mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: an attribute management unit configured to manage a variable attribute value associated with each one or more characters (Ch1, Ch2, Ch3, Ch4) existing in a real space; a detection unit configured to detect an interaction event between a first character and a real object by using an image captured by a camera that captures the real space characterized in that the detection unit is further configured to detect a rule event occurring in the real space; and in that the information processing apparatus further comprises: a setting unit configured to set a rule for changing the attribute value of the first character depending on the interaction event, the rule being set depending on the rule event, wherein, in a case where the detection unit has detected the interaction event, the attribute management unit changes the attribute value of the first character in accordance with the rule set by the setting unit. an attribute management unit configured to manage a variable attribute value associated with each one or more characters (Ch1, Ch2, Ch3, Ch4) existing in a real space; a detection unit configured to detect an interaction event between a first character and a real object by using an image captured by a camera that captures the real space characterized in that the detection unit is further configured to detect a rule event occurring in the real space; and in that the information processing apparatus further comprises: a setting unit configured to set a rule for changing the attribute value of the first character depending on the interaction event, the rule being set depending on the rule event, wherein, in a case where the detection unit has detected the interaction event, the attribute management unit changes the attribute value of the first character in accordance with the rule set by the setting unit. a setting unit configured to set a rule for changing the attribute value of the first character depending on the interaction event, the rule being set depending on the rule event, wherein, in a case where the detection unit has detected the interaction event, the attribute management unit changes the attribute value of the first character in accordance with the rule set by the setting unit.
Microcapsule comprising at least one active substance selected from lutein and lutein esters embedded in a matrix comprising low bloom fish gelatine having a strength of 100 bloom or less and optionally one or more other matrix components, wherein the content of said at least one active substance calculated as free lutein is from 0.5 to 25 % of total weight of the microcapsule, and which microcapsule does not comprise any added emulsifier.
Spring apparatus, having: a rim, an elastically deformable spring element, and a fastening element, a first end of the spring element being connected to an inner side of the rim, and a second end of the spring element being connected to the fastening element, with the result that the spring element extends from the fastening element to the rim, characterized in that the spring apparatus has a first, cylindrical protective element and a second, cylindrical protective element, the first protective element being fastened to an outer side of the rim, extending from the rim in the direction of the fastening element, and being arranged on the shell side with respect to the spring element, the first protective element having a first connecting profile on an end section which faces away from the rim, the second protective element being fastened to the fastening element, extending from the fastening element in the direction of the rim, and being arranged on the shell side with respect to the spring element, the second protective element having a second connecting profile on an end section which faces away from the fastening element, and the spring element, the first protective element and the second protective element being configured in such a way that a releasable, positively locking connection is produced between the first connecting profile and the second connecting profile when the spring apparatus is in a first loading state. a rim, an elastically deformable spring element, and a fastening element, a first end of the spring element being connected to an inner side of the rim, and a second end of the spring element being connected to the fastening element, with the result that the spring element extends from the fastening element to the rim, characterized in that the spring apparatus has a first, cylindrical protective element and a second, cylindrical protective element, the first protective element being fastened to an outer side of the rim, extending from the rim in the direction of the fastening element, and being arranged on the shell side with respect to the spring element, the first protective element having a first connecting profile on an end section which faces away from the rim, the second protective element being fastened to the fastening element, extending from the fastening element in the direction of the rim, and being arranged on the shell side with respect to the spring element, the second protective element having a second connecting profile on an end section which faces away from the fastening element, and the spring element, the first protective element and the second protective element being configured in such a way that a releasable, positively locking connection is produced between the first connecting profile and the second connecting profile when the spring apparatus is in a first loading state.
A downhole valve for insertion into a wall of a casing, characterised in that the downhole valve comprises: - a housing having a first end and a second end as well as an inner face and an outer face, wherein the outer face of the housing is adapted to be fastened by means of friction in the wall of the casing, and wherein the first end of the housing comprises at least one cutting edge at least forming a leading tip or a leading edge for punching an opening in the casing. - a housing having a first end and a second end as well as an inner face and an outer face, wherein the outer face of the housing is adapted to be fastened by means of friction in the wall of the casing, and wherein the first end of the housing comprises at least one cutting edge at least forming a leading tip or a leading edge for punching an opening in the casing.
A method for preparing a highly electron conductive polymer, the method comprising a step of doping a conductive polymer with a dopant capable of introducing movable charge carriers into repeating units of the conductive polymer, wherein a voltage higher than a conduction band of the polymer is applied to the conductive polymer while the conductive polymer is doped with the dopant, so as to modify electron conductivity of the conductive polymer, wherein the conductive polymer is selected from the group consisting of polythiophene, PEDOT (poly(ethylenedioxy)thiophene), or mixtures thereof, wherein the dopant includes an ionizable salt selected from the group consisting of sulfonic acids non-substituted or substituted with Na, K, Li or Ca, transition metal salts containing PF 6 -, BF 6 -, Cl -, SO 4 2-, ClO 4 - or F -, I 2, AsF 6, LiBF 4, C1∼C6 alkyl or aryl halide, and acid anhydrides, and wherein the dopant is used in an amount of 30∼50 moles per 100 moles of the conductive polymer.
A diffractive element comprising: a substrate a plurality of grating elements on the substrate each grating element having a u-shaped cross section comprising: a first ridge region; a second ridge region; and a saddle region extending between the first and second ridge regions, the saddle region having a first height, H 1, lower than a second height, H 3, of the first and second ridge regions; wherein the first ridge region comprises a first ridge body region with a first refractive index n 2, and a first core element inside the first ridge body region, the first core element having a second refractive index, n 4, greater than the first refractive index; and the second ridge region comprises a second ridge body region with the first refractive index n 2, and a second core element inside the second ridge body region, the second core element having the second refractive index, n 4. a substrate a plurality of grating elements on the substrate each grating element having a u-shaped cross section comprising: a first ridge region; a second ridge region; and a saddle region extending between the first and second ridge regions, the saddle region having a first height, H 1, lower than a second height, H 3, of the first and second ridge regions; a first ridge region; a second ridge region; and a saddle region extending between the first and second ridge regions, the saddle region having a first height, H 1, lower than a second height, H 3, of the first and second ridge regions; wherein the first ridge region comprises a first ridge body region with a first refractive index n 2, and a first core element inside the first ridge body region, the first core element having a second refractive index, n 4, greater than the first refractive index; and the second ridge region comprises a second ridge body region with the first refractive index n 2, and a second core element inside the second ridge body region, the second core element having the second refractive index, n 4.
An anti-PCSK9 antibody or antigen binding fragment thereof comprising: (i) the immunoglobulin heavy chain variable region of 1F11/1G11 which comprises the amino acid sequence of SEQ ID NO: 50; and (ii) the immunoglobulin light chain variable region of 1F11/1G11 which comprises the amino acid sequence of SEQ ID NO: 54. (i) the immunoglobulin heavy chain variable region of 1F11/1G11 which comprises the amino acid sequence of SEQ ID NO: 50; and (ii) the immunoglobulin light chain variable region of 1F11/1G11 which comprises the amino acid sequence of SEQ ID NO: 54.
A microstructured passage module for an aerosol generator, comprising: a plate overlaid by a cover thus forming a compartment, and the plate and the cover in combination define an entrance and an exit for the compartment, a liquid flow direction is defined by liquid flowing from the entrance to the exit of said compartment; a plurality of walls along the liquid flow direction and parallel to each other over an entire width of the plate so as to define a plurality of passages threrebetween; a plurality of pillars protruding from the plate and a distance between two adjacent pillars is D; and a column protruding from the plate, adapted to be proximate to and substantially blocks the exit to the extent that aisles are formed between the column and the exit for the liquid to flow through, and the aisle has a width W, wherein the liquid flows through the compartment in the liquid flow direction such that an aerosol having a predetermined MMAD (Mass Median Aerodynamic Diameter) is achieved, wherein the width W is between 6,7 μm and 8,3 μm, and the distance D is between 6,7 μm and 8,3 μm. a plate overlaid by a cover thus forming a compartment, and the plate and the cover in combination define an entrance and an exit for the compartment, a liquid flow direction is defined by liquid flowing from the entrance to the exit of said compartment; a plurality of walls along the liquid flow direction and parallel to each other over an entire width of the plate so as to define a plurality of passages threrebetween; a plurality of pillars protruding from the plate and a distance between two adjacent pillars is D; and a column protruding from the plate, adapted to be proximate to and substantially blocks the exit to the extent that aisles are formed between the column and the exit for the liquid to flow through, and the aisle has a width W, wherein the liquid flows through the compartment in the liquid flow direction such that an aerosol having a predetermined MMAD (Mass Median Aerodynamic Diameter) is achieved, wherein the width W is between 6,7 μm and 8,3 μm, and the distance D is between 6,7 μm and 8,3 μm.
A method of controlling a wind turbine blade during operation of a wind turbine to reduce root moments of the blade, the blade having a tip end and a root end, the method comprising the steps of: identifying an excited mode shape of the wind turbine blade; and adjusting at least one active lift device provided on said blade to reduce a modal vibration of said blade during operation of said wind turbine, wherein said step of adjusting is based on said excited mode shape. identifying an excited mode shape of the wind turbine blade; and adjusting at least one active lift device provided on said blade to reduce a modal vibration of said blade during operation of said wind turbine, wherein said step of adjusting is based on said excited mode shape.
A display system, comprising: a foldable display unit to display visual information, the visual information based at least in part on display data; and a display control unit configured for receiving the display data and at least one fold signal indicative of a fold in at least a portion of the display unit, and outputting one or more display control signals operative to cause the display unit to display the visual information, the display control signals being output at least in part in response to the at least one fold signal to adapt the one or more display control signals to change a format of the visual information, wherein the fold in the display unit creates a deformation area along a fold axis of the display unit, and wherein the format change compensates for impairment of the visual information in the deformation area by displaying the visual information in compensated format in the deformation area, the compensation being mathematically determined based on distortion experienced by a viewer at an assumed viewing angle. a foldable display unit to display visual information, the visual information based at least in part on display data; and a display control unit configured for receiving the display data and at least one fold signal indicative of a fold in at least a portion of the display unit, and outputting one or more display control signals operative to cause the display unit to display the visual information, the display control signals being output at least in part in response to the at least one fold signal to adapt the one or more display control signals to change a format of the visual information, wherein the fold in the display unit creates a deformation area along a fold axis of the display unit, and wherein the format change compensates for impairment of the visual information in the deformation area by displaying the visual information in compensated format in the deformation area, the compensation being mathematically determined based on distortion experienced by a viewer at an assumed viewing angle.
A needle disk roller apparatus having a built-in pump, comprising: a drug container filled with a drug and having a built-in pump assembly; and a roller head being able to interwork with the pump assembly so that the drug is suitable to be supplied from the drug container to the roller head by up-down pressing the roller head, the roller head being configured to form holes in the skin using a plurality of needle disks so that the drug penetrates into the skin, and having a drug base that prevents the drug supplied from the pump assembly from flowing down, and accumulates a predetermined amount of the drug inside an arcuate bottom so that the drug is appropriately supplied to the needle disks when the needle disks are rotated. a drug container filled with a drug and having a built-in pump assembly; and a roller head being able to interwork with the pump assembly so that the drug is suitable to be supplied from the drug container to the roller head by up-down pressing the roller head, the roller head being configured to form holes in the skin using a plurality of needle disks so that the drug penetrates into the skin, and having a drug base that prevents the drug supplied from the pump assembly from flowing down, and accumulates a predetermined amount of the drug inside an arcuate bottom so that the drug is appropriately supplied to the needle disks when the needle disks are rotated.
A dressing for treating a tissue site comprising: a manifold having a plurality of flow channels for distributing reduced pressure to the tissue site; and a drape (206, 306) comprising an adhesive layer (210, 310) formed of silicone having a thickness greater than 100 microns, the adhesive layer having a first surface and a second surface, a plasma layer (208, 308) having a thickness of 5 microns formed by treating the first surface of the adhesive layer with a plasma treatment process, and wherein the second surface of the adhesive layer is for adhering at least to the tissue site and cover the manifold to create a sealed space over the manifold within the tissue site. a manifold having a plurality of flow channels for distributing reduced pressure to the tissue site; and a drape (206, 306) comprising an adhesive layer (210, 310) formed of silicone having a thickness greater than 100 microns, the adhesive layer having a first surface and a second surface, a plasma layer (208, 308) having a thickness of 5 microns formed by treating the first surface of the adhesive layer with a plasma treatment process, and wherein the second surface of the adhesive layer is for adhering at least to the tissue site and cover the manifold to create a sealed space over the manifold within the tissue site. an adhesive layer (210, 310) formed of silicone having a thickness greater than 100 microns, the adhesive layer having a first surface and a second surface, a plasma layer (208, 308) having a thickness of 5 microns formed by treating the first surface of the adhesive layer with a plasma treatment process, and wherein the second surface of the adhesive layer is for adhering at least to the tissue site and cover the manifold to create a sealed space over the manifold within the tissue site.
An electrode for a non-aqueous electrolyte rechargeable battery, comprising a current collector, an electrode mixed material layer, and a conductive base layer between the current collector and the electrode mixed material layer, wherein the base layer includes a styrene-acrylic acid ester-based copolymer, a carbon material, and polyacrylic acid, a content of the styrene-acrylic acid ester-based copolymer is greater than or equal to 45 wt% and less than or equal to 77.5 wt% based on 100 wt% of the base layer, in the polyacrylic acid, a carboxy group is not neutralized or a ratio of a neutralized carboxy group neutralized by alkali metal ions among the carboxy groups is greater than 0 mol% and less than or equal to 25 mol% based on 100 mol% of the carboxy groups, and a loading amount of the electrode mixed material layer per one surface of the current collector is greater than or equal to 15 mg/cm 2 and less than or equal to 70 mg/cm 2. a current collector, an electrode mixed material layer, and a conductive base layer between the current collector and the electrode mixed material layer, wherein the base layer includes a styrene-acrylic acid ester-based copolymer, a carbon material, and polyacrylic acid, a content of the styrene-acrylic acid ester-based copolymer is greater than or equal to 45 wt% and less than or equal to 77.5 wt% based on 100 wt% of the base layer, in the polyacrylic acid, a carboxy group is not neutralized or a ratio of a neutralized carboxy group neutralized by alkali metal ions among the carboxy groups is greater than 0 mol% and less than or equal to 25 mol% based on 100 mol% of the carboxy groups, and a loading amount of the electrode mixed material layer per one surface of the current collector is greater than or equal to 15 mg/cm 2 and less than or equal to 70 mg/cm 2.
Fire detection system for an aircraft compartment, comprising: a plurality of temperature sensors distributed in an array across at least one of a wall and a ceiling of the aircraft compartment to evenly cover a substantial surface portion and configured to measure the temperature at their respective position; and a system control unit configured to receive and analyze the temperature measured by each temperature sensor to establish a temperature distribution signature across the array of temperature sensors and to generate a fire warning signal in case that the temperature distribution signature fulfills predefined criteria characteristic of an occurring fire; wherein at least subgroups of the temperature sensors are communicatively interconnected with each other in a linear arrangement one after the other; wherein the temperature sensors are configured as fiber Bragg grating sensors, wherein at least subgroups of the temperature sensors are engraved at different lengths along respective optical fibers, wherein the system control unit is configured as an electro-optical control unit optically coupled to the optical fibers to read out optical signals from the temperature sensors over a length of the optical fibers; wherein the optical fibers are arranged under equal intervals lengthwise along a barrel of an aircraft fuselage, each fiber being oriented along a circumferential extension of an inner fuselage surface. a plurality of temperature sensors distributed in an array across at least one of a wall and a ceiling of the aircraft compartment to evenly cover a substantial surface portion and configured to measure the temperature at their respective position; and a system control unit configured to receive and analyze the temperature measured by each temperature sensor to establish a temperature distribution signature across the array of temperature sensors and to generate a fire warning signal in case that the temperature distribution signature fulfills predefined criteria characteristic of an occurring fire; wherein at least subgroups of the temperature sensors are communicatively interconnected with each other in a linear arrangement one after the other; wherein the temperature sensors are configured as fiber Bragg grating sensors, wherein at least subgroups of the temperature sensors are engraved at different lengths along respective optical fibers, wherein the system control unit is configured as an electro-optical control unit optically coupled to the optical fibers to read out optical signals from the temperature sensors over a length of the optical fibers; wherein the optical fibers are arranged under equal intervals lengthwise along a barrel of an aircraft fuselage, each fiber being oriented along a circumferential extension of an inner fuselage surface.
A method for determining a touch point of a clutch connected on the one hand to a heat engine and on the other hand to an electric machine, this electric machine being connected to the wheels of the vehicle, characterized in that it comprises the following steps: - for different clutch positions (Pi) the torque (Ci) transmitted between the heat engine and the electric machine is determined, - a regression is carried out from the torques Ci and the clutch positions Pi to determine a characteristic regression curve of the clutch, and - by extrapolation of the regression curve a clutch position value is determined, corresponding to the touch point of the clutch. - for different clutch positions (Pi) the torque (Ci) transmitted between the heat engine and the electric machine is determined, - a regression is carried out from the torques Ci and the clutch positions Pi to determine a characteristic regression curve of the clutch, and - by extrapolation of the regression curve a clutch position value is determined, corresponding to the touch point of the clutch.