mhurhangee/ep-ind-claims huggingface dataset:
A method of forming an underlying layer of an alignment film for an oxide superconducting conductor, comprising: arranging two or more kinds of targets (303 a,b) along a lengthwise direction of a base material (11, 105) so as to face a surface of the base material; simultaneously irradiating an ion beam on surfaces of the two or more kinds of targets to deposit constituent particles of the two or more kinds of targets on the surface of the base material in the order of the arrangement of the two or more kinds of targets; and forming a laminate in which two or more kinds of thin films are repeatedly laminated on the surface of the base material by passing the base material through a deposition region of the constituent particles a plurality of times so that the constituent particles of the two or more kinds of targets are repeatedly deposited on the surface of the base material at each passage, wherein the two or more kinds of targets include a target that uses a material for a diffusion prevention layer layer; and a target that uses a material for a bed layer; a rock salt structure layer is formed by an ion beam assist method on a surface of the bed layer that is formed by the target that uses the material for the bed layer; and the bed layer orders a crystal orientation of the rock salt structure layer. arranging two or more kinds of targets (303 a,b) along a lengthwise direction of a base material (11, 105) so as to face a surface of the base material; simultaneously irradiating an ion beam on surfaces of the two or more kinds of targets to deposit constituent particles of the two or more kinds of targets on the surface of the base material in the order of the arrangement of the two or more kinds of targets; and forming a laminate in which two or more kinds of thin films are repeatedly laminated on the surface of the base material by passing the base material through a deposition region of the constituent particles a plurality of times so that the constituent particles of the two or more kinds of targets are repeatedly deposited on the surface of the base material at each passage, wherein the two or more kinds of targets include a target that uses a material for a diffusion prevention layer layer; and a target that uses a material for a bed layer; a rock salt structure layer is formed by an ion beam assist method on a surface of the bed layer that is formed by the target that uses the material for the bed layer; and the bed layer orders a crystal orientation of the rock salt structure layer.
A washing machine comprising: a casing; a tub disposed inside the casing, for accommodating water; a drum rotatably provided inside the tub, for accommodating laundry therein; a gasket interposed between the casing and the tub, for preventing the water inside the tub from leaking between the tub and the casing; a gasket nozzle (160, 170) provided at the gasket, for circulating the water and spraying into the drum; a spiral nozzle (50, 60) provided at the gasket, for converting the water into a spiral flow and spraying into the drum; a course selection unit configured to receive a course selection from a user, a controller configured to control a turbo wash in which water is sprayed through the gasket nozzle (160, 170) or through the spiral nozzle (50, 60) when the drum is rotated; and a turbo wash button for setting and canceling the turbo wash, wherein, when a specific washing course is selected through the course selection unit, the turbo wash is automatically set and when the user presses then the turbo wash button, the turbo wash is cancelled, and wherein, when another specific washing course is selected through the course selection unit, the turbo wash is automatically cancelled and when the user presses then the turbo wash button, the turbo wash is set. a casing; a tub disposed inside the casing, for accommodating water; a drum rotatably provided inside the tub, for accommodating laundry therein; a gasket interposed between the casing and the tub, for preventing the water inside the tub from leaking between the tub and the casing; a gasket nozzle (160, 170) provided at the gasket, for circulating the water and spraying into the drum; a spiral nozzle (50, 60) provided at the gasket, for converting the water into a spiral flow and spraying into the drum; a course selection unit configured to receive a course selection from a user, a controller configured to control a turbo wash in which water is sprayed through the gasket nozzle (160, 170) or through the spiral nozzle (50, 60) when the drum is rotated; and a turbo wash button for setting and canceling the turbo wash, wherein, when a specific washing course is selected through the course selection unit, the turbo wash is automatically set and when the user presses then the turbo wash button, the turbo wash is cancelled, and wherein, when another specific washing course is selected through the course selection unit, the turbo wash is automatically cancelled and when the user presses then the turbo wash button, the turbo wash is set.
A machine tool configured to perform a method of surface recording comprising: rotating a body, in particular a tool or workpiece, around a rotation axis, and accommodating a number of a >1 rotational angle offset recordings during the rotation of the body with a camera, - wherein each recording images a different portion of a surface, in particular a circumferential surface, of the body, - wherein the a recording images a rotation angle range m of up to 360° of the surface, - and wherein the a recording is distributed on multiple revolutions of the body, wherein the machine tool comprises a drive to rotate the body during the recordings, wherein the body is rotatable with the same drive during its use as tool or workpiece. rotating a body, in particular a tool or workpiece, around a rotation axis, and accommodating a number of a >1 rotational angle offset recordings during the rotation of the body with a camera, - wherein each recording images a different portion of a surface, in particular a circumferential surface, of the body, - wherein the a recording images a rotation angle range m of up to 360° of the surface, - and wherein the a recording is distributed on multiple revolutions of the body, - wherein each recording images a different portion of a surface, in particular a circumferential surface, of the body, - wherein the a recording images a rotation angle range m of up to 360° of the surface, - and wherein the a recording is distributed on multiple revolutions of the body, wherein the machine tool comprises a drive to rotate the body during the recordings, wherein the body is rotatable with the same drive during its use as tool or workpiece.
A control device comprising: a switch interface configured to communicate with one or more hardware switches; a data plane interface configured to communicate with one or more data plane processors; and processing circuitry configured to: detect characteristics of a plurality of packet streams received at the switch interface, and distribute the plurality of packet streams between the one or more hardware switches and software data plane components of the one or more data plane processors based on the detected characteristics of the plurality of packet streams, wherein at least one packet stream of the plurality of packet streams is distributed to the one or more hardware switches, wherein the detection of the characteristics includes to determine whether a packet stream of a plurality of packet streams is a simple packet stream based on processing power expected to be used by the respective packet stream, wherein a simple packet stream requires no central processing unit, CPU, machine cycles to be processed. a switch interface configured to communicate with one or more hardware switches; a data plane interface configured to communicate with one or more data plane processors; and processing circuitry configured to: detect characteristics of a plurality of packet streams received at the switch interface, and distribute the plurality of packet streams between the one or more hardware switches and software data plane components of the one or more data plane processors based on the detected characteristics of the plurality of packet streams, wherein at least one packet stream of the plurality of packet streams is distributed to the one or more hardware switches, wherein the detection of the characteristics includes to determine whether a packet stream of a plurality of packet streams is a simple packet stream based on processing power expected to be used by the respective packet stream, wherein a simple packet stream requires no central processing unit, CPU, machine cycles to be processed. detect characteristics of a plurality of packet streams received at the switch interface, and distribute the plurality of packet streams between the one or more hardware switches and software data plane components of the one or more data plane processors based on the detected characteristics of the plurality of packet streams, wherein at least one packet stream of the plurality of packet streams is distributed to the one or more hardware switches, wherein the detection of the characteristics includes to determine whether a packet stream of a plurality of packet streams is a simple packet stream based on processing power expected to be used by the respective packet stream, wherein a simple packet stream requires no central processing unit, CPU, machine cycles to be processed.
A power generator device comprising: a heavy gyro body coupled to a power source and an induction power generator, the power source driving the heavy gyro body to rotate so as to drive the induction power generator to produce electricity; at least one rotation-driving device disposed at an edge of the heavy gyro body; a first rotation disk which is fastened to a rotation rod of the rotation-driving device and has a plurality of first magnets at a circumference thereof; a second rotation disk which is concentrically arranged with the heavy gyro body, the second rotation disk being still and having a plurality of second magnets at a circumference thereof, wherein the rotation-driving device drives the first rotation disk to rotate, the first magnets and the second magnets are interacted magnetically in reaction to drive the heavy gyro body to rotate about a vertical spindle relative to the second rotation disk; and a control unit configured for starting the rotation-driving device to accelerate the speed of the heavy gyro body when a rotation speed of the heavy gyro body is less than a first predetermined rotation speed. a heavy gyro body coupled to a power source and an induction power generator, the power source driving the heavy gyro body to rotate so as to drive the induction power generator to produce electricity; at least one rotation-driving device disposed at an edge of the heavy gyro body; a first rotation disk which is fastened to a rotation rod of the rotation-driving device and has a plurality of first magnets at a circumference thereof; a second rotation disk which is concentrically arranged with the heavy gyro body, the second rotation disk being still and having a plurality of second magnets at a circumference thereof, wherein the rotation-driving device drives the first rotation disk to rotate, the first magnets and the second magnets are interacted magnetically in reaction to drive the heavy gyro body to rotate about a vertical spindle relative to the second rotation disk; and a control unit configured for starting the rotation-driving device to accelerate the speed of the heavy gyro body when a rotation speed of the heavy gyro body is less than a first predetermined rotation speed.
A human antibody or an antigen binding fragment thereof with pH dependent antigen binding comprising a variant of the light and heavy chain variable regions of human antibody adalimumab with same or similar biological activity, said antibody comprising the variable heavy chain sequence: and the variable light chain sequence: or the variable heavy chain sequence: and the variable light chain sequence: or the variable heavy chain sequence: and the variable light chain sequence: the variable heavy chain sequence: and the variable light chain sequence: or the variable heavy chain sequence: and the variable light chain sequence: or the variable heavy chain sequence: and the variable light chain sequence:
A multi-channel audio decoding method comprising: extracting filter bank coefficients of a plurality of bands from a bitstream of a predetermined format; performing frequency transformation on the extracted filter bank coefficients of the plurality of bands to output frequency-transformed coefficients of the plurality of bands; compensating for phases of the plurality of bands according to a predetermined phase compensation value, and serially band-synthesizing the frequency-transformed coefficients of the plurality of bands in a frequency domain; and decoding a multi-channel audio signal from the serially band-synthesized frequency-transformed coefficients. extracting filter bank coefficients of a plurality of bands from a bitstream of a predetermined format; performing frequency transformation on the extracted filter bank coefficients of the plurality of bands to output frequency-transformed coefficients of the plurality of bands; compensating for phases of the plurality of bands according to a predetermined phase compensation value, and serially band-synthesizing the frequency-transformed coefficients of the plurality of bands in a frequency domain; and decoding a multi-channel audio signal from the serially band-synthesized frequency-transformed coefficients.
Headlight having a plurality of light-emitting diode arrangements as light sources, which are arranged on a common printed circuit board in a luminous area in a manner spaced apart from one another and areally distributed and make electrical contact with said printed circuit board, wherein the light-emitting diode arrangements each contain at least one light-emitting diode on an intermediate carrier board and the intermediate carrier boards can be individually fixed in their position relative to the printed circuit board by means of releasable mechanical holding means in a holding position of the holding means, and, when the holding means are released, can be released from the printed circuit board or can be attached thereto and can make electrical contact with conductor tracks of the common printed circuit board in a solder-free manner, wherein a carrier plate comprising the printed circuit board and a supporting plate for a light-emitting diode arrangement has an opening, characterized in that, using the light-emitting diode arrangement to which a heatsink is secured, one end of the heatsink is led through the opening, wherein the printed circuit board is connected to a supporting plate that mechanically stabilizes said printed circuit board and the heatsink is supported on the supporting plate.
An array substrate, comprising a pixel region and a peripheral wiring region, wherein, the peripheral wiring region comprises a transparent conductive contact electrode disposed on a base substrate, and the pixel region comprises a common electrode and a pixel electrode disposed on the base substrate, the transparent conductive contact electrode is electrically connected with a metal electrode line (2031; 2041) disposed below the transparent conductive contact electrode through via holes (2052, 3022; 3061, 3023) disposed in different insulating layers (302, 205; 302, 306) respectively, wherein the via holes are connected with each other by an electrode reserved pattern (304, 305) and orthographic projections of the via holes (2052, 3022; 3061, 3023) on the base substrate do not overlap with each other; characterized in that the electrode reserved pattern (304, 305) is transparent; and if the pixel electrode is provided above the common electrode, then the transparent conductive contact electrode is provided in a same layer with the pixel electrode, and the transparent electrode reserved pattern (304, 305) is provided in a same layer with the common electrode; alternatively, if the common electrode is provided above the pixel electrode, then the transparent conductive contact electrode is provided in a same layer with the common electrode and the transparent electrode reserved pattern (304, 305) is provided in a same layer with the pixel electrode.
A mower comprising a body and an axle connected to two front wheels, said mower comprising a quick assembly self-supporting apparatus, comprising in turn a pair of elements adapted to be hooked to the body in order to mount the axle on the latter, characterized in that each of said elements comprises a first and a second component (2, 3) configured to be assembled together with the axle interposed therebetween, and hooked in respective seats of the body by means of a first and a second locking tooth (6, 11) belonging to said first and second components (2, 3), respectively, and in that said first component comprises: - a substantially "U"-shaped first portion, with the plane of the "U" arranged perpendicular to the direction of the axle, - a first curved portion which departs from said first portion along the direction of the axle and is adapted to be hooked to the latter, - said first tooth, which departs from the outer surface and at the free end of the first curved portion, adapted to be engaged with an outer surface of the body, and in that said second component comprises: - a substantially flat second portion, with the plane parallel to that of the "U" of the first component and a curved indentation from which a second curved portion departs along the direction of the axle, - said second tooth, which departs from the outer surface and at the free end of the second curved portion, adapted to be engaged with said outer surface of the body. - a substantially "U"-shaped first portion, with the plane of the "U" arranged perpendicular to the direction of the axle, - a first curved portion which departs from said first portion along the direction of the axle and is adapted to be hooked to the latter, - said first tooth, which departs from the outer surface and at the free end of the first curved portion, adapted to be engaged with an outer surface of the body, - a substantially flat second portion, with the plane parallel to that of the "U" of the first component and a curved indentation from which a second curved portion departs along the direction of the axle, - said second tooth, which departs from the outer surface and at the free end of the second curved portion, adapted to be engaged with said outer surface of the body.
Dispenser comprising: - a fluid product reservoir (R; R') forming a threaded neck and at least one main face (Rf), - a dispensing member, such as a pump or a valve, - a fastening ring for the mounting of the dispensing member on the reservoir (R; R'), the fastening ring forming a threaded skirt capable of engaging around the threaded neck of the fluid product reservoir (R; R') with an optimal clamping torque, - a trim sleeve (F; F') mounted on the fastening ring and comprising at least one complementary face (Fc) intended to be oriented angularly in a precise manner with respect to the main face (Rf) of the fluid product reservoir (R; R'), characterised in that the trim sleeve (F; F') can be rotated with friction on the fastening ring from the moment when said optimal clamping torque is achieved, with the result that the trim sleeve (F; F') can rotate about the fastening ring which remains stationary until its complementary face (Fc) is precisely oriented with respect to the main face (Rf). - a fluid product reservoir (R; R') forming a threaded neck and at least one main face (Rf), - a dispensing member, such as a pump or a valve, - a fastening ring for the mounting of the dispensing member on the reservoir (R; R'), the fastening ring forming a threaded skirt capable of engaging around the threaded neck of the fluid product reservoir (R; R') with an optimal clamping torque, - a trim sleeve (F; F') mounted on the fastening ring and comprising at least one complementary face (Fc) intended to be oriented angularly in a precise manner with respect to the main face (Rf) of the fluid product reservoir (R; R'),
A combustor for a gas turbine engine comprising: a support shell (68,70); a forward liner panel (72A,72B) mounted to the support shell (68,70) via a multiple of studs, the forward liner panel (72A,72B) including an aft non-linear circumferential edge; and an aft liner panel (74A,74B) mounted to the support shell (68,70) via a multiple of studs, the aft liner panel (74A,74B) including a forward non-linear circumferential edge, wherein the combustor comprises cavities between the support shell (68,70) and each of the forward and aft liner panels (72A, 72B, 74A, 74B), wherein the support shell (68,70) comprises impingement passages configured to allow cooling air to enter the cavities and to provide impingement cooling of a cold side of the forward and aft liner panels (72A, 72B, 74A, 74B), characterised in that: the forward non-linear circumferential edge of the aft liner panel (74A,74B) is complementary to the aft non-linear circumferential edge of the forward liner panel (72A,72B); the forward non-linear circumferential edge and the aft non-linear circumferential edge form a non-linear interface; and the forward and aft liner panels (72A, 72B, 74A, 74B) each comprise effusion passages configured to allow the cooling air to pass from the cavities to a hot side of the respective forward and aft liner panels (72A, 72B, 74A, 74B). a support shell (68,70); a forward liner panel (72A,72B) mounted to the support shell (68,70) via a multiple of studs, the forward liner panel (72A,72B) including an aft non-linear circumferential edge; and an aft liner panel (74A,74B) mounted to the support shell (68,70) via a multiple of studs, the aft liner panel (74A,74B) including a forward non-linear circumferential edge, wherein the combustor comprises cavities between the support shell (68,70) and each of the forward and aft liner panels (72A, 72B, 74A, 74B), wherein the support shell (68,70) comprises impingement passages configured to allow cooling air to enter the cavities and to provide impingement cooling of a cold side of the forward and aft liner panels (72A, 72B, 74A, 74B), characterised in that: the forward non-linear circumferential edge of the aft liner panel (74A,74B) is complementary to the aft non-linear circumferential edge of the forward liner panel (72A,72B); the forward non-linear circumferential edge and the aft non-linear circumferential edge form a non-linear interface; and the forward and aft liner panels (72A, 72B, 74A, 74B) each comprise effusion passages configured to allow the cooling air to pass from the cavities to a hot side of the respective forward and aft liner panels (72A, 72B, 74A, 74B). the forward non-linear circumferential edge of the aft liner panel (74A,74B) is complementary to the aft non-linear circumferential edge of the forward liner panel (72A,72B); the forward non-linear circumferential edge and the aft non-linear circumferential edge form a non-linear interface; and the forward and aft liner panels (72A, 72B, 74A, 74B) each comprise effusion passages configured to allow the cooling air to pass from the cavities to a hot side of the respective forward and aft liner panels (72A, 72B, 74A, 74B).
A variant of a parent polypeptide comprising a human IgG1 Fc region, which variant binds a Fc gamma receptor III (FcyRIII) with better affinity, than the parent polypeptide and wherein the variant comprises a variant human IgG1 Fc region with at least one amino acid modification at any one or more of amino acid positions 256, 290, 298, 312, 326, 330, 333, 334, 360, or 430 of the Fc region, wherein the numbering of the residues in the Fc region is that of the EU index as in Kabat et al., Sequences of Proteins of Immunological Interest, 5th Ed., Public Health Service, National Institutes of Health, Bethesda, MD..