mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising a touch display, wherein the touch display comprises: a substrate (410, 610, 710); a plurality of common electrodes disposed on the substrate at predetermined intervals and used for arrangement of liquid crystals and for touch wiring; a liquid crystal layer disposed above the common electrodes; a black matrix, BM, layer disposed above the liquid crystal layer, the BM layer including four edges; a color filter (420, 620, 720) disposed above the liquid crystal layer and including a plurality of unit pixels arranged at predetermined intervals by the BM layer disposed on a rear face; and a conductive connection member in contact with one edge of the four edges of the BM layer and a ground of the substrate, wherein the BM layer is formed of a low-resistance material, and at least a partial region of the BM layer is electrically connected to the ground of the substrate via the conductive connection member, and wherein the conductive connection member is disposed such that a contact amount in each of opposite ends (632, 633, 732, 733) thereof is larger than a contact amount in an intermediate (631, 731) portion thereof. a substrate (410, 610, 710); a plurality of common electrodes disposed on the substrate at predetermined intervals and used for arrangement of liquid crystals and for touch wiring; a liquid crystal layer disposed above the common electrodes; a black matrix, BM, layer disposed above the liquid crystal layer, the BM layer including four edges; a color filter (420, 620, 720) disposed above the liquid crystal layer and including a plurality of unit pixels arranged at predetermined intervals by the BM layer disposed on a rear face; and a conductive connection member in contact with one edge of the four edges of the BM layer and a ground of the substrate, wherein the BM layer is formed of a low-resistance material, and at least a partial region of the BM layer is electrically connected to the ground of the substrate via the conductive connection member, and wherein the conductive connection member is disposed such that a contact amount in each of opposite ends (632, 633, 732, 733) thereof is larger than a contact amount in an intermediate (631, 731) portion thereof.
A muffler arrangement having at least an air duct and a resonator, wherein (i) the resonator comprises at least a first shell and a second shell forming a housing around at least one resonator chamber, (ii) the air duct comprises at least an input duct, a central duct and an output duct, (iii) openings are formed in a peripheral wall of the central duct, and (iv) the resonator is arranged around the peripheral wall of the central duct covering the openings and sealing against the surroundings, wherein the air duct is made of a flexible material, manufactured from rubber or other thermoplastic elastomers or other thermoplastic material, characterized in that for sealing of the resonator against the surroundings, a sealing counterelement is provided on the peripheral wall of the central duct for pressing sealing edges of the first shell and the second shell against the sealing counterelement, wherein the sealing counterelement is a lip being an integral part of the central duct, wherein the resonator embraces the air duct, wherein sealing edges of the first shell and the second shell are accommodated in channels on the outside of the peripheral wall of the central duct. (i) the resonator comprises at least a first shell and a second shell forming a housing around at least one resonator chamber, (ii) the air duct comprises at least an input duct, a central duct and an output duct, (iii) openings are formed in a peripheral wall of the central duct, and (iv) the resonator is arranged around the peripheral wall of the central duct covering the openings and sealing against the surroundings,
A supercharger transmission, comprising: a first chamber having timing gears (15, 15') operatively disposed therein; a second chamber adjacent to the first chamber, the second chamber having transmission gears (50, 51) operatively disposed therein; an oil fill level defined in the second chamber; characterized by: a bearing retention wall, the bearing retention wall disposed between the first chamber and the second chamber, the bearing retention wall including: a return port to allow fluid communication between the first chamber and the second chamber, the return port being an aperture defined in the bearing retention wall below the oil fill level; and a crosstalk port to allow fluid communication between the first chamber and the second chamber, the crosstalk port being an aperture defined in the bearing retention wall above the oil fill level. a first chamber having timing gears (15, 15') operatively disposed therein; a second chamber adjacent to the first chamber, the second chamber having transmission gears (50, 51) operatively disposed therein; an oil fill level defined in the second chamber; characterized by: a bearing retention wall, the bearing retention wall disposed between the first chamber and the second chamber, the bearing retention wall including: a return port to allow fluid communication between the first chamber and the second chamber, the return port being an aperture defined in the bearing retention wall below the oil fill level; and a crosstalk port to allow fluid communication between the first chamber and the second chamber, the crosstalk port being an aperture defined in the bearing retention wall above the oil fill level. a bearing retention wall, the bearing retention wall disposed between the first chamber and the second chamber, the bearing retention wall including: a return port to allow fluid communication between the first chamber and the second chamber, the return port being an aperture defined in the bearing retention wall below the oil fill level; and a crosstalk port to allow fluid communication between the first chamber and the second chamber, the crosstalk port being an aperture defined in the bearing retention wall above the oil fill level. a return port to allow fluid communication between the first chamber and the second chamber, the return port being an aperture defined in the bearing retention wall below the oil fill level; and a crosstalk port to allow fluid communication between the first chamber and the second chamber, the crosstalk port being an aperture defined in the bearing retention wall above the oil fill level.
Device for reorientation of eggs deposited in the hollow open cells of a tray, said device being intended to reorientate at least one egg from said tray along a substantially vertical axis, said device comprising at least one reorientation element capable of moving between a low position and a high position with respect to the cell containing the egg to be reorientated, characterised in that said reorientation element comprises a lower seat on which upright rods are fixed, the upper ends of said rods being able to spread out with respect to each other on contact with the egg to be reorientated, the upright rods being intended to interpose themselves between the cell and the egg, in the high position, so as to damp and guide a movement of the egg under the effect of its weight to a substantially vertical position.
A extractor for use with an apparatus for eluting an analyte from a solid phase wherein said extractor comprises a cylindrical body having a top surface, a bottom surface, a circumferential surface and a plurality of chambers wherein each of said plurality of chambers defines an opening on each of said top surface, said bottom surface and said circumferential surface, thereby defining a plurality of openings on each of said top surface, said bottom surface and said circumferential surface, the extractor being characterised by further comprising a compression ring positioned in overlying registry with said plurality of openings on said circumferential surface, said solid phase in use being sandwiched between said compression ring and said circumferential surface and positioned in overlying registry with said plurality of openings on said circumferential surface.
Method for producing at least one stack formed from bags, characterized by the following steps: a) feeding tubular or semi-tubular material for the purpose of forming a lower material layer and an upper material layer, b) making at least one weld seam to connect the lower material layer and the upper material layer for the purpose of forming individual, but still connected bags, c) making a formatting fold in the layer web formed from still connected bags, d) separating into individual bags the bags which are connected in the formatted layer web, these individual bags still having the formatting fold, e) forming a stack from individual bags, f) making at least fold in the stack. a) feeding tubular or semi-tubular material for the purpose of forming a lower material layer and an upper material layer, b) making at least one weld seam to connect the lower material layer and the upper material layer for the purpose of forming individual, but still connected bags, c) making a formatting fold in the layer web formed from still connected bags, d) separating into individual bags the bags which are connected in the formatted layer web, these individual bags still having the formatting fold, e) forming a stack from individual bags, f) making at least fold in the stack.
Headlamp comprising: - a light source having one or more LED-type diodes; - a power module for generating electric power for said light source, said module being controlled by an information or a control signal; - a control module for the adjustment of the light intensity generated by said light source; characterized in that said control module includes an image sensor generating at least one image of the area illuminated by said light source and processing means of said image in order to generate said information or said control signal. - a light source having one or more LED-type diodes; - a power module for generating electric power for said light source, said module being controlled by an information or a control signal; - a control module for the adjustment of the light intensity generated by said light source; characterized in that said control module includes an image sensor generating at least one image of the area illuminated by said light source and processing means of said image in order to generate said information or said control signal.
A solid oxide fuel cell comprising: an anode whose thickness is 10-100 μm; a cathode whose thickness is 10-100 μm; and an electrolyte support whose average thickness is 300-1000 μm provided between the anode and the cathode, pores gradually increasing to both surfaces from the middle of the electrolyte support in a thickness direction such that the porosity of each of both surfaces of the electrolyte support is higher than the porosity of the middle portion of the electrolyte support by 20% or more, wherein the porosity is measured using a scanning electron microscope and by adjusting a contrast using an image analyzer to measure the pixel amount for the pores in a vertical cross-section of the electrolyte support, the electrolyte support comprising oxygen ion conductive inorganic particles and 0.2-5 wt.%, based on the total weight of the electrolyte composition, of a sintering agent including at least one of SiO 2, B 2 O 3, BaO, ZnO, Al 2 O 3, ZrO 2, Na 2 O, Fe 2 O 3, CaO and K 2 O. an anode whose thickness is 10-100 μm; a cathode whose thickness is 10-100 μm; and an electrolyte support whose average thickness is 300-1000 μm provided between the anode and the cathode, pores gradually increasing to both surfaces from the middle of the electrolyte support in a thickness direction such that the porosity of each of both surfaces of the electrolyte support is higher than the porosity of the middle portion of the electrolyte support by 20% or more, wherein the porosity is measured using a scanning electron microscope and by adjusting a contrast using an image analyzer to measure the pixel amount for the pores in a vertical cross-section of the electrolyte support, the electrolyte support comprising oxygen ion conductive inorganic particles and 0.2-5 wt.%, based on the total weight of the electrolyte composition, of a sintering agent including at least one of SiO 2, B 2 O 3, BaO, ZnO, Al 2 O 3, ZrO 2, Na 2 O, Fe 2 O 3, CaO and K 2 O.
A flip-chip Group III nitride semiconductor light emitting diode (100, 300, 400, 500) comprising: an RAMO 4 layer (101, 501) including a single crystal represented by the general formula RAMO 4, wherein R represents one or more trivalent elements selected from the group consisting of Sc, In, Y and lanthanoid elements, A represents one or more trivalent elements selected from the group consisting of Fe, Ga and Al, and M represents one or more divalent elements selected from the group consisting of Mg, Mn, Fe, Co, Cu, Zn and Cd; and a layered product stacked on the RAMO 4 layer (101, 501), wherein the layered product includes at least a light emitting layer including a Group III nitride semiconductor, and a degree of flatness of a surface, of the RAMO 4 layer (101, 501), opposite to the layered product is lower than a degree of flatness of a surface, of the RAMO 4 layer, adjacent to the layered product, wherein the layered product further comprises: an n-type Group III nitride semiconductor layer (102, 502) disposed on one side of the light emitting layer; and a p-type Group III nitride semiconductor layer disposed on another side of the light emitting layer, and wherein the RAMO 4 layer (101, 501) is disposed adjacent to the n-type Group III nitride semiconductor layer (102, 502), characterised in that a thickness of the n-type Group III nitride semiconductor layer (102, 502) is 50 μm or more, and in that a thickness of the RAMO 4 layer (101, 501) is 10 μm or less. an RAMO 4 layer (101, 501) including a single crystal represented by the general formula RAMO 4, wherein R represents one or more trivalent elements selected from the group consisting of Sc, In, Y and lanthanoid elements, A represents one or more trivalent elements selected from the group consisting of Fe, Ga and Al, and M represents one or more divalent elements selected from the group consisting of Mg, Mn, Fe, Co, Cu, Zn and Cd; and a layered product stacked on the RAMO 4 layer (101, 501), wherein the layered product includes at least a light emitting layer including a Group III nitride semiconductor, and a degree of flatness of a surface, of the RAMO 4 layer (101, 501), opposite to the layered product is lower than a degree of flatness of a surface, of the RAMO 4 layer, adjacent to the layered product, wherein the layered product further comprises: an n-type Group III nitride semiconductor layer (102, 502) disposed on one side of the light emitting layer; and a p-type Group III nitride semiconductor layer disposed on another side of the light emitting layer, and wherein the RAMO 4 layer (101, 501) is disposed adjacent to the n-type Group III nitride semiconductor layer (102, 502),
Method for filtering torsion vibrations of a heat engine connected by a damper to a transmission driving the driven wheels of a hybrid vehicle, a hydraulic machine working as a motor or as a pump, being able to be connected to a shaft of the transmission by a coupling system, characterised in that, in a first operating mode comprising a high vibration excitation level generated by the heat engine, the method systematically maintains the coupling of the hydraulic machine in order to add inertia to the transmission shaft, this machine working or not working, and, in a second operating mode comprising a lower vibration excitation level, the method enables decoupling of the hydraulic machine.
Refreshing device comprising a fan mounted onto a base, the base comprising a main container for storing a fluid, a mini-fan and a nebuliser for setting the fluid nebulised outside of the main container in motion towards a diffuser positioned downstream of the fan, characterised in that the diffuser comprises an opening having a substantially annular shape, the outlet surface of the opening being substantially perpendicular to the direction of airflow generated by the fan.
A computer-implemented method, comprising: - obtaining multiple magnetic resonance imaging, MRI, images, wherein the multiple MRI images are obtained from frequency scout measurements associated with multiple frequency offsets from a reference frequency of a magnetization excitation pulse, - determining from the multiple MRI images at least one reference image based on spectrum information of each of the multiple MRI images, wherein the spectrum information pertains to spatial frequency components of the multiple MRI images, wherein from the multiple MRI images a subset including two or more MRI images based on the spectrum information of each of the multiple MRI images is determined, wherein the two or more MRI images included in the subset have a minimum high-frequency signal contribution, wherein the at least one reference image is determined based on the subset of the two or more MRI images, - determining, for each one of the multiple MRI images, a respective similarity measure based on a comparison between the at least one reference image and the respective MRI image, and - selecting, based on the similarity measures, a frequency offset for a subsequent MRI scan from the multiple frequency offsets. - obtaining multiple magnetic resonance imaging, MRI, images, wherein the multiple MRI images are obtained from frequency scout measurements associated with multiple frequency offsets from a reference frequency of a magnetization excitation pulse, - determining from the multiple MRI images at least one reference image based on spectrum information of each of the multiple MRI images, wherein the spectrum information pertains to spatial frequency components of the multiple MRI images, wherein from the multiple MRI images a subset including two or more MRI images based on the spectrum information of each of the multiple MRI images is determined, wherein the two or more MRI images included in the subset have a minimum high-frequency signal contribution, wherein the at least one reference image is determined based on the subset of the two or more MRI images, wherein from the multiple MRI images a subset including two or more MRI images based on the spectrum information of each of the multiple MRI images is determined, wherein the two or more MRI images included in the subset have a minimum high-frequency signal contribution, wherein the at least one reference image is determined based on the subset of the two or more MRI images, - determining, for each one of the multiple MRI images, a respective similarity measure based on a comparison between the at least one reference image and the respective MRI image, and - selecting, based on the similarity measures, a frequency offset for a subsequent MRI scan from the multiple frequency offsets.
A method for wireless communication, comprising: receiving a first downlink control information message and a second downlink control information message of a set of downlink control information messages that schedule one or more groups of downlink transmissions, the first downlink control information message including a group index field in accordance with a format of the first downlink control information message, and the second downlink control information message excluding the group index field in accordance with a format of the second downlink control information message, wherein a feedback message for the one or more groups of downlink transmissions is to be transmitted during a same time period; identifying, based at least in part on an index associated with each downlink control information message of the set of downlink control information messages, that the first downlink control information message is a last downlink control information message of the set of downlink control information messages based at least in part on the second downlink control information message excluding the group index field; identifying, from the group index field of the first downlink control information message, a group index value indicating a first group from the one or more groups of downlink transmissions; and transmitting, during the same time period, the feedback message for the one or more groups of downlink transmissions, the feedback message being based at least in part on the identified group index value. receiving a first downlink control information message and a second downlink control information message of a set of downlink control information messages that schedule one or more groups of downlink transmissions, the first downlink control information message including a group index field in accordance with a format of the first downlink control information message, and the second downlink control information message excluding the group index field in accordance with a format of the second downlink control information message, wherein a feedback message for the one or more groups of downlink transmissions is to be transmitted during a same time period; identifying, based at least in part on an index associated with each downlink control information message of the set of downlink control information messages, that the first downlink control information message is a last downlink control information message of the set of downlink control information messages based at least in part on the second downlink control information message excluding the group index field; identifying, from the group index field of the first downlink control information message, a group index value indicating a first group from the one or more groups of downlink transmissions; and transmitting, during the same time period, the feedback message for the one or more groups of downlink transmissions, the feedback message being based at least in part on the identified group index value.