mhurhangee/ep-ind-claims huggingface dataset:
Process for recovering hard material particles which are present in a residue quantity, which is in a free-flowing or pourable form, of a hard metal which has a matrix consisting of a steel, of nickel or of a nickel alloy, in which the hard material particles are embedded, comprising the following production steps: - pouring the residue quantity into an acid bath which contains a strong acid having a pK a value measured at room temperature of < 4, - adding an oxidant to the acid bath, - wherein by adding the oxidant or the acid a redox potential of the acid bath is set which is within a desired range of 300 - 800 mV, - dissolving the matrix of the residue quantity, - deposition of the hard material particles contained in the acid bath after dissolving the matrix. - pouring the residue quantity into an acid bath which contains a strong acid having a pK a value measured at room temperature of < 4, - adding an oxidant to the acid bath, - wherein by adding the oxidant or the acid a redox potential of the acid bath is set which is within a desired range of 300 - 800 mV, - dissolving the matrix of the residue quantity, - deposition of the hard material particles contained in the acid bath after dissolving the matrix.
An apparatus for a function adapted to set an event in a mobile terminal according to user position information, the apparatus comprising: a memory for storing character user interfaces, UI, comprising images referred as character UI, according to an event confirming a user position information and the function is adapted to set the event, and to store the user position information; a global positioning system, GPS, receiving unit for receiving the user position information; an event collection unit for sensing an event occurrence, and generating an event message for identifying the corresponding event; an agent control unit, comprising a plurality of specialists according to the events, for determining the specialist corresponding to the event message sent from the event collection unit among the plurality of specialists, selecting and outputting a character UI according to the events of the determined specialist, wherein each specialist is a processing means which corresponds to a specific event and is adapted to process the corresponding event and output the processing results; and an agent expression unit for accessing and outputting a character image and text corresponding to the character UI according to the events; wherein the agent control unit further comprises a specialist that generates a timer event when a user position information confirming time point occurs, the user position information is received from the GPS receiving unit if the timer event occurs, and a message is displayed for notifying the user's present position and a corresponding character UI. a memory for storing character user interfaces, UI, comprising images referred as character UI, according to an event confirming a user position information and the function is adapted to set the event, and to store the user position information; a global positioning system, GPS, receiving unit for receiving the user position information; an event collection unit for sensing an event occurrence, and generating an event message for identifying the corresponding event; an agent control unit, comprising a plurality of specialists according to the events, for determining the specialist corresponding to the event message sent from the event collection unit among the plurality of specialists, selecting and outputting a character UI according to the events of the determined specialist, wherein each specialist is a processing means which corresponds to a specific event and is adapted to process the corresponding event and output the processing results; and an agent expression unit for accessing and outputting a character image and text corresponding to the character UI according to the events; wherein the agent control unit further comprises a specialist that generates a timer event when a user position information confirming time point occurs, the user position information is received from the GPS receiving unit if the timer event occurs, and a message is displayed for notifying the user's present position and a corresponding character UI.
A display device, comprising: a substrate; a light-emitting element disposed on the substrate; an encapsulation stack disposed on the light-emitting element, the encapsulation stack including a plurality of inorganic encapsulation layers (142, 146) and an organic encapsulation layer disposed between the inorganic encapsulation layers; a touch sensor including a touch-sensing line and a touch-driving line disposed on the encapsulation stack, the touch-sensing line and the touch driving line overlapping each other; an organic touch dielectric film disposed between the touch-sensing line and the touch-driving line; an inorganic touch dielectric film provided on top of the organic touch dielectric film; a first routing line electrically coupled to the touch-driving line, the first routing line extending from the touch-driving line; and a second routing line electrically coupled to the touch-sensing line, the second routing line extending from the touch-sensing line. a substrate; a light-emitting element disposed on the substrate; an encapsulation stack disposed on the light-emitting element, the encapsulation stack including a plurality of inorganic encapsulation layers (142, 146) and an organic encapsulation layer disposed between the inorganic encapsulation layers; a touch sensor including a touch-sensing line and a touch-driving line disposed on the encapsulation stack, the touch-sensing line and the touch driving line overlapping each other; an organic touch dielectric film disposed between the touch-sensing line and the touch-driving line; an inorganic touch dielectric film provided on top of the organic touch dielectric film; a first routing line electrically coupled to the touch-driving line, the first routing line extending from the touch-driving line; and a second routing line electrically coupled to the touch-sensing line, the second routing line extending from the touch-sensing line.
A protection system for the physical protection of plants, in particular of a plurality of plants arranged in a row, and their flowers and/or fruiting heads, comprising at least one protective net; at least one rotary shaft; wherein the protective net is fastened to the rotary shaft with a first net edge region, in particular a first net edge, and is fastened to a carrier element with a second net edge region, in particular a second net edge, which carrier element is arranged in an upper region or above the plants and is connected to at least one pole-like support, such that the protective net can be unrolled from the rotary shaft from top to bottom or can be rolled up onto the rotary shaft from bottom to top as required, characterized in that the protection system has a plurality of boom devices which are indirectly connected to the rotary shaft at a first, in particular outer, end and are rotatably mounted on a respective pole-like support at a second, in particular inner, end, such that the rotary shaft can be moved along an arcuate path during unrolling/rolling up, in that a guide sleeve is attached to the first end of a respective boom device, in which guide sleeve the rotary shaft is received, wherein the guide sleeve has an outlet opening over its entire axial length, through which outlet opening the protective net extends, and in that the guide sleeve has a concave sleeve portion which surrounds the rotary shaft, except in the region of the outlet opening, wherein a convex net guide portion adjoins the concave sleeve portion on that side of the guide sleeve which faces the boom device. at least one protective net; at least one rotary shaft; wherein the protective net is fastened to the rotary shaft with a first net edge region, in particular a first net edge, and is fastened to a carrier element with a second net edge region, in particular a second net edge, which carrier element is arranged in an upper region or above the plants and is connected to at least one pole-like support, such that the protective net can be unrolled from the rotary shaft from top to bottom or can be rolled up onto the rotary shaft from bottom to top as required, characterized in that the protection system has a plurality of boom devices which are indirectly connected to the rotary shaft at a first, in particular outer, end and are rotatably mounted on a respective pole-like support at a second, in particular inner, end, such that the rotary shaft can be moved along an arcuate path during unrolling/rolling up, in that a guide sleeve is attached to the first end of a respective boom device, in which guide sleeve the rotary shaft is received, wherein the guide sleeve has an outlet opening over its entire axial length, through which outlet opening the protective net extends, and in that the guide sleeve has a concave sleeve portion which surrounds the rotary shaft, except in the region of the outlet opening, wherein a convex net guide portion adjoins the concave sleeve portion on that side of the guide sleeve which faces the boom device.
Method for forming a cell (10; 10'; 20) for a lithium ion electric power accumulating device, comprising the steps of: - forming a first arrangement comprising a first electrode and two separating elements, in which the electrode is interposed between the two separating elements; - heating said first arrangement to a first temperature; - after said step of heating said first arrangement, laminating said first arrangement so as to obtain a multilayered laminated element, during said step of laminating said first arrangement a first compression force being applied thereto; - forming a second arrangement comprising a second electrode and said multilayered laminated element; - heating said second arrangement to a second temperature that is lower than said first temperature; - after said step of heating said second arrangement, laminating said second arrangement so as to obtain the cell (10; 10'; 20), during said step of laminating said second arrangement a second compression force being applied thereto, said second compression force being lower than said first compression force. - forming a first arrangement comprising a first electrode and two separating elements, in which the electrode is interposed between the two separating elements; - heating said first arrangement to a first temperature; - after said step of heating said first arrangement, laminating said first arrangement so as to obtain a multilayered laminated element, during said step of laminating said first arrangement a first compression force being applied thereto; - forming a second arrangement comprising a second electrode and said multilayered laminated element; - heating said second arrangement to a second temperature that is lower than said first temperature; - after said step of heating said second arrangement, laminating said second arrangement so as to obtain the cell (10; 10'; 20), during said step of laminating said second arrangement a second compression force being applied thereto, said second compression force being lower than said first compression force.
Film-forming composition, characterized in that it comprises: - an extract of plants of the family Malvaceae, preferably of the althaea or malva genus, - a film-forming agent, chosen from the group comprising an anionic polysaccharide having the INCI name biosaccharide gum-1, xylitol, acacia, collagen, hyaluronic acid and mucopolysaccharides, and - a non-ionic emulsifier, preferably having viscosifying properties, chosen from the group comprising a poloxamer, xanthan gum, sclerotium gum and agar agar, and which is preferably a poloxamer, said composition being free of sodium chloride. - an extract of plants of the family Malvaceae, preferably of the althaea or malva genus, - a film-forming agent, chosen from the group comprising an anionic polysaccharide having the INCI name biosaccharide gum-1, xylitol, acacia, collagen, hyaluronic acid and mucopolysaccharides, and - a non-ionic emulsifier, preferably having viscosifying properties, chosen from the group comprising a poloxamer, xanthan gum, sclerotium gum and agar agar, and which is preferably a poloxamer,
A deposit detection device for an exhaust pump that exhausts gas by a rotating action of a rotating body, comprising: a means for detecting motor current values of a motor that rotates the rotating body; a current value storage portion that is configured to store only the motor current values that are equal to or greater than a preset value from among the motor current values during a normal operation mode; an average value calculation portion that is configured to calculate an average value per unit time of the motor current values stored in the current value storage portion; an average value storage portion that is configured to store the average value calculated by the average value calculation portion; an approximation calculation portion that is configured to chronologically order the average values stored in the average value storage portion and to determine a linear approximation; and a difference value calculation portion that is configured to determine a difference value between a predicted motor current value calculated by using the linear approximation and an initial motor current value at a start of use of the exhaust pump, wherein the deposit detection device further comprises a maintenance time determination portion that is configured to determine a time when the difference value exceeds a predetermined threshold which is determined as a time for maintenance of the exhaust pump. a means for detecting motor current values of a motor that rotates the rotating body; a current value storage portion that is configured to store only the motor current values that are equal to or greater than a preset value from among the motor current values during a normal operation mode; an average value calculation portion that is configured to calculate an average value per unit time of the motor current values stored in the current value storage portion; an average value storage portion that is configured to store the average value calculated by the average value calculation portion; an approximation calculation portion that is configured to chronologically order the average values stored in the average value storage portion and to determine a linear approximation; and a difference value calculation portion that is configured to determine a difference value between a predicted motor current value calculated by using the linear approximation and an initial motor current value at a start of use of the exhaust pump, wherein the deposit detection device further comprises a maintenance time determination portion that is configured to determine a time when the difference value exceeds a predetermined threshold which is determined as a time for maintenance of the exhaust pump.
A cosmetic composition for improving the appearance of periorbital dyschromia, comprising: a. an effective amount of a Type I active, wherein the Type I active is a mixture of propyl gallate, gallyl glucoside, and/or epigallocatechin gallatyl glucoside; b. an effective amount of a Type II active, wherein the Type II active is an extract of Vicia fava, an extract of Cucurbita pepo, or a combination of these; c. and a dermatologically acceptable carrier, said composition having a viscosity of from 50 to 200 Pa.s (50,000 to 200,000 centipoise), measured as disclosed herein. a. an effective amount of a Type I active, wherein the Type I active is a mixture of propyl gallate, gallyl glucoside, and/or epigallocatechin gallatyl glucoside; b. an effective amount of a Type II active, wherein the Type II active is an extract of Vicia fava, an extract of Cucurbita pepo, or a combination of these; c. and a dermatologically acceptable carrier, said composition having a viscosity of from 50 to 200 Pa.s (50,000 to 200,000 centipoise), measured as disclosed herein.
A method for ranging, by a machine-to-machine, M2M, device, in a wireless communication system, the method comprising: receiving a system configuration descriptor, AAI-SCD, message including information on a dedicated ranging channel for the M2M device and a M2M parameter change count from a base station; and attempting ranging to the base station through the dedicated ranging channel, wherein the M2M parameter change count indicates that the information on the dedicated ranging channel in the AAI-SCD message is changed. receiving a system configuration descriptor, AAI-SCD, message including information on a dedicated ranging channel for the M2M device and a M2M parameter change count from a base station; and attempting ranging to the base station through the dedicated ranging channel, wherein the M2M parameter change count indicates that the information on the dedicated ranging channel in the AAI-SCD message is changed.
A method for manufacturing a reinforcing fabric for a power transmission belt comprising: a compression rubber layer that is provided on an inner circumferential side; a cog portion that is provided in at least the compression rubber layer and has cog ridges and cog valleys alternately arranged along a belt longitudinal direction; and a reinforcing fabric layer that covers a surface of the cog portion, included in the reinforcing fabric layer, both end portions of which are joined to each other at only at least one joint portion in the belt longitudinal direction, and in which the joint portion is disposed at only a position corresponding to the cog ridge, wherein the method for manufacturing the reinforcing fabric comprises: a cutting step; a bonding liquid immersing step; a wide angle processing step; and a drying step, wherein, in the cutting step, a bag-shaped woven fabric configured by weaving a warp extending along an axial direction and a weft extending along a circumferential direction is spirally cut with respect to the axial direction, the bag-shaped woven fabric having a yarn density of 35 to 75 pieces/5 cm, in the bonding liquid immersing step, a belt-shaped fabric prepared by spirally cutting the bag-shaped woven fabric is immersed in a bonding liquid, the bonding liquid having a solid content concentration that ranges from 2 to 26 mass%, in the wide angle processing step, the belt-shaped fabric to which the bonding liquid adheres is stretched in a width direction, a stretching ratio of the belt-shaped fabric is set to be 130 to 140 % and speed of feeding the belt-shaped fabric is set to range 1.5 to 2.5 times the speed component in the transportation direction of the moving speed of pins of a wide angle processing apparatus, and in the drying step, a wide angle woven fabric obtained in the wide angle processing step is dried and the bonding liquid is hardened, a drying temperature is set to be from 100 to 160 °C. a cutting step; a bonding liquid immersing step; a wide angle processing step; and a drying step, wherein, in the cutting step, a bag-shaped woven fabric configured by weaving a warp extending along an axial direction and a weft extending along a circumferential direction is spirally cut with respect to the axial direction, the bag-shaped woven fabric having a yarn density of 35 to 75 pieces/5 cm, in the bonding liquid immersing step, a belt-shaped fabric prepared by spirally cutting the bag-shaped woven fabric is immersed in a bonding liquid, the bonding liquid having a solid content concentration that ranges from 2 to 26 mass%, in the wide angle processing step, the belt-shaped fabric to which the bonding liquid adheres is stretched in a width direction, a stretching ratio of the belt-shaped fabric is set to be 130 to 140 % and speed of feeding the belt-shaped fabric is set to range 1.5 to 2.5 times the speed component in the transportation direction of the moving speed of pins of a wide angle processing apparatus, and in the drying step, a wide angle woven fabric obtained in the wide angle processing step is dried and the bonding liquid is hardened, a drying temperature is set to be from 100 to 160 °C.
An apparatus (1, 1', 1'') for light spectroscopic analysis, comprising: a sample carrier (16, 16', 16'') for holding a sample, wherein the sample carrier (16, 16', 16'') has sample sites (16a, 16a', 16a''), a base to which the sample carrier (16, 16', 16'') is attachable or attached, a light source to generate light that is emitted onto a sample; a detector (30, 30') for the analysis of light coming from the sample, a first measuring head (43, 43') configured to direct light produced by the light source (20, 20') to a sample held by the sample carrier (16, 16', 16'') and to receive signal light from the sample held by the sample carrier (16, 16', 16'') and to direct it to the detector (30, 30'), a second measuring head (53, 53') configured to direct light produced by the light source (20, 20') to a sample held by the sample carrier (16, 16', 16'') and to receive signal light from the sample held by the sample carrier (16, 16', 16'') and to direct it to the detector; wherein the first measuring head (43, 43') and the second measuring head (53, 53') are attached to a common measuring head support and are movable relative to the base, characterized in that the first measuring head (43, 43') and the second measuring head (53, 53') are spaced from each other in such a way that only one of the measuring heads can be placed opposite to a sample site (16a, 16a', 16a'') of the sample carrier (16, 16', 16''). a sample carrier (16, 16', 16'') for holding a sample, wherein the sample carrier (16, 16', 16'') has sample sites (16a, 16a', 16a''), a base to which the sample carrier (16, 16', 16'') is attachable or attached, a light source to generate light that is emitted onto a sample; a detector (30, 30') for the analysis of light coming from the sample, a first measuring head (43, 43') configured to direct light produced by the light source (20, 20') to a sample held by the sample carrier (16, 16', 16'') and to receive signal light from the sample held by the sample carrier (16, 16', 16'') and to direct it to the detector (30, 30'), a second measuring head (53, 53') configured to direct light produced by the light source (20, 20') to a sample held by the sample carrier (16, 16', 16'') and to receive signal light from the sample held by the sample carrier (16, 16', 16'') and to direct it to the detector; wherein the first measuring head (43, 43') and the second measuring head (53, 53') are attached to a common measuring head support and are movable relative to the base, characterized in that the first measuring head (43, 43') and the second measuring head (53, 53') are spaced from each other in such a way that only one of the measuring heads can be placed opposite to a sample site (16a, 16a', 16a'') of the sample carrier (16, 16', 16'').