mhurhangee/ep-ind-claims huggingface dataset:
A multicarrier radio transmitter for transmitting complex-valued QAM symbols via at least two adjacent subcarriers, the transmitter comprising - at least delay block (113 0...113 K-1) for delaying one of the real part or the imaginary part of each respective symbol by half a symbol time thus producing Offset-QAM symbols, and - at least one filter (115 0...115 K-1) for pulse-shaping each Offset-QAM symbol thus producing filtered affset-QAM symbols, and - at least one up-converter (116 0...116 K-1) for converting the filtered Offset-QAM symbols to respective carrier frequencies, and - a demultiplexer for producing a vector of upconverted filtered Offset-QAM symbols based on a plurality of upconverted conjugate-root filtered symbols, and - a radio front-end block to radiate a signal representing the vector of upconverted filtered Offset-QAM symbols, characterized in that: the at least one filter (115 0...115 K-1) is a non-symmetric conjugate-root filter, thus producing conjugate-root filtered offset-QAM symbols, wherein the non-symmetric conjugate-root filters (115 0...115 K-1) are of the form G c f = { H f + j 1 − H f H f f ≥ 0 H f − j 1 − H f H f f < 0 wherein H ( f) is the transfer function of any Nyquist filter that is band-limited to two subcarriers, and the subcarriers are not phase-shifted by 1⁄2π. - at least delay block (113 0...113 K-1) for delaying one of the real part or the imaginary part of each respective symbol by half a symbol time thus producing Offset-QAM symbols, and - at least one filter (115 0...115 K-1) for pulse-shaping each Offset-QAM symbol thus producing filtered affset-QAM symbols, and - at least one up-converter (116 0...116 K-1) for converting the filtered Offset-QAM symbols to respective carrier frequencies, and - a demultiplexer for producing a vector of upconverted filtered Offset-QAM symbols based on a plurality of upconverted conjugate-root filtered symbols, and - a radio front-end block to radiate a signal representing the vector of upconverted filtered Offset-QAM symbols, the at least one filter (115 0...115 K-1) is a non-symmetric conjugate-root filter, thus producing conjugate-root filtered offset-QAM symbols, wherein the non-symmetric conjugate-root filters (115 0...115 K-1) are of the form G c f = { H f + j 1 − H f H f f ≥ 0 H f − j 1 − H f H f f < 0 wherein H ( f) is the transfer function of any Nyquist filter that is band-limited to two subcarriers, and the subcarriers are not phase-shifted by 1⁄2π.
A detection circuit for return electrode monitoring, the detection circuit comprising: a transformer operatively coupled to at least one pair of split electrode pads (41, 42), wherein the transformer is configured to transceive a return electrode sense signal; at least one first switch coupled to the transformer that introduces charge injection noise onto the return electrode sense signal; characterized in that the detection circuit further comprises: at least one second switch coupled to a ground arranged to produce only a noise signal from charge injection, wherein the at least one first switch and the at least one second switch are disposed on a single die; and an operational amplifier coupled to the at least one first switch and the at least one second switch, the operational amplifier being configured to subtract the noise signal of the second switch from the noisy return electrode sense signal as transmitted through the first switch. a transformer operatively coupled to at least one pair of split electrode pads (41, 42), wherein the transformer is configured to transceive a return electrode sense signal; at least one first switch coupled to the transformer that introduces charge injection noise onto the return electrode sense signal; characterized in that the detection circuit further comprises: at least one second switch coupled to a ground arranged to produce only a noise signal from charge injection, wherein the at least one first switch and the at least one second switch are disposed on a single die; and an operational amplifier coupled to the at least one first switch and the at least one second switch, the operational amplifier being configured to subtract the noise signal of the second switch from the noisy return electrode sense signal as transmitted through the first switch. at least one second switch coupled to a ground arranged to produce only a noise signal from charge injection, wherein the at least one first switch and the at least one second switch are disposed on a single die; and an operational amplifier coupled to the at least one first switch and the at least one second switch, the operational amplifier being configured to subtract the noise signal of the second switch from the noisy return electrode sense signal as transmitted through the first switch.
An assembly of - at least one tape for obtaining samples containing collected biomass, the tape having an adhesive surface, and - a biomolecule extraction device, comprising: ∘ an insertion part (100; 400) to which the tape is fixed; ∘ a body part (200; 500) which receives a lysis buffer inside and into which the insertion part (100; 400) is inserted to extract biomolecule from the collected biomass; and ∘ at least one discharge part (300; 600) provided at the insertion part (100; 400) or the body part (200; 500), the insertion part (100; 400) comprising at least one fixing part (110, 120) to which the tape is fixed, and the fixing part (110, 120) fixes the tape by adhesive bonding or by physical bonding, the adhesive bonding of the fixing part (110, 120) being performed by using the adhesiveness left on the tape after collecting the sample or by applying an adhesive substance to the fixing part (110, 120), the physical bonding of the fixing part being performed by fixing the tape by insertion bonding. - at least one tape for obtaining samples containing collected biomass, the tape having an adhesive surface, and - a biomolecule extraction device, comprising: ∘ an insertion part (100; 400) to which the tape is fixed; ∘ a body part (200; 500) which receives a lysis buffer inside and into which the insertion part (100; 400) is inserted to extract biomolecule from the collected biomass; and ∘ at least one discharge part (300; 600) provided at the insertion part (100; 400) or the body part (200; 500), ∘ an insertion part (100; 400) to which the tape is fixed; ∘ a body part (200; 500) which receives a lysis buffer inside and into which the insertion part (100; 400) is inserted to extract biomolecule from the collected biomass; and ∘ at least one discharge part (300; 600) provided at the insertion part (100; 400) or the body part (200; 500),
Method for starting a weaving apparatus after a weaving interruption by means of at least a control and/or regulating device for controlling a first drive motor for driving a weaving machine and a second drive motor for driving a shedding machine, wherein the control and/or regulating device starts the second drive motor at a first switch-on time t1 and the first drive motor at a second switch-on time t2, characterized in that the control and/or regulating device of the shedding machine specifies a type of weave, wherein the type of weave is determined by number and/or distribution of heald frames to be moved for a shed formation and/or a speed of moving heald frames and/or textile-technical properties of associated warp threads, and in that an adjustment of a starting operation of the weaving apparatus to a desired type of weave takes place for a first weft thread to be inserted after the interruption, wherein depending on the desired type of weave for the first weft thread to be inserted after the interruption a time difference Δt between the second switch-on time t2 and the first switch-on time t1 and/or a start-up kinematics of the first and/or the second drive motor (10, 20) and/or a shed pre-formation is defined, and wherein at a desired type of weave of the first weft thread to be inserted after the interruption with high energy requirement and/or with high mechanical load a weaving shed is pre-formed and/or a larger time difference, a lower start-up acceleration and/or a lower start-up speed is selected, than at a desired type of weave which has a low energy requirement and/or causes a low mechanical load.
Apparatus for use in establishing an artificial airway in a patient, the apparatus comprising a tube for introduction into the patients trachea for passage of gases to and from the patient's lungs, an inflatable seal disposed on the tube to provide, on inflating a seal between the tube and the trachea of the patient when the apparatus is in use, the seal thereby defining a lung-side portion of the apparatus and a mouth-side portion of the apparatus the apparatus further comprising means to facilitate removal of fluid from the said mouth-side portion of the apparatus, characterised in that, the fluid rcmoval means comprise a plurality of ports integrally formed in a wall of the tube on the mouth-side portion, the ports being circumferentially spaced around the tube, each port opening into a conduit, the or each conduit being formed integrally in the material of the wall of the tube, the conduit being in fluid communication with an aperture located to be outside of the patient when the apparatus is in use, the fluid communication between the conduit and the aperture being such that suction applied to the aperture causes fluid to pass into each port, along the conduit and out of the aperture.
Multimode accessible storage facility that allows block access in a block access mode and row access in a row access mode the facility comprising - a memory unit comprising a plurality of memory banks (20.0,..., 20.F) each having a respective bank index (0,...,F), - an address generator for generating for each of said memory banks a rotated bank address as a function of an input address and a shift parameter, - an input vector data rotator for rotating an input vector and for providing vector elements of the rotated input vector to a respective bank of the memory unit, - an output vector rotator for inverse rotating a vector comprising vector elements retrieved from respective banks of the memory unit and for providing the rotated output vector; characterized in that the storage facility is subdivided into a plurality of planes, each plane being defined by a respective common range of bank addresses in each of the memory banks, the storage facility further comprising - an access-mode controller that includes a plane register file with a respective register for each plane, that comprises a value indicative for a blocksize applicable for blockwise data access, - an address port with a first set of address lines for identifying an address (ADDR1) within the storage facility and a second set of address lines for providing commands (CMND) to the access mode controller, wherein the second set of address lines comprises at least one of operation mode indication lines and access mode indication lines, the second set of address lines further comprising plane identification lines. - a memory unit comprising a plurality of memory banks (20.0,..., 20.F) each having a respective bank index (0,...,F), - an address generator for generating for each of said memory banks a rotated bank address as a function of an input address and a shift parameter, - an input vector data rotator for rotating an input vector and for providing vector elements of the rotated input vector to a respective bank of the memory unit, - an output vector rotator for inverse rotating a vector comprising vector elements retrieved from respective banks of the memory unit and for providing the rotated output vector; - an access-mode controller that includes a plane register file with a respective register for each plane, that comprises a value indicative for a blocksize applicable for blockwise data access, - an address port with a first set of address lines for identifying an address (ADDR1) within the storage facility and a second set of address lines for providing commands (CMND) to the access mode controller, wherein the second set of address lines comprises at least one of operation mode indication lines and access mode indication lines, the second set of address lines further comprising plane identification lines.
A coffee machine, comprising: a main housing having an exterior mounting port; a water reservoir; a water heater; a water pump; a coffee vessel for removable fitting to the exterior mounting port and adapted to receive freshly ground coffee; a closing and/or tamping system comprising a tamping piston, the closing and/or tamping system for closing the coffee vessel and/or compacting ground coffee in the coffee vessel by providing relative movement between the closing and/or tamping system and the coffee vessel; wherein the coffee vessel comprises a base and a side wall defining an internal volume and an open top, the coffee machine being characterized in that J Z the coffee vessel comprises a water entry port extending through the side wall for delivering heated water to the internal volume of the coffee vessel. a main housing having an exterior mounting port; a water reservoir; a water heater; a water pump; a coffee vessel for removable fitting to the exterior mounting port and adapted to receive freshly ground coffee; a closing and/or tamping system comprising a tamping piston, the closing and/or tamping system for closing the coffee vessel and/or compacting ground coffee in the coffee vessel by providing relative movement between the closing and/or tamping system and the coffee vessel; wherein the coffee vessel comprises a base and a side wall defining an internal volume and an open top, the coffee machine being characterized in that J Z the coffee vessel comprises a water entry port extending through the side wall for delivering heated water to the internal volume of the coffee vessel.
An inspection area setting method for setting inspection area-defining information defining an inspection area (30, 71) to an image inspecting device, the image inspecting device being configured to extract a portion constituting the inspection area (30, 71) as an inspection area image from an original image obtained by taking an image of an inspection object (2, 70), and to inspect the inspection object (2, 70) by analyzing the inspection area image, the inspection area setting method comprising: an acquisition step in which a computer acquires a sample image obtained by taking an image of a sample of the inspection object (2, 70); an inspection area searching step in which the computer obtains an optimal solution of the inspection area (30, 71) from a plurality of candidate areas by evaluating both pixel separation and edge overlap with respect to the plurality of candidate areas that are of candidate solutions of the inspection area (30, 71) based on information on color or brightness of each pixel in the sample image and information on an edge comprised in the sample image, the pixel separation being a degree of separation of the color or the brightness between an inside and an outside of each candidate area, the edge overlap being an overlap degree between a contour of each candidate area and the edge in the sample image; and a setting step in which the computer sets inspection area-defining information defining a position and a shape in the image of the inspection area (30, 71) obtained in the inspection area searching step to the image inspecting device. an acquisition step in which a computer acquires a sample image obtained by taking an image of a sample of the inspection object (2, 70); an inspection area searching step in which the computer obtains an optimal solution of the inspection area (30, 71) from a plurality of candidate areas by evaluating both pixel separation and edge overlap with respect to the plurality of candidate areas that are of candidate solutions of the inspection area (30, 71) based on information on color or brightness of each pixel in the sample image and information on an edge comprised in the sample image, the pixel separation being a degree of separation of the color or the brightness between an inside and an outside of each candidate area, the edge overlap being an overlap degree between a contour of each candidate area and the edge in the sample image; and a setting step in which the computer sets inspection area-defining information defining a position and a shape in the image of the inspection area (30, 71) obtained in the inspection area searching step to the image inspecting device.
A composition comprising a. at least one compound selected from the group consisting of (a-1) hydrogenated and/or nonhydrogenated, ethoxylated and/or propoxylated triglycerides of ricinoleic acid with a degree of ethoxylation and/or degree of propoxylation of greater than or equal to 20, in particular from 20 to 60, (a-2) addition products of from 2 to 50 mol of ethylene oxide onto sorbitan mono- and/or diesters of saturated or unsaturated fatty acids having 6 to 22 carbon atoms, and (a-3) addition products of from 2 to 50 mol of ethylene oxide and 1 to 20 mol of propylene oxide onto alpha-olefin epoxides having 8 to 22 carbon atoms and ring-opened with polyols, b. at least one ethoxylated and/or propoxylated glycerol fatty acid mono- and/or diester with a degree of ethoxylation of less than 20, preferably 3 to 19, in particular 3 to 15, c. at least one polyol selected from the group consisting of glycerol, diglycerol, triglycerol, tetraglycerol, alkylene glycols and polyalkylene glycols, d. at least one glycerol fatty acid monoester of the general formula in which R 1 is a saturated or unsaturated, branched or linear radical having 9 to 19 carbon atoms, e. less than or equal to 20% by weight of water. a. at least one compound selected from the group consisting of (a-1) hydrogenated and/or nonhydrogenated, ethoxylated and/or propoxylated triglycerides of ricinoleic acid with a degree of ethoxylation and/or degree of propoxylation of greater than or equal to 20, in particular from 20 to 60, (a-2) addition products of from 2 to 50 mol of ethylene oxide onto sorbitan mono- and/or diesters of saturated or unsaturated fatty acids having 6 to 22 carbon atoms, and (a-3) addition products of from 2 to 50 mol of ethylene oxide and 1 to 20 mol of propylene oxide onto alpha-olefin epoxides having 8 to 22 carbon atoms and ring-opened with polyols, (a-1) hydrogenated and/or nonhydrogenated, ethoxylated and/or propoxylated triglycerides of ricinoleic acid with a degree of ethoxylation and/or degree of propoxylation of greater than or equal to 20, in particular from 20 to 60, (a-2) addition products of from 2 to 50 mol of ethylene oxide onto sorbitan mono- and/or diesters of saturated or unsaturated fatty acids having 6 to 22 carbon atoms, and (a-3) addition products of from 2 to 50 mol of ethylene oxide and 1 to 20 mol of propylene oxide onto alpha-olefin epoxides having 8 to 22 carbon atoms and ring-opened with polyols, b. at least one ethoxylated and/or propoxylated glycerol fatty acid mono- and/or diester with a degree of ethoxylation of less than 20, preferably 3 to 19, in particular 3 to 15, c. at least one polyol selected from the group consisting of glycerol, diglycerol, triglycerol, tetraglycerol, alkylene glycols and polyalkylene glycols, d. at least one glycerol fatty acid monoester of the general formula in which R 1 is a saturated or unsaturated, branched or linear radical having 9 to 19 carbon atoms, e. less than or equal to 20% by weight of water.
A front section of a turbomachine for a turbofan aircraft, the front portion comprising a fan surrounded by a fan casing, a generator gas arranged downstream of the fan and comprising a low pressure compressor, a gear box interposed between the gas generator and the fan, a spout separation stream between a primary channel and a secondary channel of the turbomachine, and a structure arranged downstream of the fan and comprising outlet guide vanes and an outer shroud on which is fixed the head of each of the outlet guide vanes, said outer shroud extending downstream of said fan housing, the fan comprising a fan hub guided by a rolling bearing of recovery of radial forces from the fan, said rolling bearing being supported by a bearing support member, at least some of the outlet guide vanes having a structural character of force transmission, in particular for the transmission of forces from the rolling bearing and gear box and toward an engine mount intended to ensure fixing of the turbomachine to a structural element of the aircraft, said engine mount being secured to said outer shroud to the right structural outlet guide vanes, in that in axial half-section of the turbomachine front portion passing through one of outlet guide vanes, this blade extending along a first direction forming an angle of less than 30° with a second direction that extends said bearing support member whose outer radial end is attached to the root of the outlet guide vanes, the root being arranged upstream of the flow separation nozzle, in that said gear box connected to the bearing support member and arranged in its entirety upstream of the low pressure compressor, having a central transverse plane located upstream of said flow separation nozzle, and in that in an axial half section of the front part for a turbomachine, at a location of the fan corresponding to 90% of the height of the trailing edge of the fan blades starting from their base, the axial length (L int) separating the trailing edge of the fan blades and the leading edge of the outlet guide vanes, being at least 1.5 times greater than the axial length (L' fan) of the fan blades, characterized in that said fan is a single fan and the front part of the turbomachine has a bypass ratio higher or equal to 5.
Labeling material, - comprising a labeling region which is designed to be printed using a printing device and/or for handwritten labeling, - comprising a carrier layer which is at least partially transparent and can be folded over onto the labeling region to cover or seal the labeling region and can be bonded thereto in portions or over the entire surface, - comprising one or more adhesive regions, such as an adhesive layer, adhesive dots, adhesive strips or the like, which are designed to bond the at least partially transparent carrier layer to the labeling region in portions or over the entire surface, - the adhesive region and the labeling region being arranged on the same side of the at least partially transparent carrier layer, characterized in that - the labeling material has a detachable adhesive strip, - the detachable adhesive strip fixing longitudinal edges (32, 34) of the carrier layer in a folded basic state of the carrier layer, - the carrier layer being in particular folded in the center in the folded basic state, when viewed in cross section. - comprising a labeling region which is designed to be printed using a printing device and/or for handwritten labeling, - comprising a carrier layer which is at least partially transparent and can be folded over onto the labeling region to cover or seal the labeling region and can be bonded thereto in portions or over the entire surface, - comprising one or more adhesive regions, such as an adhesive layer, adhesive dots, adhesive strips or the like, which are designed to bond the at least partially transparent carrier layer to the labeling region in portions or over the entire surface, - the adhesive region and the labeling region being arranged on the same side of the at least partially transparent carrier layer, - the labeling material has a detachable adhesive strip, - the detachable adhesive strip fixing longitudinal edges (32, 34) of the carrier layer in a folded basic state of the carrier layer, - the carrier layer being in particular folded in the center in the folded basic state, when viewed in cross section.