mhurhangee/ep-ind-claims huggingface dataset:
A self-cleaning automatically-stored electrical mop, comprising a mop rod assembly, a mop head assembly arranged at a lower end of the mop rod assembly, and a cleaning base assembly used for storing and cleaning the mop head assembly, wherein: the mop head assembly includes a mop head shell provided with a rotatable cleaning roller and a motor used for driving the cleaning roller; and the cleaning base assembly includes a shell part, wherein a cleaning groove used for cleaning the cleaning roller is formed in the shell part, a cleaning assembly used for scrubbing the cleaning roller is arranged in the cleaning groove, and the shell part is provided with a sewage discharge system used for discharging sewage; wherein a bottom surface of the cleaning groove is oblique, characterized in that the cleaning assembly includes a water-squeezing scraper strip arranged on an edge of a positioning slot. the mop head assembly includes a mop head shell provided with a rotatable cleaning roller and a motor used for driving the cleaning roller; and the cleaning base assembly includes a shell part, wherein a cleaning groove used for cleaning the cleaning roller is formed in the shell part, a cleaning assembly used for scrubbing the cleaning roller is arranged in the cleaning groove, and the shell part is provided with a sewage discharge system used for discharging sewage; wherein a bottom surface of the cleaning groove is oblique, characterized in that the cleaning assembly includes a water-squeezing scraper strip arranged on an edge of a positioning slot.
A display device comprising: a light source; an optical system that converts light emitted from the light source into irradiation light within an irradiation area having a predetermined width; a liquid crystal panel that receives the irradiation light, a first heat sink that includes an opening through which the irradiation light passes, and supports the liquid crystal panel; and a diffusion plate that diffuses the irradiation light, wherein the first heat sink includes a first surface that is in contact with the liquid crystal panel and a second surface that is formed at a position recessed in a direction separating from the liquid crystal panel and closer to the opening than the first surface is when viewed from a display surface side of the liquid crystal panel, and the diffusion plate is disposed adjacent to and between the second surface and a light source side of the liquid crystal panel. a light source; an optical system that converts light emitted from the light source into irradiation light within an irradiation area having a predetermined width; a liquid crystal panel that receives the irradiation light, a first heat sink that includes an opening through which the irradiation light passes, and supports the liquid crystal panel; and a diffusion plate that diffuses the irradiation light, wherein the first heat sink includes a first surface that is in contact with the liquid crystal panel and a second surface that is formed at a position recessed in a direction separating from the liquid crystal panel and closer to the opening than the first surface is when viewed from a display surface side of the liquid crystal panel, and the diffusion plate is disposed adjacent to and between the second surface and a light source side of the liquid crystal panel.
Sliding door arrangement comprising: - at least one sliding door (2; 2a-2c) which is guided in a displaceable manner and has a shoulder on its upper or lower side, - at least one stationary retraction device (4, 4') for retracting the sliding door (2; 2a-2c) into an end or middle position, wherein the retraction device (4, 4') has a latching hook which is guided initially in a linearly displaceable manner in a retraction housing from a retracted end position opposite to a retraction direction against the effect of a restoring force and then tilts about a vertical tilting axis into a latching position, and - at least one activator which is screwed to the upper or lower side of the sliding door (2; 2a-2c) and which, during the linear displacement of the latching hook, is received in a latching recess of the latching hook and is thereby motion-coupled to the latching hook in and against the retraction direction and which, in the tilted latching position of the latching hook, is released from the latching recess for movement in the opposite direction to the retraction direction, wherein the horizontal mounting distance of the activator to one of the two end faces of the sliding door (2; 2a-2c) is fixed by means of a spacer, one end of which bears against the in particular off-center shoulder of the sliding door (2; 2a-2c) and against the other end of which the activator bears, characterized in that the shoulder is formed by the end face of a guide carriage of the sliding door (2; 2a-2c), which is provided on the upper or lower side of the sliding door (2; 2a-2c). - at least one sliding door (2; 2a-2c) which is guided in a displaceable manner and has a shoulder on its upper or lower side, - at least one stationary retraction device (4, 4') for retracting the sliding door (2; 2a-2c) into an end or middle position, wherein the retraction device (4, 4') has a latching hook which is guided initially in a linearly displaceable manner in a retraction housing from a retracted end position opposite to a retraction direction against the effect of a restoring force and then tilts about a vertical tilting axis into a latching position, and - at least one activator which is screwed to the upper or lower side of the sliding door (2; 2a-2c) and which, during the linear displacement of the latching hook, is received in a latching recess of the latching hook and is thereby motion-coupled to the latching hook in and against the retraction direction and which, in the tilted latching position of the latching hook, is released from the latching recess for movement in the opposite direction to the retraction direction, wherein the horizontal mounting distance of the activator to one of the two end faces of the sliding door (2; 2a-2c) is fixed by means of a spacer, one end of which bears against the in particular off-center shoulder of the sliding door (2; 2a-2c) and against the other end of which the activator bears, characterized in that the shoulder is formed by the end face of a guide carriage of the sliding door (2; 2a-2c), which is provided on the upper or lower side of the sliding door (2; 2a-2c).
A power supply protector connected between a power supply and a load, the power supply being adapted to supply the load with electricity, the power supply protector comprising: a first varistor connected in parallel with the power supply; a second varistor connected between one end of the first varistor and a ground line; an arrester connected between the second varistor and the ground line; a filter connected between the power supply and the load to reduce noise of a power supply line; and a third varistor having terminals respectively connected to input and output sides of the filter on the power supply line connected with the load, wherein capacitances of the first varistor, the second varistor, and the third varistor are equal. a first varistor connected in parallel with the power supply; a second varistor connected between one end of the first varistor and a ground line; an arrester connected between the second varistor and the ground line; a filter connected between the power supply and the load to reduce noise of a power supply line; and a third varistor having terminals respectively connected to input and output sides of the filter on the power supply line connected with the load, wherein capacitances of the first varistor, the second varistor, and the third varistor are equal.
A wind turbine blade comprising a strengthening structure between first and second blade shells (8,11), the strengthening structure comprising at least one first reinforcement part adapted to be connected to the first blade shell of said wind turbine blade, and at least one second reinforcement part adapted to be connected to the second blade shell of said wind turbine blade, characterised in that: said at least one first reinforcement part and/or said at least one second reinforcement part comprises adjusting means enabling that said first reinforcement part and said second reinforcement part are displaceable in relation to each other at least during the assembly of said wind turbine blade and wherein said adjusting means comprises force means arranged to force said first reinforcement part and said second reinforcement part away from each other at least during the assembly of said wind turbine blade.
A wire harness (9, 71, 71') comprising a plurality of circuits, one of which forms an outermost circuit (26, 53, 72, 72'), the outermost circuit of the plurality of circuits includes a metallic tube body (20, 58, 61, 76) and an exterior member (16, 75) which accommodates the plurality of circuits and is shaped to the tube body, wherein the outermost circuit of the plurality of circuits includes an insulator (21, 59, 62, 77) provided on an outer periphery side of the metallic tube body, and the metallic tube body is expanded inside the exterior member to be an expanded state, so that an outer surface of the insulator comes into close contact with an inner surface of the exterior member.
Catalytically active body for the synthesis of dimethyl ether from synthesis gas, comprising a mixture of: 70-90 % by weight of a methanol-active component, selected from the group consisting of copper oxide, aluminium oxide, zinc oxide, amorphous aluminium oxide, ternary oxide or mixtures thereof, 10-30 % by weight of an acid component, selected from the group consisting of aluminium hydroxide, aluminium oxide hydroxide and/or γ-aluminiumoxide with 0.1-20 % by weight of Niobium, Tantalum or Boron, related to component, or mixtures thereof, 0-10 % by weight of at least one additive, whereby the sum of the components, and is in total 100 % by weight. 70-90 % by weight of a methanol-active component, selected from the group consisting of copper oxide, aluminium oxide, zinc oxide, amorphous aluminium oxide, ternary oxide or mixtures thereof, 10-30 % by weight of an acid component, selected from the group consisting of aluminium hydroxide, aluminium oxide hydroxide and/or γ-aluminiumoxide with 0.1-20 % by weight of Niobium, Tantalum or Boron, related to component, or mixtures thereof, 0-10 % by weight of at least one additive, whereby the sum of the components, and is in total 100 % by weight.
An electro-acoustic conversion device mount substrate (12, 22, 32, 42) that is mounted with an electro-acoustic conversion device (11, 21, 31, 41) which converts an input sound into an electric signal, comprising: a mount surface (12a, 22a, 32d, 42d) on which the electro-acoustic conversion device (11, 21, 31, 41) is mounted and which is provided with an opening (121, 221, 321, 421) that is covered by the electro-acoustic conversion device (11, 21, 31, 41); and an intra-substrate space (122, 222, 322, 422) connected to the opening (121, 221,321,421), characterized in that at least a portion of a wall surface (122a, 222a, 322a, 422a) that forms the intra-substrate space (122, 222, 322, 422) is covered by a metal plated layer. a mount surface (12a, 22a, 32d, 42d) on which the electro-acoustic conversion device (11, 21, 31, 41) is mounted and which is provided with an opening (121, 221, 321, 421) that is covered by the electro-acoustic conversion device (11, 21, 31, 41); and an intra-substrate space (122, 222, 322, 422) connected to the opening (121, 221,321,421),
A semiconductor laser resonator configured to generate a laser beam, the semiconductor laser resonator comprising: a gain medium layer including a semiconductor material and comprising at least one protrusion formed by at least one trench to protrude in an upper portion only of the gain medium layer; a first contact layer disposed on an upper first surface of the gain medium layer, wherein the at least one trench extends to and through the first contact layer; a second contact layer disposed on a lower second surface of the gain medium layer; a metal layer provided outside the gain medium layer, the metal layer being configured to confine the laser beam generated from the gain medium layer, wherein the metal layer is provided to cover at least an outside side surface of the gain medium layer and the first contact layer, wherein the at least one protrusion is configured to confine the laser beam as a standing wave of a transverse mode of the laser beam in the at least one protrusion. a gain medium layer including a semiconductor material and comprising at least one protrusion formed by at least one trench to protrude in an upper portion only of the gain medium layer; a first contact layer disposed on an upper first surface of the gain medium layer, wherein the at least one trench extends to and through the first contact layer; a second contact layer disposed on a lower second surface of the gain medium layer; a metal layer provided outside the gain medium layer, the metal layer being configured to confine the laser beam generated from the gain medium layer, wherein the metal layer is provided to cover at least an outside side surface of the gain medium layer and the first contact layer, wherein the at least one protrusion is configured to confine the laser beam as a standing wave of a transverse mode of the laser beam in the at least one protrusion.
A Saccharomyces cerevisiae cell for overproducing fatty acids, said S. cerevisiae cell comprising an acetyl-CoA carboxylase gene, characterized in that said acetyl-CoA carboxylase gene is a mutated acetyl-CoA carboxylase gene encoding a mutated acetyl-CoA carboxylase, in which the serine at position 659 in SEQ ID NO: 16 has been replaced by alanine and the serine at position 1157 in SEQ ID NO: 16 has been replaced by alanine; and said acetyl-CoA carboxylase gene is under control of a constitutively expressed promoter. said acetyl-CoA carboxylase gene is a mutated acetyl-CoA carboxylase gene encoding a mutated acetyl-CoA carboxylase, in which the serine at position 659 in SEQ ID NO: 16 has been replaced by alanine and the serine at position 1157 in SEQ ID NO: 16 has been replaced by alanine; and said acetyl-CoA carboxylase gene is under control of a constitutively expressed promoter.
A component of a gas turbine engine comprising: a monolithic superstructure comprising: an outer case including a longitudinally proximal diffuser case portion, at least one mounting flange, and a longitudinally distal combustor case portion; and an aero component connected to the outer case via an annular aero portion support, the aero component including a diffuser portion, a back wall swirl plate, and a deswirler portion comprising a plurality of conjoined tubes extending from a radial end of the diffuser portion to an interior of the combustor case portion. an outer case including a longitudinally proximal diffuser case portion, at least one mounting flange, and a longitudinally distal combustor case portion; and an aero component connected to the outer case via an annular aero portion support, the aero component including a diffuser portion, a back wall swirl plate, and a deswirler portion comprising a plurality of conjoined tubes extending from a radial end of the diffuser portion to an interior of the combustor case portion.
A method of displaying video data, the video data comprising a first stream of video data captured by a first camera and a second stream of video data captured by a second camera (104, 105), wherein the first and second streams of video data have been captured simultaneously, said method comprising the steps of: obtaining a time position of a first event (211, 213) associated with said first stream of video data; determining a playback speed; and displaying the said first stream at the determined playback speed; said method being characterised by obtaining a time position of a second event (212, 214) associated with said second stream of video data; wherein the determining of the playback speed is based on a difference between a current play time position and a time position of a nearest one of said first event and said second event, said second event being excluded from the determination of the playback speed if said second camera is not selected for displaying said second stream of video data; and wherein the displaying comprises displaying said first stream and said second stream of video data in a synchronised manner at said determined playback speed. obtaining a time position of a first event (211, 213) associated with said first stream of video data; determining a playback speed; and displaying the said first stream at the determined playback speed; said method being characterised by obtaining a time position of a second event (212, 214) associated with said second stream of video data; wherein the determining of the playback speed is based on a difference between a current play time position and a time position of a nearest one of said first event and said second event, said second event being excluded from the determination of the playback speed if said second camera is not selected for displaying said second stream of video data; and wherein the displaying comprises displaying said first stream and said second stream of video data in a synchronised manner at said determined playback speed.
A composition comprising α-neurotoxin for use in treating cancer or alleviating pain in a patient, wherein the use comprises inhibiting protein kinase activity, wherein the α-neurotoxin is modified by specific oxidation of the disulfide bonds or by specific reduction and alkylation of the disulfide bonds, and wherein the amino acids of the α-neurotoxin are unmodified, except for lacking disulfide bonds.
An electronic device comprising: an optical sensor configured to emit a reference light to a reference object and detect the reference light reflected from the reference object during calibration, and emit a measurement light to a target object and detect the measurement light reflected from the target object during a measurement; and a processor configured to perform the calibration of the optical sensor while the electronic device is disposed to oppose or in contact with the reference object by controlling the optical sensor to emit and detect the reference light, and estimate bio-information based on a light quantity of the measurement light that is reflected from the target object by the optical sensor, and a light quantity of the reference light reflected from the reference object, an output device comprising either one or both of a haptic device and a speaker to output an output signal, the output signal comprising either one of both of a vibration signal and a sound signal, wherein the output device is configured to output the output signal to guide the target object to press the optical sensor during a pressing phase of the measurement, stop outputting the output signal during a detection phase of the measurement in which the optical sensor detects the measurement light reflected from the target object, and output the output signal again during a completion phase of the measurement in which a detection of the measurement light is complete. an optical sensor configured to emit a reference light to a reference object and detect the reference light reflected from the reference object during calibration, and emit a measurement light to a target object and detect the measurement light reflected from the target object during a measurement; and a processor configured to perform the calibration of the optical sensor while the electronic device is disposed to oppose or in contact with the reference object by controlling the optical sensor to emit and detect the reference light, and estimate bio-information based on a light quantity of the measurement light that is reflected from the target object by the optical sensor, and a light quantity of the reference light reflected from the reference object, an output device comprising either one or both of a haptic device and a speaker to output an output signal, the output signal comprising either one of both of a vibration signal and a sound signal, wherein the output device is configured to output the output signal to guide the target object to press the optical sensor during a pressing phase of the measurement, stop outputting the output signal during a detection phase of the measurement in which the optical sensor detects the measurement light reflected from the target object, and output the output signal again during a completion phase of the measurement in which a detection of the measurement light is complete.
Cosmetically acceptable anhydrous composition for nail varnish comprising at least one organic solvent, at least one film-forming agent, at least one plasticizer, at least one thixotropic agent, wherein it includes in addition at least one nitrosamine-inhibiting thixotropic substance, which consists of one or more molecule(s) chosen from the molecule(s) belonging to at least one of the following families: the hydroxypyran-4-one family, of the generic formula: in which: - at least one of the radicals R1, R2, R3 or R4 consists of an -OH group, or of an -OR' group, with R' being an ether or an ester, - the other remaining radical or radicals consisting of an -OH, -OR', -H group, an alkyl, an amine, an aromatic group or an aliphatic group with or without a heteroatom; - the hydroxyfuran-3-one family, of the generic formula: in which: - at least one of the R1, R2 or R3 groups consists of an - OH group, or of an -OR' group, which is an ether or an ester, - the other remaining group or groups consisting of an - OH, -OR', -H group, an alkyl, an amine, an aromatic group or an aliphatic group with or without a heteroatom. the hydroxypyran-4-one family, of the generic formula: in which: - at least one of the radicals R1, R2, R3 or R4 consists of an -OH group, or of an -OR' group, with R' being an ether or an ester, - the other remaining radical or radicals consisting of an -OH, -OR', -H group, an alkyl, an amine, an aromatic group or an aliphatic group with or without a heteroatom; - the hydroxyfuran-3-one family, of the generic formula: - at least one of the radicals R1, R2, R3 or R4 consists of an -OH group, or of an -OR' group, with R' being an ether or an ester, - the other remaining radical or radicals consisting of an -OH, -OR', -H group, an alkyl, an amine, an aromatic group or an aliphatic group with or without a heteroatom; - the hydroxyfuran-3-one family, of the generic formula: in which: - at least one of the R1, R2 or R3 groups consists of an - OH group, or of an -OR' group, which is an ether or an ester, - the other remaining group or groups consisting of an - OH, -OR', -H group, an alkyl, an amine, an aromatic group or an aliphatic group with or without a heteroatom. - at least one of the R1, R2 or R3 groups consists of an - OH group, or of an -OR' group, which is an ether or an ester, - the other remaining group or groups consisting of an - OH, -OR', -H group, an alkyl, an amine, an aromatic group or an aliphatic group with or without a heteroatom.