mhurhangee/ep-ind-claims huggingface dataset:
A solar cell encapsulant multilayer sheet comprising: a resin layer that includes an ethylene/unsaturated carboxylic acid copolymer or an ionomer of the ethylene/unsaturated carboxylic acid copolymer as a major component; and an adhesive layer, wherein the adhesive layer includes an epoxy group-containing ethylene based copolymer and at least one ethylene based copolymer (excluding the epoxy group-containing ethylene based copolymer) selected from the group consisting of an ethylene/polar monomer copolymer and an ethylene/α-olefin copolymer having a density of 920 kg/m 3 or lower, and wherein the adhesive layer is provided on both surfaces of the resin layer. a resin layer that includes an ethylene/unsaturated carboxylic acid copolymer or an ionomer of the ethylene/unsaturated carboxylic acid copolymer as a major component; and an adhesive layer, wherein the adhesive layer includes an epoxy group-containing ethylene based copolymer and at least one ethylene based copolymer (excluding the epoxy group-containing ethylene based copolymer) selected from the group consisting of an ethylene/polar monomer copolymer and an ethylene/α-olefin copolymer having a density of 920 kg/m 3 or lower, and wherein the adhesive layer is provided on both surfaces of the resin layer.
A sub-harmonic mixer (100, 200, 300, 400, 700) comprising a mixer circuit (105, 305, 405, 405') with an input port for an RF signal and an input port for an LO signal, the mixer circuit (105, 305, 405, 405') also comprising an output port (108. 108') at which the mixer circuit (105, 305, 405, 405') is arranged to output a signal which is the product of the signals at the mixer circuit's input ports (106, 107), the sub-harmonic mixer (100, 200, 300, 700) further comprising an LO switching stage (110, 110') with a first input port for the LO signal and a second input port for the LO signal phase shifted 180 degrees with respect to its phase at the first input port, the LO switching stage further comprising a third input port to which the output port of the mixer circuit is connected, the LO switching stage also comprising a first output port at which the LO switching stage is arranged to output a first output signal which is the product of the signal at its third and first input ports, and a second output port at which the LO switching stage is arranged to output a second output signal which is the product of the signal at its third and second input port and which has the same amplitude as the first output signal but with a 180 phase difference, in which sub-harmonic mixer the mixer circuit comprises a transconductance mixer, characterized in that said transconductance mixer comprises a power combiner with two input ports (106, 107) and one output port, with one of the two input ports used as the input port for an RF signal and the other as the input port for the LO signal, and the output port connected to the base/gate of a bipolar/FET transistor (Q 1) which is also comprised in the transconductance mixer, with the collector/drain of the bipolar/FET transistor (Q 1) being used as the output port of the transconductance mixer, with the emitter/source of the bipolar/FET transistor being grounded.
Pump arrangement, in particular magnetic clutch pump arrangement, having an interior space formed by a pump casing of the pump arrangement, having a containment can which hermetically seals off a chamber surrounded by said containment can with respect to the interior space formed by the pump casing, having an impeller shaft which is mounted by way of a plain bearing arrangement and which can be driven in rotation about an axis of rotation, having an impeller arranged on one end of the impeller shaft, having a first bearing sleeve connected rotationally conjointly to the impeller shaft, having a second bearing sleeve connected rotationally conjointly to the impeller shaft, having a first bearing bushing which interacts by way of a radial bearing surface with the first bearing sleeve and which is connected rotationally conjointly to the pump casing or to a component fastened to the pump casing, having a second bearing bushing which interacts by way of a radial bearing surface with the second bearing sleeve and which is connected rotationally conjointly to the pump casing or to a component fastened to the pump casing, and having a retaining ring arranged between the first and second bearing bushings, characterized in that a first ring groove, which receives a first axial bearing ring, is formed in the retaining ring on the face side facing toward the first bearing bushing, and a second ring groove, which receives a second axial bearing ring, is formed in the retaining ring on the face side facing toward the second bearing bushing, in that, in the retaining ring, there is formed at least one bore which connects the first ring groove to a further ring groove formed in the retaining ring in a region facing toward the impeller shaft and/or in that, in the retaining ring, there is formed at least one bore which connects the second ring groove to the ring groove formed in the retaining ring in the region facing toward the impeller shaft.
A method for deploying Data Loss Prevention, DLP, policies to user devices, comprising: receiving, at a management server, a configuration that specifies at least one DLP policy applicable to at least one application; receiving, at the management server, an indication of an assignment group specifying a plurality of user devices to which the at least one DLP policy should be applied; sending an instruction, from the management server to a second server, causing the second server to implement the at least one DLP policy for the plurality of user devices in the assignment group; and provisioning the at least one application to a user device, wherein provisioning comprises instructing the user device to retrieve the DLP policy from the second server and implement the DLP policy when executing the provisioned application; wherein the at least one application is managed by the second server; wherein the user device is enrolled with, and managed by, the management server. receiving, at a management server, a configuration that specifies at least one DLP policy applicable to at least one application; receiving, at the management server, an indication of an assignment group specifying a plurality of user devices to which the at least one DLP policy should be applied; sending an instruction, from the management server to a second server, causing the second server to implement the at least one DLP policy for the plurality of user devices in the assignment group; and provisioning the at least one application to a user device, wherein provisioning comprises instructing the user device to retrieve the DLP policy from the second server and implement the DLP policy when executing the provisioned application; wherein the at least one application is managed by the second server; wherein the user device is enrolled with, and managed by, the management server.
Method for operating a washing machine (11, 411), wherein the washing machine has - a drum (14, 414) for conducting a washing process therein, - a sump (24, 424) located underneath the drum (14, 414) for collecting water exiting the drum, - a water circulation (23, 323, 423) including an extractible and/or removable drawer (50, 450) for introducing detergent or additives for the washing process, - detecting means (20, 479, 480) for detecting microfibers or contamination in the water, - the water circulation (23, 323, 423) being in fluid connection to the detecting means (20, 480), - filtering means (40, 140, 240, 340, 440) for filtering out microfibers and/or contamination from the water, - a circulation pump (27, 327, 427) for circulating water in the circulation (23, 323, 423) and pipes (25, 28, 33, 34, 325, 328, 333, 425, 428, 433, 434) for connecting these components, characterized by the steps of: - branching off an amount of water circulating in the circulation (23, 323, 423) and transporting it to the detecting means (20, 479, 480) for being analyzed, - analyzing the water in the detecting means (20, 479, 480) for detecting microfibers or contamination in the water, - depending on the result of this analysis, if microfibers or contamination with a percentage above a certain activation threshold have been detected, a filtering process with the filtering means (40, 140, 240, 340, 440) for filtering out the microfibers from the water is activated. - a drum (14, 414) for conducting a washing process therein, - a sump (24, 424) located underneath the drum (14, 414) for collecting water exiting the drum, - a water circulation (23, 323, 423) including an extractible and/or removable drawer (50, 450) for introducing detergent or additives for the washing process, - detecting means (20, 479, 480) for detecting microfibers or contamination in the water, - the water circulation (23, 323, 423) being in fluid connection to the detecting means (20, 480), - filtering means (40, 140, 240, 340, 440) for filtering out microfibers and/or contamination from the water, - a circulation pump (27, 327, 427) for circulating water in the circulation (23, 323, 423) and pipes (25, 28, 33, 34, 325, 328, 333, 425, 428, 433, 434) for connecting these components, - branching off an amount of water circulating in the circulation (23, 323, 423) and transporting it to the detecting means (20, 479, 480) for being analyzed, - analyzing the water in the detecting means (20, 479, 480) for detecting microfibers or contamination in the water, - depending on the result of this analysis, if microfibers or contamination with a percentage above a certain activation threshold have been detected, a filtering process with the filtering means (40, 140, 240, 340, 440) for filtering out the microfibers from the water is activated.
Inspection chamber part (3, 4, 5; 103, 104, 105), comprising a spigot-socket structure (10; 110), the spigot-socket structure comprising a spigot shaped first section (11; 111) and a socket shaped second section (12; 112), at least one of the sections being integrally connected to the inspection chamber part (3, 4, 5; 103, 104, 105), characterized in that the second section (12; 112) has a flared end portion (13; 113), the first (11;111) and second (12,112) section being integrally connected to each other by means of an integral connection (14,114), at least intially, wherein the first (11;111) and second (12;112) section have a compatible shape, such that if the integral connection (14; 114) between the first (11;111) and second (12;112) section were to be severed, the first section (11; 111) could closely fit into the second section (12; 112) so as to establish a spigot-socket connection.
A game device conveying a ball from a start point to an end point by operation of operating members, the game device including: a conveying rod having a spiral protrusion formed on a surface of a shaft extending in a substantially horizontal direction; a ball capable of being engaged with the spiral protrusion; a driving mechanism rotating the conveying rod by operation of an operating member, to cause the ball engaged with the spiral protrusion to be conveyed in a predetermined direction along the shaft; and a guide member (42,43) provided near the conveying rod and forming a wall and having an upper end portion having an inclined guide portion, the inclined guide portion being inclined so as to have an upward slope toward the predetermined direction with respect to the shaft in a side view, wherein when the ball is conveyed in the predetermined direction, the shaft and an upper end portion of the inclined guide portion support the ball from below while slidingly contacting the ball, so that the ball is raised while moving around the shaft, thereby discharging the ball from a predetermined position. a conveying rod having a spiral protrusion formed on a surface of a shaft extending in a substantially horizontal direction; a ball capable of being engaged with the spiral protrusion; a driving mechanism rotating the conveying rod by operation of an operating member, to cause the ball engaged with the spiral protrusion to be conveyed in a predetermined direction along the shaft; and a guide member (42,43) provided near the conveying rod and forming a wall and having an upper end portion having an inclined guide portion, the inclined guide portion being inclined so as to have an upward slope toward the predetermined direction with respect to the shaft in a side view, wherein when the ball is conveyed in the predetermined direction, the shaft and an upper end portion of the inclined guide portion support the ball from below while slidingly contacting the ball, so that the ball is raised while moving around the shaft, thereby discharging the ball from a predetermined position.
A method for culturing bacteria belonging to the genus Collimonas, comprising culturing the bacteria belonging to the genus Collimonas in a culture medium comprising a rice bran and/or a soy pulp, wherein green tuff is added as an additive to the culture medium containing a rice bran and/or a soy pulp, and the green tuff is Towada stone.
A freshness estimation method comprising: obtaining an absorbance spectrum that is obtained by irradiating an eye of a fish with light; and estimating freshness of the fish by using a shape of the obtained absorbance spectrum, characterized in that the light has all or part of a wavelength band from 315 nm to 450 nm. obtaining an absorbance spectrum that is obtained by irradiating an eye of a fish with light; and estimating freshness of the fish by using a shape of the obtained absorbance spectrum, characterized in that the light has all or part of a wavelength band from 315 nm to 450 nm.
An apparatus for transmitting a broadcast signal, comprising: an input formatting module configured to input-format an input stream into at least one Data Pipe,DP,; a Bit Interleaved Coded Modulation, BICM, module configured to perform error correction processing on data of the at least one DP; a frame building module configured to generate a signal frame including the error correction processed data of the DP; and an Orthogonal Frequency Division Multiplexing, OFDM, generation module configured to generate a transmission broadcast signal by performing OFDM modulation and inserting guard interval, wherein the OFDM generation module comprises a pilot insertion module configured to insert pilots comprising Continual Pilots, CPs, and Scattered Pilots,SPs, for generating the transmission broadcast signal, wherein the CPs are inserted into every symbol of the signal frame, and location and number of the CPs are determined based on a Fast Fourier Transform,FFT, size, and characterized in that a first CP set for 32K FFT mode is configured by adding a second CP set to a third CP set and the second CP set is obtained by reversing and shifting the third CP set, each CP set comprising carrier indices of CPs of that CP set. an input formatting module configured to input-format an input stream into at least one Data Pipe,DP,; a Bit Interleaved Coded Modulation, BICM, module configured to perform error correction processing on data of the at least one DP; a frame building module configured to generate a signal frame including the error correction processed data of the DP; and an Orthogonal Frequency Division Multiplexing, OFDM, generation module configured to generate a transmission broadcast signal by performing OFDM modulation and inserting guard interval, wherein the OFDM generation module comprises a pilot insertion module configured to insert pilots comprising Continual Pilots, CPs, and Scattered Pilots,SPs, for generating the transmission broadcast signal, wherein the CPs are inserted into every symbol of the signal frame, and location and number of the CPs are determined based on a Fast Fourier Transform,FFT, size, and characterized in that a first CP set for 32K FFT mode is configured by adding a second CP set to a third CP set and the second CP set is obtained by reversing and shifting the third CP set, each CP set comprising carrier indices of CPs of that CP set.
A hand tool for hemiplegic persons with an active element for acting on an object and with a shaft which a. comprises a first shaft section where the active element is located and b. a second shaft section, wherein c. the first shaft section and the second shaft section are detachably connected to each other by way of a fastening device in such a way that, starting from the fastening device d. the first shaft section extends in a first shaft direction and e. the second shaft section extends in a second shaft direction, wherein f. an angle between the first shaft direction and the second shaft direction differs from 0° and 180°, and g. the fastening device is designed in several parts and consists of at least one part with a semicircular cross-section and a flat part as an antagonist, and h. the cross-section of the entire fastening device can be altered by changing the distance of the parts of the fastening device from each other. a. comprises a first shaft section where the active element is located and b. a second shaft section, wherein c. the first shaft section and the second shaft section are detachably connected to each other by way of a fastening device in such a way that, starting from the fastening device d. the first shaft section extends in a first shaft direction and e. the second shaft section extends in a second shaft direction, wherein f. an angle between the first shaft direction and the second shaft direction differs from 0° and 180°, and g. the fastening device is designed in several parts and consists of at least one part with a semicircular cross-section and a flat part as an antagonist, and h. the cross-section of the entire fastening device can be altered by changing the distance of the parts of the fastening device from each other.
Liquid laundry formulation comprising component (a): at least one compound of the general formula wherein the variables in general formula are as follows: R is unsubstituted branched C 13 alkyl, G 1 is selected from xylose, arabinose, glucose, and mixtures thereof; x is in the range of from 1 to 10 and refers to average values; and component (b): at least one lipase. component (a): at least one compound of the general formula wherein the variables in general formula are as follows: R is unsubstituted branched C 13 alkyl, G 1 is selected from xylose, arabinose, glucose, and mixtures thereof; x is in the range of from 1 to 10 and refers to average values; and R is unsubstituted branched C 13 alkyl, G 1 is selected from xylose, arabinose, glucose, and mixtures thereof; x is in the range of from 1 to 10 and refers to average values; and component (b): at least one lipase.
A liquid container comprising: a body having a tank for storing a liquid; a supply mechanism which is connected to the tip end portion of said body and has a tip end supply element for supplying the liquid; a drive mechanism for pushing out the liquid in said tank to said supply mechanism, and a valve comprising a slit that is normally closed and opened only when said drive mechanism is operated, between said tank and said supply mechanism, characterised in that the valve comprises a plate portion which is made from an elastic material and separates the supply mechanism from the tank, and a seating portion projecting from the front side of the plate portion, wherein said supply mechanism comprises a holding member which is fixed inside said body and connected to said tip end supply element, wherein the seating portion is elastically fitted to a concave portion formed at the rear end of said holding member, wherein said slit is formed in a central portion of the plate portion, and wherein said slit is opened by deformation of said plate portion toward said concave portion by the operation of said drive mechanism. a body having a tank for storing a liquid; a supply mechanism which is connected to the tip end portion of said body and has a tip end supply element for supplying the liquid; a drive mechanism for pushing out the liquid in said tank to said supply mechanism, and a valve comprising a slit that is normally closed and opened only when said drive mechanism is operated, between said tank and said supply mechanism, characterised in that the valve comprises a plate portion which is made from an elastic material and separates the supply mechanism from the tank, and a seating portion projecting from the front side of the plate portion, wherein said supply mechanism comprises a holding member which is fixed inside said body and connected to said tip end supply element, wherein the seating portion is elastically fitted to a concave portion formed at the rear end of said holding member, wherein said slit is formed in a central portion of the plate portion, and wherein said slit is opened by deformation of said plate portion toward said concave portion by the operation of said drive mechanism.
A method for molding by using molding sand wherein a flask and a pattern plate are used, the method comprising the steps of: forming a molding space by using the flask, using an auxiliary flask that has a lower opening that is connectable to an upper opening of the flask, using a squeeze head that has a squeeze board that can enter and withdraw from the auxiliary flask and has a plurality of squeeze feet that pass through the squeeze board and vertically move in relation to the squeeze board, and using the pattern plate; filling the molding sand into the molding space, which molding sand has been stored in a hopper for filling the molding sand; and squeezing the molding sand by lowering the squeeze head; wherein the squeeze feet that face a concavity of a pattern that is formed in the pattern plate are lowered at the same time as the step of squeezing starts or during the step of squeezing, wherein, in the step of forming the molding space, the squeeze feet that face a convexity of the pattern that is formed in the pattern plate are lowered, and then the step of filling is carried out, wherein after the step of filling, the step of squeezing is carried out after the squeeze feet that face the convexity of the pattern that is formed in the pattern plate are lifted or while the squeeze feet are being lifted, while the other squeeze feet are not so lifted. forming a molding space by using the flask, using an auxiliary flask that has a lower opening that is connectable to an upper opening of the flask, using a squeeze head that has a squeeze board that can enter and withdraw from the auxiliary flask and has a plurality of squeeze feet that pass through the squeeze board and vertically move in relation to the squeeze board, and using the pattern plate; filling the molding sand into the molding space, which molding sand has been stored in a hopper for filling the molding sand; and squeezing the molding sand by lowering the squeeze head; wherein the squeeze feet that face a concavity of a pattern that is formed in the pattern plate are lowered at the same time as the step of squeezing starts or during the step of squeezing, wherein, in the step of forming the molding space, the squeeze feet that face a convexity of the pattern that is formed in the pattern plate are lowered, and then the step of filling is carried out, wherein after the step of filling, the step of squeezing is carried out after the squeeze feet that face the convexity of the pattern that is formed in the pattern plate are lifted or while the squeeze feet are being lifted, while the other squeeze feet are not so lifted.