mhurhangee/ep-ind-claims huggingface dataset:
A dishwashing machine comprising: at least one spray part configured to spray washing water; a vane configured to perform a reciprocating movement along a spray direction of the washing water and configured to deflect the sprayed washing water; a rack configured to accommodate tableware to be washed by the washing water deflected by the vane; characterised by a detection part configured to detect the tableware accommodated in the rack; and a controller configured to generate position information with respect to the tableware detected by the detection part and determine one or more spray part to spray the washing water of the at least one spray part based on the position information and control movement of the vane based on the position information so as to enable the sprayed washing water to be deflected toward a position at which the tableware is accommodated. at least one spray part configured to spray washing water; a vane configured to perform a reciprocating movement along a spray direction of the washing water and configured to deflect the sprayed washing water; a rack configured to accommodate tableware to be washed by the washing water deflected by the vane; characterised by a detection part configured to detect the tableware accommodated in the rack; and a controller configured to generate position information with respect to the tableware detected by the detection part and determine one or more spray part to spray the washing water of the at least one spray part based on the position information and control movement of the vane based on the position information so as to enable the sprayed washing water to be deflected toward a position at which the tableware is accommodated.
A compound for use in a method for treating, preventing or managing an immune-related disease or an inflammatory disease, wherein the method comprises administering to a patient in need thereof an effective amount of the compound, wherein the compound is 3-(5-amino-2-methyl-4-oxoquinazolin-3 -yl)piperidine-2,6-dione, or a pharmaceutically acceptable salt, solvate, hydrate, stereoisomer, tautomer, racemic mixture, co-crystal, clathrate, or polymorph thereof.
A laundry treating apparatus (10, 10b) comprising a cabinet, a drum rotatably housed inside the cabinet, a wireless power transmitter unit associated to said cabinet separately from said drum and arranged for wireless transmitting electric power to a wireless power receiver unit mounted in/on said drum, said laundry treating apparatus (10, 10b) comprising one or more electromechanical actuators (200, 201, 202, 203, 204, 205, 206) mounted in/on said drum, wherein said wireless power receiver unit supplies power to said one or more electromechanical actuators (200, 201, 202, 203, 204, 205, 206), wherein said wireless power transmitter unit comprises a transmission coil generating a magnetic field, characterized in that said wireless power receiver unit comprises a reception coil generating power from the magnetic field generated by said transmission coil and supplying the generated power to said one or more electromechanical actuators (200, 201, 202, 203, 204, 205, 206), wherein said transmission coil and said reception coil are aligned, centered and parallel in radial direction, said transmission coil and said reception coil have a common radius dimension approximately equal to said drum external radius and are distanced in axial direction by a distance lower than their radius. wherein said wireless power transmitter unit comprises a transmission coil generating a magnetic field, characterized in that said wireless power receiver unit comprises a reception coil generating power from the magnetic field generated by said transmission coil and supplying the generated power to said one or more electromechanical actuators (200, 201, 202, 203, 204, 205, 206), wherein said transmission coil and said reception coil are aligned, centered and parallel in radial direction, said transmission coil and said reception coil have a common radius dimension approximately equal to said drum external radius and are distanced in axial direction by a distance lower than their radius.
A method of manufacturing solid state lighting devices, comprising: forming a light emitting structure on a circular growth substrate, wherein the growth substrate and the light emitting structure are at least six inches (6 x 2.54 cm) in diameter, wherein the light emitting structure has a first face facing the growth substrate and a second face facing away from the growth substrate; forming an embedded contact having a first side in contact and electrically coupled to the second face of the light emitting structure, the embedded contact having a second side opposite the first side; etching a plurality of v-shaped trenches through the embedded contact and into the light emitting structure that separate the light emitting structure into individual mesas; lining an entire surface of each of the plurality of the individual v-shaped trenches with a dielectric liner, wherein the dielectric liner ends at the second side of the embedded contact; forming a plated substrate on the individual mesas at the second side of the embedded contact to fill the trenches and contact the dielectric liner, wherein a first side of the plated substrate faces toward the mesas and a second side opposite the first side faces away from the mesas; attaching a carrier to the second side of the plated substrate; removing the growth substrate from the light emitting structure; and forming exterior contacts at the first face of the light emitting structure. forming a light emitting structure on a circular growth substrate, wherein the growth substrate and the light emitting structure are at least six inches (6 x 2.54 cm) in diameter, wherein the light emitting structure has a first face facing the growth substrate and a second face facing away from the growth substrate; forming an embedded contact having a first side in contact and electrically coupled to the second face of the light emitting structure, the embedded contact having a second side opposite the first side; etching a plurality of v-shaped trenches through the embedded contact and into the light emitting structure that separate the light emitting structure into individual mesas; lining an entire surface of each of the plurality of the individual v-shaped trenches with a dielectric liner, wherein the dielectric liner ends at the second side of the embedded contact; forming a plated substrate on the individual mesas at the second side of the embedded contact to fill the trenches and contact the dielectric liner, wherein a first side of the plated substrate faces toward the mesas and a second side opposite the first side faces away from the mesas; attaching a carrier to the second side of the plated substrate; removing the growth substrate from the light emitting structure; and forming exterior contacts at the first face of the light emitting structure.
A high-formability, super-high-strength, hot-dip galvanized steel plate, which consists of the following chemical components, based on weight percentage: C: 0.18∼0.22wt% Si: 1.4∼1.8wt% Mn: 1.8∼2.3wt% P≤0.015wt% S≤0.012wt% Al: 0.03∼0.06wt% N≤0.008wt%, and the balance of Fe and unavoidable impurities; wherein the steel plate has a room temperature structure of 10∼30% ferrite + 60∼80% martensite + 5∼15% residual austenite; a yield strength of 600∼900MPa, a tensile strength of 980∼1200MPa, and an elongation of 15∼22%. C: 0.18∼0.22wt% Si: 1.4∼1.8wt% Mn: 1.8∼2.3wt% P≤0.015wt% S≤0.012wt% Al: 0.03∼0.06wt% N≤0.008wt%, and the balance of Fe and unavoidable impurities; wherein the steel plate has a room temperature structure of 10∼30% ferrite + 60∼80% martensite + 5∼15% residual austenite; a yield strength of 600∼900MPa, a tensile strength of 980∼1200MPa, and an elongation of 15∼22%.
An augmented reality, AR, or virtual reality, VR, device, the AR or VR device comprising: a waveguide (6a, 6b), comprising an input region configured to receive light incident along a first direction, and an output region, wherein the waveguide is configured such that a first portion of the light passes along the waveguide, in a direction substantially perpendicular to the first direction, by total internal reflection towards the output region where it is outcoupled to a viewer to thereby form an image; a projector (4a, 4b) arranged adjacent to the waveguide, the projector for projecting the light into the waveguide at the input region; a housing for holding the projector and the waveguide with respect to one another, characterized by the housing comprising an aperture, the aperture arranged adjacent to the input region and spaced therefrom along the first direction on an opposite side of the input region in relation to the projector. a waveguide (6a, 6b), comprising an input region configured to receive light incident along a first direction, and an output region, wherein the waveguide is configured such that a first portion of the light passes along the waveguide, in a direction substantially perpendicular to the first direction, by total internal reflection towards the output region where it is outcoupled to a viewer to thereby form an image; a projector (4a, 4b) arranged adjacent to the waveguide, the projector for projecting the light into the waveguide at the input region; a housing for holding the projector and the waveguide with respect to one another, characterized by the housing comprising an aperture, the aperture arranged adjacent to the input region and spaced therefrom along the first direction on an opposite side of the input region in relation to the projector.
A method for verifying the authenticity of a product associated with a host device, wherein: a first electronic circuit of the device initializes a charge retention circuit of a second electronic circuit of the product; characterized in that: the first circuit causes the switching off of the power supply of the second circuit to trigger a verification of the authenticity and interprets a discharge time of the charge retention circuit to decide of the authenticity of the product.
An orientation adjustable electronics enclosure and mounting bracket assembly, comprising: a housing adapted to house electronics; a mounting bracket connected to the housing; a coupling bracket connected between the housing and the mounting bracket, wherein it includes a set of rotation adjustment features connecting the coupling bracket and the mounting bracket together, the rotation adjustment features including a detent provided in the mounting face of the mounting bracket and a corresponding aperture provided in the coupling bracket to receive said detent and to lock the coupling bracket at an angle of rotation relative to the mounting bracket; and a set of orientation adjustment features connecting the housing and the coupling bracket together, the orientation adjustment features include an arcuate shaped tracks on the front side of the coupling bracket and a pair of arcuate shaped guide rails provided on the backside of the housing, characterized in that an alignment pin extends outwardly from the mounting face, and the mounting face comprises a plurality of keys spaced generally radially about the alignment pin; the coupling bracket includes a plurality of key ways spaced radially about aperture, wherein the key ways have the same mounting pattern as the keys on the mounting face of the mounting bracket. a housing adapted to house electronics; a mounting bracket connected to the housing; a coupling bracket connected between the housing and the mounting bracket, wherein it includes a set of rotation adjustment features connecting the coupling bracket and the mounting bracket together, the rotation adjustment features including a detent provided in the mounting face of the mounting bracket and a corresponding aperture provided in the coupling bracket to receive said detent and to lock the coupling bracket at an angle of rotation relative to the mounting bracket; and a set of orientation adjustment features connecting the housing and the coupling bracket together, the orientation adjustment features include an arcuate shaped tracks on the front side of the coupling bracket and a pair of arcuate shaped guide rails provided on the backside of the housing, characterized in that an alignment pin extends outwardly from the mounting face, and the mounting face comprises a plurality of keys spaced generally radially about the alignment pin; the coupling bracket includes a plurality of key ways spaced radially about aperture, wherein the key ways have the same mounting pattern as the keys on the mounting face of the mounting bracket.
A lighting device comprising: a light source board including a light source; a chassis storing the light source board therein and having an opening through which light from the light source exits; and a holding member extending in at least one direction along a plate surface of the light source board and fixed to the chassis so as to sandwich the light source board together with the chassis.between the holding member and the chassis; wherein the holding member includes a body portion sandwiching the light source board together with the chassis between the body portion and the chassis, and a fixed portion protruding from the body portion toward the chassis and fixed to the chassis. a light source board including a light source; a chassis storing the light source board therein and having an opening through which light from the light source exits; and a holding member extending in at least one direction along a plate surface of the light source board and fixed to the chassis so as to sandwich the light source board together with the chassis.between the holding member and the chassis; wherein the holding member includes a body portion sandwiching the light source board together with the chassis between the body portion and the chassis, and a fixed portion protruding from the body portion toward the chassis and fixed to the chassis.
An RNA-protein complex comprising the following to: an RNA comprising the following sequences (i) to (iii): (i) a sequence forming an RNA-protein binding motif, (ii) two sequences each consisting of seven or more nucleotides, and (iii) a siRNA sequence; an RNA comprising the following sequences (a) to (d): (a) a sequence forming an RNA-protein binding motif, together with (i), (b) two or more sequences each consisting of 14 or more nucleotides, which are continuously complementary to the two sequences each consisting of seven or more nucleotides described in (ii), (c) a 5'-terminal sequence, and (d) a 3'-terminal sequence, wherein (c) the 5'-terminal sequence and (d) the 3'-terminal sequence are continuously complementary to the sequences each consisting of seven or more nucleotides described in (ii); at least one protein forming an RNA-protein binding motif with the RNAs formed by (i) and (a); and an RNA comprising a sequence complementary to the siRNA sequence described in (iii). an RNA comprising the following sequences (i) to (iii): (i) a sequence forming an RNA-protein binding motif, (ii) two sequences each consisting of seven or more nucleotides, and (iii) a siRNA sequence; (i) a sequence forming an RNA-protein binding motif, (ii) two sequences each consisting of seven or more nucleotides, and (iii) a siRNA sequence; an RNA comprising the following sequences (a) to (d): (a) a sequence forming an RNA-protein binding motif, together with (i), (b) two or more sequences each consisting of 14 or more nucleotides, which are continuously complementary to the two sequences each consisting of seven or more nucleotides described in (ii), (c) a 5'-terminal sequence, and (d) a 3'-terminal sequence, wherein (c) the 5'-terminal sequence and (d) the 3'-terminal sequence are continuously complementary to the sequences each consisting of seven or more nucleotides described in (ii); (a) a sequence forming an RNA-protein binding motif, together with (i), (b) two or more sequences each consisting of 14 or more nucleotides, which are continuously complementary to the two sequences each consisting of seven or more nucleotides described in (ii), (c) a 5'-terminal sequence, and (d) a 3'-terminal sequence, wherein (c) the 5'-terminal sequence and (d) the 3'-terminal sequence are continuously complementary to the sequences each consisting of seven or more nucleotides described in (ii); (c) the 5'-terminal sequence and (d) the 3'-terminal sequence are continuously complementary to the sequences each consisting of seven or more nucleotides described in (ii); at least one protein forming an RNA-protein binding motif with the RNAs formed by (i) and (a); and an RNA comprising a sequence complementary to the siRNA sequence described in (iii).
A liquid ejection apparatus, comprising: a liquid ejection unit including a plurality of nozzles and a corresponding plurality of capacitance-type actuators; a common electrode connected to a first terminal of each actuator in the plurality of capacitance-type actuators; a plurality of individual electrodes respectively connected a second terminal of each actuator in the plurality of capacitance-type actuators; and an actuator drive circuit configured to discharge the capacitance of a first actuator during a period in which the capacitance of a second actuator is being charged, the second actuator being positioned electrically close to the first actuator on the common electrode; characterised in that the first and second actuators have a positional relationship in which at least one-half of a voltage drop that occurs in an electrical path through the common electrode to the first and second actuators occurs in a portion of the electrical path having a common impedance when the actuator drive circuit discharges or charges the capacitance of an actuator in the plurality of capacitance-type actuators. a liquid ejection unit including a plurality of nozzles and a corresponding plurality of capacitance-type actuators; a common electrode connected to a first terminal of each actuator in the plurality of capacitance-type actuators; a plurality of individual electrodes respectively connected a second terminal of each actuator in the plurality of capacitance-type actuators; and an actuator drive circuit configured to discharge the capacitance of a first actuator during a period in which the capacitance of a second actuator is being charged, the second actuator being positioned electrically close to the first actuator on the common electrode; characterised in that the first and second actuators have a positional relationship in which at least one-half of a voltage drop that occurs in an electrical path through the common electrode to the first and second actuators occurs in a portion of the electrical path having a common impedance when the actuator drive circuit discharges or charges the capacitance of an actuator in the plurality of capacitance-type actuators.
A clip applier configured to apply a surgical clip to tissue, the clip applier comprising: a first jaw member configured to engage a distal portion of a first leg member of the surgical clip; a second jaw member configured to engage a distal portion of a second leg member of the surgical clip; a stabilizing member comprising: a first longitudinal wall on the first jaw member, and a second longitudinal wall on the second jaw member, wherein the first and second longitudinal walls define a space therebetween configured to receive a proximal portion of the surgical clip and to reduce lateral movement of the surgical clip; a first longitudinal channel on the first jaw member configured to receive the second longitudinal wall when the first and second jaw members are in a closed configuration; and a second longitudinal channel on the second jaw member configured to receive the first longitudinal wall when the first and second jaw members are in the closed configuration. a first jaw member configured to engage a distal portion of a first leg member of the surgical clip; a second jaw member configured to engage a distal portion of a second leg member of the surgical clip; a stabilizing member comprising: a first longitudinal wall on the first jaw member, and a second longitudinal wall on the second jaw member, wherein the first and second longitudinal walls define a space therebetween configured to receive a proximal portion of the surgical clip and to reduce lateral movement of the surgical clip; a first longitudinal channel on the first jaw member configured to receive the second longitudinal wall when the first and second jaw members are in a closed configuration; and a second longitudinal channel on the second jaw member configured to receive the first longitudinal wall when the first and second jaw members are in the closed configuration. a first longitudinal wall on the first jaw member, and a second longitudinal wall on the second jaw member, wherein the first and second longitudinal walls define a space therebetween configured to receive a proximal portion of the surgical clip and to reduce lateral movement of the surgical clip; a first longitudinal channel on the first jaw member configured to receive the second longitudinal wall when the first and second jaw members are in a closed configuration; and a second longitudinal channel on the second jaw member configured to receive the first longitudinal wall when the first and second jaw members are in the closed configuration.
A floor-standing indoor unit of an air-conditioning apparatus comprising: a casing having an opening in a front face thereof and a base at a bottom thereof; receiving cases provided at two respective sides of a bottom edge of the front face of the casing; a design panel configured to cover the opening of the casing; panel-supporting portions provided on a back face of the design panel and configured to support the design panel while residing in the respective receiving cases when the design panel covers the opening of the casing, characterized in that the panel supporting portions are configured to move in the receiving cases when the design panel is tilted with a part being the center of rotation of the design panel, the part being a part of a bottom edge of a back face of the design panel that is in contact with the bottom edge of the front face of the casing; and guiding portions provided in the respective receiving cases and configured to guide the panel-supporting portions to move in an oblique direction, wherein terminal points of the respective guiding portions up to which the panel-supporting portions are guided are each set at such a position that, while the design panel is being tilted, a part at a bottom edge of a front face of the design panel resides at or above a level where a lower surface of the base of the casing resides. a casing having an opening in a front face thereof and a base at a bottom thereof; receiving cases provided at two respective sides of a bottom edge of the front face of the casing; a design panel configured to cover the opening of the casing; panel-supporting portions provided on a back face of the design panel and configured to support the design panel while residing in the respective receiving cases when the design panel covers the opening of the casing, characterized in that the panel supporting portions are configured to move in the receiving cases when the design panel is tilted with a part being the center of rotation of the design panel, the part being a part of a bottom edge of a back face of the design panel that is in contact with the bottom edge of the front face of the casing; and guiding portions provided in the respective receiving cases and configured to guide the panel-supporting portions to move in an oblique direction, wherein terminal points of the respective guiding portions up to which the panel-supporting portions are guided are each set at such a position that, while the design panel is being tilted, a part at a bottom edge of a front face of the design panel resides at or above a level where a lower surface of the base of the casing resides.