mhurhangee/ep-ind-claims huggingface dataset:
An organic light-emitting diode device comprising: a substrate; an organic light-emitting diode layer on a side of the substrate; and a barrier layer configured to block ultraviolet rays from entering the organic light-emitting diode layer, wherein the barrier layer is on a side of the organic light-emitting diode layer away from the substrate or on a side of the organic light-emitting diode close to the substrate; wherein the barrier layer is at least one of a capping layer for capping electrode capable of ultraviolet rays absorbing, a light extraction layer for light extraction capable of electrode capping and ultraviolet rays absorbing, or a packaging layer for packaging capable of ultraviolet rays absorbing and capping the electrode layer and the light extraction layer; wherein the barrier layer is formed by a mixture of ultraviolet absorber and organic material; wherein the proportion of the ultraviolet absorber in the mixture is any value between 0.5%-1%; wherein the organic light-emitting diode layer along with the capping layer, the light extraction layer and the packaging layer constitute a multi-layer structure of the organic light-emitting diode device on the substrate; and wherein the capping layer, the light extraction layer and the packaging layer are distinct layers stacked in direct contact; and wherein a thickness of the barrier layer is in a range of 50-80nm. a substrate; an organic light-emitting diode layer on a side of the substrate; and a barrier layer configured to block ultraviolet rays from entering the organic light-emitting diode layer, wherein the barrier layer is on a side of the organic light-emitting diode layer away from the substrate or on a side of the organic light-emitting diode close to the substrate; wherein the barrier layer is at least one of a capping layer for capping electrode capable of ultraviolet rays absorbing, a light extraction layer for light extraction capable of electrode capping and ultraviolet rays absorbing, or a packaging layer for packaging capable of ultraviolet rays absorbing and capping the electrode layer and the light extraction layer; wherein the barrier layer is formed by a mixture of ultraviolet absorber and organic material; wherein the proportion of the ultraviolet absorber in the mixture is any value between 0.5%-1%; wherein the organic light-emitting diode layer along with the capping layer, the light extraction layer and the packaging layer constitute a multi-layer structure of the organic light-emitting diode device on the substrate; and wherein the capping layer, the light extraction layer and the packaging layer are distinct layers stacked in direct contact; and wherein the capping layer, the light extraction layer and the packaging layer are distinct layers stacked in direct contact; and wherein a thickness of the barrier layer is in a range of 50-80nm.
A method of making a flexible circuit film, comprising: providing a flexible substrate having a plurality of alignment marks and a photosensitive material thereon; passing the substrate around an inelastic conveyor such that the substrate and the conveyor move together at least from a first conveyor location to a second conveyor location, wherein the inelastic conveyor consists of a single roller; measuring positions of a first set of the alignment marks on a first portion of the substrate when the first portion of the substrate is at the first conveyor location; patternwise exposing the photosensitive material on the first portion of the substrate when the first portion of the substrate has moved to the second conveyor location, the patternwise exposing being based on the measuring of the positions. providing a flexible substrate having a plurality of alignment marks and a photosensitive material thereon; passing the substrate around an inelastic conveyor such that the substrate and the conveyor move together at least from a first conveyor location to a second conveyor location, wherein the inelastic conveyor consists of a single roller; measuring positions of a first set of the alignment marks on a first portion of the substrate when the first portion of the substrate is at the first conveyor location; patternwise exposing the photosensitive material on the first portion of the substrate when the first portion of the substrate has moved to the second conveyor location, the patternwise exposing being based on the measuring of the positions.
A high-resonant-frequency material composition comprising: an enhanced z-type hexagonal ferrite having some barium atoms substituted for strontium atoms and some iron atoms substituted for aluminium atoms, the enhanced z-type hexagonal ferrite having a formula Ba 1.5 Sr 1.5 Co 2 Fe 24-y Al y O 41, y being greater than or equal to 0.3 and less than or equal to 0.9, the enhanced z-type hexagonal ferrite having a resonant frequency of over 500MHz.
A method in a first media device arranged to display a video, the method comprising: receiving a selection of a video; receiving an instruction from a user to display the video on a second media device; in response to said instruction from the user, requesting an indication from the user as to where on a display of the second media device to display the video, wherein requesting an indication from the user as to where on a display of the second media device to display the video comprises displaying a first image indicative of the display of the second media device together with a second image indicative of the video, the second image displayed in front of the first image, and the second image being moveable by the user; receiving an indication from the user as to where on the display of the second media device to display the video; sending an instruction to the second media device, the instruction indicating where, on the display of the second media device, the second media device should display the video; and transferring video playback from the first media device to the second media device. receiving a selection of a video; receiving an instruction from a user to display the video on a second media device; in response to said instruction from the user, requesting an indication from the user as to where on a display of the second media device to display the video, wherein requesting an indication from the user as to where on a display of the second media device to display the video comprises displaying a first image indicative of the display of the second media device together with a second image indicative of the video, the second image displayed in front of the first image, and the second image being moveable by the user; receiving an indication from the user as to where on the display of the second media device to display the video; sending an instruction to the second media device, the instruction indicating where, on the display of the second media device, the second media device should display the video; and transferring video playback from the first media device to the second media device.
A vacuum insulation body, comprising: a vacuum-tight covering that surrounds an evacuated region in which one or more core materials are arranged, wherein the vacuum-tight covering has an evacuation opening that is provided with a valve that comprises a valve disk, and the valve disk opens the evacuation opening in the opened state and closes the evacuation opening in the closed state, characterized in that means for a vacuum-tight thermal sealing of the evacuation opening are arranged outside the sealing region of the valve disk. a vacuum-tight covering that surrounds an evacuated region in which one or more core materials are arranged, wherein the vacuum-tight covering has an evacuation opening that is provided with a valve that comprises a valve disk, and the valve disk opens the evacuation opening in the opened state and closes the evacuation opening in the closed state, characterized in that means for a vacuum-tight thermal sealing of the evacuation opening are arranged outside the sealing region of the valve disk.
A process for manufacturing high-strength cold rolled steel sheets, the high-strength cold rolled steel sheets containing 0.5 to 2.0 mass% silicon, the process comprising: a pickling step of thermally annealing a steel sheet in a non-oxidizing atmosphere and thereafter pickling the steel sheet to dissolve away 0.5 g/m 2 to less than 2.0 g/m 2 of the steel sheet, and an electroplating step of electroplating the surface of the pickled steel sheet with zinc under such conditions that a coating mass of 100 to 5000 mg/m 2 is obtained, wherein the heating time during the thermal annealing is 4 minutes or less. a pickling step of thermally annealing a steel sheet in a non-oxidizing atmosphere and thereafter pickling the steel sheet to dissolve away 0.5 g/m 2 to less than 2.0 g/m 2 of the steel sheet, and an electroplating step of electroplating the surface of the pickled steel sheet with zinc under such conditions that a coating mass of 100 to 5000 mg/m 2 is obtained, wherein the heating time during the thermal annealing is 4 minutes or less.
A washing machine comprising: a cabinet comprising an upper surface having an upper cover and a detergent dispenser cover; a tub provided within the cabinet; a rotatable drum provided within the tub; and a detergent dispenser located above the front portion of the tub, comprising a detergent part to input detergents and a subsidiary detergent part to input subsidiary detergents, wherein the detergent part and the subsidiary detergent part are separated from each other by a designated interval such that the detergent part is located at one side of the detergent dispenser and the subsidiary detergent part is located at the other side of the detergent dispenser; a connection part connecting the detergent part and the subsidiary detergent part, characterised in that the upper cover forms a rear portion of the upper surface; the dispenser cover forms a front portion of the upper surface; the detergent dispenser cover being for rotatably opening and closing the upper surface of the detergent dispenser, and the detergent part and the subsidiary detergent part are separated from each other such that the detergent part is located at one side of the upper surface of the cabinet and the subsidiary detergent part is located at the other side of the upper surface of the cabinet. a cabinet comprising an upper surface having an upper cover and a detergent dispenser cover; a tub provided within the cabinet; a rotatable drum provided within the tub; and a detergent dispenser located above the front portion of the tub, comprising a detergent part to input detergents and a subsidiary detergent part to input subsidiary detergents, wherein the detergent part and the subsidiary detergent part are separated from each other by a designated interval such that the detergent part is located at one side of the detergent dispenser and the subsidiary detergent part is located at the other side of the detergent dispenser; a connection part connecting the detergent part and the subsidiary detergent part, characterised in that the upper cover forms a rear portion of the upper surface; the dispenser cover forms a front portion of the upper surface; the detergent dispenser cover being for rotatably opening and closing the upper surface of the detergent dispenser, and the detergent part and the subsidiary detergent part are separated from each other such that the detergent part is located at one side of the upper surface of the cabinet and the subsidiary detergent part is located at the other side of the upper surface of the cabinet.
Transport installation comprising: - at least one passive vehicle based on the ground to move in to- and-fro manner along a single running track, - two end stations connected by the running track, - hauling ropes (12, 13) to which the vehicle is successively coupled to be hauled on the track, - a drive unit associated to each hauling rope (12, 13) to provide its run along the track, - the vehicle comprising two mechanisms (16, 17) arranged on the opposite lateral sides of the vehicle to individually clamp the vehicle in reversible manner on the hauling ropes (12, 13) arranged along at least a part of each of the lateral edges (14, 15) of the running track, - the running track being equipped with means for guiding (19, 20) the vehicle during its movement along the track, the means for guiding (19, 20) being formed by two lateral flanks each extending along a lateral edge (14, 15) of the running track, - the vehicle carrying two vertical-axis guide wheels (21, 22) arranged underneath the vehicle and each designed to run on a lateral flank, and - the two guide wheels (21, 22) being arranged above the mechanisms (16, 17). - at least one passive vehicle based on the ground to move in to- and-fro manner along a single running track, - two end stations connected by the running track, - hauling ropes (12, 13) to which the vehicle is successively coupled to be hauled on the track, - a drive unit associated to each hauling rope (12, 13) to provide its run along the track, - the vehicle comprising two mechanisms (16, 17) arranged on the opposite lateral sides of the vehicle to individually clamp the vehicle in reversible manner on the hauling ropes (12, 13) arranged along at least a part of each of the lateral edges (14, 15) of the running track, - the running track being equipped with means for guiding (19, 20) the vehicle during its movement along the track, the means for guiding (19, 20) being formed by two lateral flanks each extending along a lateral edge (14, 15) of the running track, - the vehicle carrying two vertical-axis guide wheels (21, 22) arranged underneath the vehicle and each designed to run on a lateral flank, and - the two guide wheels (21, 22) being arranged above the mechanisms (16, 17).
Monitoring device for determining at least one position of a displacement piston, having a housing, a pressurised fluid control device, a pressure determining device and the displacement piston, which is guided in a longitudinally displaceable manner in the housing and delimits at least one fluid chamber (3, 5) with a variable volume in the housing, said chamber being able to be connected via a pressure supply port (9, 11) to the pressurised fluid control device, wherein a volume flow control device is provided, wherein the volume flow control device and, downstream of the latter in the direction of the measurement port (15, 17), the pressure determining device are connected between the pressurised fluid control device and a measurement port (15, 17) of the assigned fluid chamber (5, 3) of the displacement piston, said pressure determining device emitting a measuring signal at least when the displacement piston has reached a predefinable end position in the housing, wherein the pressure determining device is formed by a pressure switch which emits a measuring signal as soon as the displacement piston closes the measurement port (15, 17) in the assigned fluid chamber (3, 5), and wherein the volume flow control device is formed by at least one aperture, characterised in that the volume flow control device is formed by the aperture and a pressure-reducing valve connected downstream in the direction of the measurement port (15, 17). wherein a volume flow control device is provided, wherein the volume flow control device and, downstream of the latter in the direction of the measurement port (15, 17), the pressure determining device are connected between the pressurised fluid control device and a measurement port (15, 17) of the assigned fluid chamber (5, 3) of the displacement piston, said pressure determining device emitting a measuring signal at least when the displacement piston has reached a predefinable end position in the housing, wherein the pressure determining device is formed by a pressure switch which emits a measuring signal as soon as the displacement piston closes the measurement port (15, 17) in the assigned fluid chamber (3, 5), and wherein the volume flow control device is formed by at least one aperture, characterised in that the volume flow control device is formed by the aperture and a pressure-reducing valve connected downstream in the direction of the measurement port (15, 17).
A method performed by a control unit comprised in a vehicle for controlling a distribution of service brake activation between a first vehicle unit and a second vehicle unit of the vehicle, the method is characterized by comprising: - determining a first periodic brake adjustment and a second periodic brake adjustment to be applied to an electric propulsion system and a service brake system of the vehicle, respectively, to adjust a retardation of the vehicle by less than a retardation threshold, ∘ wherein applying the first periodic brake adjustment comprises periodically adjusting a charging power of the electric propulsion system of the vehicle, and ∘ wherein applying the second periodic brake adjustment comprises periodically adjusting a brake pressure applied to the service brake system of the vehicle, and wherein periodically adjusting the brake pressure applied to the service brake system triggers the service brake system to periodically activate one or more second service brakes of the second vehicle unit of the vehicle, - applying the first periodic brake adjustment to the electric propulsion system of the vehicle and applying the second periodic brake adjustment to the service brake system of the vehicle. - determining a first periodic brake adjustment and a second periodic brake adjustment to be applied to an electric propulsion system and a service brake system of the vehicle, respectively, to adjust a retardation of the vehicle by less than a retardation threshold, ∘ wherein applying the first periodic brake adjustment comprises periodically adjusting a charging power of the electric propulsion system of the vehicle, and ∘ wherein applying the second periodic brake adjustment comprises periodically adjusting a brake pressure applied to the service brake system of the vehicle, and wherein periodically adjusting the brake pressure applied to the service brake system triggers the service brake system to periodically activate one or more second service brakes of the second vehicle unit of the vehicle, ∘ wherein applying the first periodic brake adjustment comprises periodically adjusting a charging power of the electric propulsion system of the vehicle, and ∘ wherein applying the second periodic brake adjustment comprises periodically adjusting a brake pressure applied to the service brake system of the vehicle, and wherein periodically adjusting the brake pressure applied to the service brake system triggers the service brake system to periodically activate one or more second service brakes of the second vehicle unit of the vehicle, - applying the first periodic brake adjustment to the electric propulsion system of the vehicle and applying the second periodic brake adjustment to the service brake system of the vehicle.
A stapler reload assembly comprising: an anvil assembly and a cartridge assembly with a series of surgical staples disposed in the cartridge assembly; the cartridge assembly including a shell member; a pusher member slidably disposed within the shell member and configured to eject the staples from the staple cartridge; and a chip assembly, the chip assembly including a housing assembly disposed within the shell member, the housing assembly including a base member defining a cavity and having an open first end and a closed second end, a seal member disposed about the open end of the base member, and a circuit board assembly disposed within the cavity of the base member, wherein the circuit board assembly includes a chip configured to contain specifications of the reload assembly, the base member being adapted to receive a plug member/assembly in its open first end such that first and second contact members extending from such a plug member/assembly may be received within the cavity defined by the base member and engage the circuit board assembly when such a plug member/assembly engages the housing assembly. an anvil assembly and a cartridge assembly with a series of surgical staples disposed in the cartridge assembly; the cartridge assembly including a shell member; a pusher member slidably disposed within the shell member and configured to eject the staples from the staple cartridge; and a chip assembly, the chip assembly including a housing assembly disposed within the shell member, the housing assembly including a base member defining a cavity and having an open first end and a closed second end, a seal member disposed about the open end of the base member, and a circuit board assembly disposed within the cavity of the base member, wherein the circuit board assembly includes a chip configured to contain specifications of the reload assembly, a pusher member slidably disposed within the shell member and configured to eject the staples from the staple cartridge; and a chip assembly, the chip assembly including a housing assembly disposed within the shell member, the housing assembly including a base member defining a cavity and having an open first end and a closed second end, a seal member disposed about the open end of the base member, and a circuit board assembly disposed within the cavity of the base member, wherein the circuit board assembly includes a chip configured to contain specifications of the reload assembly, the base member being adapted to receive a plug member/assembly in its open first end such that first and second contact members extending from such a plug member/assembly may be received within the cavity defined by the base member and engage the circuit board assembly when such a plug member/assembly engages the housing assembly.
1-{5-ethyl-2-[(propan-2-yl)oxy]pyridin-3-yl}- N -(2-methylquinoline-5-sulfonyl)cyclopropane-1-carboxamide, or a pharmaceutically acceptable salt thereof.
A compound having a formula Wherein: X is any one of a carboxylic acid, carboxylic ester or a bioisoster thereof, primary alcohol, ether, or an amine group, wherein the bioisoster consists of a sulfate, sulfonic acid, phosphate, phosphonate, or a nitrogen-containing etherocyclic ring, and wherein the amine group optionally comprises a primary amine, secondary amine, or a cyclic amine; n is 1, 2, 3, 4, or 5; a C3-C1' dashed line represents an optional exocyclic double bond C=C at position C3-C1'; a C2-C3 dashed line represents an optional endocyclic double bond C=C; Y at C6 is a hydroxyl in the alpha- or beta-configuration or a hydroxymethyl (CH 2 OH) in the alpha-configuration; Z at C7 is a -H or -OH in an alpha-configuration or a ketone, wherein a dashed line represents an optional carbonyl group (C=O) at Z; or a pharmaceutically acceptable salt, solvate, or hydrate thereof. X is any one of a carboxylic acid, carboxylic ester or a bioisoster thereof, primary alcohol, ether, or an amine group, wherein the bioisoster consists of a sulfate, sulfonic acid, phosphate, phosphonate, or a nitrogen-containing etherocyclic ring, and wherein the amine group optionally comprises a primary amine, secondary amine, or a cyclic amine; n is 1, 2, 3, 4, or 5; a C3-C1' dashed line represents an optional exocyclic double bond C=C at position C3-C1'; a C2-C3 dashed line represents an optional endocyclic double bond C=C; Y at C6 is a hydroxyl in the alpha- or beta-configuration or a hydroxymethyl (CH 2 OH) in the alpha-configuration; Z at C7 is a -H or -OH in an alpha-configuration or a ketone, wherein a dashed line represents an optional carbonyl group (C=O) at Z; or