mhurhangee/ep-ind-claims huggingface dataset:
A control device for a variable-compression-ratio internal combustion engine, the control device comprising: a variable compression-ratio mechanism configured to vary a compression ratio of the internal combustion engine in accordance with a rotational position of a control shaft; an actuator configured to drive the control shaft; a speed reducer provided between the actuator and the control shaft and configured to reduce in speed a rotational power of the actuator and transmit the speed-reduced rotational power to the control shaft; and a speed-reducer accommodating case accommodating the speed reducer, characterized in that an input shaft of the speed reducer which is connected to the actuator has a shaft center line extending along a horizontal direction, at least a part of the input shaft is kept under a lubricating oil retained in the speed-reducer accommodating case, and the control device further comprises an input-shaft swinging means configured to swing the input shaft of the speed reducer by a predetermined swing angle when the internal combustion engine is in a predetermined operating state where the compression ratio of the internal combustion engine is maintained constant. a variable compression-ratio mechanism configured to vary a compression ratio of the internal combustion engine in accordance with a rotational position of a control shaft; an actuator configured to drive the control shaft; a speed reducer provided between the actuator and the control shaft and configured to reduce in speed a rotational power of the actuator and transmit the speed-reduced rotational power to the control shaft; and a speed-reducer accommodating case accommodating the speed reducer,
A valve cylinder for a hydraulic impact device of a rock breaking apparatus (4, 12), wherein the valve cylinder is an elongated piece with a central axis (Ca) and comprises: a central opening extending from a front end of the elongated valve cylinder to its rear end, and through which central opening a percussion piston is mountable, at least two pressure spaces (25, 27) limited by radial surfaces of the central opening and being located at an axial distance from each other; several axial pressure fluid channels connecting the mentioned pressure spaces (25, 27); and wherein one of the mentioned pressure spaces (25, 27) is a control pressure space located at the rear end portion of the valve cylinder and is configured to receive a sleeve-like control valve; and wherein the control pressure space is provided with an inner radial groove comprising a bottom surface defining radial extension of the groove in relation to the central opening adjacent the groove; and further, the mentioned axial pressure fluid channels pass the radial groove without fluid connection with the groove; characterized in that the groove has minimum radial dimensions at portions of the axial fluid channels and maximum radial dimensions at the intermediate sections between the axial fluid channels, whereby the size of the radial groove is increased when compared to a simple groove with circular bottom surface corresponding to the minimum radial dimensions at portions. a central opening extending from a front end of the elongated valve cylinder to its rear end, and through which central opening a percussion piston is mountable, at least two pressure spaces (25, 27) limited by radial surfaces of the central opening and being located at an axial distance from each other; several axial pressure fluid channels connecting the mentioned pressure spaces (25, 27); and wherein one of the mentioned pressure spaces (25, 27) is a control pressure space located at the rear end portion of the valve cylinder and is configured to receive a sleeve-like control valve; and wherein the control pressure space is provided with an inner radial groove comprising a bottom surface defining radial extension of the groove in relation to the central opening adjacent the groove; and further, the mentioned axial pressure fluid channels pass the radial groove without fluid connection with the groove; characterized in that the groove has minimum radial dimensions at portions of the axial fluid channels and maximum radial dimensions at the intermediate sections between the axial fluid channels, whereby the size of the radial groove is increased when compared to a simple groove with circular bottom surface corresponding to the minimum radial dimensions at portions.
A bed for at least one animal comprising: a strip of belting having a front end, a back end, and opposing sides (244, 246); an animal bed having a first fluid chamber and a second fluid chamber, the first fluid chamber being provided within the strip of belting and having a first width extending between a first side and a second side of the first fluid chamber, and the second fluid chamber being provided within the strip of belting and having a second width extending between a first side and a second side of the second fluid chamber; a first fluid supply tube in fluid connection with the first chamber; characterised in that, a second fluid supply tube in fluid connection with the second chamber, wherein the first and second chambers are fluidly isolated from one another, and wherein each fluid supply tube extends to a margin of the strip of belting. a strip of belting having a front end, a back end, and opposing sides (244, 246); an animal bed having a first fluid chamber and a second fluid chamber, the first fluid chamber being provided within the strip of belting and having a first width extending between a first side and a second side of the first fluid chamber, and the second fluid chamber being provided within the strip of belting and having a second width extending between a first side and a second side of the second fluid chamber; a first fluid supply tube in fluid connection with the first chamber; characterised in that, a second fluid supply tube in fluid connection with the second chamber, wherein the first and second chambers are fluidly isolated from one another, and wherein each fluid supply tube extends to a margin of the strip of belting.
Water-separating fuel filter, comprising: - a housing (2, 3) comprising an upper wall and a lower wall having a bottom, with the housing defining an inner volume and having a crude fuel inlet and a filtered fuel outlet placed remote from said bottom; - a filtering element placed in the inner volume, remote from the bottom in such a way as to arrange a water accumulation zone between the filtering element and the bottom, said filtering element comprising an upper end, a lower end and a substantially annular filtering medium extending around a central axis between the upper end and the lower end, with the filtering medium having an inner face which defines an interior space; - an axial passage of the filter which crosses the upper wall and joins the interior space through a central opening of said upper end; and - a water discharging device that crosses a water evacuation opening formed remotely from the bottom in the housing (2, 3), the water discharging device comprising at least one water evacuation pipe that extends into the inner volume; characterised in that the water evacuation pipe crosses the interior space, by being arranged more preferably in a position adjacent to the filtering medium, and is integral with the filtering element by being offset with respect to the central axis of the filtering medium in order to not interfere with the axial passage of the filter crossing the opening. - a housing (2, 3) comprising an upper wall and a lower wall having a bottom, with the housing defining an inner volume and having a crude fuel inlet and a filtered fuel outlet placed remote from said bottom; - a filtering element placed in the inner volume, remote from the bottom in such a way as to arrange a water accumulation zone between the filtering element and the bottom, said filtering element comprising an upper end, a lower end and a substantially annular filtering medium extending around a central axis between the upper end and the lower end, with the filtering medium having an inner face which defines an interior space; - an axial passage of the filter which crosses the upper wall and joins the interior space through a central opening of said upper end; and - a water discharging device that crosses a water evacuation opening formed remotely from the bottom in the housing (2, 3), the water discharging device comprising at least one water evacuation pipe that extends into the inner volume;
A marine bioproduction facility for farming of sessile marine organisms in a body of water with a water surface, wherein the facility comprises at least one cluster, where each cluster comprises at least two production modules, where the production modules of each cluster are arranged side by side in a 2 dimensional scalable and selectable pattern, where each of the at least two production modules is adapted to be operated independently of the other production modules, being confined within a vertical column with a pre-defined horizontal cross section and extending downwards from the water surface, where at least one of the at least two production modules comprises at least one growth surface for sessile marine organisms, and where each of the at least two production modules comprises an upper part where the upper part comprises at least one opening adapted to allow individual access to the vertical column in which the production module is arranged, and where the upper part of at least one production module comprises a ring structure around the opening, and where an outer circumference of the ring structure has one of the following shapes: polygonal, circular and elliptic, and where the at least one production module comprises fixture and suspension means for attachment, deployment, and recovery of the at least one growth surface for sessile marine organisms, said marine bioproduction facility being characterized in that the upper part has a positive buoyancy in water.
Method for increasing the whiteness stability of fluorescent whitening agent(s) included in surface-treatment size/coating slip for paper and of the surface- treatment layers formed thereof, characterized in that sorbitol is charged to the size/coating slip as a carrier.
A control device for a turbocharger that includes a compressor provided in an intake passage of an engine mounted in a vehicle; a turbine wheel provided in an exhaust passage of the engine; and a variable nozzle vane mechanism that includes a plurality of nozzle vanes provided on an outer peripheral side of the turbine wheel and that adjusts a flow of exhaust gas by changing an opening degree of the nozzle vanes, the control device characterized by comprising nozzle vane opening degree control means for executing a nozzle vane opening control that controls the opening degree of the nozzle vanes of the nozzle vane mechanism to an open side in order to prevent occurrence of unusual noise, wherein the nozzle vane opening degree control means executes the nozzle vane opening control in response to a determination that all of the following conditions are fulfilled: an accelerator is off, a clutch device provided between the engine and a drive system is in a disengaged clutch state, a flow rate of the gas flowing to the turbocharger is greater than or equal to a predetermined determination threshold value, an engine rotation speed is decreasing, a vehicle speed is less than or equal to a predetermined determination threshold value, an atmospheric pressure is greater than or equal to a predetermined determination threshold value, an engine coolant temperature is greater than or equal to a predetermined determination threshold value, an intake air temperature is greater than or equal to a predetermined determination threshold value, a throttle opening degree is greater than or equal to a predetermined determination threshold value, and an amount of fuel injection is less than or equal to a predetermined determination threshold value. an accelerator is off, a clutch device provided between the engine and a drive system is in a disengaged clutch state, a flow rate of the gas flowing to the turbocharger is greater than or equal to a predetermined determination threshold value, an engine rotation speed is decreasing, a vehicle speed is less than or equal to a predetermined determination threshold value, an atmospheric pressure is greater than or equal to a predetermined determination threshold value, an engine coolant temperature is greater than or equal to a predetermined determination threshold value, an intake air temperature is greater than or equal to a predetermined determination threshold value, a throttle opening degree is greater than or equal to a predetermined determination threshold value, and an amount of fuel injection is less than or equal to a predetermined determination threshold value.
A laboratory automation system comprising an automatic conveyor belt sliding within a sliding profile of a lane (2, 3), and a coating tape (7, 8) interposed between the automatic conveyor belt and the sliding profile, whereby said sliding profile includes a first region onto which a coating tape is applied by gluing, characterized in that it includes a second region where a coating tape is attached to a first end of said second region by means of a spring and to a second end by means of clamps.
A light emitting device comprising: a first conductivity type semiconductor layer including an n-type dopant; a light emitting layer on the first conductivity type semiconductor layer; a protective layer on the light emitting layer; a nano-layer on the protective layer; a second conductivity type semiconductor layer including a p-type dopant on the nano-layer; wherein the second conductivity type semiconductor layer includes a hole injection layer, wherein the second conductivity type semiconductor layer is disposed on the protective layer exposed between the nano-layer, characterised in that the nano-layer includes nano-metal particles, the second conductivity type semiconductor layer covers the entire portion of the nano-metal particles, the second conductivity type semiconductor layer comprises a concave-convex upper surface, an electrode on the second conductivity type semiconductor layer comprises a concave-convex pattern corresponding to the concave-convex upper surface of the second conductivity type semiconductor layer. a first conductivity type semiconductor layer including an n-type dopant; a light emitting layer on the first conductivity type semiconductor layer; a protective layer on the light emitting layer; a nano-layer on the protective layer; a second conductivity type semiconductor layer including a p-type dopant on the nano-layer; wherein the second conductivity type semiconductor layer includes a hole injection layer, wherein the second conductivity type semiconductor layer is disposed on the protective layer exposed between the nano-layer, characterised in that the nano-layer includes nano-metal particles, the second conductivity type semiconductor layer covers the entire portion of the nano-metal particles, the second conductivity type semiconductor layer comprises a concave-convex upper surface, an electrode on the second conductivity type semiconductor layer comprises a concave-convex pattern corresponding to the concave-convex upper surface of the second conductivity type semiconductor layer.
A hole saw drill guide comprising: an arbor shaft assembly including a central shaft, an outer housing, a plurality of bearings for rotatably supporting the central shaft within the outer housing, characterised in that the arbor shaft assembly further includes an outwardly projecting guide pin engaged with the outer housing; wherein the hole saw drill guide further comprises a guide tube base assembly including a guide tube (30; 30A) defining a hollow interior and a slot (20; 20A) extending along at least a portion of the length of the guide tube; and wherein the arbor shaft assembly is sized to be insertably received within the hollow interior of the guide tube (30; 30A) and upon positioning the guide pin of the arbor shaft assembly within the slot (20; 20A) defined by the guide tube (30, 30A), the central shaft of the arbor shaft assembly is rotatably supported within the guide tube (30, 30A) of the guide tube base assembly. an arbor shaft assembly including a central shaft, an outer housing, a plurality of bearings for rotatably supporting the central shaft within the outer housing, characterised in that the arbor shaft assembly further includes an outwardly projecting guide pin engaged with the outer housing; wherein the hole saw drill guide further comprises a guide tube base assembly including a guide tube (30; 30A) defining a hollow interior and a slot (20; 20A) extending along at least a portion of the length of the guide tube; and wherein the arbor shaft assembly is sized to be insertably received within the hollow interior of the guide tube (30; 30A) and upon positioning the guide pin of the arbor shaft assembly within the slot (20; 20A) defined by the guide tube (30, 30A), the central shaft of the arbor shaft assembly is rotatably supported within the guide tube (30, 30A) of the guide tube base assembly.
A method for transmitting broadcast signals, the method comprising; Forward Error Correction, FEC, encoding Physical Layer Pipe, PLP, data bits; dividing the PLP data bits into first and second input signals; Quadrature Amplitude Modulation, QAM, mapping the first and second input signals onto constellations, to output first and second QAM symbols; Multi-input Multi-Output, MIMO, processing the first and second QAM symbols, wherein the MIMO processing is performed by applying a MIMO processing matrix having a parameter to the first and second QAM symbols, wherein the parameter is related to an angle of a rotation performed by the MIMO processing matrix, the angle depending on the constellations of the first and second QAM symbols; time interleaving the MIMO processed first and second QAM symbols to output first and second broadcast signals; and modulating the first and second broadcast signals by an Orthogonal Frequency Division Multiplexing, OFDM, method.
An antibody which binds to claudin 6 (CLDN6) and induces inhibition of tumor growth in vivo upon binding of CLDN6, said antibody produced by or obtained from a clone deposited under the accession no. DSM ACC3059 (GT512muMAB 36A), DSM ACC3058 (GT512muMAB 27A), or DSM ACC3057 (GT512muMAB 5F2D2).
A method for making a water-resistant gypsum-based article comprising: a) mixing a siloxane emulsion with the gauging water used to prepare said gypsum-based article, wherein said siloxane is a fluid linear or cyclic, hydrogen-modified siloxane; b) mixing 0,1 to 0,5 wt % dead-burned magnesium oxide with calcined gypsum, wherein said magnesium oxide produces a temperature rise of no more than 0,9°C (2°F) in the Temperature Rise System, has a surface area of at least 0,3 square meters per gram as measured by BET, has a loss on ignition of less than 0,1 % by weight and wherein the weight of dead-burned magnesium oxide is based on the weight of the calcined gypsum; c) mixing said siloxane emulsion/gauging water mixture with said calcined gypsum/magnesium oxide mixture to form an aqueous slurry; and d) shaping said slurry and allowing said shaped slurry to set to form a set gypsum-based, water-resistant article. a) mixing a siloxane emulsion with the gauging water used to prepare said gypsum-based article, wherein said siloxane is a fluid linear or cyclic, hydrogen-modified siloxane; b) mixing 0,1 to 0,5 wt % dead-burned magnesium oxide with calcined gypsum, wherein said magnesium oxide produces a temperature rise of no more than 0,9°C (2°F) in the Temperature Rise System, has a surface area of at least 0,3 square meters per gram as measured by BET, has a loss on ignition of less than 0,1 % by weight and wherein the weight of dead-burned magnesium oxide is based on the weight of the calcined gypsum; c) mixing said siloxane emulsion/gauging water mixture with said calcined gypsum/magnesium oxide mixture to form an aqueous slurry; and d) shaping said slurry and allowing said shaped slurry to set to form a set gypsum-based, water-resistant article.
A system comprising: a processor; at least one piezoelectric device controllably coupled to the processor; one or more scented media; and an interface adapted to receive one or more commands from an external content processor, wherein the processor is configured to, responsive to the received one or more commands, control the at least one piezoelectric device to deliver an output scent using the one or more scented media, wherein the at least one piezoelectric device comprises: a tube having a proximal opening and a distal opening; an aperture element coupled to the proximal opening of the tube, the aperture element having at least one aperture; a piezoelectric element attached to a surface of the tube, the piezoelectric element adapted to receive an electrical signal that causes the piezoelectric element to vibrate and induce a wave along a length of the tube that forces a medium through the at least one aperture. a processor; at least one piezoelectric device controllably coupled to the processor; one or more scented media; and an interface adapted to receive one or more commands from an external content processor, wherein the processor is configured to, responsive to the received one or more commands, control the at least one piezoelectric device to deliver an output scent using the one or more scented media, wherein the at least one piezoelectric device comprises: a tube having a proximal opening and a distal opening; an aperture element coupled to the proximal opening of the tube, the aperture element having at least one aperture; a piezoelectric element attached to a surface of the tube, the piezoelectric element adapted to receive an electrical signal that causes the piezoelectric element to vibrate and induce a wave along a length of the tube that forces a medium through the at least one aperture. a tube having a proximal opening and a distal opening; an aperture element coupled to the proximal opening of the tube, the aperture element having at least one aperture; a piezoelectric element attached to a surface of the tube, the piezoelectric element adapted to receive an electrical signal that causes the piezoelectric element to vibrate and induce a wave along a length of the tube that forces a medium through the at least one aperture.