mhurhangee/ep-ind-claims huggingface dataset:
A system for adjusting a response signal of a transducer located in a housing (12A, 12B) of an electronic device, comprising: a substrate having a first side and a second side and a first aperture located within the substrate and providing an opening from the first side to the second side of the substrate, wherein a transducer is mounted to the first side of the substrate; and characterised in that the system further comprises an enclosure attached to the substrate on the second side of the substrate within the housing to cover the opening, wherein the interior space of the enclosure and the second side of the substrate define a first volume, wherein the first volume is configured to adjust the response signal of the transducer through the opening and the enclosure; and wherein: a component mounted on the second side of the substrate is enclosed by the enclosure; and the enclosure provides a radio frequency shield for the component. a substrate having a first side and a second side and a first aperture located within the substrate and providing an opening from the first side to the second side of the substrate, wherein a transducer is mounted to the first side of the substrate; and characterised in that the system further comprises an enclosure attached to the substrate on the second side of the substrate within the housing to cover the opening, wherein the interior space of the enclosure and the second side of the substrate define a first volume, wherein the first volume is configured to adjust the response signal of the transducer through the opening and the enclosure; and wherein: a component mounted on the second side of the substrate is enclosed by the enclosure; and the enclosure provides a radio frequency shield for the component. a component mounted on the second side of the substrate is enclosed by the enclosure; and the enclosure provides a radio frequency shield for the component.
A method of processing exhaust gas from a cement plant, the cement plant comprising one or several raw meal mills for milling a cement raw meal, one or several preheater strings, each having a plurality of preheater stages, and a rotary kiln, wherein the one or several preheater strings are for preheating the cement raw meal in counter-current flow with an exhaust gas from the rotary kiln, wherein the method comprises: - extracting the exhaust gas from a second highest or highest stage of at least one of the one or several preheater strings, - cooling the exhaust gas to a temperature of < 250°C, - dedusting the exhaust gas, - introducing the cooled and dedusted exhaust gas into a carbon capture installation, in which CO 2 is separated from the exhaust gas for obtaining a CO 2 lean gas, wherein the exhaust gas, when being introduced into the carbon capture installation, has a CO 2 -content of > 25 vol.-%, preferably > 30 vol.-% wherein said step of cooling the exhaust gas comprises causing the exhaust gas to flow through a heat exchanger, in which the exhaust gas is cooled in heat exchange with the CO 2 lean gas that is being heated. - extracting the exhaust gas from a second highest or highest stage of at least one of the one or several preheater strings, - cooling the exhaust gas to a temperature of < 250°C, - dedusting the exhaust gas, - introducing the cooled and dedusted exhaust gas into a carbon capture installation, in which CO 2 is separated from the exhaust gas for obtaining a CO 2 lean gas, wherein the exhaust gas, when being introduced into the carbon capture installation, has a CO 2 -content of > 25 vol.-%, preferably > 30 vol.-% wherein said step of cooling the exhaust gas comprises causing the exhaust gas to flow through a heat exchanger, in which the exhaust gas is cooled in heat exchange with the CO 2 lean gas that is being heated. wherein the exhaust gas, when being introduced into the carbon capture installation, has a CO 2 -content of > 25 vol.-%, preferably > 30 vol.-% wherein said step of cooling the exhaust gas comprises causing the exhaust gas to flow through a heat exchanger, in which the exhaust gas is cooled in heat exchange with the CO 2 lean gas that is being heated.
A method for seed treatment, the method comprising: providing seeds in a seed treatment apparatus with a perforated rotating drum treater, an integrated drying systems, and a nozzle and pump system to apply liquid seed treatment: - contacting the seeds with a liquid seed treatment, thereby producing wetted seeds; - drying the wetted seeds; wherein contacting the seeds with the liquid seed treatment and drying the wetted seeds occur simultaneously, wherein the drying of the wetted seeds occurs through injection of ambient air, dehumidified air, heated air, or a combination thereof, wherein the injection of air occurs at a rate of from about 0.283 cubic meters per minute to about 566 cubic meters per minute, wherein when the seed is corn seed over 887 mL of liquid seed treatment is applied per 45 kg of seed, wherein when the seed is soybean seed over 237 mL of liquid seed treatment is applied per 45 kg of seed, wherein when the seed is cotton seed at least 1331 mL of liquid seed treatment is applied per 45 kg of seed, wherein the liquid seed treatment is in the form of a slurry comprising an aqueous phase and a dispersed solid phase, wherein the total cycle time for conducting the above steps is about 10 minutes or less and wherein the seed treatment throughput of the method is at least about 4,000 kg seed per hour, wherein at least about 95% of the seeds are fully coated with the liquid seed treatment. providing seeds in a seed treatment apparatus with a perforated rotating drum treater, an integrated drying systems, and a nozzle and pump system to apply liquid seed treatment: - contacting the seeds with a liquid seed treatment, thereby producing wetted seeds; - drying the wetted seeds; - contacting the seeds with a liquid seed treatment, thereby producing wetted seeds; - drying the wetted seeds; wherein contacting the seeds with the liquid seed treatment and drying the wetted seeds occur simultaneously, wherein the drying of the wetted seeds occurs through injection of ambient air, dehumidified air, heated air, or a combination thereof, wherein the injection of air occurs at a rate of from about 0.283 cubic meters per minute to about 566 cubic meters per minute, wherein when the seed is corn seed over 887 mL of liquid seed treatment is applied per 45 kg of seed, wherein when the seed is soybean seed over 237 mL of liquid seed treatment is applied per 45 kg of seed, wherein when the seed is cotton seed at least 1331 mL of liquid seed treatment is applied per 45 kg of seed, wherein the liquid seed treatment is in the form of a slurry comprising an aqueous phase and a dispersed solid phase, wherein the total cycle time for conducting the above steps is about 10 minutes or less and wherein the seed treatment throughput of the method is at least about 4,000 kg seed per hour, wherein at least about 95% of the seeds are fully coated with the liquid seed treatment.
Use of a soy oil as a heat-transfer dielectric fluid in a device to generate, store, convert and/or distribute electrical energy, wherein the soy oil is one in which at least 70 % of the fatty acids are C 14 to C 22 monounsaturated, and less than 16 % of the fatty acids are polyunsaturated, wherein the soy oil additionally comprises tocopherol antioxidants at a concentration of at least 85 mg/100 g of oil, and wherein the percentages relate to relative percent expressing the area under the peaks of the specific fatty acids divided by the sum of the peak areas of all fatty acid, as determined by gas chromatography with flame ionization detection, or reverse-phase liquid chromatography with fluorescence detection.
A weighing system for a manufacturing device for products, comprising at least one electronically evaluable scale comprising at least one carrier element for positioning at least one workpiece or workpiece stack, in particular a group of horizontally adjacent workpieces and/or workpiece stacks, and an evaluation unit connected to the scale for receiving and evaluating recorded weighing data, characterized in that the scale is designed to detect, in cooperation with the evaluation unit, the total weight and the horizontal weight distribution of at least one workpiece or workpiece stack placed on the carrier element, the scale being designed to quantify and differentiate, in cooperation with the evaluation unit, the respective individual weight of at least two adjacent workpieces and/or workpiece stacks as a weight distribution.
A cross-country ski binding for a ski, comprising: a portion which is adapted to interact with the ski, or a mounting plate attached to the ski, for attaching the binding to the ski in a displaceable manner, such that the binding can be positioned in a plurality of locations on the ski, a toothed interaction device which is arranged so as to interact with matching indents or notches on the ski or on the mounting plate, wherein the interaction of the teeth of the toothed interaction device with the matching indents or notches on the ski, or mounting plate, one or more than one of: determines, changes and/or fixes the position of the binding with respect to the ski, characterized in that: the toothed interaction device is a cog wheel which comprises an axle at the centre of the cog wheel, the axle being rotatably held at a translationally fixed rotation point within the binding, and wherein the teeth of the cog wheel extend below the lower side or surface of the binding to interact with the indents or notches on the ski or mounting plate, such that rotation of the cog wheel leads to the teeth interacting and engaging with the indents or notches such that the binding and cog wheel move forward and backward over the ski. a portion which is adapted to interact with the ski, or a mounting plate attached to the ski, for attaching the binding to the ski in a displaceable manner, such that the binding can be positioned in a plurality of locations on the ski, a toothed interaction device which is arranged so as to interact with matching indents or notches on the ski or on the mounting plate, wherein the interaction of the teeth of the toothed interaction device with the matching indents or notches on the ski, or mounting plate, one or more than one of: determines, changes and/or fixes the position of the binding with respect to the ski, characterized in that: the toothed interaction device is a cog wheel which comprises an axle at the centre of the cog wheel, the axle being rotatably held at a translationally fixed rotation point within the binding, and wherein the teeth of the cog wheel extend below the lower side or surface of the binding to interact with the indents or notches on the ski or mounting plate, such that rotation of the cog wheel leads to the teeth interacting and engaging with the indents or notches such that the binding and cog wheel move forward and backward over the ski.
An input apparatus comprising: a light source that emits light toward a predetermined three-dimensional detection region; a first light-receiving unit that receives light reflected off a subject toward a first region and outputs a first detection signal; a second light-receiving unit that receives reflected light that is light reflected off the subject toward a second region in a direction substantially perpendicular to a direction from the predetermined region toward the first region, and outputs a second detection signal; and a control unit that determines a position of the subject using the first detection signal during a period for which the second light-receiving unit detects the reflected light. a light source that emits light toward a predetermined three-dimensional detection region; a first light-receiving unit that receives light reflected off a subject toward a first region and outputs a first detection signal; a second light-receiving unit that receives reflected light that is light reflected off the subject toward a second region in a direction substantially perpendicular to a direction from the predetermined region toward the first region, and outputs a second detection signal; and a control unit that determines a position of the subject using the first detection signal during a period for which the second light-receiving unit detects the reflected light.
Method for operating an exhaust system of a mobile internal combustion engine having at least one oxidation catalytic converter for converting nitrogen monoxide to nitrogen dioxide (NO 2) with a conversion effectiveness and at least one arrangement which is suitable for a selective catalytic reduction and which has at least one measurement probe for determining the effectiveness of the arrangement during the selective catalytic reduction, which method comprises at least the following steps: a) determining a conversion effectiveness of the arrangement by means of the at least one measurement probe, and b) calculating an effectiveness of the nitrogen monoxide conversion in the oxidation catalytic converter from the determined conversion effectiveness, wherein a characteristic map stored in an evaluation circuit is used. a) determining a conversion effectiveness of the arrangement by means of the at least one measurement probe, and b) calculating an effectiveness of the nitrogen monoxide conversion in the oxidation catalytic converter from the determined conversion effectiveness, wherein a characteristic map stored in an evaluation circuit is used.
Use of an HFO refrigerant composition for at least one member selected from the group consisting of mobile air conditioners, refrigerators, turbo freezers, container freezers, household air conditioners, and industrial air conditioners, wherein the HFO refrigerant composition comprising at least one type of HFO refrigerant and a polymer of halogenated propene represented by C 3 H a F b Cl c (provided that a + b + c = 6, a = an integer of 1 to 3, b = an integer of 3 to 5, and c = an integer of 0 to 1) that is an oligomer having a molecular weight of 200 to 900.
An indoor unit for an air conditioner, comprising: a housing comprising an upper base plate provided with an air inlet, a lower base plate detachably mounted to the upper base plate and provided with an air outlet, and a front cover detachably mounted to the upper base plate; a fan detachably mounted to the lower base plate; and a heat exchanger detachably mounted to the upper base plate and having a supporting seat and a heat exchanger core body mounted to the supporting seat, wherein the upper base plate is provided with a first positioning portion, the supporting seat is provided with a second positioning portion, and the first positioning portion is configured to be fitted with the second positioning portion to position the heat exchanger core body to the upper base plate. a housing comprising an upper base plate provided with an air inlet, a lower base plate detachably mounted to the upper base plate and provided with an air outlet, and a front cover detachably mounted to the upper base plate; a fan detachably mounted to the lower base plate; and a heat exchanger detachably mounted to the upper base plate and having a supporting seat and a heat exchanger core body mounted to the supporting seat, wherein the upper base plate is provided with a first positioning portion, the supporting seat is provided with a second positioning portion, and the first positioning portion is configured to be fitted with the second positioning portion to position the heat exchanger core body to the upper base plate.
A magnesium-silicon composite material having a dimensionless figure-of-merit parameter at 866 K of at least 0.665, synthesized from a starting material composition having a ratio of Mg content to Si content of 66.17:33.83 to 66.77:33.23 by atomic weight ratio, and having a content of Sb of 0.10 to 0.50 at% by atomic weight ratio, wherein a Mg peak intensity at 2θ = 36.34° to 36.68° is no more than 12.9 cps, and a Si peak intensity at 2θ = 28.30° to 28.52° is no more than 340.5 cps, in X-ray diffraction under conditions of 40 kV tube voltage and 40 mA tube current.
A service control method, comprising: Measuring, by a terminal, a service status of interaction between the terminal and a network and/or a moving speed of the terminal; and Reporting, by the terminal, service status information and/or speed information to a network device, so that the network device configures a network parameter of the terminal according to the service status information and/or the speed information, wherein the network parameter of the terminal is a connected discontinuous reception, CDRX, parameter; wherein the service status information comprises one or any combination of the following information: start information of at least one service of the terminal, stop information of at least one service of the terminal, and data volume information of at least one service of the terminal. Measuring, by a terminal, a service status of interaction between the terminal and a network and/or a moving speed of the terminal; and Reporting, by the terminal, service status information and/or speed information to a network device, so that the network device configures a network parameter of the terminal according to the service status information and/or the speed information, wherein the network parameter of the terminal is a connected discontinuous reception, CDRX, parameter; wherein the service status information comprises one or any combination of the following information: start information of at least one service of the terminal, stop information of at least one service of the terminal, and data volume information of at least one service of the terminal.
A method for removing radioactive cesium by applying removal processing to radioactive cesium in a radioactive waste liquid and/or a radioactive solid matter using a hydrophilic resin composition comprising a hydrophilic resin and a clay mineral, wherein the hydrophilic resin composition comprises at least one hydrophilic resin selected from the group consisting of a hydrophilic polyurethane resin, a hydrophilic polyurea resin, and a hydrophilic polyurethane-polyurea resin each having a hydrophilic segment; the hydrophilic resin composition comprises the clay mineral dispersed therein in a ratio of at least 1 to 180 mass parts relative to 100 mass parts of the hydrophilic resin; and the content of the hydrophilic segment in the hydrophilic resin is in a range of 20 to 80 mass%.
A lancing device comprising: a housing; a lancing unit capable of reciprocating relative to the housing, the reciprocating including an advancing motion and a retreating motion, the lancing unit being provided with a lancing element (21 a) to prick skin of a subject; an elastic member (31, 32) for causing the lancing unit to reciprocate; and a resistance generator (13, 23) for applying resistance to the lancing unit; wherein a reciprocating motion of the lancing unit includes an advance section followed by a puncture section and a retreat section following the puncture section, the puncture section including a puncture point (S2a) at which the lancing element (21 a) pricks the skin, and wherein the resistance generator (13, 23) is configured to apply a greater resistance in the retreat section than in the puncture section, wherein the resistance applied in the advance section gradually decreases as the lancing unit advances towards the puncture section and wherein the resistance applied in the retreat section gradually increases as the lancing unit retreats away from the puncture section. a housing; a lancing unit capable of reciprocating relative to the housing, the reciprocating including an advancing motion and a retreating motion, the lancing unit being provided with a lancing element (21 a) to prick skin of a subject; an elastic member (31, 32) for causing the lancing unit to reciprocate; and a resistance generator (13, 23) for applying resistance to the lancing unit; wherein a reciprocating motion of the lancing unit includes an advance section followed by a puncture section and a retreat section following the puncture section, the puncture section including a puncture point (S2a) at which the lancing element (21 a) pricks the skin, and wherein the resistance generator (13, 23) is configured to apply a greater resistance in the retreat section than in the puncture section, wherein the resistance applied in the advance section gradually decreases as the lancing unit advances towards the puncture section and wherein the resistance applied in the retreat section gradually increases as the lancing unit retreats away from the puncture section.
A surface pumping unit (100, 200) for reciprocating a downhole pump located in a well, the pumping unit (100, 200) including a walking beam pivotally mounted and supported by a saddle bearing atop a frame (13, 11, 17), said walking beam pivotally coupled to a pitman arm by an equalizer bearing, said pitman arm pivotally coupled to a crank arm by a crank pin bearing, said crank arm connected to a crankshaft for rotation about a centreline of said crankshaft, said crankshaft being rotatively mounted to said frame, whereby said crank arm, said pitman arm, said walking beam and said frame collectively define a four-bar linkage mechanism operable to cause said walking beam to seesaw about said saddle bearing upon rotation of said crank arm, said four-bar linkage mechanism having a predetermined linkage geometry defined by distances between a centreline of said saddle bearing, a centreline of said equalizer bearing, a centreline of said crank pin bearing and the centreline of said crankshaft, a front end of said walking beam terminating with an arcuate horse head that is coupled to said downhole pump by a rod string that passes through a wellhead, the characterised by a bend (90, 290) formed in said walking beam (24", 224) forward of said saddle bearing; whereby said pumping unit (100, 200) is arranged to permit pumping at a wellhead having a wellhead axis that is inclined from the vertical while maintaining said predetermined linkage geometry.
A keypad comprising: an elastic layer, using a material having superior elasticity and restoring force for providing a restoring force to the keypad; an electronic paper on a top surface of the elastic layer, wherein the electronic paper defines a plurality of key button regions, and wherein the key button regions provide symbols in the form of images; and a plurality of protrusions protruding downwardly from a bottom surface of the elastic layer and being arranged downwardly from the key button regions. an elastic layer, using a material having superior elasticity and restoring force for providing a restoring force to the keypad; an electronic paper on a top surface of the elastic layer, wherein the electronic paper defines a plurality of key button regions, and wherein the key button regions provide symbols in the form of images; and a plurality of protrusions protruding downwardly from a bottom surface of the elastic layer and being arranged downwardly from the key button regions.
A device for damping vibrations in cables of a suspension system of a civil engineering structure, the damping device comprising an interconnecting structure (24; 30; 40; 50; 60; 70; 80; 90) between cables (16; 16A-C) of a group of at least three cables of the suspension system which extend substantially in a common suspension plane, wherein the interconnecting structure comprises at least one an energy dissipating element (34B-C; 74, 76; 86, 88; 94B-C) arranged so as to develop a damping force in response to movement of one of the cables of the group relative to the other cables of the group in a direction perpendicular to the suspension plane, and the interconnecting structure (24; 30; 40; 50; 60; 70; 80; 90) has, outside the suspension plane, at least one bearing point for the energy dissipating element (34B-C; 74, 76; 86, 88; 94B-C).