mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical device for cutting and sealing tissue, the electrosurgical device comprising: an upper jaw located at a distal end of the electrosurgical device and opposing a lower jaw, the lower jaw pivotally connected to the upper jaw by a pivot connection, wherein the pivot connection comprises a passage that contains a portion of the upper jaw, the upper jaw being axially displaceable through the passage to pivot the upper jaw relative to the lower jaw between a relatively open condition and a relatively closed condition, the upper jaw and lower jaw operable in the relatively closed condition to deliver RF energy to tissue, wherein the electrosurgical device further comprises an actuation wire looped through a passage in one of the upper and lower jaws (120, 132), wherein the actuation wire comprises a first actuation wire section and a second actuation wire section, characterized in that the first actuation wire section crosses over the second actuation wire section so that the first and second actuation wire sections (176, 178) exert equal forces on said one of the upper and lower jaws (120, 132) through which the actuation wire is looped. an upper jaw located at a distal end of the electrosurgical device and opposing a lower jaw, the lower jaw pivotally connected to the upper jaw by a pivot connection, wherein the pivot connection comprises a passage that contains a portion of the upper jaw, the upper jaw being axially displaceable through the passage to pivot the upper jaw relative to the lower jaw between a relatively open condition and a relatively closed condition, the upper jaw and lower jaw operable in the relatively closed condition to deliver RF energy to tissue, wherein the electrosurgical device further comprises an actuation wire looped through a passage in one of the upper and lower jaws (120, 132), wherein the actuation wire comprises a first actuation wire section and a second actuation wire section, characterized in that the first actuation wire section crosses over the second actuation wire section so that the first and second actuation wire sections (176, 178) exert equal forces on said one of the upper and lower jaws (120, 132) through which the actuation wire is looped.
An air intake device for an internal combustion engine wherein the air intake device includes an air intake passage and a control valve opening and closing a part of a passage cross section of the air intake passage which is disposed on an upstream side from an air intake port formed in a cylinder head, comprising: an insert configured to guide a main flow of intake air into the air intake port, the main flow of the intake air which has passed through the control valve, wherein the insert includes: a cylindrical part having a cylindrical shape which is inserted into the air intake port; and a flange part which is provided around an upstream side opening end of the cylindrical part and which is sandwiched between a control valve housing which houses the control valve and the cylinder head, a space defined between an inner wall surface of the air intake port and an outer wall surface of the cylindrical part on a whole outside of the cylindrical part; characterized in that a water discharge passage is formed extending from a bottom surface of the air intake passage at which the control valve is positioned to the space, wherein the water discharge passage penetrates the flange part. an insert configured to guide a main flow of intake air into the air intake port, the main flow of the intake air which has passed through the control valve, wherein the insert includes: a cylindrical part having a cylindrical shape which is inserted into the air intake port; and a flange part which is provided around an upstream side opening end of the cylindrical part and which is sandwiched between a control valve housing which houses the control valve and the cylinder head, a cylindrical part having a cylindrical shape which is inserted into the air intake port; and a flange part which is provided around an upstream side opening end of the cylindrical part and which is sandwiched between a control valve housing which houses the control valve and the cylinder head, a space defined between an inner wall surface of the air intake port and an outer wall surface of the cylindrical part on a whole outside of the cylindrical part; characterized in that a water discharge passage is formed extending from a bottom surface of the air intake passage at which the control valve is positioned to the space, wherein the water discharge passage penetrates the flange part.
A method for producing a biopolyether polyol, comprising the step of producing a plant origin polyether polyol from a copolymerization reaction of a monomer mixture of tetrahydrofuran and 2-methyltetrahydrofuran, wherein a monomer ratio by mass of the tetrahydrofuran to the 2-methyltetrahydrofuran ranges 85/15 to 50/50.
Aircraft having attached to the rear fuselage a propulsion system by means of upstream pylons; the aircraft comprising a vertical tail plane attached to the rear fuselage; the rear fuselage extending from a rear pressure bulkhead to the aircraft tail, comprising a skin and a plurality of frames (37, 37', 37") arranged perpendicularly to a central longitudinal axis, and having a curved shape with at least a vertical symmetry plane (A-A); the vertical tail plane comprising a torsion box with left and right skins, frontal and rear spars (51, 53) and a plurality of ribs, the aircraft also comprises a resistant structure connecting said vertical tail plane with the rear fuselage that acts as a redundant load path in failure events of the propulsion system that can produce damages in the rear fuselage characterised in that: - said resistant structure is a beam and the aircraft also comprises a non-resistant fairing shaped as a dorsal fin covering said beam, or - said resistant structure comprises a beam and a resistant fairing shaped as a dorsal fin covering said beam. - said resistant structure is a beam and the aircraft also comprises a non-resistant fairing shaped as a dorsal fin covering said beam, or - said resistant structure comprises a beam and a resistant fairing shaped as a dorsal fin covering said beam.
A vehicle-mounted electronic control device, comprising a control unit comprising: a control board having a control circuit mounted thereon; a housing for covering the control board; and a connector exposed externally, for electrically connecting the control board and an external wiring to each other, the connector having an opening hole formed in at least one of a side surface and a lower surface relative to an upper surface that is an upward oriented surface inclined to one side in the width direction, and a waterway formed on a surface of the connector, for preventing flowing down water from entering the opening hole, characterized in that the connector comprises, on the side surface: a first connector unit; and a second connector unit adjacent to the first connector unit, the second connector unit comprising a level difference portion projecting in a vertical direction from the first connector unit relative to the side surface and concave portions formed on both sides of the side surface; the level difference portion of the second connector unit forms the waterway of the first connector unit; and the concave portions of the second connector unit form the waterway on the second connector unit. a control board having a control circuit mounted thereon; a housing for covering the control board; and a connector exposed externally, for electrically connecting the control board and an external wiring to each other, a first connector unit; and a second connector unit adjacent to the first connector unit, the second connector unit comprising a level difference portion projecting in a vertical direction from the first connector unit relative to the side surface and concave portions formed on both sides of the side surface;
A transfer head array for gripping at least one micro device, comprising: a body having a base portion and at least one wall portion disposed on the base portion, wherein the wall portion has a top surface, the top surface of the wall portion having a plurality of grip regions; and a plurality of transfer heads respectively disposed on the grip regions; characterized in that the wall portion defines a plurality of recesses in the body and completely separates each of the recesses in the body from any adjacent recess. a body having a base portion and at least one wall portion disposed on the base portion, wherein the wall portion has a top surface, the top surface of the wall portion having a plurality of grip regions; and a plurality of transfer heads respectively disposed on the grip regions; characterized in that the wall portion defines a plurality of recesses in the body and completely separates each of the recesses in the body from any adjacent recess.
A system for managing a plurality of wind power plants WPPs (170, 180) each comprising a plurality of wind turbines, the system comprising: a central server in communication with a plurality of WPP servers (150, 160) through an external network, wherein each WPP server (150, 160) is associated with a corresponding WPP of the plurality of WPPs (170, 180) and is in communication with the plurality of wind turbines in the corresponding WPP through a private network (130, 135), wherein the central server configured to: identify at least one maintenance activity to be performed based on event information associated with at least one wind turbine in a first WPP; generate a service operation request message comprising an access request to the at least one wind turbine based on the identified maintenance activity; transmit the SOR message for approval, to an authentication unit; and access the at least one wind turbine in the first WPP upon approval of the SOR message, wherein the access request comprises a command for controlling the at least one wind turbine identified by a wind turbine identifier in the SOR message, sent to a first WPP server associated with the first WPP by the central server over the external network. a central server in communication with a plurality of WPP servers (150, 160) through an external network, wherein each WPP server (150, 160) is associated with a corresponding WPP of the plurality of WPPs (170, 180) and is in communication with the plurality of wind turbines in the corresponding WPP through a private network (130, 135), wherein the central server configured to: identify at least one maintenance activity to be performed based on event information associated with at least one wind turbine in a first WPP; generate a service operation request message comprising an access request to the at least one wind turbine based on the identified maintenance activity; transmit the SOR message for approval, to an authentication unit; and access the at least one wind turbine in the first WPP upon approval of the SOR message, identify at least one maintenance activity to be performed based on event information associated with at least one wind turbine in a first WPP; generate a service operation request message comprising an access request to the at least one wind turbine based on the identified maintenance activity; transmit the SOR message for approval, to an authentication unit; and access the at least one wind turbine in the first WPP upon approval of the SOR message, wherein the access request comprises a command for controlling the at least one wind turbine identified by a wind turbine identifier in the SOR message, sent to a first WPP server associated with the first WPP by the central server over the external network.
Corridor indicator lamp comprising a base assembly, the base assembly including a plurality of compartments, which are open towards a front side of the corridor indicator lamp, and a plurality of separator walls, at least some of the plurality of compartments being separated from each other by at least some of the plurality of separator walls, wherein the corridor indicator lamp further comprises an extension unit, which is configured to be mounted to the base assembly and which has a plurality of extension walls, which, in a position where the extension unit is mounted to the base assembly, extend at least one of the plurality of compartments in a direction pointing away from the base assembly, characterized in that the extension unit comprises at least one pocket, which is configured to receive at least part of one of the plurality of separator walls.
An arrangement for the moisture-tight feeding of a line through a wall, which has a feedthrough enclosing the line in the installation position, characterized in - that the feedthrough has an approximately sleeve-shaped housing with an opening interrupting the sleeve shape at one location, which can be put on the completed line in the radial direction, - that the feedthrough also has a sealing element, which consists of an annular part and of a web protruding in the axial direction from the same, which in a tight-fitting manner closes the opening of the housing in the installation position, - that the web has a slot running in the longitudinal direction, which is open outwards on its one end in the area of the annular part and ends on its other end in a hole, in which the line lies tightly-enclosed after radial sliding of the sealing element onto the same in the installation position, and - that the annular part of the sealing element is fixed after installation of the housing on its outer the surface. - that the feedthrough has an approximately sleeve-shaped housing with an opening interrupting the sleeve shape at one location, which can be put on the completed line in the radial direction, - that the feedthrough also has a sealing element, which consists of an annular part and of a web protruding in the axial direction from the same, which in a tight-fitting manner closes the opening of the housing in the installation position, - that the web has a slot running in the longitudinal direction, which is open outwards on its one end in the area of the annular part and ends on its other end in a hole, in which the line lies tightly-enclosed after radial sliding of the sealing element onto the same in the installation position, and - that the annular part of the sealing element is fixed after installation of the housing on its outer the surface.
Radar device for a motor vehicle, having a radar apparatus for emitting and receiving electromagnetic waves and having at least one absorption element (9, 100), which is formed from an absorption material which absorbs the electromagnetic waves, wherein the at least one absorption element (9, 100) is embodied as an element which is separate from a housing of the radar apparatus and is arranged outside the housing and on the housing, wherein the at least one absorption element is embodied in an arcuate shape in cross section and has two wings (12, 13) which extend outwards from the housing in opposite directions and are embodied in a curved fashion in a direction counter to an emission direction of the radar apparatus, characterized in that the at least one absorption element terminates flush with a front side of the housing, via which front side the electromagnetic waves can be emitted.
A system for quantitative analysis of perfusion images comprising image elements having intensity values associated therewith, comprising - a region-identifying subsystem for identifying at least part of a rim region surrounding a core region of a lesion as a region of interest; - a frequency distribution computing subsystem for computing a plurality of frequency distributions of the intensity values of the region of interest in the images; and - a perfusion information extractor for extracting information relating to perfusion from the plurality of frequency distributions, the perfusion information extractor comprising a shift detector for comparing at least two of the frequency distributions computed for different images for detecting a shift of the intensity values of the frequency distribution; - the perfusion information extractor being arranged for extracting the information relating to perfusion, based on the detected shift; wherein the shift detector comprising a cross-correlator for cross-correlating two frequency distributions to obtain a cross correlation curve, the shift detector being arranged for detecting the shift, based on the cross-correlation curve. - a region-identifying subsystem for identifying at least part of a rim region surrounding a core region of a lesion as a region of interest; - a frequency distribution computing subsystem for computing a plurality of frequency distributions of the intensity values of the region of interest in the images; and - a perfusion information extractor for extracting information relating to perfusion from the plurality of frequency distributions, the perfusion information extractor comprising a shift detector for comparing at least two of the frequency distributions computed for different images for detecting a shift of the intensity values of the frequency distribution; - the perfusion information extractor being arranged for extracting the information relating to perfusion, based on the detected shift;
A user equipment, comprising: circuitry which, in operation, determines a Transmission Time Interval, TTI, assigned for transmitting or receiving a physical sidelink channel in a carrier; and a transceiver which, in operation, transmits or receives the physical sidelink channel based on the TTI in the carrier, wherein the duration of the TTI is less than a slot duration, and the slot duration includes a plurality of TTIs, each of which includes one or more OFDM symbols, wherein the first TTI duration starts from the first OFDM symbol of the slot, and the OFDM symbol immediately after each of the TTI durations is reserved for a guard period, in the TTI, the OFDM symbols occupied by PSCCH are less than the OFDM symbols occupied by PSSCH, and the PSCCH and the PSSCH are Frequency Division Multiplexed, FDMed, within the same OFDM symbols in the carrier. circuitry which, in operation, determines a Transmission Time Interval, TTI, assigned for transmitting or receiving a physical sidelink channel in a carrier; and a transceiver which, in operation, transmits or receives the physical sidelink channel based on the TTI in the carrier, wherein the duration of the TTI is less than a slot duration, and the slot duration includes a plurality of TTIs, each of which includes one or more OFDM symbols, wherein the first TTI duration starts from the first OFDM symbol of the slot, and the OFDM symbol immediately after each of the TTI durations is reserved for a guard period, in the TTI, the OFDM symbols occupied by PSCCH are less than the OFDM symbols occupied by PSSCH, and the PSCCH and the PSSCH are Frequency Division Multiplexed, FDMed, within the same OFDM symbols in the carrier.
A magnetic position sensor comprising one magnetized element and a probe comprising at least two magneto-sensitive elements and located substantially at the same point and each measuring one of the components of the magnetic field generated by said magnetized element, with the magnetized element being movable relative to said magneto-sensitive elements and, characterized in that said magnetized element is unique and has two degrees of freedom (translation/translation, translation/rotation or rotation/rotation) relative to said probe, the magnetization vector of the magnetized element is variable relative to the vector normal to the surface of the magnetized element arranged facing the sensor in at least two directions of said magnetized element so as to define a unique position of said probe relative to said magnetized element in said two directions and in that it comprises at least one processing circuit adapted to perform angles and modules calculations from algebraic combinations of the components of the magnetic field produced by said magnetized element and providing at least two independent signals representative of the position of the movable member in two different directions.
An interdental brush comprising a brush portion, the brush portion having a wire and filaments arranged therein by folding the wire and disposing the filaments between the wire and then twisting the wire, wherein the filaments each have a polygonal cross section; wherein at least one interior angle of the polygonal cross section has an acute angle of 30 to 75 degrees; and wherein a twisting angle of the wire is 25 to 40 degrees.
A biopsy cap assembly, comprising: a biopsy cap housing, comprising: a first center-split half comprising: a first portion defining a first half of an upper chamber, a second portion defining a first half of a lower chamber, a first pivot member integrally formed with the first portion of the first center-split half; and a second center-split half comprising: a first portion defining a second half of the upper chamber, a second portion defining a second half of the lower chamber, a second pivot member integrally formed with the first portion of the second center-split half; wherein mating surfaces (111a, 111b) of the first and second center-split halves are configured to interlock to define the upper and lower chambers; and a biopsy cap disposed within the upper chamber. a first portion defining a first half of an upper chamber, a second portion defining a first half of a lower chamber, a first pivot member integrally formed with the first portion of the first center-split half; and a second center-split half comprising: a first portion defining a second half of the upper chamber, a second portion defining a second half of the lower chamber, a second pivot member integrally formed with the first portion of the second center-split half; wherein mating surfaces (111a, 111b) of the first and second center-split halves are configured to interlock to define the upper and lower chambers; and a biopsy cap disposed within the upper chamber. a first portion defining a second half of the upper chamber, a second portion defining a second half of the lower chamber, a second pivot member integrally formed with the first portion of the second center-split half; wherein mating surfaces (111a, 111b) of the first and second center-split halves are configured to interlock to define the upper and lower chambers; and a biopsy cap disposed within the upper chamber.