mhurhangee/ep-ind-claims huggingface dataset:
System (10, 40) for indicating a position of an interventional device feature of an interventional device respective an image plane defined by an ultrasound imaging probe of a beamforming ultrasound imaging system in which the position of the interventional device feature is determined based on ultrasound signals transmitted between the ultrasound imaging probe and an ultrasound transducer attached to the interventional device at a predetermined distance (Lp) from the interventional device feature, the system comprising: an image reconstruction unit configured to provide a reconstructed ultrasound image corresponding to an image plane defined by the ultrasound imaging probe; a position determination unit configured to compute a position of the ultrasound transducer respective the image plane based on ultrasound signals transmitted between the ultrasound imaging probe and the ultrasound transducer; an icon providing unit configured to provide a first icon (Cde) indicative of a circular zone with a radius corresponding to the predetermined distance (Lp) between the ultrasound transducer and the interventional device feature; and an image fusion unit configured to provide a fused image comprising the reconstructed ultrasound image and the first icon (Cde), wherein the first icon (Cde) is centered in the reconstructed ultrasound image at an insertion point corresponding to a projection of the position of the ultrasound transducer onto the image plane. an image reconstruction unit configured to provide a reconstructed ultrasound image corresponding to an image plane defined by the ultrasound imaging probe; a position determination unit configured to compute a position of the ultrasound transducer respective the image plane based on ultrasound signals transmitted between the ultrasound imaging probe and the ultrasound transducer; an icon providing unit configured to provide a first icon (Cde) indicative of a circular zone with a radius corresponding to the predetermined distance (Lp) between the ultrasound transducer and the interventional device feature; and an image fusion unit configured to provide a fused image comprising the reconstructed ultrasound image and the first icon (Cde), wherein the first icon (Cde) is centered in the reconstructed ultrasound image at an insertion point corresponding to a projection of the position of the ultrasound transducer onto the image plane.
A process for optimizing the production of downstream operations in the production of light olefins and aromatics, comprising: passing a first hydrocarbon stream to a first separation column to generate a first light stream and a first heavy stream; wherein the first light stream comprises methyl cyclopentane, normal hexane, methyl pentanes and dimethyl butanes; passing the first heavy stream to a hydrotreating unit to generate a treated heavy stream; passing the treated heavy stream to a second separation unit to generate a first extract stream comprising normal hydrocarbons and a raffinate stream comprising non-normal hydrocarbons; and passing the first extract stream, the first light stream and a second hydrocarbon stream to a cracking unit; and passing the raffinate stream to a reforming unit. passing a first hydrocarbon stream to a first separation column to generate a first light stream and a first heavy stream; wherein the first light stream comprises methyl cyclopentane, normal hexane, methyl pentanes and dimethyl butanes; passing the first heavy stream to a hydrotreating unit to generate a treated heavy stream; passing the treated heavy stream to a second separation unit to generate a first extract stream comprising normal hydrocarbons and a raffinate stream comprising non-normal hydrocarbons; and passing the first extract stream, the first light stream and a second hydrocarbon stream to a cracking unit; and passing the raffinate stream to a reforming unit.
An isocorydine derivative, characterized in that the derivative has a structure which is shown in formula I, wherein in formula I: R 1 = X = N, C, C=C; n 1 = 0, 1 R 2 = H, R 1 Y=C,N R 3 = H, Cl, Br, F, CF 3, OCH 3, CH 3, Z = H, Cl, F, N; n 2 = 0, 1 R 4 = NH 2, CH 2 NH 2, NHCO(CH 2) n3 CH 3, CH 2 NHCO(CH 2) n3 CH 3, n 3 = 0, 1,2 R 1 = X = N, C, C=C; n 1 = 0, 1 R 2 = H, R 1 Y=C,N R 3 = H, Cl, Br, F, CF 3, OCH 3, CH 3, Z = H, Cl, F, N; n 2 = 0, 1 R 4 = NH 2, CH 2 NH 2, NHCO(CH 2) n3 CH 3, CH 2 NHCO(CH 2) n3 CH 3, n 3 = 0, 1,2
A table assembly comprising: first and second legs (12a, 12b, 12c), each leg (12a, 12b, 12c) forming a first substantially horizontal elongated surface; a support rail (18, 18a) forming a support surface and extending between first and second ends, the first and second ends of the rail (18, 18a) supported by the first and second legs (12a, 12b, 12c), respectively, the support rail (18, 18a) positionable at different locations along the elongated surfaces; and a table top (14, 14a, 382) directly supported by the support surface between the first and second legs (12a, 12b, 12c) and positionable with the support rail (18, 18a) at different positions adjacent the legs (12a, 12b, 12c), characterized in that the support rail (18, 18a) forms a wire management channel (18, 18a), and the support rail (18, 18a) has a length dimension between the first and second ends, the assembly further including first and second brackets supported by the first and second legs (12a, 12b, 12c) that support the table top (14, 14a, 382) between the legs (12a, 12b, 12c). first and second legs (12a, 12b, 12c), each leg (12a, 12b, 12c) forming a first substantially horizontal elongated surface; a support rail (18, 18a) forming a support surface and extending between first and second ends, the first and second ends of the rail (18, 18a) supported by the first and second legs (12a, 12b, 12c), respectively, the support rail (18, 18a) positionable at different locations along the elongated surfaces; and a table top (14, 14a, 382) directly supported by the support surface between the first and second legs (12a, 12b, 12c) and positionable with the support rail (18, 18a) at different positions adjacent the legs (12a, 12b, 12c), characterized in that the support rail (18, 18a) forms a wire management channel (18, 18a), and the support rail (18, 18a) has a length dimension between the first and second ends, the assembly further including first and second brackets supported by the first and second legs (12a, 12b, 12c) that support the table top (14, 14a, 382) between the legs (12a, 12b, 12c).
A process for the production of a fat-fiber powder comprising up to 93wt% of a fat and at least 7wt% of a fiber, the process comprising the steps of: a) Melting fat; b) Mixing fiber, melted fat, and water at a weight ratio of fiber to water between 1:2.5 and 1:30; c) Drying the mixture of step b); d) Optionally milling the fat-fiber powder after the drying step c); wherein the fiber is characterized by having a rate of hydration between 15 to 500 cP/min and wherein the fat has a solid fat content at 20°C of at least 12.1 wt% (by weight of total fat), wherein said rate of hydration is measured according to the method disclosed in example 1. a) Melting fat; b) Mixing fiber, melted fat, and water at a weight ratio of fiber to water between 1:2.5 and 1:30; c) Drying the mixture of step b); d) Optionally milling the fat-fiber powder after the drying step c);
A method of forming a line of magnetic tunnel junctions, comprising: forming magnetic recording material over a substrate, non-magnetic material over the recording material, and magnetic reference material over the non-magnetic material; the substrate comprising alternating outer regions of reactant source material and insulator material along at least one cross-section; the reactant source material comprising a reactant that will react with the recording material to form dielectric material when subjected to a set of temperature and pressure conditions; patterning the reference material into a longitudinally elongated line passing over the alternating outer regions; and subjecting the recording material to the set of temperature and pressure conditions to react with the reactant of the reactant source material to form regions of the dielectric material which longitudinally alternate with the recording material along the line and to form magnetic tunnel junctions along the line which individually comprise the recording material, the non-magnetic material, and the reference material that are longitudinally between the dielectric material regions.
A mower with a large working width, intended for being connected to the lifting arms in a tractor or a corresponding equipment carrier, the mower comprising a load-bearing central frame and, attached to it by swivel joints by means of lifting booms (9, 10) and swivel shafts (9a, 10a, 11 a, 14 and 15) positioned substantially in parallel to the driving direction, two mowing units (2, 3), each of which is provided with at least one mowing beam (4, 5), the ends of each mowing unit (2, 3), facing one another in the working position, are provided with controlling limiters (16, 17) adapted to one another, characterized in that said controlling limiters (16, 17) comprise swivel centres positioned on a substantially horizontal plane between the cutting plane of the cutting members of the mowing beams (4, 5) and swivel points (11 a, 15) in portal frames (7, 8) of the mowing units (2, 3), the swivel centres being arranged to be automatically centred with one another and thereby being arranged to connect together the ends of the mowing beams facing one another in changing from the transport position to the working position.
Method for detecting an object hidden behind an article, comprising the steps - applying a first alternating voltage to a first measuring sensor, - applying a second alternating voltage to a second measuring sensor arranged adjacent to the first measuring sensor, - determining a distance-dependent measured value of an effect of the object on at least one of the alternating voltages (5, 9), - determining a change in a distance dependence of the measured value occurring during a movement of the measuring sensors (7, 11) along the article, - detecting the object as a function of the change in the distance dependence of the measured value, characterised in that - a distance-dependent function of the effect of the article on at least one of the alternating voltages (5, 9) is determined as the measured value, - the change in a distance dependence of the function occurring during movement of the measuring sensors (7, 11) is determined, - the object is detected as a function of the change in the distance dependence of the function. - applying a first alternating voltage to a first measuring sensor, - applying a second alternating voltage to a second measuring sensor arranged adjacent to the first measuring sensor, - determining a distance-dependent measured value of an effect of the object on at least one of the alternating voltages (5, 9), - determining a change in a distance dependence of the measured value occurring during a movement of the measuring sensors (7, 11) along the article, - detecting the object as a function of the change in the distance dependence of the measured value, - a distance-dependent function of the effect of the article on at least one of the alternating voltages (5, 9) is determined as the measured value, - the change in a distance dependence of the function occurring during movement of the measuring sensors (7, 11) is determined, - the object is detected as a function of the change in the distance dependence of the function.
A fixing apparatus, for performing an easy and fast fixing of a counterweight for restraining vibration, walking and tilting in the process of operation of a washing machine, whereby said counterweight can be mounted between a tumbler and a body of a washing machine by utilizing connector elements for fixing said counterweight on said tumbler, characterised in that the fixing apparatus comprises a main body (10.2) having connector channels (10.1) positioned at different directions and angles upon said main body (10.2) and along which said connector elements can move linearly, so to have the capacity to adapt to counterweights in diversified form, which have connector shells (20.1), which are generated in different axes and into which said connector elements can be inserted.
A method for preparing a food product from a food component in a cooking process, wherein the method comprises: - acquiring food component input information concerning the food component; - controlling a cooking process parameter of the cooking process as function of (i) the food component input information and (ii) a cooking process model, wherein the cooking process model includes a relation between the food component input information and the cooking process parameter of the cooking process for preparing the food product from the food component, characterised in that, the food component input information comprises historical information concerning the food component, wherein the historical information comprises one or more selected from the group consisting of: (i) growing information of the food component, (ii) harvesting information of the food component, (iii) processing information of the food component, (iv) transporting information of the food component, and (v) storage information of the food component including duration of storage and storage conditions; or wherein the food component comprises an animal meat product, and wherein the historical information comprises one or more selected from the group consisting of (i) animal keeping information, (ii) animal to food component processing information, (iii) transporting information of the animal, (iv) transporting information of the food component, and (v) storage information of the food component including duration of storage and storage conditions. - acquiring food component input information concerning the food component; - controlling a cooking process parameter of the cooking process as function of (i) the food component input information and (ii) a cooking process model, wherein the cooking process model includes a relation between the food component input information and the cooking process parameter of the cooking process for preparing the food product from the food component,
An optical network unit, ONU, comprising: a passive optical network, PON, interface configured to communicate using physical layer operations, administration, and maintenance, PLOAM, messages; and a processor coupled to the PON interface, characterized in that the processor is configured to: receive a PLOAM reset message comprising a ONU identifier, ID, a Vendor ID, a Vendor-Specific Serial Number, VSSN, and a reset level, wherein the ONU ID addresses a single ONU when the ONU ID is not a broadcast ID, or the Vendor ID and the VSSN together address a single ONU when the ONU ID is a broadcast ID, and the reset level comprises an instruction to reset a management information base, MIB, wherein the PLOAM reset message is configured to instruct an ONU addressed by the ONU ID to reset its MIB; and reset the MIB according to the PLOAM reset message. a passive optical network, PON, interface configured to communicate using physical layer operations, administration, and maintenance, PLOAM, messages; and a processor coupled to the PON interface, characterized in that the processor is configured to: receive a PLOAM reset message comprising a ONU identifier, ID, a Vendor ID, a Vendor-Specific Serial Number, VSSN, and a reset level, wherein the ONU ID addresses a single ONU when the ONU ID is not a broadcast ID, or the Vendor ID and the VSSN together address a single ONU when the ONU ID is a broadcast ID, and the reset level comprises an instruction to reset a management information base, MIB, wherein the PLOAM reset message is configured to instruct an ONU addressed by the ONU ID to reset its MIB; and reset the MIB according to the PLOAM reset message. receive a PLOAM reset message comprising a ONU identifier, ID, a Vendor ID, a Vendor-Specific Serial Number, VSSN, and a reset level, wherein the ONU ID addresses a single ONU when the ONU ID is not a broadcast ID, or the Vendor ID and the VSSN together address a single ONU when the ONU ID is a broadcast ID, and the reset level comprises an instruction to reset a management information base, MIB, wherein the PLOAM reset message is configured to instruct an ONU addressed by the ONU ID to reset its MIB; and reset the MIB according to the PLOAM reset message.
A surgical template arrangement for a bilateral hearing implant system, the arrangement comprising: an implant stimulator template (208, 302, 405) comprising an implant outline (210, 309) defining an area corresponding to an implanted stimulator of the bilateral hearing implant system; and an adjustable connection (209, 303, 402, 403) connecting the implant stimulator template to a behind the ear processor template (205, 301, 401) configured to fit behind the ear pinna of the recipient patient and configured to conform against an underlying side of the head, the adjustable connection being configured to allow angular and linear adjustment of the position of the implant stimulator template with respect to the outer ear pinna so as to define stimulator implantation sites at symmetric locations on each side of the patient's head. an implant stimulator template (208, 302, 405) comprising an implant outline (210, 309) defining an area corresponding to an implanted stimulator of the bilateral hearing implant system; and an adjustable connection (209, 303, 402, 403) connecting the implant stimulator template to a behind the ear processor template (205, 301, 401) configured to fit behind the ear pinna of the recipient patient and configured to conform against an underlying side of the head, the adjustable connection being configured to allow angular and linear adjustment of the position of the implant stimulator template with respect to the outer ear pinna so as to define stimulator implantation sites at symmetric locations on each side of the patient's head.
A method for manufacturing an optical element or a master having a multi-level structure, the method comprising: providing a substrate that includes a first substrate portion and a second substrate portion, the first substrate portion being on the second substrate portion, and the first substrate portion having a composition that differs from a composition of the second substrate portion; forming first trenches through a surface of the substrate, wherein the first trenches extend through the first substrate portion and partially into the second substrate portion, after forming the first trenches, depositing a mask on portions of the surface of the substrate; subsequently forming second trenches through the surface of the substrate, wherein the second trenches are disposed in portions of the substrate on which the mask is not present, wherein a depth of the first trenches differs from a depth of the second trenches, and wherein forming the second trenches includes etching through the first substrate portion, wherein the second substrate portion serves as an etch stop during formation of the second trenches. providing a substrate that includes a first substrate portion and a second substrate portion, the first substrate portion being on the second substrate portion, and the first substrate portion having a composition that differs from a composition of the second substrate portion; forming first trenches through a surface of the substrate, wherein the first trenches extend through the first substrate portion and partially into the second substrate portion, after forming the first trenches, depositing a mask on portions of the surface of the substrate; subsequently forming second trenches through the surface of the substrate, wherein the second trenches are disposed in portions of the substrate on which the mask is not present, wherein a depth of the first trenches differs from a depth of the second trenches, and wherein forming the second trenches includes etching through the first substrate portion, wherein the second substrate portion serves as an etch stop during formation of the second trenches.
A greenhouse, comprising: a frame comprising a plurality of uprights and a plurality of transverse beams; a screen system, comprising: a first wire network comprising a plurality of first wires; a second wire network comprising a plurality of second wires; a sheet extending between the first and second wire network, wherein the sheet is coupled on a first side to the frame; a carrier which is coupled to a second side of the sheet; a drive system for moving the carrier; characterized in that the carrier is coupled to one of said first wires and to one of said second wires, and that the drive system is configured to move the first wires and the second wires simultaneously in the same direction in order to thus collapse or pull out the sheet. a frame comprising a plurality of uprights and a plurality of transverse beams; a screen system, comprising: a first wire network comprising a plurality of first wires; a second wire network comprising a plurality of second wires; a sheet extending between the first and second wire network, wherein the sheet is coupled on a first side to the frame; a carrier which is coupled to a second side of the sheet; a drive system for moving the carrier; a first wire network comprising a plurality of first wires; a second wire network comprising a plurality of second wires; a sheet extending between the first and second wire network, wherein the sheet is coupled on a first side to the frame; a carrier which is coupled to a second side of the sheet; a drive system for moving the carrier;
An oral controlled drug delivery system comprising an effective daily dose of baclofen or its pharmaceutically acceptable salt for use, by orally administering once in a day to human patients suffering from signs and symptoms of spasticity, in the treatment of spasticity, wherein a reduced level of sedation is experienced by the patients relative to conventional baclofen therapy administered in the form of immediate release tablets in the same total daily dosage 3 times a day.
A cross-linkable rubber composition, the cross-linkable rubber composition comprising, per hundred parts by weight of rubber (phr): ≥ 1 phr to ≤ 100 phr of a rubber component selected from the group of styrene-butadiene rubber, polybutadiene rubber, natural rubber or a mixture thereof; characterised in that the composition further comprises ≥ 1 phr to ≤ 50 phr of a thermoplastic elastomer with a glass transition temperature of ≥ -30 °C (measured by DSC, according to ISO 22768), the composition further comprises an at least partially aliphatic resin component and the composition further comprises a blocked mercaptosilane and/or an unblocked mercaptosilane. ≥ 1 phr to ≤ 100 phr of a rubber component selected from the group of styrene-butadiene rubber, polybutadiene rubber, natural rubber or a mixture thereof; characterised in that the composition further comprises ≥ 1 phr to ≤ 50 phr of a thermoplastic elastomer with a glass transition temperature of ≥ -30 °C (measured by DSC, according to ISO 22768), the composition further comprises an at least partially aliphatic resin component and the composition further comprises a blocked mercaptosilane and/or an unblocked mercaptosilane.