mhurhangee/patent-ind-claim-en huggingface dataset:
A vane assembly for a compressor section of a gas turbine engine, the vane assembly comprising: a fixed airfoil portion extending between a radially inner platform and radially outer platform having a pressure side and a suction side ; a rotatable airfoil portion aft of the fixed airfoil portion having a pressure side and a suction side ; and a cover extending from the pressure side of the fixed airfoil portion to the pressure side of the rotatable airfoil portion ; characterised in that : the fixed airfoil portion includes a slot and the cover is at least partially located within the slot , wherein the slot extends in a radial direction and the cover includes a tab that extends into the slot . a fixed airfoil portion extending between a radially inner platform and radially outer platform having a pressure side and a suction side ; a rotatable airfoil portion aft of the fixed airfoil portion having a pressure side and a suction side ; and a cover extending from the pressure side of the fixed airfoil portion to the pressure side of the rotatable airfoil portion ; characterised in that : the fixed airfoil portion includes a slot and the cover is at least partially located within the slot , wherein the slot extends in a radial direction and the cover includes a tab that extends into the slot .
An apparatus comprising: a tubular to operate downhole, the tubular having a longitudinal axis and having a cutout that has a direction that is other than 0 degrees to the longitudinal axis of the tubular; an antenna positioned in the cutout of the tubular, the antenna to perform at least one of a transmission or reception of an electromagnetic signal that has a path that is to traverse a subsurface formation; and characterised in that a surface of at least one sidewall of the cutout is non-perpendicular to the longitudinal axis of the tubular, wherein the surface of each wall of the cutout is convergent or divergent. a tubular to operate downhole, the tubular having a longitudinal axis and having a cutout that has a direction that is other than 0 degrees to the longitudinal axis of the tubular; an antenna positioned in the cutout of the tubular, the antenna to perform at least one of a transmission or reception of an electromagnetic signal that has a path that is to traverse a subsurface formation; and characterised in that a surface of at least one sidewall of the cutout is non-perpendicular to the longitudinal axis of the tubular, wherein the surface of each wall of the cutout is convergent or divergent.
A rehabilitation exercise device for upper and lower limbs, the rehabilitation exercise device comprising: a first support supporting a user's hand or foot; a second support supporting a user's forearm or calf; a pair of first hinges rotatably coupling the first support and the second support to each other; a third support supporting a user's upper arm or thigh; a pair of second hinges configured to be rotated in conjunction with the third support , and to which the second support part is coupled to be rotatable relative thereto; and an angle adjustment part adjusting an angle between the second support and the third support , characterized in that the angle adjustment part comprises: a pair of rotary plates connected to the second support , and shafted to the pair of second hinges so as to be freely rotated with respect to the pair of second hinges ; a plurality of fixing holes formed along a circumferential direction of each of the pair of rotary plates ; an angle fixing lever provided between the pair of second hinges , and configured to be reciprocally moved along the direction of the first support ; a pair of first transmission links rotatably coupled to the angle fixing lever ; and a pair of second transmission links rotatably coupled to the pair of first transmission links , and configured to restrain or release rotation of the pair of rotary plates by being inserted into or released from respective selected fixing holes in response to reciprocating movement of the angle fixing lever . a first support supporting a user's hand or foot; a second support supporting a user's forearm or calf; a pair of first hinges rotatably coupling the first support and the second support to each other; a third support supporting a user's upper arm or thigh; a pair of second hinges configured to be rotated in conjunction with the third support , and to which the second support part is coupled to be rotatable relative thereto; and an angle adjustment part adjusting an angle between the second support and the third support , characterized in that the angle adjustment part comprises: a pair of rotary plates connected to the second support , and shafted to the pair of second hinges so as to be freely rotated with respect to the pair of second hinges ; a plurality of fixing holes formed along a circumferential direction of each of the pair of rotary plates ; an angle fixing lever provided between the pair of second hinges , and configured to be reciprocally moved along the direction of the first support ; a pair of first transmission links rotatably coupled to the angle fixing lever ; and a pair of second transmission links rotatably coupled to the pair of first transmission links , and configured to restrain or release rotation of the pair of rotary plates by being inserted into or released from respective selected fixing holes in response to reciprocating movement of the angle fixing lever .
A semiconductor device comprising: a SiC layer of a first conductivity type, the SiC layer having an active region in which a plurality of transistor elements are formed and an outer peripheral region formed around the active region ; an electrode selectively formed on the SiC layer ; and an insulator formed on the SiC layer , reaching a dicing region provided at an end portion of the SiC layer , wherein the insulator includes an insulating film under electrode formed under the electrode (43; 82) and an organic insulating layer arranged so as to cover the insulating film under electrode , the semiconductor device being characterized in that an extension (A) along a direction from the active region towards the dicing region of a section where the organic insulating layer is in contact with the SiC layer in the outer peripheral region is 40 μm or greater, a lateral distance (B) between an end portion of the electrode on the insulating film under electrode and a portion of the organic insulating layer which is in contact with the SiC layer is 40 μm or greater; and wherein the total of the extension (A) and the lateral distance (B) is 180 μm or less. a SiC layer of a first conductivity type, the SiC layer having an active region in which a plurality of transistor elements are formed and an outer peripheral region formed around the active region ; an electrode selectively formed on the SiC layer ; and an insulator formed on the SiC layer , reaching a dicing region provided at an end portion of the SiC layer , wherein the insulator includes an insulating film under electrode formed under the electrode (43; 82) and an organic insulating layer arranged so as to cover the insulating film under electrode , the semiconductor device being characterized in that an extension (A) along a direction from the active region towards the dicing region of a section where the organic insulating layer is in contact with the SiC layer in the outer peripheral region is 40 μm or greater, a lateral distance (B) between an end portion of the electrode on the insulating film under electrode and a portion of the organic insulating layer which is in contact with the SiC layer is 40 μm or greater; and wherein the total of the extension (A) and the lateral distance (B) is 180 μm or less.
A method for recovering isoprene in a fermented gas, the method comprising the steps of: (I-1) contacting the fermented gas containing isoprene obtained by culturing a microorganism having an ability to produce isoprene with a porous adsorbent; and (I-2) desorbing isoprene adsorbed on the porous adsorbent, wherein the isoprene is desorbed at 80° C or less in steps (I-2); and the porous adsorbent is a silica gel. (I-1) contacting the fermented gas containing isoprene obtained by culturing a microorganism having an ability to produce isoprene with a porous adsorbent; and (I-2) desorbing isoprene adsorbed on the porous adsorbent,
A strut for a ram air turbine , the strut comprising: a gearbox section ; a cover comprising a cover body located at an end of the gearbox section of the strut wherein the cover body is secured to an end of the strut by a screw; wherein the cover further comprises: a test plug ; and a static seal engaging with the test plug ; and wherein the strut further comprises a dynamic seal engaging with the cover and a turbine shaft , wherein the test plug comprises a threaded portion that engages with a corresponding threaded portion of the cover , and wherein when the test plug is removed from the cover , the dynamic seal is configured to prevent contamination from entering the gearbox section of the strut . a gearbox section ; a cover comprising a cover body located at an end of the gearbox section of the strut wherein the cover body is secured to an end of the strut by a screw; wherein the cover further comprises: a test plug ; and a static seal engaging with the test plug ; and wherein the strut further comprises a dynamic seal engaging with the cover and a turbine shaft , wherein the test plug comprises a threaded portion that engages with a corresponding threaded portion of the cover , and wherein when the test plug is removed from the cover , the dynamic seal is configured to prevent contamination from entering the gearbox section of the strut . a test plug ; and a static seal engaging with the test plug ; and wherein the strut further comprises a dynamic seal engaging with the cover and a turbine shaft , wherein the test plug comprises a threaded portion that engages with a corresponding threaded portion of the cover , and wherein when the test plug is removed from the cover , the dynamic seal is configured to prevent contamination from entering the gearbox section of the strut .
An outdoor reclining bed tent, comprising a reclining bed mechanism and an awning mechanism, wherein the awning mechanism comprises foot tubes and a beam frame arranged at the tops of the foot tubes , the reclining bed mechanism is fixedly arranged on the foot tubes , top fabric is fixedly arranged on the beam frame, a shutter set is arranged in a fit manner on a surface of each lateral cavity of the awning mechanism, and the shutter sets can be used to block the surfaces of the lateral cavities of the awning mechanism, wherein the shutter set comprises a shutter fabric drum, the shutter fabric drum is fixedly arranged on the foot tubes or the beam frame through a shutter bracket, the shutter bracket is fixedly arranged at two ends of the shutter fabric drum a rotating shaft is arranged inside the shutter fabric drum and shutter fabric is arranged on the rotating shaft, and a fabric tube is arranged at the bottom of the shutter fabric, characterized in that fabric tube clamps are arranged at two ends of the fabric tube , shutter guide tubes are arranged on the foot tubes , and the fabric tube is snapped onto the shutter guide tubes by means of the fabric tube clamps .
Roller blind cover for covering a variable working space, having at least two structural elements the spacing of which changes during operation, wherein the roller blind cover has a winding shaft associated with a first of the structural elements and a roller blind extension wound thereon, the free end of which is associated with the other second structural element , wherein the winding shaft is designed as a hollow shaft and on the inside of the hollow shaft at least one torsion spring designed as a helical spring is arranged, one end of which is fixed to the rotatable hollow shaft and the other end of which is fixed to a stationary point with respect to the first structural element, characterised in that , at at least one end of the helical spring , which end is designed as a cut-off coil of the helical coiling, at least one clamping point is provided with a clamp , to which the respective end is fixed with respect to the winding shaft or the first structural element, wherein in the region of the clamping point on the inside of the helical spring a flange is provided which extends in the axial direction over a plurality of coil turns of the helical spring .
A fitting for movably supporting a pivoting element , in particular a furniture part , a door or a window, relative to a stationary carrier , comprising: - a first fitting portion configured to be fixed to a, preferably substantially horizontally aligned, panel (5a-5e) of the carrier , - a second fitting portion configured to be fixed to the pivoting element , the second fitting portion being pivotally connected to the first fitting portion , - wherein the first fitting portion includes a mounting member having at least one fastening device for fixing the mounting member to the panel (5a-5e) of the carrier , and that the first fitting portion includes at least one coupling member hingedly connected to the second fitting portion , the at least one coupling member being configured to be releasably connected to the mounting member , - wherein the mounting member of the first fitting portion includes a, preferably pocket-shaped, housing , wherein the coupling member , in a connected condition with the mounting member , is at least partially, preferably for the most part, received within the housing of the mounting member , - at least one locking device for releasably locking the coupling member to the mounting member , - wherein the at least one locking device includes an ejection device for at least partially ejecting the coupling member out from the housing of the mounting member in the course of an unlocking operation, - wherein a release device with a movably-supported release element for releasing the locking between the mounting member and the coupling member is provided. - a first fitting portion configured to be fixed to a, preferably substantially horizontally aligned, panel (5a-5e) of the carrier , - a second fitting portion configured to be fixed to the pivoting element , the second fitting portion being pivotally connected to the first fitting portion , - wherein the first fitting portion includes a mounting member having at least one fastening device for fixing the mounting member to the panel (5a-5e) of the carrier , and that the first fitting portion includes at least one coupling member hingedly connected to the second fitting portion , the at least one coupling member being configured to be releasably connected to the mounting member , - wherein the mounting member of the first fitting portion includes a, preferably pocket-shaped, housing , wherein the coupling member , in a connected condition with the mounting member , is at least partially, preferably for the most part, received within the housing of the mounting member , - at least one locking device for releasably locking the coupling member to the mounting member , - wherein the at least one locking device includes an ejection device for at least partially ejecting the coupling member out from the housing of the mounting member in the course of an unlocking operation, - wherein a release device with a movably-supported release element for releasing the locking between the mounting member and the coupling member is provided.
A terminal device comprising: a processing unit configured to set capability information that includes information indicating that the terminal device supports reception and transmission at the same time on different bands for a band combination including a frequency division duplex, FDD, band and a time division duplex, TDD, band, in a case that the terminal device supports the band combination including the FDD band and the TDD band; and a transmission unit configured to transmit the capability information to a base station in accordance with control by the processing unit , wherein in a case that the terminal device supports the band combination including the FDD band and the TDD band, the transmission unit transmits capability information indicating whether the terminal device supports simultaneous reception and transmission, on different bands, for a band combination including a FDD band to which a secondary cell belongs and a TDD band to which a primary cell belongs, the transmission unit transmits capability information indicating whether the terminal device supports simultaneous reception and transmission, on different bands, for a band combination including a FDD band to which a primary cell belongs and a TDD band to which a secondary cell belongs, and in a case where the terminal device supports the simultaneous reception and transmission, on the different bands, for the band combination including the FDD band and the TDD band, the capability information is set to a specific value of 1. a processing unit configured to set capability information that includes information indicating that the terminal device supports reception and transmission at the same time on different bands for a band combination including a frequency division duplex, FDD, band and a time division duplex, TDD, band, in a case that the terminal device supports the band combination including the FDD band and the TDD band; and a transmission unit configured to transmit the capability information to a base station in accordance with control by the processing unit , wherein in a case that the terminal device supports the band combination including the FDD band and the TDD band, the transmission unit transmits capability information indicating whether the terminal device supports simultaneous reception and transmission, on different bands, for a band combination including a FDD band to which a secondary cell belongs and a TDD band to which a primary cell belongs, the transmission unit transmits capability information indicating whether the terminal device supports simultaneous reception and transmission, on different bands, for a band combination including a FDD band to which a primary cell belongs and a TDD band to which a secondary cell belongs, and in a case where the terminal device supports the simultaneous reception and transmission, on the different bands, for the band combination including the FDD band and the TDD band, the capability information is set to a specific value of 1.
A metal belt-plate structure reactor, comprising positive electrodes having two ends and negative electrodes having two sides, wherein every positive electrode is located in the middle between two negative electrodes ; characterized in that there are a total of n groups of positive electrodes , wherein n is a positive integer below 50, each of which is a component formed by several oxidation-resistant nickel-chromium alloy or iron-chromium aluminum alloy belts having a width of 1 - 2mm and a thickness of 0.05-0.2mm, with thin side faces and arrayed at an equal interval in a plane and for performing corona discharge; there are a total of n+1 negative electrodes made from aluminum plates or stainless steel plates; the metal belt-plate structure reactor is also provided with several micro-discharge preventive conductor rails made of aluminum bars or stainless bars; the two ends of the positive electrode are respectively fixed on the corresponding positions of the conductor rails ; the several conductor rails are electrically connected by anti-oxidation leads; the thin side faces of the metal belts face and are aligned with the plane of the negative electrode , wherein the thin side faces of the metal belts facing the plane of the negative electrode are discharge side faces which perform corona discharge; the metal belt-plate structure reactor further comprises a metal housing providing an air inlet and an air outlet; the negative electrodes are located in the airflow direction between the air inlet and the air outlet; the two sides of each negative electrode are fixed on the housing .
A method of determining a position of a target using a sharpness metric, the method comprising: receiving a plurality of ultrasound signals representative of ultrasound energy received from the target ; for each of a plurality of different foci: beamforning the received ultrasound signals at the focus; and determining a value of the sharpness metric for the target using the beamformed signals; and using the determined values for the sharpness metric for the target determined for the different foci to determine a position of the target based on differences in values of the sharpness metric for the target determined for the different foci and based on a calibration function obtained by positioning a target at a plurality of known positions and determining values of the sharpness metric for those positions, wherein each of the foci has a respective different position in an axial direction within a region around the target , and for each of the foci the determining of value of the sharpness metric for that focus comprises determining the value of the sharpness metric for the target using a plurality of data points of the beamformed signals, each data point corresponding to a different position in said region. receiving a plurality of ultrasound signals representative of ultrasound energy received from the target ; for each of a plurality of different foci: beamforning the received ultrasound signals at the focus; and determining a value of the sharpness metric for the target using the beamformed signals; and using the determined values for the sharpness metric for the target determined for the different foci to determine a position of the target based on differences in values of the sharpness metric for the target determined for the different foci and based on a calibration function obtained by positioning a target at a plurality of known positions and determining values of the sharpness metric for those positions, wherein beamforning the received ultrasound signals at the focus; and determining a value of the sharpness metric for the target using the beamformed signals; and using the determined values for the sharpness metric for the target determined for the different foci to determine a position of the target based on differences in values of the sharpness metric for the target determined for the different foci and based on a calibration function obtained by positioning a target at a plurality of known positions and determining values of the sharpness metric for those positions, wherein each of the foci has a respective different position in an axial direction within a region around the target , and for each of the foci the determining of value of the sharpness metric for that focus comprises determining the value of the sharpness metric for the target using a plurality of data points of the beamformed signals, each data point corresponding to a different position in said region.
A chiller apparatus containing a composition comprising from 51 to 67 weight percent 2,3,3,3-tetrafluoropropene and from 49 to 33 weight percent 1,1,1,2-tetrafluoroethane, wherein the chiller apparatus is a screw chiller apparatus.
Combustion engine cylinder head comprising - a cylinder head body intended to be mounted on a cylinder block; said cylinder head body having an exhaust side ; and - a cylinder head cover covering the cylinder head body ; said cylinder head being characterized in that the cylinder head body comprises an oil discharge duct situated on the exhaust side and connected to an outlet , said discharge duct being a groove comprising an upper opening facing the cylinder head cover . - a cylinder head body intended to be mounted on a cylinder block; said cylinder head body having an exhaust side ; and - a cylinder head cover covering the cylinder head body ;
An endostatin analogue-PEG coupled complex, wherein the endostatin analogue has a lysine residue at a position corresponding to position 96 of the amino acid sequence SEQ ID NO. 1 of naturally occurring endostatin, and no lysine residue at any other position; and the endostatin analogue is coupled to PEG only at the lysine residue or is coupled to PEG at N-terminus and the lysine residue.