mhurhangee/patent-ind-claim-en huggingface dataset:
A connector configured to bring an object into conduction, the connector comprising: a pair of fitting bodies fittable to each other; and a filler with which at least one fitting body of said pair of fitting bodies is loaded, wherein one fitting body of said pair of fitting bodies includes: an accommodating portion formed inside said fitting body , including a bottom surface and configured to accommodate said object together with said filler ; and characterized in that said one fitting body further includes a receiving portion configured to be adjacent to said accommodating portion through an opening formed on said bottom surface side and configured to receive said filler , wherein said receiving portion is formed on an outer surface of said fitting body , the receiving portion being continuous with said opening and being a recess exposed to an outside. a pair of fitting bodies fittable to each other; and a filler with which at least one fitting body of said pair of fitting bodies is loaded, wherein one fitting body of said pair of fitting bodies includes: an accommodating portion formed inside said fitting body , including a bottom surface and configured to accommodate said object together with said filler ; and characterized in that said one fitting body further includes a receiving portion configured to be adjacent to said accommodating portion through an opening formed on said bottom surface side and configured to receive said filler , wherein said receiving portion is formed on an outer surface of said fitting body , the receiving portion being continuous with said opening and being a recess exposed to an outside. an accommodating portion formed inside said fitting body , including a bottom surface and configured to accommodate said object together with said filler ; and characterized in that said one fitting body further includes a receiving portion configured to be adjacent to said accommodating portion through an opening formed on said bottom surface side and configured to receive said filler , wherein said receiving portion is formed on an outer surface of said fitting body , the receiving portion being continuous with said opening and being a recess exposed to an outside.
Gas turbine plant, in particular in a power station for electricity generation, with - at least one turbo group comprising at least one turbine (4; 36, 37), at least one compressor (5; 38, 39) coupled for drive purposes thereto, and at least one combustion chamber (6; 40, 41) arranged in a gas path (9; 42, 43) which connects the compressor (5; 38, 39) to the turbine (4; 36, 37), - at least one exhaust gas recirculation device which, in operation of the gas turbine plant , conducts combustion exhaust gas of the turbine (4; 37) from an exhaust gas path connected to the turbine (4; 37) to a fresh gas path that is connected to the compressor (5; 39) via a recirculation path , - a control device which controls the volume flow and/or temperature of the recirculated combustion exhaust gas such that a fresh gas-exhaust gas mixture entering the compressor (5; 39) has a predetermined reference temperature, wherein a recirculation valve is arranged in the recirculation path , via which valve the volume flow of the recirculated combustion exhaust gas can be controlled and which is coupled to the control device , characterised in that a recirculation cooler , the cooling power of which can be controlled by and which is coupled to the control device , is arranged in the recirculation path downstream of the recirculation valve for cooling the recirculated combustion exhaust gas. - at least one turbo group comprising at least one turbine (4; 36, 37), at least one compressor (5; 38, 39) coupled for drive purposes thereto, and at least one combustion chamber (6; 40, 41) arranged in a gas path (9; 42, 43) which connects the compressor (5; 38, 39) to the turbine (4; 36, 37), - at least one exhaust gas recirculation device which, in operation of the gas turbine plant , conducts combustion exhaust gas of the turbine (4; 37) from an exhaust gas path connected to the turbine (4; 37) to a fresh gas path that is connected to the compressor (5; 39) via a recirculation path , - a control device which controls the volume flow and/or temperature of the recirculated combustion exhaust gas such that a fresh gas-exhaust gas mixture entering the compressor (5; 39) has a predetermined reference temperature, wherein a recirculation valve is arranged in the recirculation path , via which valve the volume flow of the recirculated combustion exhaust gas can be controlled and which is coupled to the control device ,
A signaling analyzing method, comprising: accessing multi-interface network signalings, which belong to a user attachment flow, by one or multiple access modules, and acquiring one or multiple key control signalings from the acquired multi-interface network signalings ; a main control access module analyzing the one or multiple key control signalings to acquire and share whole-network key control information to each common access module ; and the main control access module managing and distributing the multi-interface network signalings by utilizing the acquired whole-network key control information ; wherein the main control access module analyzing the one or multiple key control signalings to acquire and share whole-network key control information to each common access module comprises: after receiving key control signalings of an S1-MME interface, an S11 interface, an S6a interface, an S10 interface and an S1-U interface in a LTE network, the main control access module parsing key information of various protocols in the signalings, associating these interface protocols according to the user attachment flow in accordance with an IMSI and a GTP channel mark to form a whole-network control table; and synchronizing the whole-network control table to each common access point to realize information sharing, wherein the whole-network key control information is embodied as the whole-network control table.
An indoor unit of an air-conditioning apparatus, the indoor unit comprising: a casing having an air inlet and an air outlet and including a heat exchanger and an air-sending fan disposed inside the casing ; and an up-down airflow direction louver disposed at the air outlet and controlling an up-down airflow direction of air discharged from the air outlet , the up-down airflow direction louver including a first plate and a second plate joined to each other and a water absorber at an end portion of the up-down airflow direction louver on a downstream side of an airflow that passes along the up-down airflow direction louver , wherein an end portion of the second plate on the downstream side is positioned on the downstream side of an end portion of the first plate on the downstream side, and the water absorber is held between the first plate and the second plate , and a portion of a water absorption surface of the water absorber on the downstream side of the airflow is exposed to a side of the warm indoor air, the portion being positioned on the downstream side of the airflow of a portion of the water absorber held between the first plate and the second plate , characterized in that the indoor unit is configured so that during cooling operation, the up-down airflow direction louver comes into contact, on a side of the first plate , with warm indoor air and comes into contact, on a side of the second plate , with cool air that is heat exchanged by passing through the casing a casing having an air inlet and an air outlet and including a heat exchanger and an air-sending fan disposed inside the casing ; and an up-down airflow direction louver disposed at the air outlet and controlling an up-down airflow direction of air discharged from the air outlet , the up-down airflow direction louver including a first plate and a second plate joined to each other and a water absorber at an end portion of the up-down airflow direction louver on a downstream side of an airflow that passes along the up-down airflow direction louver , wherein an end portion of the second plate on the downstream side is positioned on the downstream side of an end portion of the first plate on the downstream side, and the water absorber is held between the first plate and the second plate , and a portion of a water absorption surface of the water absorber on the downstream side of the airflow is exposed to a side of the warm indoor air, the portion being positioned on the downstream side of the airflow of a portion of the water absorber held between the first plate and the second plate , characterized in that the indoor unit is configured so that during cooling operation, the up-down airflow direction louver comes into contact, on a side of the first plate , with warm indoor air and comes into contact, on a side of the second plate , with cool air that is heat exchanged by passing through the casing
Method for predicting the maintenance of components of an internal combustion engine by means of structure-borne noise sensor , wherein vibrations of the components of the internal combustion engine are recorded by one or more structure-borne noise sensors , wherein during operation of the internal combustion engine the release for diagnosis of the state of wear of the components of the internal combustion engine is continuously checked , wherein the structure-borne noise sensor or sensors , which is/are arranged in one or more positions on the internal combustion engine, record measurement signals and transmit them to an evaluation electronics system , wherein the measurement signals are time-synchronized or the measurement signal recording is time-triggered in response to a characteristic state of the internal combustion engine, wherein the time-synchronized or time-triggered measurement signals are decoded into measurement data, wherein the decoded measurement data are subjected to a signal transformation , wherein one or more spectrograms are created from the signal transformation, wherein the spectrogram or spectrograms are evaluated by one or more mathematical regression models in the evaluation electronics system , wherein a regression model characterizes the underlying pattern in the structure-borne noise, so that a measure of the state of wear is determined from the selected features of a spectrogram , and, at the same time, the release for diagnosis of the state of wear of the components of the internal combustion engine is checked again , whereby when release is granted, the process, starting with the signal recording by the structure-borne noise sensor or sensors , runs again until the release expires, wherein an average value is formed from the evaluations created in this way, so that this represents a measure of the wear of the analysed component, wherein this mean value is transmitted to further units which process it further.
A vacuum rotary vane pump, comprising a housing including a suction chamber , a rotor eccentrically arranged in the suction chamber , vanes slidably connected to the rotor , a discharge channel connected to the suction chamber and to an oil chamber , a valve means arranged between the oil chamber and the discharge channel to prevent a backflow of medium from the oil chamber into the suction chamber , wherein the valve means closing the at least one discharge channel is arranged in the area of the at least one discharge channel in an oil bath , and wherein the valve means comprises a valve plate closing the at least one discharge channel , and a spring element acting on the valve plate , and at least one compensating channel connected to the discharge channel and substantially subjected to atmospheric pressure, wherein the at least one compensating channel is integrated into the valve means , characterized in that the valve plate has a connecting opening which opens into the compensating channel and is connected to the discharge channel . a housing including a suction chamber , a rotor eccentrically arranged in the suction chamber , vanes slidably connected to the rotor , a discharge channel connected to the suction chamber and to an oil chamber , a valve means arranged between the oil chamber and the discharge channel to prevent a backflow of medium from the oil chamber into the suction chamber , wherein the valve means closing the at least one discharge channel is arranged in the area of the at least one discharge channel in an oil bath , and wherein the valve means comprises a valve plate closing the at least one discharge channel , and a spring element acting on the valve plate , and at least one compensating channel connected to the discharge channel and substantially subjected to atmospheric pressure, wherein the at least one compensating channel is integrated into the valve means , characterized in that the valve plate has a connecting opening which opens into the compensating channel and is connected to the discharge channel .
An exterior cover for an electronic device , the exterior cover comprising: a first cover ; a second cover ; and a connecting member interconnecting the first and second covers , characterized in that the first cover has corners and the second cover includes seat structures (E1-E4), and the corners are conformally engaged with the seat structures, respectively; and wherein when the first cover is conformally engaged with the second cover , the first cover is arranged to form a gap (g) between the first cover and the front face of the electronic device . a first cover ; a second cover ; and a connecting member interconnecting the first and second covers , characterized in that the first cover has corners and the second cover includes seat structures (E1-E4), and the corners are conformally engaged with the seat structures, respectively; and wherein when the first cover is conformally engaged with the second cover , the first cover is arranged to form a gap (g) between the first cover and the front face of the electronic device .
Method of producing an α-glucan with a ratio of branching of at least 8% comprising contacting a polysaccharide or oligosaccharide substrate comprising at its non-reducing end at least two (α1→4) linked D-glucose units with an α-glucanotransferase enzyme capable of cleaving (α1→4) glucosidic linkages and making new (α1→6) glucosidic linkages without forming consecutive (α1→6) glucosidic linkages, to form a glucose polymer having linear segments of (α1→4) linked D-glucose units interspersed with (α1→6) glucosidic linkages and having (α1→4,6) branching points, wherein said α-glucanotransferase comprises an amino acid sequence having at least 70% identity to SEQ ID NO:1 and wherein the α-glucanotransferase is a GtfB type of enzyme, and wherein the α-glucan has a ratio of branching of at least 8%; comprises less than 1 wt.% consecutive (α1→6) linkages; has an average molecular mass between 1 × 10 3 Da and 5 × 10 4 Da; and at least 85 wt.% of the α-glucan comprises (α1→4) linked D-glucose units having a degree of polymerisation from 2 to 7.
A display input device for an image forming apparatus, comprising: a display portion that displays a list (L); a touch panel portion that is provided in the display portion and that detects a touch position touched by a user; and a processing portion , wherein, while the display portion displays the list (L), a scroll operation that is an operation of moving the touch position after the touch of the touch panel portion and of thereafter cancelling the touch of the touch panel portion is performed such that the touch panel portion receives an instruction to scroll the list (L), and the processing portion determines, when the scroll operation is performed on the touch panel portion , an operation start position where the touch is first performed and an operation completion position where the touch is cancelled, characterized in that the processing portion calculates an inclination angle of the scroll operation direction (A1-A4) that is an angle formed by a line extending from the operation start position in a previously determined direction and a line connecting the operation start position and the operation completion position, and when the scroll operation is performed on the touch panel portion , the display portion changes a scroll width at which the list (L) is scrolled such that the scroll width equals a scroll width associated with an angle range including the inclination angle of the scroll operation (A1-A4) direction among a plurality of angle ranges previously determined. a display portion that displays a list (L); a touch panel portion that is provided in the display portion and that detects a touch position touched by a user; and a processing portion , wherein, while the display portion displays the list (L), a scroll operation that is an operation of moving the touch position after the touch of the touch panel portion and of thereafter cancelling the touch of the touch panel portion is performed such that the touch panel portion receives an instruction to scroll the list (L), and the processing portion determines, when the scroll operation is performed on the touch panel portion , an operation start position where the touch is first performed and an operation completion position where the touch is cancelled, characterized in that the processing portion calculates an inclination angle of the scroll operation direction (A1-A4) that is an angle formed by a line extending from the operation start position in a previously determined direction and a line connecting the operation start position and the operation completion position, and when the scroll operation is performed on the touch panel portion , the display portion changes a scroll width at which the list (L) is scrolled such that the scroll width equals a scroll width associated with an angle range including the inclination angle of the scroll operation (A1-A4) direction among a plurality of angle ranges previously determined.
A metal roof tile comprising, on at least one face , patterns (M) with a length (LM) to width (Lm) ratio (Rm) for each pattern (M) of between 0.9 and 1.1, two opposite and parallel edges of the tile being identical and provided with at least one channel for water flow, the tile being symmetrical along an axis parallel to its length (L), characterised in that the length (L) to width (L1) ratio (R1) of the tile is between 0.75 and 1.25 and in that each pattern (M) is defined by a concave zone , a wave (6 or 7) and a channel .
An airbag formed by using a laminate formed by adhering a multilayer film and a fabric to each other, wherein the fabric is formed to have a shape of a bag, and the multilayer film is formed on a surface of the fabric , the multilayer film comprising: an adhesive layer being a side of the multilayer film adhered to the fabric ; and a barrier layer bonded to the adhesive layer , wherein the adhesive layer and the barrier layer include a thermoplastic polyester elastomer, and a melting point of the barrier layer is 180°C or more and higher than a melting point of the adhesive layer by more than 20°C, characterized in that a content ratio of a hard segment in the thermoplastic polyester elastomer in the adhesive layer is 10% by weight to 60% by weight of the thermoplastic polyester elastomer. an adhesive layer being a side of the multilayer film adhered to the fabric ; and a barrier layer bonded to the adhesive layer , wherein the adhesive layer and the barrier layer include a thermoplastic polyester elastomer, and a melting point of the barrier layer is 180°C or more and higher than a melting point of the adhesive layer by more than 20°C, characterized in that a content ratio of a hard segment in the thermoplastic polyester elastomer in the adhesive layer is 10% by weight to 60% by weight of the thermoplastic polyester elastomer.
An optical semiconductor device comprising: an optical semiconductor chip ; a wire being extended from the optical semiconductor chip ; a holder having an inside space for accommodating the optical semiconductor chip ; a first lead having a mount part for the optical semiconductor chip , which is mounted thereon, said first lead being led out of two sides of the holder including a first side and a second side opposite from the first side; a second lead having a junction with the wire being extended from the optical semiconductor chip , said second lead being led out of the first side of the holder at a location different from where the first lead is led out; and a third lead led out of the second side of the holder at a location different from where the first lead is led out, characterized in that one end of the third lead is arranged to be opposed to one end of the second lead that is positioned within the inside space of the holder with a predetermined gap by which said ends of the second and third leads are separated, said gap being formed by cutting a connection between the third lead and the second lead such that no lead portion is present in said gap, and the third lead said wire is not connected to has, no electrode function, but serves as a support member. an optical semiconductor chip ; a wire being extended from the optical semiconductor chip ; a holder having an inside space for accommodating the optical semiconductor chip ; a first lead having a mount part for the optical semiconductor chip , which is mounted thereon, said first lead being led out of two sides of the holder including a first side and a second side opposite from the first side; a second lead having a junction with the wire being extended from the optical semiconductor chip , said second lead being led out of the first side of the holder at a location different from where the first lead is led out; and a third lead led out of the second side of the holder at a location different from where the first lead is led out, characterized in that one end of the third lead is arranged to be opposed to one end of the second lead that is positioned within the inside space of the holder with a predetermined gap by which said ends of the second and third leads are separated, said gap being formed by cutting a connection between the third lead and the second lead such that no lead portion is present in said gap, and the third lead said wire is not connected to has, no electrode function, but serves as a support member.
A dry cosmetic and/or skin care composition comprising a mixture of a first component being a natural ground calcium carbonate, and a second component being a surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and at least one H 3 O + ion donor, wherein the carbon dioxide is formed in situ by the at least one H 3 O + ion donor treatment and/or is supplied from an external source, wherein the dry cosmetic and/or skin care composition contains a water content of less than 15 wt.%, based on the total weight of the cosmetic and/or skin care composition. a first component being a natural ground calcium carbonate, and a second component being a surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and at least one H 3 O + ion donor, wherein the carbon dioxide is formed in situ by the at least one H 3 O + ion donor treatment and/or is supplied from an external source,