mhurhangee/ep-ind-claims huggingface dataset:
A field-effect transistor (21-27, 10-15) comprising a channel (25, 11) made of an amorphous In-Ga-Zn oxide semiconductor; characterized in that the ON/OFF ratio of the transistor is 10 6 or higher; and the In-Ga-Zn oxide semiconductor has an electric conductivity of 10 S/cm or lower and 0.0001 S/cm or higher and a composition in a region surrounded by Y, h, i, and k shown in the following compositional diagram: characterized in that the ON/OFF ratio of the transistor is 10 6 or higher; and the In-Ga-Zn oxide semiconductor has an electric conductivity of 10 S/cm or lower and 0.0001 S/cm or higher and a composition in a region surrounded by Y, h, i, and k shown in the following compositional diagram:
An electrolytic cell for production of rare earth metals comprising: a cell housing provided with one or more inclined channels disposed in a floor of the cell housing along which channel(s) molten rare earth metals produced in the electrolytic cell can drain; one or more cathodes suspended within the cell housing in substantially vertical alignment with the one or more channels, respective opposing surfaces of the one or more cathodes being downwardly and outwardly inclined at an angle from the vertical; one or more pairs of consumable anodes suspended within the cell housing, each anode in the one or more pairs having a facing surface inclined from the vertical and spaced apart in parallel alignment with respective opposing inclined surfaces of the one or more cathodes to define a substantially constant anode-cathode distance therebetween; a sump for receiving molten rare earth metals from the channel, wherein the sump is spaced apart and isolated from the one or more cathodes and the one or more anodes; and a device operatively associated with the one or more anodes to control the distance between the anodes and the opposing sides of the cathode in response to anode consumption. a cell housing provided with one or more inclined channels disposed in a floor of the cell housing along which channel(s) molten rare earth metals produced in the electrolytic cell can drain; one or more cathodes suspended within the cell housing in substantially vertical alignment with the one or more channels, respective opposing surfaces of the one or more cathodes being downwardly and outwardly inclined at an angle from the vertical; one or more pairs of consumable anodes suspended within the cell housing, each anode in the one or more pairs having a facing surface inclined from the vertical and spaced apart in parallel alignment with respective opposing inclined surfaces of the one or more cathodes to define a substantially constant anode-cathode distance therebetween; a sump for receiving molten rare earth metals from the channel, wherein the sump is spaced apart and isolated from the one or more cathodes and the one or more anodes; and a device operatively associated with the one or more anodes to control the distance between the anodes and the opposing sides of the cathode in response to anode consumption.
A propeller fan, comprising: a boss provided so as to be rotatable about a rotation axis; and a plurality of blades formed along a side surface of the boss, each of the plurality of blades comprising a pressure surface and a suction surface, and a connecting portion between the pressure surface of the each of the blades and the side surface of the boss is defined as a pressure surface-side boundary portion (17p, 117p, 317p, 517p), and a connecting portion between the suction surface of the each of the blades and the side surface of the boss is defined as a suction surface-side boundary portion (17s, 117s, 217s, 317s, 417s), characterized in that a curvature (ρs) of the suction surface-side boundary portion (17s, 117s, 217s, 317s, 417s) is smaller than a curvature (ρp) of the pressure surface-side boundary portion (17p, 117p, 317p, 517p), wherein the curvature of the suction surface-side boundary portion (17s, 117s, 217s, 317s, 417s) represents a mean value between local curvatures from a leading edge-side end portion to a trailing edge-side end portion of the suction surface-side boundary portion (17s, 117s, 217s, 317s, 417s) whereas the curvature of the pressure surface-side boundary portion (17p, 117p, 317p, 517p) represents a mean value between local curvatures from a leading edge-side end portion to a trailing edge-side end portion of the pressure surface-side boundary portion (17p, 117p, 317p, 517p); and as a blade area projected on a plane orthogonal to the rotation axis, a blade area of the suction surface is larger than a blade area of the pressure surface. a boss provided so as to be rotatable about a rotation axis; and a plurality of blades formed along a side surface of the boss, each of the plurality of blades comprising a pressure surface and a suction surface, and a connecting portion between the pressure surface of the each of the blades and the side surface of the boss is defined as a pressure surface-side boundary portion (17p, 117p, 317p, 517p), and a connecting portion between the suction surface of the each of the blades and the side surface of the boss is defined as a suction surface-side boundary portion (17s, 117s, 217s, 317s, 417s), characterized in that a curvature (ρs) of the suction surface-side boundary portion (17s, 117s, 217s, 317s, 417s) is smaller than a curvature (ρp) of the pressure surface-side boundary portion (17p, 117p, 317p, 517p), wherein the curvature of the suction surface-side boundary portion (17s, 117s, 217s, 317s, 417s) represents a mean value between local curvatures from a leading edge-side end portion to a trailing edge-side end portion of the suction surface-side boundary portion (17s, 117s, 217s, 317s, 417s) whereas the curvature of the pressure surface-side boundary portion (17p, 117p, 317p, 517p) represents a mean value between local curvatures from a leading edge-side end portion to a trailing edge-side end portion of the pressure surface-side boundary portion (17p, 117p, 317p, 517p); and as a blade area projected on a plane orthogonal to the rotation axis, a blade area of the suction surface is larger than a blade area of the pressure surface.
An effective amount of a histone acetyl transferase inhibitor for use in treating or preventing an aortic aneurysm syndrome in a subject in need thereof.
A tactile sensor, applied to a manipulator, comprises: a contact part, configured to receive pressure transmitted when the manipulator grabs a target object, and transmit the pressure to a sensing part; the sensing part being located on one side of the contact part, the sensing part moving along a direction away from the contact part under an action of the pressure, and the sensing part comprising a sensing electrode; and a detection part, located on one side of the sensing part away from the contact part, wherein the detection part generates a sensing signal by means of sensing a change in a position of the sensing part; and wherein the sensing signal is configured to determine a contact parameter between the manipulator and the target object; characterized in that the detection part comprises: a detection base plate; and a sensor chip, located on the detection base plate, wherein the sensing electrode has a projection on the sensor chip; and wherein the sensor chip is electrically connected to the detection base plate through a bonding wire. a contact part, configured to receive pressure transmitted when the manipulator grabs a target object, and transmit the pressure to a sensing part; the sensing part being located on one side of the contact part, the sensing part moving along a direction away from the contact part under an action of the pressure, and the sensing part comprising a sensing electrode; and a detection part, located on one side of the sensing part away from the contact part, wherein the detection part generates a sensing signal by means of sensing a change in a position of the sensing part; and wherein the sensing signal is configured to determine a contact parameter between the manipulator and the target object; characterized in that the detection part comprises: a detection base plate; and a sensor chip, located on the detection base plate, wherein the sensing electrode has a projection on the sensor chip; and wherein the sensor chip is electrically connected to the detection base plate through a bonding wire. a detection base plate; and a sensor chip, located on the detection base plate, wherein the sensing electrode has a projection on the sensor chip; and wherein the sensor chip is electrically connected to the detection base plate through a bonding wire.
A video module for a first multipoint control unit, configured to: receive a plurality of video streams from a first plurality of endpoints (314al, 314ak); receive an input continuous presence video stream from a second multipoint control unit, wherein the input continuous presence video stream comprises video streams from selected endpoints from a second plurality of endpoints (314nl, 314nl) associated with the second multipoint control unit; create an output continuous presence video stream comprising video streams received from the first plurality of endpoints (314al, 314ak) and video streams from the input continuous presence video stream received from the second multipoint control unit; and send the output continuous presence video stream toward an endpoint of the first plurality of endpoints (314al, 314ak). receive a plurality of video streams from a first plurality of endpoints (314al, 314ak); receive an input continuous presence video stream from a second multipoint control unit, wherein the input continuous presence video stream comprises video streams from selected endpoints from a second plurality of endpoints (314nl, 314nl) associated with the second multipoint control unit; create an output continuous presence video stream comprising video streams received from the first plurality of endpoints (314al, 314ak) and video streams from the input continuous presence video stream received from the second multipoint control unit; and send the output continuous presence video stream toward an endpoint of the first plurality of endpoints (314al, 314ak).
Device for locking a connector in a socket which is disposed in an integrated manner in a charge column or in a vehicle which can be driven by electrical energy, wherein by means of the charge column, electrical energy can be provided for the electrically drivable vehicle, having a movably mounted latching element which, in a latching position thereof, engages in an aperture of the connector in order to connect same to the socket, and having a locking element which is allocated to the latching element and which can be actuated by a drive unit, wherein, when the locking element is in a locking position, the latching element can be locked in the aperture of the connector, wherein, when the locking element is in a release position, the latching element can be released in order to remove the connector, wherein the latching element and/or the locking element is/are allocated at least one end position determining unit to generate an end position signal, in such a way that, by means of the end position signal, the latching position of the latching element and/or the locking position of the locking element can be detected, and wherein the drive unit comprises a setting means which can be activated by means of electrical energy, characterised in that the setting means of the drive unit is designed as a motor which can be driven in two movement directions with a rotational driving movement.
A container comprising: a receptacle with an open upper end for receiving material; a lid that is movably supported relative to the receptacle, the lid being movable between a closed condition, in which the lid at least partially covers the open end of the receptacle, and an open condition, in which the lid is moved so as to provide access to the open end of the receptacle; a sidewall that is spaced from and movably supported relative to the receptacle, the sidewall being movable between a first position, in which the sidewall is spaced a first distance from the receptacle, and a second position, in which the sidewall is spaced a second distance from the receptacle, the first distance being greater than the second distance; and an actuation mechanism that is configured to effect movement of the lid from the closed condition to the open condition upon movement of the sidewall from the first position to the second position; characterized in that: the receptacle comprises a camming surface and the lid comprises a cam surface that is positioned between the camming surface and the sidewall; wherein the container is configured such that, when the sidewall is moved from the first position to the second position, the cam surface engages with the camming surface to pivot the lid from the closed condition to the open condition. a receptacle with an open upper end for receiving material; a lid that is movably supported relative to the receptacle, the lid being movable between a closed condition, in which the lid at least partially covers the open end of the receptacle, and an open condition, in which the lid is moved so as to provide access to the open end of the receptacle; a sidewall that is spaced from and movably supported relative to the receptacle, the sidewall being movable between a first position, in which the sidewall is spaced a first distance from the receptacle, and a second position, in which the sidewall is spaced a second distance from the receptacle, the first distance being greater than the second distance; and an actuation mechanism that is configured to effect movement of the lid from the closed condition to the open condition upon movement of the sidewall from the first position to the second position; characterized in that: the receptacle comprises a camming surface and the lid comprises a cam surface that is positioned between the camming surface and the sidewall; wherein the container is configured such that, when the sidewall is moved from the first position to the second position, the cam surface engages with the camming surface to pivot the lid from the closed condition to the open condition. the receptacle comprises a camming surface and the lid comprises a cam surface that is positioned between the camming surface and the sidewall; wherein the container is configured such that, when the sidewall is moved from the first position to the second position, the cam surface engages with the camming surface to pivot the lid from the closed condition to the open condition.
An electrical drive arrangement for driving a motor vehicle comprising an electric motor, a drive shaft driven by means of the electric motor, a housing in which the electric motor is accommodated, which housing has an envelope surface and a substantially annular cross section wherein the horizontal direction of the envelope surface of said housing and hereby said drive shaft are arranged to run substantially transverse to the longitudinal direction of said vehicle, further comprising a pendulum suspension for suspension of the electrical drive arrangement, where the pendulum suspension comprises a fastening configuration fixedly connected to the vehicle and at least one pendulum attachment (74, 76) fixedly connected to the envelope surface of the housing and pivotally journaled relative to said fastening configuration by means of a bearing configuration (80, 82), characterized in that said pendulum attachment (74, 76) is connected to a connection unit, attached at the envelope surface of said housing, for medium supply of the electric motor, wherein said medium supply is intended to take place via an opening in the envelope surface of said housing.
A method for generating an array comprising: providing a template array comprising at least 1,000 different oligonucleotides coupled thereto, coupling said template array to a recipient array having a plurality of oligonucleotides complementary to portions of the at least 1,000 different oligonucleotides, and performing an enzymatic reaction while the template array and the recipient array are coupled to one another, thereby generating a recipient array comprising recipient oligonucleotides, wherein at least 40% of the recipient oligonucleotides are complementary or identical to a full-length oligonucleotide from the at least 1,000 different oligonucleotides, wherein each of said at least 1,000 different oligonucleotides comprise a barcode, and wherein said barcode identifies the spatial position of each of said plurality of template oligonucleotides. providing a template array comprising at least 1,000 different oligonucleotides coupled thereto, coupling said template array to a recipient array having a plurality of oligonucleotides complementary to portions of the at least 1,000 different oligonucleotides, and performing an enzymatic reaction while the template array and the recipient array are coupled to one another, thereby generating a recipient array comprising recipient oligonucleotides, wherein at least 40% of the recipient oligonucleotides are complementary or identical to a full-length oligonucleotide from the at least 1,000 different oligonucleotides, wherein each of said at least 1,000 different oligonucleotides comprise a barcode, and wherein said barcode identifies the spatial position of each of said plurality of template oligonucleotides.
Electric machine having a rotor, wherein the rotor has a laminated core comprising individual sheet parts, wherein the individual sheet parts are arranged in a stacked manner, are bundled in the rotor axial direction, are punch-bundled, wherein at each individual sheet part flux barriers are formed, wherein the flux barriers are formed by respective cutouts and/or in the operation of the electric machine with nominal-current-saturated web regions of the individual sheet part, wherein the flux barriers open onto the surface, radially outer surface, of the individual sheet part, radially outwards, into the air gap between the rotor and a stator accommodating this rotor, wherein the centre of gravity of the respective associated opening-out region of the respective flux barrier can be referred to as respective surface opening-out point, wherein the individual sheet part has a point symmetry with respect to the rotor axis, wherein the individual sheet part has planes of symmetry which contain the rotor axis, wherein the circumference is composed of (2*p) circumferential angle ranges, wherein each of the circumferential angle ranges covers an angle range of 360°/(2*p) and at least one of the circumferential angle ranges is bounded on one side by one of the planes of symmetry, wherein the arrangement of the surface opening-out points has a point symmetry, characterised in that the arrangement of the surface opening-out points in one of the circumferential angle ranges by rotation about the rotor axis by an angle amount of k*360°/(2*p) cannot be brought into coincidence with the arrangement of the surface opening-out points in another of the circumferential angle ranges, where k is an integer which is greater than 0 and less than p, where p is the number of pole pairs.
An apparatus (202, 222) for alignment of a driver and a driven component, comprising: a tubular body (205, 227) including a shaft (212, 232), a shoulder (208, 228), and a neck (207, 235), the shaft (212, 232) coupled to the shoulder (208, 228), the shoulder (208, 228) coupled to the neck (207, 235), the shoulder (208, 228) having a greater diameter than respective diameters of the shaft (212, 232) and the neck (207, 235); a plug (204, 224) coupled to the neck (207, 235) at a first plug edge and coupled to a first fastener (220, 242) at a second plug edge, the first fastener (220, 242) including a hole (216, 240); and a second fastener (218, 238) coupled to the first fastener (220, 242), the second fastener (218, 238) extending through the tubular body (205, 227), the plug (204, 224), and the first fastener (220, 242). a tubular body (205, 227) including a shaft (212, 232), a shoulder (208, 228), and a neck (207, 235), the shaft (212, 232) coupled to the shoulder (208, 228), the shoulder (208, 228) coupled to the neck (207, 235), the shoulder (208, 228) having a greater diameter than respective diameters of the shaft (212, 232) and the neck (207, 235); a plug (204, 224) coupled to the neck (207, 235) at a first plug edge and coupled to a first fastener (220, 242) at a second plug edge, the first fastener (220, 242) including a hole (216, 240); and a second fastener (218, 238) coupled to the first fastener (220, 242), the second fastener (218, 238) extending through the tubular body (205, 227), the plug (204, 224), and the first fastener (220, 242).
A method of producing a polyethylene resin expanded molded product having a density of 0.017 g/cm 3 to 0.021 g/cm 3 and having a thickness of 10 mm to 40 mm, the method comprising the steps of: (a) filling a mold with expanded polyethylene resin particles; and (b) heating the expanded polyethylene resin particles so that the expanded polyethylene resin particles are fused to each other, to form the polyethylene resin expanded molded product, the expanded polyethylene resin particles, with which the mold is filled, containing a polyethylene resin, a cell nucleating agent, a polyhydric alcohol fatty acid ester, and a hydrophilic compound, the expanded polyethylene resin particles containing the cell nucleating agent in an amount of not less than 0.08 parts by weight and not more than 0.25 parts by weight, the polyhydric alcohol fatty acid ester in an amount of not less than 0.3 parts by weight and not more than 0.8 parts by weight, and the hydrophilic compound in an amount of not less than 0.01 parts by weight and not more than 10 parts by weight, relative to 100 parts by weight of the polyethylene resin, each of the expanded polyethylene resin particles having a weight of not less than 2.5 mg and not more than 3.5 mg, in the step (a), an internal pressure of 0.12 MPa to 0.16 MPa being applied to the expanded polyethylene resin particles. (a) filling a mold with expanded polyethylene resin particles; and (b) heating the expanded polyethylene resin particles so that the expanded polyethylene resin particles are fused to each other, to form the polyethylene resin expanded molded product,
An apparatus for separating and storing blood components, the apparatus comprising: a blood storage part for storing fluid including at least a blood derived humoral component and platelets; a component storage part for storing at least a part of the components of the fluid stored in the blood storage part; and a linking part for aseptically linking the blood storage part and the component storage part; wherein the blood storage part has a blood storage container in the form of a flexible cylinder, a fluid inlet channel for introducing the fluid into the blood storage container, and a component outlet channel for extracting at least a part of the components of the fluid from the blood storage container; the component storage part has a component inlet channel for introducing at least a part of the components of the fluid that have been extracted from the blood storage container; and the linking part links the component outlet channel and the component inlet channel, wherein an opening is formed at one end of the blood storage container; the blood storage part further comprises a first cap that fits the opening of the blood storage container and hermetically seals the blood storage container; and the fluid inlet channel and the component outlet channel are provided in the first cap, characterized in that the blood storage part further comprises a first storage container having a cylindrical shape and an opening formed at one end, and containing the blood storage container; the opening of the first storage container is hermetically sealed by being fitted to the first cap; and a pressure regulation space is formed in a space independent of an internal space of the blood storage container, between an outer side of the blood storage container and an inner side of the first storage container.