mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a display panel configured to display image; a rear face housing disposed on a rear side of the display device with respect to the display panel so as to cover the rear face side of the display panel , the rear face housing having a peripheral edge portion and a bent component that extends from a peripheral edge of the peripheral edge portion to a display panel side, wherein the rear face housing is made of sheet metal; and a support member disposed between a peripheral edge portion of the display panel and the peripheral edge portion of the rear face housing , the support member supporting the peripheral edge portion of the display panel from the rear side, the rear face housing including a plurality of mounting components each of which is bent from the bent component of the rear face housing toward the inside of the rear face housing for mounting the support member relative to the rear face housing at the peripheral edge portion of the rear face housing , each mounting component including a concave component , each concave component extending through the corresponding mounting component in the thickness direction thereof; the support member being fixed relative to the rear face housing with a screw at at least one of the mounting components , and the support member including a protrusion that is inserted into the concave component of one of the mounting component , and the mounting component inwardly extends to face with the peripheral edge portion of the rear face housing . a display panel configured to display image; a rear face housing disposed on a rear side of the display device with respect to the display panel so as to cover the rear face side of the display panel , the rear face housing having a peripheral edge portion and a bent component that extends from a peripheral edge of the peripheral edge portion to a display panel side, wherein the rear face housing is made of sheet metal; and a support member disposed between a peripheral edge portion of the display panel and the peripheral edge portion of the rear face housing , the support member supporting the peripheral edge portion of the display panel from the rear side, the rear face housing including a plurality of mounting components each of which is bent from the bent component of the rear face housing toward the inside of the rear face housing for mounting the support member relative to the rear face housing at the peripheral edge portion of the rear face housing , each mounting component including a concave component , each concave component extending through the corresponding mounting component in the thickness direction thereof; the support member being fixed relative to the rear face housing with a screw at at least one of the mounting components , and the support member including a protrusion that is inserted into the concave component of one of the mounting component , and the mounting component inwardly extends to face with the peripheral edge portion of the rear face housing .
A crystalline silicon-based solar cell comprising: a crystalline silicon substrate; a non-single-crystalline silicon-based thin-film and a transparent electroconductive layer disposed in this order on a first principal surface of the crystalline silicon substrate, the non-single-crystalline silicon-based thin-film being composed of an intrinsic silicon-based thin-film and a conductive silicon-based thin-film stacked in this order from a crystalline silicon substrate side, the crystalline silicon substrate has pyramidal projections-recesses on the first principal surface, characterized in that a thickness of the non-single-crystalline silicon-based thin-film disposed on a projection top portion is smaller than a thickness of the non-single-crystalline silicon-based thin-film disposed on a projection middle portion, and a thickness of the non-single-crystalline silicon-based thin-film disposed on a projection bottom portion is smaller than the thickness of the non-single-crystalline silicon-based thin-film disposed on the projection middle portion.
An isolated antibody or a binding fragment thereof, which specifically binds to aripiprazole and dehydroaripiprazole, and which is generated in response to a compound of Formula II (compound 6) wherein the protein is an immunogenic carrier, and wherein the antibody or the binding fragment thereof generates the same dose response curves for aripiprazole and dehydroaripiprazole in a competitive enzyme-linked immunosorbent assay (ELISA),
A rotatably automatic molding machine comprising: a first operation space including a suction mold fixed in the first operation space ; a cold pressing mold arranged in the first operation space ; and an accommodation tank formed on a bottom of the first operation space and configured to accommodate pulps; a second operation space formed beside the first operation space , and the second operation space including a first hot pressing mold arranged on a top of the second operating space and located adjacent to the first operation space ; a second hot pressing mold arranged on a bottom of the second operation space and moving horizontally; a delivering mold fixed beside, connected and moving with the second hot pressing mold , and having a receiving mold; and a picking arm located proximate to the first hot pressing mold , having an extending end located on a top of a second operation space , and a distal end extending out of the second operation space ; a slide mechanism extending out of a distal end of the second operation space from a top of the first hot pressing mold ; and a picker connected on a bottom of the slide mechanism and moving with the slide mechanism . a first operation space including a suction mold fixed in the first operation space ; a cold pressing mold arranged in the first operation space ; and an accommodation tank formed on a bottom of the first operation space and configured to accommodate pulps; a second operation space formed beside the first operation space , and the second operation space including a first hot pressing mold arranged on a top of the second operating space and located adjacent to the first operation space ; a second hot pressing mold arranged on a bottom of the second operation space and moving horizontally; a delivering mold fixed beside, connected and moving with the second hot pressing mold , and having a receiving mold; and a picking arm located proximate to the first hot pressing mold , having an extending end located on a top of a second operation space , and a distal end extending out of the second operation space ; a slide mechanism extending out of a distal end of the second operation space from a top of the first hot pressing mold ; and a picker connected on a bottom of the slide mechanism and moving with the slide mechanism .
A propulsion system for an aircraft, comprising at least one rotor and a nacelle fairing extending around said at least one rotor with respect to an axis (X) of rotation of said rotor , this nacelle fairing comprising an upstream section forming an inlet cross-section of the nacelle fairing and a downstream section , a downstream end of which forms an outlet cross-section (BF) of the nacelle fairing ; and characterised in that the downstream section comprises a radially internal wall and a radially external wall made of a deformable shape-memory material, and in that the radially external wall comprises a plurality of actuator mechanisms with at least one cylinder , each actuator mechanism being operable independently of the other actuator mechanisms and being configured to cooperate with means embedded in an internal surface of the radially external wall so as to deform the radially external wall in a radial direction with respect to the axis (X) of rotation, under the effect of a predetermined displacement command.
A cosmetic use of a composition comprising a live Cutibacterium acnes strain secreting RoxP (radical oxygenase of Propionibacterium acnes ) for preventing or reducing skin ageing in a subject.
A sensor device for determining the thermal capacity of a natural gas, the sensor device comprising a substrate ; a recess or opening arranged in the substrate ; a first heating component and a first sensing component extending over said recess or opening ; and control circuitry ; wherein the first heating component comprises a first heating structure and a temperature sensor (TS1); and the first sensing component comprises a temperature sensor (TS2); wherein the sensor device is configured to heat, at a first measuring step, the first heating structure to a first heating temperature; measure, at the first measuring step, by the temperature sensor (TS2) of the first sensing component , temperature changes at the first sensing component in dependence on the heating of the first heating structure , thereby measuring the thermal conductivity of the natural gas at a first measuring temperature; heat, at a second measuring step, the first heating structure to a second heating temperature, the second heating temperature being different from the first heating temperature; measure, at the second measuring step, by the temperature sensor (TS2) of the first sensing component , temperature changes at the first sensing component in dependence on the heating of the first heating structure , thereby measuring the thermal conductivity of the natural gas at a second measuring temperature; determine a first, in particular a constant, and a second, in particular a linear temperature coefficient of a temperature dependency function of the thermal conductivity; and determine the thermal capacity of the natural gas based on a fitting function, wherein the fitting function is dependent on the first and the second temperature coefficient.
An input device comprising: a base member ; a motor attached to the base member ; a rotation shaft configured to be rotated by the motor ; a worm gear configured to be unitarily rotated with the rotation shaft ; a first gear that is provided so as to be rotatable relative to the base member and that is engaged with the worm gear ; a second gear that is provided so as to be coaxial with the first gear and that is provided so as to be rotatable relative to the base member ; an elastic member that is provided between the first gear and the second gear and that is configured to generate urging force in a direction in which a relative angle between the first gear and the second gear from a reference angle state in a rotation direction is reduced; a rotor that is provided so as to be rotatable relative to the base member , that includes a third gear engaged with the second gear , and that is configured to undergo rotation operation performed by an operator; an angle detection unit configured to detect a first rotation angle of the first gear and a second rotation angle of the second gear ; and a controller configured to perform drive control for the motor in accordance with a relative angle between the first rotation angle and the second rotation angle so as to change a sense of force applied to the operator via the rotor . a base member ; a motor attached to the base member ; a rotation shaft configured to be rotated by the motor ; a worm gear configured to be unitarily rotated with the rotation shaft ; a first gear that is provided so as to be rotatable relative to the base member and that is engaged with the worm gear ; a second gear that is provided so as to be coaxial with the first gear and that is provided so as to be rotatable relative to the base member ; an elastic member that is provided between the first gear and the second gear and that is configured to generate urging force in a direction in which a relative angle between the first gear and the second gear from a reference angle state in a rotation direction is reduced; a rotor that is provided so as to be rotatable relative to the base member , that includes a third gear engaged with the second gear , and that is configured to undergo rotation operation performed by an operator; an angle detection unit configured to detect a first rotation angle of the first gear and a second rotation angle of the second gear ; and a controller configured to perform drive control for the motor in accordance with a relative angle between the first rotation angle and the second rotation angle so as to change a sense of force applied to the operator via the rotor .
A method for driving a drawer of a refrigerator, the refrigerator comprising a drawer , a drive motor configured to rotate for withdrawing the drawer to a predetermined distance and a controller for controlling an operation of the drive motor , the method comprising: inputting a drawer opening command by a user (S30; S50; S70), withdrawing the drawer by a predetermined distance (S31, S32; S51, S53; S71, S73), detecting (S34) external force applied to the drawer that is in a stationary state; transferring an external force detecting signal to a controller; determining (S35) an application direction of an external force; and moving (S36, S38) the drawer in the application direction of the external force, characterized in that the predetermined distance is shorter than a distance when the drawer is fully withdrawn. inputting a drawer opening command by a user (S30; S50; S70), withdrawing the drawer by a predetermined distance (S31, S32; S51, S53; S71, S73), detecting (S34) external force applied to the drawer that is in a stationary state; transferring an external force detecting signal to a controller; determining (S35) an application direction of an external force; and moving (S36, S38) the drawer in the application direction of the external force, characterized in that the predetermined distance is shorter than a distance when the drawer is fully withdrawn.
A ventilation device for providing a gas mixture for a user, the ventilation device comprising: a compressor configured to output compressed air; an oxygen concentrator configured to process the compressed air to form and output oxygen gas; a gas source control valve configured to receive the compressed air and the oxygen gas and selectively deliver a first gas pulse comprising oxygen gas and a second gas pulse comprising compressed air; a patient interface configured to receive the first and second gas pulses delivered by the gas source control valve, and to deliver the first and second gas pulses; and a controller configured to: determine a switching time that occurs during an inspiratory period of a user, and control the gas source control valve to terminate the delivery of the first pulse and begin the delivery of the second pulse at the switching time, and to terminate the second pulse prior to the start of an expiratory period of the user, characterized in that the controller is configured to control the gas source control valve to deliver to the patient interface a third gas pulse of the compressed air during an expiratory period that follows the first and second gas pulses, wherein the controller is configured to control the delivery of the third pulse at a lower flow rate than the first and second pulses. a compressor configured to output compressed air; an oxygen concentrator configured to process the compressed air to form and output oxygen gas; a gas source control valve configured to receive the compressed air and the oxygen gas and selectively deliver a first gas pulse comprising oxygen gas and a second gas pulse comprising compressed air; a patient interface configured to receive the first and second gas pulses delivered by the gas source control valve, and to deliver the first and second gas pulses; and a controller configured to: determine a switching time that occurs during an inspiratory period of a user, and control the gas source control valve to terminate the delivery of the first pulse and begin the delivery of the second pulse at the switching time, and to terminate the second pulse prior to the start of an expiratory period of the user, determine a switching time that occurs during an inspiratory period of a user, and control the gas source control valve to terminate the delivery of the first pulse and begin the delivery of the second pulse at the switching time, and to terminate the second pulse prior to the start of an expiratory period of the user,
A lock comprising a slide body with a bolt section along and integral with a side thereof, and a casing formed with a channel for receiving the bolt section , the channel having an open side, the bolt section and channel having substantially the same cross-section to allow for sliding engagement of the bolt section in the channel to a hold position with the channel cross-section enclosing the bolt section to prevent its lateral withdrawal, wherein the bolt section has a recess on its surface with at least one axial boundary, the recess being aligned when in the hold position with an opening in the wall of the channel; a cam and follower mechanism in which the cam is rotatable in the casing to at least one hold orientation at which the follower extends in the opening and into the recess when the bolt section is in the hold position to restrict movement of the bolt section along the channel ; and means for rotating the cam between said at least one hold orientation and at least one other release orientation at which the follower can withdraw from the recess and release the bolt section in the channel .
A method for preparing a raw material composition adapted to be fed into the melting chamber of a facility adapted to obtain cullet, glass wool and/or rock wool, textile glass yarns, flat glass and/or hollow glass, said method being characterized in that it comprises at least one step of grinding a mineral wool mixture adapted to enter into the raw material composition, such that the granular mixture obtained after grinding has a bulk density greater than or equal to 30 kg/m3 and less than or equal to 500 kg/m3.
A facility lighting control device comprising a switch module capable of being arrangeable at a door and connectable to a light power network for controlling the lighting as a function of the switch operation, an interface for a door sensor for detecting a state of the door and configured to distinguish between different operation modes and control the lighting as a function of the state of the door, characterised by a memory in which reactions of the lighting control device to different switch operation modes are stored for a plurality of distinguishable door states detected by the at least one sensor wherein for at least one detected switch operation mode, the lighting control reaction for a first state of the door is different from that for the second state of the door. a switch module capable of being arrangeable at a door and connectable to a light power network for controlling the lighting as a function of the switch operation, an interface for a door sensor for detecting a state of the door and configured to distinguish between different operation modes and control the lighting as a function of the state of the door, characterised by a memory in which reactions of the lighting control device to different switch operation modes are stored for a plurality of distinguishable door states detected by the at least one sensor reactions of the lighting control device to different switch operation modes are stored for a plurality of distinguishable door states detected by the at least one sensor wherein for at least one detected switch operation mode, the lighting control reaction for a first state of the door is different from that for the second state of the door.
A tip for fitting to a nozzle of an air abrasion dental tool , the tip comprising: a tip body having a central bore that extends through the length of the tip body from an inlet end to an outlet end ; wherein the inlet end of the tip body is configured to receive and form an interference fit with the nozzle of the dental tool; and wherein the outlet end of the central bore is provided with at least one flexible prong that extends outwardly from the outlet end in a direction that is substantially parallel to longitudinal axis of the central bore, the tip characterised in that a distal end of each prong is rounded. a tip body having a central bore that extends through the length of the tip body from an inlet end to an outlet end ; wherein the inlet end of the tip body is configured to receive and form an interference fit with the nozzle of the dental tool; and wherein the outlet end of the central bore is provided with at least one flexible prong that extends outwardly from the outlet end in a direction that is substantially parallel to longitudinal axis of the central bore, the tip characterised in that a distal end of each prong is rounded.
A process for self-sufficient enzymatic hydrolysis of lignocellulose-containing material, comprising the steps (a) subjecting a lignocellulose-containing material to a pretreatment in a pretreatment device; (b) contacting the pretreated lignocellulose-containing material of step a) with at least one hydrolase comprising one or more activities selected from the activities of exo- and endocellulases, that is to say Cellobiohydrolase (CBH) I, II, endoglucanase (EG) I-IV, beta-Glucosidase (BGL), exo- and endohemicellulases, that is to say xylanase, xylosidase, xylobiase, arabinase, arabinofucosidase, mannanase, mannosidase, galactase and galactosidase, and esterases, in a hydrolysis vessel to form a hydrolyzate; (c) separating the hydrolyzate and subsequently dividing the hydrolyzate into two parts (i) and (ii), wherein part (i) is directed to a cultivation vessel; (d) fermenting part (i) of the hydrolyzate with at least one microorganism and/or fungus capable of the production of at least one enzyme belonging to the class of hydrolases; and (e) redirecting the fermented hydrolyzate of step d) to the hydrolysis vessel of step b); wherein the hydrolyzate is treated to remove at least one substance inhibitory to at least one enzyme and/or at least one microorganism and/or fungus. (a) subjecting a lignocellulose-containing material to a pretreatment in a pretreatment device; (b) contacting the pretreated lignocellulose-containing material of step a) with at least one hydrolase comprising one or more activities selected from the activities of exo- and endocellulases, that is to say Cellobiohydrolase (CBH) I, II, endoglucanase (EG) I-IV, beta-Glucosidase (BGL), exo- and endohemicellulases, that is to say xylanase, xylosidase, xylobiase, arabinase, arabinofucosidase, mannanase, mannosidase, galactase and galactosidase, and esterases, in a hydrolysis vessel to form a hydrolyzate; (c) separating the hydrolyzate and subsequently dividing the hydrolyzate into two parts (i) and (ii), wherein part (i) is directed to a cultivation vessel; (d) fermenting part (i) of the hydrolyzate with at least one microorganism and/or fungus capable of the production of at least one enzyme belonging to the class of hydrolases; and (e) redirecting the fermented hydrolyzate of step d) to the hydrolysis vessel of step b); wherein the hydrolyzate is treated to remove at least one substance inhibitory to at least one enzyme and/or at least one microorganism and/or fungus.
Device having a guide carriage which can be placed on a guide rail and can be displaced thereon and has position-fixing elements with which a base plate of a hand-held circular saw can be fixed non-displaceably in a fixing position on a base plate of the guide carriage , having an adjusting element in order to bring a saw blade of the hand-held circular saw into a defined spaced position relative to an edge of the guide carriage before the position-fixing elements are adjusted, characterised in that the adjusting element , which can be brought from a storage position into an adjusting position, forms an adjusting stop with an edge on the front side, against which the saw blade can be placed during adjustment, and can be brought back into the storage position after the position fixing elements have been adjusted in the fixing position.