mhurhangee/ep-ind-claims huggingface dataset:
A system for fastening cooling elements on a component having a bottom side and a top side, wherein the system has a base apparatus and a gripping apparatus, wherein the base apparatus has a number of rows with heating elements, wherein the heating elements are arranged along a respective row, wherein the gripping apparatus has a corresponding number of rows with rail elements, wherein the rail elements are arranged along a respective row, wherein an n-th row with heating elements is congruent with an n-th row of rail elements when the gripping apparatus is arranged on the base apparatus, wherein the component is to be arranged with its bottom side on the heating elements, wherein an adhesive compound is to be applied to a top side of the component, which top side is averted from the base apparatus, in strips which are congruent to the rows along which the heating elements are arranged, wherein the cooling elements are to be arranged along the rows of rail elements, wherein the rail elements are designed to temporarily firmly hold the cooling elements on the gripping apparatus, wherein the gripping apparatus is designed to arrange the cooling elements on the strips of the adhesive compound and to press said cooling elements against the top side of the component, wherein the heating elements are designed to heat up the adhesive compound between the cooling elements and the top side of the component to a temperature which is at least as high as a curing temperature of the adhesive compound.
A stack for a magnetoresistive random-access memory, MRAM, device, the stack comprising: a substrate layer having a or or in-plane texture; a first electrode layer arranged on the substrate layer, the first electrode layer having a or or in-plane texture; a seed metal layer arranged on the first electrode layer, the seed metal layer having a or or in-plane texture; a magnetic free layer arranged on the seed metal layer; a crystalline tunnel barrier layer arranged on the free layer; a magnetic reference layer arranged on the crystalline tunnel barrier layer; a pinning layer arranged on the reference layer; and a second electrode layer arranged on the pinning layer. a substrate layer having a or or in-plane texture; a first electrode layer arranged on the substrate layer, the first electrode layer having a or or in-plane texture; a seed metal layer arranged on the first electrode layer, the seed metal layer having a or or in-plane texture; a magnetic free layer arranged on the seed metal layer; a crystalline tunnel barrier layer arranged on the free layer; a magnetic reference layer arranged on the crystalline tunnel barrier layer; a pinning layer arranged on the reference layer; and a second electrode layer arranged on the pinning layer.
A vehicle comprising: a passenger compartment including at least one seat; a floor space in front of the at least one seat, that is configured to receive a removable cargo adapter; and at least one cargo anchor, and the removable cargo adapter, characterised in that the removable cargo adapter is secured to the at least one cargo anchor, the removable cargo adapter being configured to adapt the passenger compartment of the vehicle to receive a cargo locker, wherein the removable cargo adapter includes at least one spring loaded lock that is configured to permit a cargo box to transfer onto the cargo adapter, and to automatically engage the lock once the cargo box is in place on the cargo adapter. a passenger compartment including at least one seat; a floor space in front of the at least one seat, that is configured to receive a removable cargo adapter; and at least one cargo anchor, and the removable cargo adapter, characterised in that the removable cargo adapter is secured to the at least one cargo anchor, the removable cargo adapter being configured to adapt the passenger compartment of the vehicle to receive a cargo locker, wherein the removable cargo adapter includes at least one spring loaded lock that is configured to permit a cargo box to transfer onto the cargo adapter, and to automatically engage the lock once the cargo box is in place on the cargo adapter.
Method for non-destructively testing a part comprising an elongate microstructure, said method comprising the following steps: a) moving a linear transducer in a plurality of positions ({P 1, P 2,..., P m}) located facing a surface of said part, said linear transducer comprising a plurality of transducer elements ({T 1, T 2,..., T n}) aligned along a main direction of said linear transducer; b) emitting a plurality of elementary ultrasound beams ({F 1, F 2,..., F n}), each of said plurality of elementary ultrasound beams being emitted by each of said plurality of transducer elements in the direction of said surface; c) measuring a plurality of echo signals ({E 1, E 2,..., E m}) and a plurality of structural noises ({B 1, B 2,..., B m}), each of said plurality of echo signals and each of said plurality of structural noises being measured by each of said plurality of transducer elements, each of said echo signals resulting from the backscatter of elementary ultrasound beams by a defect (Df) under the surface of the part, and each of said structural noises resulting from the backscatter of elementary ultrasound beams by said elongate microstructure; d) determining a direction of elongation of the elongate microstructure when an amplitude of one from among a plurality of structural noises measured is minimal according to said plurality of positions. a) moving a linear transducer in a plurality of positions ({P 1, P 2,..., P m}) located facing a surface of said part, said linear transducer comprising a plurality of transducer elements ({T 1, T 2,..., T n}) aligned along a main direction of said linear transducer; b) emitting a plurality of elementary ultrasound beams ({F 1, F 2,..., F n}), each of said plurality of elementary ultrasound beams being emitted by each of said plurality of transducer elements in the direction of said surface; c) measuring a plurality of echo signals ({E 1, E 2,..., E m}) and a plurality of structural noises ({B 1, B 2,..., B m}), each of said plurality of echo signals and each of said plurality of structural noises being measured by each of said plurality of transducer elements, each of said echo signals resulting from the backscatter of elementary ultrasound beams by a defect (Df) under the surface of the part, and each of said structural noises resulting from the backscatter of elementary ultrasound beams by said elongate microstructure; d) determining a direction of elongation of the elongate microstructure when an amplitude of one from among a plurality of structural noises measured is minimal according to said plurality of positions.
A stable isotope concentration method using multiple cascaded distillation columns, which includes a 1st column to mth column where m is an integer of 2 or more, including: a step in which one of gas and liquid is supplied from a position at the bottom of a (n-1)th column to a position at the top of an nth column wherein 1 < n ≤ m and the other of liquid and gas is returned from a position at the top of the nth column to a position at the bottom of the (n-1)th column; characterized in that in each distillation column, when a flow rate of an ascending gas in the column is a first flow rate and a flow rate of the gas or the liquid supplied from a previous column or a next column is a second flow rate, the second flow rate is 4% by volume or more with respect to the first flow rate. including: a step in which one of gas and liquid is supplied from a position at the bottom of a (n-1)th column to a position at the top of an nth column wherein 1 < n ≤ m and the other of liquid and gas is returned from a position at the top of the nth column to a position at the bottom of the (n-1)th column; characterized in that in each distillation column, when a flow rate of an ascending gas in the column is a first flow rate and a flow rate of the gas or the liquid supplied from a previous column or a next column is a second flow rate, the second flow rate is 4% by volume or more with respect to the first flow rate.
An organic light emitting display adapted to be connectable to an external circuit board, the organic light emitting display comprising: a substrate; a plurality of organic light emitting diodes (OLEDs) on the substrate; and a plurality of input pads coupled with the plurality of OLEDs through wiring lines, the plurality of input pads being connectable to pads of the external circuit board, wherein at least one of the plurality of input pads includes: a lead unit forming a first portion of the input pad extending from a respective one of the wiring lines, and a contact unit forming a second portion of the input pad spaced apart from the lead unit, wherein the lead unit and the contact unit of the at least one input pad are suitable for contacting and overlapping a pad of the external circuit board, and a resistor coupled between the lead unit and the contact unit of the at least one input pad including the lead unit and the contact unit, wherein an insulating layer is arranged between the at least one input pad and the resistor, and wherein the resistor is coupled with the contact unit and the lead unit through contact holes formed in the insulating layer. a substrate; a plurality of organic light emitting diodes (OLEDs) on the substrate; and a plurality of input pads coupled with the plurality of OLEDs through wiring lines, the plurality of input pads being connectable to pads of the external circuit board, a lead unit forming a first portion of the input pad extending from a respective one of the wiring lines, and a contact unit forming a second portion of the input pad spaced apart from the lead unit, wherein the lead unit and the contact unit of the at least one input pad are suitable for contacting and overlapping a pad of the external circuit board, and a resistor coupled between the lead unit and the contact unit of the at least one input pad including the lead unit and the contact unit,
An agricultural distribution machine, with at least one frame, one storage hopper or a plurality of storage hoppers, as well as with a distribution apparatus for spreading liquids and/or granular or granulated materials, wherein the distribution apparatus is arranged to be movable on the frame and wherein the distribution apparatus is subdivided into a plurality of linkage segments, which are arranged to be pivotable relative to one another and/or relative to the frame via upright axles, - wherein at least one motorised actuator that is activable by an electronic adjustment device is provided for the pivoting of the distribution apparatus and/or of the linkage segments of the distribution apparatus, - wherein sensors for the detection and transmission of an actual value regarding the alignment of the distribution apparatus and/or of the linkage segments and/or of the upright axles and/or of the at least one motorised actuator are assigned to the linkage segments and/or to the upright axles and/or to the distribution apparatus and/or to the at least one motorised actuator, characterised in that a movement speed of the at least one actuator is carried out or controlled based on sensor-detected parameters, wherein the at least one motorised actuator is activated in such a manner that yaw and pitch movements acting upon the distribution apparatus are counteracted. - wherein at least one motorised actuator that is activable by an electronic adjustment device is provided for the pivoting of the distribution apparatus and/or of the linkage segments of the distribution apparatus, - wherein sensors for the detection and transmission of an actual value regarding the alignment of the distribution apparatus and/or of the linkage segments and/or of the upright axles and/or of the at least one motorised actuator are assigned to the linkage segments and/or to the upright axles and/or to the distribution apparatus and/or to the at least one motorised actuator,
An electronic device, comprising: a metal housing; a dielectric antenna window in the metal housing; and metal structures on the dielectric antenna window that are separated from the metal housing by a slot in a slot antenna; characterised by: the slot antenna comprising an indirectly fed slot antenna having a near-field-coupled antenna feed structure. a metal housing; a dielectric antenna window in the metal housing; and metal structures on the dielectric antenna window that are separated from the metal housing by a slot in a slot antenna; characterised by: the slot antenna comprising an indirectly fed slot antenna having a near-field-coupled antenna feed structure.
A light-emitting device comprising: a substrate that is at least partially transparent to optical radiation and has a first surface, a second surface, and a first index of refraction; a diode region on the first surface of the substrate that is configured to emit light responsive to a voltage applied thereto; and an antireflective layer on the second surface of the substrate that has a graded index of refraction having values in a range between the first index of refraction at a first surface of the antireflective layer and a second index of refraction corresponding to an index of refraction of a medium adjacent to a second surface of the antireflective layer, the medium consisting of an encapsulation material or air, the first surface of the antireflective layer being proximal to the second surface of the substrate, characterized in that the substrate comprises SiC and the antireflective layer comprises (SiC) x (SiO 2) 1-x or the substrate comprises Al 2 O 3 and the antireflective layer comprises (Al 2 O 3) x (SiO 2) 1-x. a substrate that is at least partially transparent to optical radiation and has a first surface, a second surface, and a first index of refraction; a diode region on the first surface of the substrate that is configured to emit light responsive to a voltage applied thereto; and an antireflective layer on the second surface of the substrate that has a graded index of refraction having values in a range between the first index of refraction at a first surface of the antireflective layer and a second index of refraction corresponding to an index of refraction of a medium adjacent to a second surface of the antireflective layer, the medium consisting of an encapsulation material or air, the first surface of the antireflective layer being proximal to the second surface of the substrate, characterized in that the substrate comprises SiC and the antireflective layer comprises (SiC) x (SiO 2) 1-x or the substrate comprises Al 2 O 3 and the antireflective layer comprises (Al 2 O 3) x (SiO 2) 1-x.
Apparatus for curing ink on a substrate, comprising: a substrate support; a curing sheet (106, 602) positionable above the substrate support to create a gap between a substrate on the substrate support and the curing sheet (106, 602), the curing sheet to cover the entirety of a substrate on the support and comprising curing sheet walls (402, 502) connected to each of the edges of the curing sheet and that are substantially sealable against the substrate support; an oxygen-depletion mechanism for reducing the oxygen level in the gap; an ultra-violet, UV, radiation source to apply UV radiation through the curing sheet to a substrate on the substrate support, the radiation source being mounted on a carriage movable along the length of the substrate support to enable UV ink on the whole of a substrate to be cured. a substrate support; a curing sheet (106, 602) positionable above the substrate support to create a gap between a substrate on the substrate support and the curing sheet (106, 602), the curing sheet to cover the entirety of a substrate on the support and comprising curing sheet walls (402, 502) connected to each of the edges of the curing sheet and that are substantially sealable against the substrate support; an oxygen-depletion mechanism for reducing the oxygen level in the gap; an ultra-violet, UV, radiation source to apply UV radiation through the curing sheet to a substrate on the substrate support, the radiation source being mounted on a carriage movable along the length of the substrate support to enable UV ink on the whole of a substrate to be cured.
A solar cell module in which a plurality of solar cell elements are disposed between a front surface member and a rear surface protective member, and col-lector electrodes of the solar cell elements are electrically connected to each other by connecting tabs, wherein the connecting tabs are soldered to the collector electrodes with Sn-Ag-Cu solder, the collector electrodes are comprised of electrically-conductive paste containing thermosetting resin and electrically-conductive powder, and the thermosetting resin consists of epoxy resin and urethane resin, and contains 70% to 90% by volume epoxy resin having a glass transition temperature of 80 °C to 200 °C, the glass transition temperature being measured by a Thermomechanical Analysis, TMA, method.
A pharmaceutical composition, comprising: 1) an active drug that is (R,E)-N-(4-(3-chloro-4-(pyridin-2-ylmethoxy)phenylamino)-3-cyano-7-ethoxyquinolin-6-yl)-3-(1-methylpyrrolidin-2-yl)-propeneamide or a pharmacologically acceptable salt thereof; and 2) cross-linked polyvinylpyrrolidone, wherein the cross-linked polyvinylpyrrolidone is present in an amount of 2%-20%, relative to the total weight of the composition. 1) an active drug that is (R,E)-N-(4-(3-chloro-4-(pyridin-2-ylmethoxy)phenylamino)-3-cyano-7-ethoxyquinolin-6-yl)-3-(1-methylpyrrolidin-2-yl)-propeneamide or a pharmacologically acceptable salt thereof; and 2) cross-linked polyvinylpyrrolidone,
A deposit/withdrawal apparatus of a present type automated teller machine, comprising: a case formed with a bill insertion slot through which a bill is inserted; a camera which is installed at one side of the case to photograph a front side of the bill insertion slot; a shutter which is provided in the case to open or close the bill insertion slot; a tray having a bill loading space provided at an upper part thereof and movable to the front side or a back side of the bill insertion slot; and a clamp configured to prevent a bill loaded into the tray from being separated from the tray, wherein the deposit/withdrawal apparatus is configured to determine an insertion state of a bill and a location where a user's hand is placed from an image photographed by the camera, and to control operations of the tray, the clamp, and the shutter based on the determined state of the bill and the location where the user's hand is placed, wherein during a deposit operation, the clamp is operated to be seated onto the bill loaded into the upper part of the tray when the bill is loaded onto the upper part of the tray and the user's hand is placed outside a preset first reference area based on the image photographed by the camera, and wherein the preset first reference area is an area where the clamp is can be seated on the bill loaded onto the upper part of the tray when the tray protrudes toward the front side of the bill insertion slot. a case formed with a bill insertion slot through which a bill is inserted; a camera which is installed at one side of the case to photograph a front side of the bill insertion slot; a shutter which is provided in the case to open or close the bill insertion slot; a tray having a bill loading space provided at an upper part thereof and movable to the front side or a back side of the bill insertion slot; and a clamp configured to prevent a bill loaded into the tray from being separated from the tray, wherein the deposit/withdrawal apparatus is configured to determine an insertion state of a bill and a location where a user's hand is placed from an image photographed by the camera, and to control operations of the tray, the clamp, and the shutter based on the determined state of the bill and the location where the user's hand is placed, wherein during a deposit operation, the clamp is operated to be seated onto the bill loaded into the upper part of the tray when the bill is loaded onto the upper part of the tray and the user's hand is placed outside a preset first reference area based on the image photographed by the camera, and wherein the preset first reference area is an area where the clamp is can be seated on the bill loaded onto the upper part of the tray when the tray protrudes toward the front side of the bill insertion slot.
A computer-implemented method of aircraft tire maintenance comprising: receiving data of a plurality of pressure and temperature measurement points, each of the plurality of pressure and temperature measurement points comprising a pressure measurement and a temperature measurement, and having an associated time stamp; wherein the plurality of measurement points have been acquired at a predetermined time interval; determining stable points in the plurality measurement points; and using (506,508,510) the stable points for determining tire maintenance, characterised in that the stable points are identified by being one of: a pair of consecutive measurement points between which both pressure and temperature have changed by less than 2% over a predetermined time period, and a pair of consecutive measurement points between which the gradient of pressure against time and the gradient of temperature against time have changed by less than 2% over a predetermined time period; and wherein the predetermined time period is in a range of 1 minute to 2 hours and is the same as the predetermined time interval. receiving data of a plurality of pressure and temperature measurement points, each of the plurality of pressure and temperature measurement points comprising a pressure measurement and a temperature measurement, and having an associated time stamp; wherein the plurality of measurement points have been acquired at a predetermined time interval; determining stable points in the plurality measurement points; and using (506,508,510) the stable points for determining tire maintenance, characterised in that the stable points are identified by being one of: a pair of consecutive measurement points between which both pressure and temperature have changed by less than 2% over a predetermined time period, and a pair of consecutive measurement points between which the gradient of pressure against time and the gradient of temperature against time have changed by less than 2% over a predetermined time period; and a pair of consecutive measurement points between which both pressure and temperature have changed by less than 2% over a predetermined time period, and a pair of consecutive measurement points between which the gradient of pressure against time and the gradient of temperature against time have changed by less than 2% over a predetermined time period; and wherein the predetermined time period is in a range of 1 minute to 2 hours and is the same as the predetermined time interval.