mhurhangee/ep-ind-claims huggingface dataset:
A medical imaging apparatus comprising: a display configured to display a list of protocols, each of the protocols having one or more parameters for acquiring a medical image; an interface configured to receive an input of a parameter for acquiring the medical image; and a controller configured to group the protocols based on the input parameter, and control the display to display the list of the grouped protocols, the interface is further configured to receive an instruction to change a value of a parameter of one or more protocols among the protocols, and the controller is further configured to change the value of the parameter of the one or more protocols based on the instruction; characterised in that the instruction to change a value of a parameter of the one or more protocols comprises an instruction to move the one or more protocols from a parameter group to which the one or more protocols belong into another parameter group, and/or an instruction to change a property of a parameter group to which the one or more protocols belong. a display configured to display a list of protocols, each of the protocols having one or more parameters for acquiring a medical image; an interface configured to receive an input of a parameter for acquiring the medical image; and a controller configured to group the protocols based on the input parameter, and control the display to display the list of the grouped protocols, the interface is further configured to receive an instruction to change a value of a parameter of one or more protocols among the protocols, and the controller is further configured to change the value of the parameter of the one or more protocols based on the instruction; characterised in that the instruction to change a value of a parameter of the one or more protocols comprises an instruction to move the one or more protocols from a parameter group to which the one or more protocols belong into another parameter group, and/or an instruction to change a property of a parameter group to which the one or more protocols belong.
A smart power unit arranged for managing a hydraulic system, said smart power unit comprising - a hydraulic power pack comprising -- a hydraulic open circuit type pump and -- an electric motor arranged to drive the hydraulic pump, - a hydraulic process computer comprising integrated therein -- a programmable computer board, and -- a sensor board directly connected to the programmable computer board and comprising first one or more sensors (51-.53) arranged to sense operation parameters of the pump and to directly feedback operation parameters of the pump to the programmable computer board, wherein - said hydraulic process computer is arranged to control said electric motor. - a hydraulic power pack comprising -- a hydraulic open circuit type pump and -- an electric motor arranged to drive the hydraulic pump, - a hydraulic process computer comprising integrated therein -- a programmable computer board, and -- a sensor board directly connected to the programmable computer board and comprising first one or more sensors (51-.53) arranged to sense operation parameters of the pump and to directly feedback operation parameters of the pump to the programmable computer board, wherein -- a hydraulic open circuit type pump and -- an electric motor arranged to drive the hydraulic pump, - a hydraulic process computer comprising integrated therein -- a programmable computer board, and -- a sensor board directly connected to the programmable computer board and comprising first one or more sensors (51-.53) arranged to sense operation parameters of the pump and to directly feedback operation parameters of the pump to the programmable computer board, wherein - said hydraulic process computer is arranged to control said electric motor.
An emulsion of an aqueous phase in a lipid phase, with an improved pick-up behaviour, wherein the lipid phase comprises non-fatty cocoa and/or milk solids, and the aqueous phase comprises a sweetener composition and is dispersed throughout the lipid phase in the form of droplets, characterized in that the lipid phase comprises lipids that have been tempered.
A nickel-based superalloy for 700°C ultra-supercritical coal-fired power plant, characterized by comprising: C 0.01∼0.07wt%, Cr 23∼25.5wt%, Co 10∼14.6wt%, Mo 0.3∼3.5wt%, W 0.5∼2.5wt%, Nb 0.8∼2.2wt%, Ti 1.0∼2.5wt%, Al 1.0∼2.5wt%, B 0.001∼0.005wt%, Zr 0.01∼0.3wt%, Mg 0.002∼0.015wt%, V 0.01∼0.5wt%, La 0.001∼0.005wt%, the balance of Ni and the inevitable impurity elements including S <0.010wt%, P <0.015wt%, Si <0.3wt% and Mn <0.5wt%; wherein the ratio of the atomic percentage of Al to the sum of the atomic percentages of Ti and Nb is in a range of 1.0-1.3; the sum of the atomic percentages of Al, Ti and Nb is 5.5-6.2at%; the ratio of the atomic percentage of Cr to the sum of the atomic percentages of Mo and W is greater than 12, and the sum of the atomic percentages of Cr, Mo and W is not greater than 30at%.
Method for controlling a signal envelope shape of modulation pulses in a driver (TX_DR) of a wireless transmitter, including: - supplying a first voltage (VDD_RF) to the driver during a non-modulated state, - supplying a second voltage (VDD_ASK) configurable by a configurable modulation index value to the driver during a modulated state, and - switching between the non-modulated state (MOD_RF) and the modulated state (MOD_ASK), said switching comprising setting the modulation index value such that the second voltage level (VDD_ASK) is configured at the same level as the first voltage (VDD_RF), and then switching between supplying the first voltage (VDD_RF) to the driver and supplying the second voltage (VDD_ASK) to the driver, and - filtering to a limited bandwidth the variations of the second voltage (VDD_ASK) resulting from configuring the modulation index value. - supplying a first voltage (VDD_RF) to the driver during a non-modulated state, - supplying a second voltage (VDD_ASK) configurable by a configurable modulation index value to the driver during a modulated state, and - switching between the non-modulated state (MOD_RF) and the modulated state (MOD_ASK), said switching comprising setting the modulation index value such that the second voltage level (VDD_ASK) is configured at the same level as the first voltage (VDD_RF), and then switching between supplying the first voltage (VDD_RF) to the driver and supplying the second voltage (VDD_ASK) to the driver, and - filtering to a limited bandwidth the variations of the second voltage (VDD_ASK) resulting from configuring the modulation index value.
An engine arrangement comprising: - an internal combustion engine and an exhaust pipe capable of collecting exhaust gases from said engine; - an exhaust gases after-treatment system comprising an injection device designed to inject an exhaust treatment fluid inside the exhaust pipe, and an after-treatment device located downstream from the injection device, for at least partially removing undesired components from the exhaust gases; - a bypass line branching from the exhaust pipe upstream from the injection device, and capable of carrying a sub-flow of the exhaust gases towards a supply device which is arranged at the after-treatment device inlet and which is designed to direct said sub-flow towards a sector of the after-treatment device, while the exhaust gases flowing in the exhaust pipe towards the after-treatment device pass through the complementary portion of the after-treatment device; - a heater designed to heat the exhaust gases sub-flow; characterized in that it further comprises - an additional injection device designed to inject an exhaust treatment fluid inside the bypass line. - an internal combustion engine and an exhaust pipe capable of collecting exhaust gases from said engine; - an exhaust gases after-treatment system comprising an injection device designed to inject an exhaust treatment fluid inside the exhaust pipe, and an after-treatment device located downstream from the injection device, for at least partially removing undesired components from the exhaust gases; - a bypass line branching from the exhaust pipe upstream from the injection device, and capable of carrying a sub-flow of the exhaust gases towards a supply device which is arranged at the after-treatment device inlet and which is designed to direct said sub-flow towards a sector of the after-treatment device, while the exhaust gases flowing in the exhaust pipe towards the after-treatment device pass through the complementary portion of the after-treatment device; - a heater designed to heat the exhaust gases sub-flow; characterized in that it further comprises - an additional injection device designed to inject an exhaust treatment fluid inside the bypass line.
An orthotic for a foot, having a top side and a bottom side, the orthotic being less than half the length of the foot, wherein the top side of the orthotic includes a first raised section (zone 1) located at a position corresponding to the medial side of the calcaneus of the foot and around the insertion site of the tibialis posterior into the side of the navicular of the foot, thereby increasing the support of the orthotic to facilitate the tibialis posterior muscle group, and further comprising a second raised section (zone 2) in the top side of the orthotic located at a position corresponding to the cuboid area of the lateral side of the foot and extending anterior along one third of the shaft of the fifth metatarsal, thereby stimulating the peroneal muscle insertions and tendons that track through this area.
In vitro use of a biomarker selected from the group consisting of VCAM-1 and ICAM-1 for predicting the outcome of the treatment with aflibercept, of a patient suspected to suffer from a cancer.
A method of producing an Aloe vera extract comprising: preparing powdery Aloe vera mesophyll by removing water from a mesophyll part excluding leaf skin of Aloe vera by freeze-drying or hot-air drying; and extracting an Aloe vera extract from the resultant powdery Aloe vera mesophyll by a supercritical fluid extraction method based on the following conditions (a) to (e): (a) the extraction solvent is carbon dioxide; (b) the extraction temperature is 50 to 69°C; (c) the pressure is 15 to 60 MPa; (d) no entrainer is used; and (e) the extraction time is 50 to 70 minutes. preparing powdery Aloe vera mesophyll by removing water from a mesophyll part excluding leaf skin of Aloe vera by freeze-drying or hot-air drying; and extracting an Aloe vera extract from the resultant powdery Aloe vera mesophyll by a supercritical fluid extraction method based on the following conditions (a) to (e): (a) the extraction solvent is carbon dioxide; (b) the extraction temperature is 50 to 69°C; (c) the pressure is 15 to 60 MPa; (d) no entrainer is used; and (e) the extraction time is 50 to 70 minutes. (a) the extraction solvent is carbon dioxide; (b) the extraction temperature is 50 to 69°C; (c) the pressure is 15 to 60 MPa; (d) no entrainer is used; and (e) the extraction time is 50 to 70 minutes.
Recirculating ball mechanism for a steering system of a motor vehicle having a nut which is mounted in a housing (1, 2) by means of a bearing, at least one annular spring element (12, 13) being arranged on each end side of the bearing between a bearing outer ring and the housing (1, 2), the bearing outer ring comprising an outer radius (ra), an inner radius (ri) and a width (b), characterized in that the spring elements (12, 13) are corrugated springs which comprise an outer radius (ra), an inner radius (ri) and a width (b), the inner radius (ri) of the spring element (12, 13) being smaller than the inner radius (ri) of the bearing outer ring.
A combination of a connector plate adapter and a connector plate, for a vacuum cleaner dust container, the connector plate comprising an opening and being adapted to be connected to a dust bag to correctly position a dust bag opening within a vacuum cleaner by the connector plate being slid into a holding device of the vacuum cleaner, the adapter being configured to make up an extending portion that extends from one edge of the connector plate, wherein the connector plate adapter and the connector plate have substantially corresponding widths, such that the connector plate adapter and the connector plate can be slid into a common holding device, and wherein the connector plate adapter is removable or separate from the connector plate.
An apparatus for providing power to a device, comprising: a transmitting antenna operative to provide power to said device via a wireless link; a sensing antenna operative to sense at least one power level of signals transmitted by said device and operative to determine in a scanning mode an optimized direction in which the signals transmitted by the device are received at a maximum or close to a maximum; and a control unit assembly operative to control said transmitting antenna, said control unit assembly configured to control a direction of transmission of said transmitting antenna based on said optimized direction, both said transmitting antenna and said sensing antenna coupled to said control unit. a transmitting antenna operative to provide power to said device via a wireless link; a sensing antenna operative to sense at least one power level of signals transmitted by said device and operative to determine in a scanning mode an optimized direction in which the signals transmitted by the device are received at a maximum or close to a maximum; and a control unit assembly operative to control said transmitting antenna, said control unit assembly configured to control a direction of transmission of said transmitting antenna based on said optimized direction, both said transmitting antenna and said sensing antenna coupled to said control unit.
A hand-held, battery powered tool comprising: an aperture forming a battery compartment within a tool body of the battery powered tool; and a battery pack for powering the battery powered tool, the battery pack comprising: a plurality of cells arranged in a series of columns; and a housing including opposing end walls (522, 524) and sidewalls (526, 528), the sidewalls (526, 528) enclosing the plurality of cells on sides parallel to a direction of insertion of the battery pack into an aperture in the battery powered tool; characterized in that the plurality of cells is arranged such that a longitudinal length of each of the cells is substantially orthogonal to a direction of insertion of the battery pack into the aperture, and in that the aperture is a through aperture passing through the tool body such that both of the opposing end walls (522, 524) are exposed responsive to insertion of the battery pack into the aperture. an aperture forming a battery compartment within a tool body of the battery powered tool; and a battery pack for powering the battery powered tool, the battery pack comprising: a plurality of cells arranged in a series of columns; and a housing including opposing end walls (522, 524) and sidewalls (526, 528), the sidewalls (526, 528) enclosing the plurality of cells on sides parallel to a direction of insertion of the battery pack into an aperture in the battery powered tool; characterized in that the plurality of cells is arranged such that a longitudinal length of each of the cells is substantially orthogonal to a direction of insertion of the battery pack into the aperture, and in that the aperture is a through aperture passing through the tool body such that both of the opposing end walls (522, 524) are exposed responsive to insertion of the battery pack into the aperture. a plurality of cells arranged in a series of columns; and a housing including opposing end walls (522, 524) and sidewalls (526, 528), the sidewalls (526, 528) enclosing the plurality of cells on sides parallel to a direction of insertion of the battery pack into an aperture in the battery powered tool; characterized in that the plurality of cells is arranged such that a longitudinal length of each of the cells is substantially orthogonal to a direction of insertion of the battery pack into the aperture, and in that the aperture is a through aperture passing through the tool body such that both of the opposing end walls (522, 524) are exposed responsive to insertion of the battery pack into the aperture.
An improved gas burner (2, 57) for cooking equipment comprising: - a supporting cup-shaped injector holder (4, 58) intended to be fixed in a position corresponding with an opening provided in a cooking hob in which said burner is intended to be installed, - a flame divider (10, 60) resting on said cup-shaped support (4, 58) in such a manner as to define, with its outer circumferential rim and with the surface of said cooking hob in which said burner (2, 57) is intended to be installed, a passage for the entry of a flow of primary air, - at least one sheet metal cover (12, 64, 68) removably resting on said flame divider (10, 60) and defining therewith at least one distribution chamber (42, 62, 66) for the combustion mixture of gas and primary air, wherein said distribution chamber (42, 62, 66) is bounded by a raised band (22, 70, 76), in which a plurality of radial slots (24, 72, 78) are provided for passage of said combustion mixture, said cover (12, 64, 68) comprising a plurality of apertures (46, 74, 80) facing said radial slots (24, 72, 78) and cooperating therewith to define the inclination of the flames (52, 82, 84) emerging from said apertures (46, 74, 80). - a supporting cup-shaped injector holder (4, 58) intended to be fixed in a position corresponding with an opening provided in a cooking hob in which said burner is intended to be installed, - a flame divider (10, 60) resting on said cup-shaped support (4, 58) in such a manner as to define, with its outer circumferential rim and with the surface of said cooking hob in which said burner (2, 57) is intended to be installed, a passage for the entry of a flow of primary air, - at least one sheet metal cover (12, 64, 68) removably resting on said flame divider (10, 60) and defining therewith at least one distribution chamber (42, 62, 66) for the combustion mixture of gas and primary air, wherein said distribution chamber (42, 62, 66) is bounded by a raised band (22, 70, 76), in which a plurality of radial slots (24, 72, 78) are provided for passage of said combustion mixture, said cover (12, 64, 68) comprising a plurality of apertures (46, 74, 80) facing said radial slots (24, 72, 78) and cooperating therewith to define the inclination of the flames (52, 82, 84) emerging from said apertures (46, 74, 80).
A method of handling network traffic, comprising: receiving a Domain Name System message (301, 307, 401, 404, 407, 409, 411, 414, 417, 420, 424, 428, 430, 501, 504, 508, 510); extracting a network label from a payload section of the Domain Name System message (301, 307, 401, 404, 407, 409, 411, 414, 417, 420, 424, 428, 430, 501, 504, 508, 510), the extracted network label identifying a network resource (70; 75; 90; 95); characterised by identifying a node communicating data packets with the network resource on the basis of a network address included in the Domain Name System message (301, 307, 401, 407, 409, 411, 414, 428, 430, 501, 508, 510); comparing the extracted network label to at least one stored network label to determine that data packets to be communicated between the node identified by said network address and the network resource require a certain quality of service level; and on the basis of the comparison, initiating adaptation of a quality of service level for a forwarding treatment of data packets communicated between the node identified by said network address and the network resource (70; 75; 90; 95). receiving a Domain Name System message (301, 307, 401, 404, 407, 409, 411, 414, 417, 420, 424, 428, 430, 501, 504, 508, 510); extracting a network label from a payload section of the Domain Name System message (301, 307, 401, 404, 407, 409, 411, 414, 417, 420, 424, 428, 430, 501, 504, 508, 510), the extracted network label identifying a network resource (70; 75; 90; 95); characterised by identifying a node communicating data packets with the network resource on the basis of a network address included in the Domain Name System message (301, 307, 401, 407, 409, 411, 414, 428, 430, 501, 508, 510); comparing the extracted network label to at least one stored network label to determine that data packets to be communicated between the node identified by said network address and the network resource require a certain quality of service level; and on the basis of the comparison, initiating adaptation of a quality of service level for a forwarding treatment of data packets communicated between the node identified by said network address and the network resource (70; 75; 90; 95).
An method for preparing ethylene comprising: thermally cracking of naphtha, C2 and C3 hydrocarbon compounds including propane to obtain thermally cracked gas; cooling the thermally cracked gas containing hydrogen and C1, C2, and C3+ hydrocarbon compounds; compressing the cooled thermally cracked gas; feeding a thermally cracked compressed stream to a first distillation apparatus selectively operated as a first deethanizer or a depropanizer; and feeding an overhead discharge stream of the first distillation apparatus to a second distillation apparatus, wherein in a case where the first distillation apparatus is operated as the first deethanizer, a bottom discharge stream of the second distillation apparatus is fed to a C2 separator, and in a case where the first distillation apparatus is operated as the depropanizer, the bottom discharge stream of the second distillation apparatus is passed through a third distillation apparatus and fed to the C2 separator, wherein in a case where a content of a C1 hydrocarbon compound in the thermally cracked compressed stream is less than 20 mole%, the first distillation apparatus is operated as the first deethanizer, and in a case where the content of the C1 hydrocarbon compound in the thermally cracked compressed stream is 20 mole% or more, the first distillation apparatus is operated as the depropanizer, and wherein a overhead discharge stream of the C2 separator contains ethylene, and the overhead discharge stream of the C2 separator is fed to a first compressor. thermally cracking of naphtha, C2 and C3 hydrocarbon compounds including propane to obtain thermally cracked gas; cooling the thermally cracked gas containing hydrogen and C1, C2, and C3+ hydrocarbon compounds; compressing the cooled thermally cracked gas; feeding a thermally cracked compressed stream to a first distillation apparatus selectively operated as a first deethanizer or a depropanizer; and feeding an overhead discharge stream of the first distillation apparatus to a second distillation apparatus, wherein in a case where the first distillation apparatus is operated as the first deethanizer, a bottom discharge stream of the second distillation apparatus is fed to a C2 separator, and in a case where the first distillation apparatus is operated as the depropanizer, the bottom discharge stream of the second distillation apparatus is passed through a third distillation apparatus and fed to the C2 separator, wherein in a case where a content of a C1 hydrocarbon compound in the thermally cracked compressed stream is less than 20 mole%, the first distillation apparatus is operated as the first deethanizer, and in a case where the content of the C1 hydrocarbon compound in the thermally cracked compressed stream is 20 mole% or more, the first distillation apparatus is operated as the depropanizer, and wherein a overhead discharge stream of the C2 separator contains ethylene, and the overhead discharge stream of the C2 separator is fed to a first compressor.