID NO: 1.
A method for converting wind energy into electrical or mechanical energy through the flight of at least one power wing profile tethered via at least one cable to a ground unit moved by said power wing profile along a path of alternating displacement for driving generator means, wherein said path of alternating displacement is orientable so as to set itself in a direction substantially orthogonal to the direction of the wind, characterized in that said path of alternating displacement is curved.
A foil comprising a wing (2, 3) and a fuselage extending in a longitudinal direction and carrying the wing (2, 3), the fuselage comprising: - a central segment; - a first segment carrying the wing and being removable from the central segment; and - assembling means permitting to connect, in the longitudinal direction, the central segment to the first segment; - wherein the central segment and the first segment are connected end-to-end by the assembling means, which comprise a pair formed of a male connector and a female connector cooperating through a specific encasement, each connector (80, 81) being provided for at the level of the ends of the central segment and the first segment, the male connector comprising at least one inclined wall, which is complementary and adapted for cooperating with an inclined wall carried by the female connector, the inclined walls ensuring a perfect encasement of the central segment and the first segment, locking means extend along a longitudinal axis of the fuselage and ensure, by cooperating with the connectors (80, 81), the locking of the segments of the fuselage in at least one direction of the longitudinal axis of the fuselage. - a central segment; - a first segment carrying the wing and being removable from the central segment; and - assembling means permitting to connect, in the longitudinal direction, the central segment to the first segment; - wherein the central segment and the first segment are connected end-to-end by the assembling means, which comprise a pair formed of a male connector and a female connector cooperating through a specific encasement, each connector (80, 81) being provided for at the level of the ends of the central segment and the first segment, the male connector comprising at least one inclined wall, which is complementary and adapted for cooperating with an inclined wall carried by the female connector, the inclined walls ensuring a perfect encasement of the central segment and the first segment, locking means extend along a longitudinal axis of the fuselage and ensure, by cooperating with the connectors (80, 81), the locking of the segments of the fuselage in at least one direction of the longitudinal axis of the fuselage.
A method for acquiring magnetic resonance data from a subject, comprising: - operating an MR data acquisition unit, in which a subject is situated, according to a single-slab three-dimensional turbo or fast spin-echo pulse sequence to acquire raw MR data from the subject, with an inner volume of the subject being selected in said pulse sequence by radiating a pulsed radio-frequency field; - in said pulse sequence, radiating an RF pulse to effect excitation of nuclear spins; - in said pulse sequence, selecting said inner volume in the subject by radiating at least one adiabatic RF pulse pair to produce inner volume-selective refocusing; and - providing said raw MR data to a computerized processor and, in said computerized processor, converting said raw MR data into MR image data representing an image of the subject, and making the MR image data available in electronic form at an output of the computerized processor. - operating an MR data acquisition unit, in which a subject is situated, according to a single-slab three-dimensional turbo or fast spin-echo pulse sequence to acquire raw MR data from the subject, with an inner volume of the subject being selected in said pulse sequence by radiating a pulsed radio-frequency field; - in said pulse sequence, radiating an RF pulse to effect excitation of nuclear spins; - in said pulse sequence, selecting said inner volume in the subject by radiating at least one adiabatic RF pulse pair to produce inner volume-selective refocusing; and - providing said raw MR data to a computerized processor and, in said computerized processor, converting said raw MR data into MR image data representing an image of the subject, and making the MR image data available in electronic form at an output of the computerized processor.
Isolated double-stranded RNA molecule, wherein each RNA strand has a length from 19-25 nucleotides and at least one strand has a 3'-overhang from 1-5 nucleotides, wherein said RNA molecule is capable of target-specific RNA interference.
A method for displaying icons of a menu in a mobile terminal, the method comprising: displaying a first icon on a touch screen of the mobile terminal according to a user touch input; receiving a first multi touch gesture pattern on the first icon; and determining at least a width of the spreading of a first multi-touch gesture pattern and a direction of the first multi-touch gesture pattern; displaying at least one second icon at a location, receiving a second multi-touch gesture pattern on the at least one second icon; and no longer displaying the at least one second icon when the second multi-touch gesture pattern is received, characterized in that a number of the at least one second icon is determined based on the width of the first multi-touch gesture pattern and a reference width, and the location is determined based on the direction of the first multi-touch gesture pattern and a location of the first icon; wherein the at least one second icon is at least one sub icon of the first icon having a lower rank than the first icon, and the at least one second icon is at least one of a most frequently displayed icon, a most recently displayed icon, and a predetermined icon. displaying a first icon on a touch screen of the mobile terminal according to a user touch input; receiving a first multi touch gesture pattern on the first icon; and determining at least a width of the spreading of a first multi-touch gesture pattern and a direction of the first multi-touch gesture pattern;
A device for cooling the supporting trunnions of a distribution spout of a charging installation of a shaft furnace, such as a blast furnace, the spout being mounted pivotably about a horizontal axis on a shell coaxial with the furnace and the spout being attached rotatably to the trunnions driven in rotation by drive means, the trunnions comprising internal cooling channels, characterised in that the cooling device comprises feed and return ducts for the cooling water circulating in the internal channels, the feed and return ducts being connected to the trunnions by connectors fixed to the cylindrical surface of the trunnions, and the feed and return ducts are arranged to permit rotational displacement of the connectors about the pivot axis of the spout during pivoting of the spout.
A use of a kit, comprising either - a probe that is available for determining the copy number of ACTN4 gene in a cell - or a reagent for quantitative determination of α-actinin-4 protein in the tissue or cell - for in vitro detecting a poor-prognosis stage I lung adenocarcinoma in a mammal. - a probe that is available for determining the copy number of ACTN4 gene in a cell - or a reagent for quantitative determination of α-actinin-4 protein in the tissue or cell - for in vitro detecting a poor-prognosis stage I lung adenocarcinoma in a mammal.