mhurhangee/ep-ind-claims huggingface dataset:
A method for displaying broadcasting content in a mobile terminal, the method characterized by: Receiving a first input for selecting a channel which provides the broadcasting content on a display of the mobile terminal: displaying the broadcasting content corresponding to the channel on the display: if a widget related to the broadcasting content is not registered, displaying a message window prompting whether a widget is to be registered: if a widget is to be registered, displaying a widget table, the widget table including several widgets from widgets pre-stored in the mobile terminal, the several widgets being related to the broadcasting content of the channel, the several widgets being selected by the mobile terminal from the prestored widgets using broadcasting channel information and/or broadcasting program related information: receiving a second input for selecting at least one widget from the widget table on the display to be registered with the broadcasting content; and displaying the broadcasting content on the display of the mobile terminal and displaying the at least one registered widget on a portion of the broadcasting content. Receiving a first input for selecting a channel which provides the broadcasting content on a display of the mobile terminal: displaying the broadcasting content corresponding to the channel on the display: displaying the broadcasting content corresponding to the channel on the display: if a widget related to the broadcasting content is not registered, displaying a message window prompting whether a widget is to be registered: if a widget is to be registered, displaying a widget table, the widget table including several widgets from widgets pre-stored in the mobile terminal, the several widgets being related to the broadcasting content of the channel, the several widgets being selected by the mobile terminal from the prestored widgets using broadcasting channel information and/or broadcasting program related information: if a widget is to be registered, displaying a widget table, the widget table including several widgets from widgets pre-stored in the mobile terminal, the several widgets being related to the broadcasting content of the channel, the several widgets being selected by the mobile terminal from the prestored widgets using broadcasting channel information and/or broadcasting program related information: receiving a second input for selecting at least one widget from the widget table on the display to be registered with the broadcasting content; and displaying the broadcasting content on the display of the mobile terminal and displaying the at least one registered widget on a portion of the broadcasting content.
Brake device for a cabine of an elevator system, it being possible for the cabine to be displaced horizontally along a guide rail, wherein the brake device is designed to brake a horizontal movement of the cabine in a first movement direction, characterized in that - the brake device, prior to a braking action of the horizontal movement of the cabine, is arranged in a defined rest position (X 1) in relation to the horizontal guide rail, - the brake device is designed to be deflected into a deflected position (X 2) during the braking action of the horizontal movement of the cabine, and - the brake device comprises a reset device, which is designed to reset the brake device from the deflected position (X 2) into the rest position (X 1) following the braking action of the cabine. - the brake device, prior to a braking action of the horizontal movement of the cabine, is arranged in a defined rest position (X 1) in relation to the horizontal guide rail, - the brake device is designed to be deflected into a deflected position (X 2) during the braking action of the horizontal movement of the cabine, and - the brake device comprises a reset device, which is designed to reset the brake device from the deflected position (X 2) into the rest position (X 1) following the braking action of the cabine.
A drug delivery coating comprising a polymeric layer, the polymeric layer comprising a hydrophilic outer surface; a matrix contacting the hydrophilic outer surface, the matrix comprising a particulate hydrophobic therapeutic agent; and a cationic agent; wherein the particulate hydrophobic therapeutic agent is present in the matrix as particles coated with the cationic agent and as particles that are not coated with the cationic agent coexisting with cationic agent not coating the particles; and wherein the polymeric layer further comprises a hydrophilic polymer having pendent photoreactive groups; and a photo-crosslinker comprising at least two aryl ketone functionalities. a polymeric layer, the polymeric layer comprising a hydrophilic outer surface; a matrix contacting the hydrophilic outer surface, the matrix comprising a particulate hydrophobic therapeutic agent; and a cationic agent; wherein the particulate hydrophobic therapeutic agent is present in the matrix as particles coated with the cationic agent and as particles that are not coated with the cationic agent coexisting with cationic agent not coating the particles; and wherein the polymeric layer further comprises a hydrophilic polymer having pendent photoreactive groups; and a photo-crosslinker comprising at least two aryl ketone functionalities.
A main rotor blade assembly comprising: a main spar; a main sheath laminate; a main core adjacent to said main spar; a tip spar attached to said main spar in an overlap relationship, said tip spar defining a tip spar non-straight form; an upper blade skin adjacent to said main spar and said tip spar, said upper blade skin defining an upper blade skin non-straight form adjacent to said tip spar non-straight form; a lower blade skin adjacent to said main spar and said tip spar said upper blade skin defining a lower blade skin non-straight form adjacent to said tip spar non-straight form; and a tip assembly; wherein the tip assembly includes: a tip cap removably mounted to said tip spar at a tip cap interface; and a tip leading edge assembly including a splice cap laminate and a tip erosion strip, wherein the splice cap laminate abuts the main sheath laminate at a tip interface while the tip erosion strip overlaps the tip interface therebetween. a main spar; a main sheath laminate; a main core adjacent to said main spar; a tip spar attached to said main spar in an overlap relationship, said tip spar defining a tip spar non-straight form; an upper blade skin adjacent to said main spar and said tip spar, said upper blade skin defining an upper blade skin non-straight form adjacent to said tip spar non-straight form; a lower blade skin adjacent to said main spar and said tip spar said upper blade skin defining a lower blade skin non-straight form adjacent to said tip spar non-straight form; and a tip assembly; wherein the tip assembly includes: a tip cap removably mounted to said tip spar at a tip cap interface; and a tip leading edge assembly including a splice cap laminate and a tip erosion strip, wherein the splice cap laminate abuts the main sheath laminate at a tip interface while the tip erosion strip overlaps the tip interface therebetween. a tip cap removably mounted to said tip spar at a tip cap interface; and a tip leading edge assembly including a splice cap laminate and a tip erosion strip, wherein the splice cap laminate abuts the main sheath laminate at a tip interface while the tip erosion strip overlaps the tip interface therebetween.
A method of repairing a domestic hydraulic installation including a faulty circulation pump, having hydraulic characteristics adapted to this hydraulic installation, the method comprising: - the determination of the characteristics of the faulty circulation pump to enable a parameterizing device to obtain its characteristics; - the replacement of the faulty circulation pump by a generic circulation pump that can be parameterized to emulate the faulty circulation pump, replacement comprising the following steps: - the connection of the parameterizing device to the generic circulation pump; - the emulation, with the help of specific databases, of the generic circulation pump with the operating characteristics of the faulty circulation pump previously determined, the parameterizing device generating a list of parameters needed by the generic pump in order to obtain the operating characteristics of the faulty circulation pump, - the substitution of the faulty circulation pump by the generic circulation pump before or after the emulation step of the generic circulation pump, wherein the replacement of the generic circulation pump that can be parameterized to emulate the faulty circulation pump is facilitated by the standardization of circulation pumps for domestic hydraulic installation. - the determination of the characteristics of the faulty circulation pump to enable a parameterizing device to obtain its characteristics; - the replacement of the faulty circulation pump by a generic circulation pump that can be parameterized to emulate the faulty circulation pump, replacement comprising the following steps: - the connection of the parameterizing device to the generic circulation pump; - the emulation, with the help of specific databases, of the generic circulation pump with the operating characteristics of the faulty circulation pump previously determined, the parameterizing device generating a list of parameters needed by the generic pump in order to obtain the operating characteristics of the faulty circulation pump, - the substitution of the faulty circulation pump by the generic circulation pump before or after the emulation step of the generic circulation pump, wherein the replacement of the generic circulation pump that can be parameterized to emulate the faulty circulation pump is facilitated by the standardization of circulation pumps for domestic hydraulic installation. - the connection of the parameterizing device to the generic circulation pump; - the emulation, with the help of specific databases, of the generic circulation pump with the operating characteristics of the faulty circulation pump previously determined, the parameterizing device generating a list of parameters needed by the generic pump in order to obtain the operating characteristics of the faulty circulation pump, - the substitution of the faulty circulation pump by the generic circulation pump before or after the emulation step of the generic circulation pump,
Method for forming an electrical connection on a device comprising a heating layer, the said heating layer comprising first fibres made of carbon, a first electrically conducting material, and in which the following steps of forming an electrical connection are performed: - an interface-preparation step in which a junction layer formed of an electrically conducting junction material is placed on the heating layer, and - a placement step in which a connection strip comprising second fibres formed of a second electrically conducting material is placed on the junction layer, the said connection strip having at least one portion (8a; 8b; 8c) protruding beyond the said device and forming a terminal for supplying electrical power to the device. - an interface-preparation step in which a junction layer formed of an electrically conducting junction material is placed on the heating layer, and - a placement step in which a connection strip comprising second fibres formed of a second electrically conducting material is placed on the junction layer, the said connection strip having at least one portion (8a; 8b; 8c) protruding beyond the said device and forming a terminal for supplying electrical power to the device.
A cooked rice loosening method characterized in that cooked rice is fed into a loosening room, high-speed air is blown to the cooked rice in the loosening room to be scattered and floated, and the floating cooked rice is collected by a collecting room (26, 27) provided adjacent to the loosening room, characterized in that a speed of the high-speed air is 50m/s or more.
A device to eliminate germs and bacteria from hands, the device comprising: a cabinet including a front opening for entry of the hands to be disinfected, the cabinet including: an outer box, the outer box having a front end, a rear end, a top end, a bottom end, a rear wall, side walls, a top wall, and a bottom wall; an inner box placed inside the outer box, the inner box having a cavity where the hands are placed, a front end, a rear end, a top end, a bottom end, a rear wall, side walls, a top wall, and a bottom wall; spaces between the rear, the side, the top and the bottom walls of the outer box and the inner box; a plurality of slots (5a-5c) located in the top wall, bottom wall, and side wall of the inner box; an ozone generator located between the rear walls of the outer box and the inner box; fans located facing the ozone generator, the fans circulate the ozone through the cabinet, the ozone moves inside the cabinet by passing through the plurality of slots (5a-5c) of the inner box; a first mesh made of nichrome, the first mesh is a heated mesh; a second mesh of nichrome located near the opening of the cabinet; and at least one aperture located in the front end near the top end of the inner box, the aperture allows the passing of air forming a curtain of air which forms an ozone barrier on the inside of the cabinet. an outer box, the outer box having a front end, a rear end, a top end, a bottom end, a rear wall, side walls, a top wall, and a bottom wall; an inner box placed inside the outer box, the inner box having a cavity where the hands are placed, a front end, a rear end, a top end, a bottom end, a rear wall, side walls, a top wall, and a bottom wall; spaces between the rear, the side, the top and the bottom walls of the outer box and the inner box; a plurality of slots (5a-5c) located in the top wall, bottom wall, and side wall of the inner box; an ozone generator located between the rear walls of the outer box and the inner box; fans located facing the ozone generator, the fans circulate the ozone through the cabinet, the ozone moves inside the cabinet by passing through the plurality of slots (5a-5c) of the inner box; a first mesh made of nichrome, the first mesh is a heated mesh; a second mesh of nichrome located near the opening of the cabinet; and at least one aperture located in the front end near the top end of the inner box, the aperture allows the passing of air forming a curtain of air which forms an ozone barrier on the inside of the cabinet.
Packaging material comprising a coated porous substrate, characterized in that the porous substrate is coated with a molten layer comprising a biopolymer formed by the reaction product of biodegradable polyester and metalloxane, such as siloxane, precursor.
A method for improving the operation of an electrolytic cell comprising an anolyte compartment, a catholyte compartment and a synthetic diaphragm separating the anolyte and catholyte compartments wherein liquid anolyte is introduced into the anolyte compartment and flows through the diaphragm into the catholyte compartment, which method comprises introducing particulate material comprising halocarbon polymer short fiber having a mean length of from 0.025 to 0.25 cm (0.01 to 0.1 inch) and a mean diameter of from 10 to 20 μm (microns) into the anolyte compartment in amounts sufficient to lower the flow of liquid anolyte through the diaphragm into the catholyte compartment.
A turbine component comprising: an outer shroud arranged within a turbine and further comprising opposed extending portions (16, 18); characterized in that the turbine component further comprises; an inner shroud shielding the outer shroud from a gas path within the turbine during operation of the turbine and comprising opposed arcuate portions (26, 28) extending around and in contact with a corresponding extending portion (16,18) of the outer shroud for supporting the inner shroud from the outer shroud; wherein a pair of load path forming regions at least partially extends between facing surfaces of each arcuate portion (26, 28) and corresponding extending portion (16, 18); wherein during operation of the turbine, the pair of load path forming regions extend into direct contact between at least a portion of the facing surfaces of each arcuate portion (26, 28) and corresponding extending portions (16, 18), resulting in formation of a four-point loading arrangement between opposed ends of the outer shroud and inner shroud, the four-point loading arrangement having generally evenly distributed radial load forces at the pair of load path forming regions. an outer shroud arranged within a turbine and further comprising opposed extending portions (16, 18); characterized in that the turbine component further comprises; an inner shroud shielding the outer shroud from a gas path within the turbine during operation of the turbine and comprising opposed arcuate portions (26, 28) extending around and in contact with a corresponding extending portion (16,18) of the outer shroud for supporting the inner shroud from the outer shroud; wherein a pair of load path forming regions at least partially extends between facing surfaces of each arcuate portion (26, 28) and corresponding extending portion (16, 18); wherein during operation of the turbine, the pair of load path forming regions extend into direct contact between at least a portion of the facing surfaces of each arcuate portion (26, 28) and corresponding extending portions (16, 18), resulting in formation of a four-point loading arrangement between opposed ends of the outer shroud and inner shroud, the four-point loading arrangement having generally evenly distributed radial load forces at the pair of load path forming regions.
A method of controlling the shape of a plurality of relief dots created in a photosensitive printing blank during a digital platemaking process, said photosensitive printing blank comprising a laser ablatable mask layer disposed directly or indirectly above at least one photocurable layer, the method comprising the steps of: a) laser ablating the laser ablatable mask layer to create an in situ negative in the laser ablatable mask layer; b) applying a barrier membrane to the photosensitive printing blank; c) exposing the at least one photocurable layer to actinic radiation through the in situ negative; and d) developing the imaged and exposed photosensitive printing blank to reveal the relief image therein, said relief image comprises the plurality of relief dots; wherein the foregoing steps do not need to be performed in the stated order, and wherein the barrier membrane comprises shellac resin and polyvinyl butyral resin. a) laser ablating the laser ablatable mask layer to create an in situ negative in the laser ablatable mask layer; b) applying a barrier membrane to the photosensitive printing blank; c) exposing the at least one photocurable layer to actinic radiation through the in situ negative; and d) developing the imaged and exposed photosensitive printing blank to reveal the relief image therein, said relief image comprises the plurality of relief dots; wherein the foregoing steps do not need to be performed in the stated order, and wherein the barrier membrane comprises shellac resin and polyvinyl butyral resin.
An optical sensor for measuring a force distribution, comprising: - a substrate; - one or more light emitting sources and one or more light receiving detectors provided on the substrate, the one or more light receving detectors being responsive to the light emitted by the one or more light emitting sources; - wherein a deformable opto-mechanical layer is provided on said substrate with light responsive properties depending on a deformation of the opto-mechanical layer; and - wherein the opto-mechanical layer comprises optical cavities spanning the one or more light emitting sources and the one or more light receiving detectors; the light responsive properties within an optical cavity depending on the deformation of the optical cavity; - characterized in that the sensor is constructed and arranged for detecting a direction of a force applied to the sensor within one optical cavity; wherein each optical cavity comprises a pattern of a light emitting source and surrounding light receiving detectors arranged for, if no force is present, detecting a symmetric light beam relative to the light emitting source and, if a force is exerted on the cavity, detecting an asymmetric light beam relative to the light emitting source, wherein the direction of the force can be derived from the asymmetric light beam. - a substrate; - one or more light emitting sources and one or more light receiving detectors provided on the substrate, the one or more light receving detectors being responsive to the light emitted by the one or more light emitting sources; - wherein a deformable opto-mechanical layer is provided on said substrate with light responsive properties depending on a deformation of the opto-mechanical layer; and - wherein the opto-mechanical layer comprises optical cavities spanning the one or more light emitting sources and the one or more light receiving detectors; the light responsive properties within an optical cavity depending on the deformation of the optical cavity; - characterized in that the sensor is constructed and arranged for detecting a direction of a force applied to the sensor within one optical cavity; wherein each optical cavity comprises a pattern of a light emitting source and surrounding light receiving detectors arranged for, if no force is present, detecting a symmetric light beam relative to the light emitting source and, if a force is exerted on the cavity, detecting an asymmetric light beam relative to the light emitting source, wherein the direction of the force can be derived from the asymmetric light beam.
A powertrain comprising: an internal combustion engine provided with a plurality of cylinders (101, 102, 103, 104); an electric motor coupled to an output shaft of said internal combustion engine; characterized by a control unit that suspends ignition and supply of fuel to said internal combustion engine when misfire in said internal combustion engine is detected while a rotational speed of the output shaft of said internal combustion engine falls within a predetermined resonance region, and rotates the output shaft of said internal combustion engine at a rotational speed falling out of said predetermined resonance region by driving said electric motor until at least air in a cylinder (101, 102, 103, 104) in which the misfire has occurred is replaced, while maintaining the suspension of the ignition and supply of fuel to said internal combustion engine. an internal combustion engine provided with a plurality of cylinders (101, 102, 103, 104); an electric motor coupled to an output shaft of said internal combustion engine; a control unit that suspends ignition and supply of fuel to said internal combustion engine when misfire in said internal combustion engine is detected while a rotational speed of the output shaft of said internal combustion engine falls within a predetermined resonance region, and rotates the output shaft of said internal combustion engine at a rotational speed falling out of said predetermined resonance region by driving said electric motor until at least air in a cylinder (101, 102, 103, 104) in which the misfire has occurred is replaced, while maintaining the suspension of the ignition and supply of fuel to said internal combustion engine.