mhurhangee/patent-ind-claim-en huggingface dataset:
A method for validating one or more native image parameters including thickness of a breast in compression from one or more images of the breast, wherein: one or more native parameter(s) from the image(s) is analysed with a reference data to determine whether the native parameter(s) is/are plausible, and the image(s) is/are transformed quantitatively to a tissue composition map(s), characterised in that an adjusted thickness of the breast is calculated for the or any of the native parameter(s) determined to be non-plausible which relies on a variable feature of the map(s) by adjusting the native parameter(s) towards plausibility and the compression based on the adjusted thickness of the breast.
A leukoreduction filter medium comprising: a) a pad including a plurality of filter sheets , comprising an outer surface and a plurality of pores sized to prevent passage of leukocytes while allowing other desirable blood components, including platelets, to pass; and b) a coating on at least a portion of said outer surface of at least one of said plurality of sheets, said coating comprising a polymeric composition, said composition being a block copolymer comprising one of poly (ethylene- co-vinyl acetate) wherein a concentration of said block copolymer, when dissolved in a solvent for forming the coating, is 0.3% (w/v) - 1.6% (wv), and poly (ethylene-co-acrylic acid), wherein a concentration of said block copolymer, when dissolved in a solvent for forming the coating, is 0.3% (w/v) - 1.0% (w/v). a) a pad including a plurality of filter sheets , comprising an outer surface and a plurality of pores sized to prevent passage of leukocytes while allowing other desirable blood components, including platelets, to pass; and b) a coating on at least a portion of said outer surface of at least one of said plurality of sheets, said coating comprising a polymeric composition, said composition being a block copolymer comprising one of poly (ethylene- co-vinyl acetate) wherein a concentration of said block copolymer, when dissolved in a solvent for forming the coating, is 0.3% (w/v) - 1.6% (wv), and poly (ethylene-co-acrylic acid), wherein a concentration of said block copolymer, when dissolved in a solvent for forming the coating, is 0.3% (w/v) - 1.0% (w/v).
A method for waveform shaping in a wireless communications device, comprising: shifting a first plurality of tones and a second plurality of tones of a multi-tone carrier in frequency; transforming the first plurality of tones from frequency domain to time domain; transforming the second plurality of tones from frequency domain to time domain, wherein the second plurality of tones does not overlap with the first plurality of tones; transforming a third plurality of tones of the multi-tone carrier from frequency domain to time domain, wherein the third plurality of tones is between the first and second pluralities of tones; processing the transformed first plurality of tones using a first waveform shaping characteristic to provide a first sub-symbol; processing the transformed second plurality of tones using a second waveform shaping characteristic to provide a second sub-symbol, wherein the first and second waveform shaping characteristics are different from each other; rotating the first sub-symbol and the second sub-symbol in phase; processing the transformed third plurality of tones using a third waveform shaping characteristic to provide a third sub-symbol; and combining the rotated first sub-symbol, the rotated second sub-symbol, and the third sub-symbol to provide an output symbol. shifting a first plurality of tones and a second plurality of tones of a multi-tone carrier in frequency; transforming the first plurality of tones from frequency domain to time domain; transforming the second plurality of tones from frequency domain to time domain, wherein the second plurality of tones does not overlap with the first plurality of tones; transforming a third plurality of tones of the multi-tone carrier from frequency domain to time domain, wherein the third plurality of tones is between the first and second pluralities of tones; processing the transformed first plurality of tones using a first waveform shaping characteristic to provide a first sub-symbol; processing the transformed second plurality of tones using a second waveform shaping characteristic to provide a second sub-symbol, wherein the first and second waveform shaping characteristics are different from each other; rotating the first sub-symbol and the second sub-symbol in phase; processing the transformed third plurality of tones using a third waveform shaping characteristic to provide a third sub-symbol; and combining the rotated first sub-symbol, the rotated second sub-symbol, and the third sub-symbol to provide an output symbol.
A system to electronically couple an electronic device, when carried in proximity to the body of a person, to a network, the system comprising: an electronic device ; a network; a sensing electrode to be located proximate to a proscribed location to be occupied by the person ; a sensor circuit configured to provide to the sensing electrode a signal having a particular frequency and power to thereby transmit a capacitive signal in the proscribed location to be occupied by the person wherein the power of the signal is not sufficient to allow the capacitive signal to be detected by the electronic device in the absence of a person and wherein the capacitive signal contains particular information; wherein the electronic device is configured to detect the presence of the signal provided to the sensing electrode when the capacitive signal is conducted through the body of the person occupying the proscribed location; wherein the network is configured to initiate a pairing process in order to connect to the electronic device and wherein a wireless signal transmitted from the network uses an authorization or identification process to establish a secure connection with the electronic device that requires the electronic device to transmit a signal having particular information to the network; and wherein the electronic device is configured to, upon detecting the capacitive signal , electronically couple to the network using the particular information contained within said capacitive signal to satisfy the network's authorization or identification process. an electronic device ; a network; a sensing electrode to be located proximate to a proscribed location to be occupied by the person ; a sensor circuit configured to provide to the sensing electrode a signal having a particular frequency and power to thereby transmit a capacitive signal in the proscribed location to be occupied by the person wherein the power of the signal is not sufficient to allow the capacitive signal to be detected by the electronic device in the absence of a person and wherein the capacitive signal contains particular information; wherein the electronic device is configured to detect the presence of the signal provided to the sensing electrode when the capacitive signal is conducted through the body of the person occupying the proscribed location; wherein the network is configured to initiate a pairing process in order to connect to the electronic device and wherein a wireless signal transmitted from the network uses an authorization or identification process to establish a secure connection with the electronic device that requires the electronic device to transmit a signal having particular information to the network; and wherein the electronic device is configured to, upon detecting the capacitive signal , electronically couple to the network using the particular information contained within said capacitive signal to satisfy the network's authorization or identification process.
A molded part for structural fire protection, which can be manufactured or is manufactured by vulcanizing a flame-retardant elastomer composition comprising: - a double bond-containing elastomer, and - a vinyl acetate-containing thermoplastic polymer as polymeric components, wherein the polymeric components are present as a homogeneous polymer mixture, - a crosslinker system consisting of a sulfur crosslinker or sulfur-containing crosslinker and a peroxide crosslinker, wherein the proportion of peroxide crosslinker is less than that of sulfur crosslinker or sulfur-containing crosslinker, and - a flame retardant or a combination of flame retardants. - a double bond-containing elastomer, and - a vinyl acetate-containing thermoplastic polymer as polymeric components, wherein the polymeric components are present as a homogeneous polymer mixture, - a crosslinker system consisting of a sulfur crosslinker or sulfur-containing crosslinker and a peroxide crosslinker, wherein the proportion of peroxide crosslinker is less than that of sulfur crosslinker or sulfur-containing crosslinker, and - a flame retardant or a combination of flame retardants.
A water-absorbing sheet comprising: a first sheet ; a second sheet ; and a particulate water-absorbing agent sandwiched between said first sheet and said second sheet , at least one sheet selected from said first sheet and said second sheet being a water-permeable sheet, said particulate water-absorbing agent including: a first particulate water-absorbing agent localized in the vicinity of said first sheet ; and a second particulate water-absorbing agent localized in the vicinity of said second sheet , said first particulate water-absorbing agent having a gel permeation rate (GPR) which is higher than that of said second particulate water-absorbing agent , the gel permeation rate (GPR) of said first particulate water-absorbing agent differing by 10 g/min or more from that of said second particulate water-absorbing agent , the gel permeation rate (GPR) of said second particulate water-absorbing agent being 50 g/min or less, wherein the gel permeation rate is measured according to the method as disclosed in the description. a first sheet ; a second sheet ; and a particulate water-absorbing agent sandwiched between said first sheet and said second sheet , at least one sheet selected from said first sheet and said second sheet being a water-permeable sheet, said particulate water-absorbing agent including: a first particulate water-absorbing agent localized in the vicinity of said first sheet ; and a second particulate water-absorbing agent localized in the vicinity of said second sheet , a first particulate water-absorbing agent localized in the vicinity of said first sheet ; and a second particulate water-absorbing agent localized in the vicinity of said second sheet , said first particulate water-absorbing agent having a gel permeation rate (GPR) which is higher than that of said second particulate water-absorbing agent , the gel permeation rate (GPR) of said first particulate water-absorbing agent differing by 10 g/min or more from that of said second particulate water-absorbing agent , the gel permeation rate (GPR) of said second particulate water-absorbing agent being 50 g/min or less, wherein the gel permeation rate is measured according to the method as disclosed in the description.
An endotracheal tube retention system , comprising: a longitudinal member for receiving an endotracheal tube therein; a clip for positioning around an outer portion of the longitudinal member and having at least one coupling mechanism for closing the clip around the longitudinal member; a nasal bridle for coupling to the clip and for suspending the bridle above the lip and below the nose of a patient ; wherein the longitudinal member has a substantially cylindrical internal channel for receiving the endotracheal tube therein and includes a slot extending along the length thereof for receiving an endotracheal tube therethrough, with the longitudinal member having an inner diameter for grasping the endotracheal tube. a longitudinal member for receiving an endotracheal tube therein; a clip for positioning around an outer portion of the longitudinal member and having at least one coupling mechanism for closing the clip around the longitudinal member; a nasal bridle for coupling to the clip and for suspending the bridle above the lip and below the nose of a patient ; wherein the longitudinal member has a substantially cylindrical internal channel for receiving the endotracheal tube therein and includes a slot extending along the length thereof for receiving an endotracheal tube therethrough, with the longitudinal member having an inner diameter for grasping the endotracheal tube.
A lawn-care apparatus in the form of a rotary lawnmower , in particular having a chassis and deck upon which are mounted axles carrying wheels , a deck cover and a motor cover , comprising a rotatable cutting element , wherein an electric motor rotates the cutting element about a vertical axis by a direct or indirect drive assembly, the rotary lawnmower further comprising a handle for manoeuvring it over the ground and usually a grass box to collect grass clippings, characterized in that the lawn-care apparatus is driven by an electronically commutated motor , wherein the electronically commutated motor is powered by a lithium-ion battery, preferably demountable for charging.
A glucagon receptor agonist compound comprising the formula: YX 1 QGTFX 2 SDYSKYLDX 3 KKAX 4 EFVX 5 WLLEX 6 X 7 wherein X 1 is Aib; X 2 is T; X 3 is Aib; X 4 is K which is chemically modified through conjugation to the epsilon-amino group of the K side-chain with ([2-(2-Amino-ethoxy)-ethoxy]-acetyl) 2 -(γGlu) a -CO-(CH 2 ) b -CO 2 H, wherein a is 1 and b is 18; X 5 is A; X 6 is E; and X 7 is absent; (SEQ ID NO: 12); or a pharmaceutically acceptable salt thereof.
An attachment method in an ad hoc mobile network based on wireless cellular technology, of the type including a plurality of nodes (i), each node including an access point module , at least one relay terminal module , a relay terminal module of one node being able to discover the access point module of neighboring nodes and initiate an attachment process with an access point module of a selected neighboring node, a relay terminal module of one node being attached at most to one access point module of a neighboring node, characterised in that it includes a step consisting of selecting a neighboring node (j) to which a considered node (i) must initiate an attachment process among the nodes from a list (Li) resulting from a discovery step, carried out by the relay terminal module of the considered node, and based on at least a piece of connectivity information relative to the connected component of the considered node and at least a piece of connectivity information relative to the connected component of each neighboring node of the list.
A skin whitening composition for whitening hyper pigmented spots on skin, the composition comprising a liquid polymeric coating material that, upon exposure to ambient air and moisture in skin, hardens to a water resistant, water vapor permeable, adherent and conformable solid film when applied to skin, and at least one skin whitening active; wherein the polymeric coating material comprises dimethicone silylate in an amount of from 1 to 35 wt. % of the composition; and the composition further comprises: a non-volatile silicone oil having a viscosity ranging from 20 to 200,000 cst at 25 °C, wherein the total amount of volatile and non-volatile oils in the composition is from 1 to 50 wt. %; from 0.5 to 15 wt. % of a montmorillonite mineral or quaternized derivative thereof; and a mixture of particulate pigments and powders in an amount sufficient to cause the composition to match the surrounding skin when applied to the hyper pigmented spots. a non-volatile silicone oil having a viscosity ranging from 20 to 200,000 cst at 25 °C, wherein the total amount of volatile and non-volatile oils in the composition is from 1 to 50 wt. %; from 0.5 to 15 wt. % of a montmorillonite mineral or quaternized derivative thereof; and a mixture of particulate pigments and powders in an amount sufficient to cause the composition to match the surrounding skin when applied to the hyper pigmented spots.
Impact mill for crusting of solids, in particular waste materials, and for separating composite materials from metals, plastics materials, minerals and the like, consisting of a rotor which is arranged on a machine base and has a vertically arranged rotor shaft , and a housing casing which surrounds the rotor shaft at a distance, the housing casing being provided on its inner side with exchangeable impact ribs extending in the axial direction of the rotor shaft , and the rotor being provided with striking hammers which are also exchangeable and are opposite the impact ribs , and the impact ribs and the striking hammers each being arranged so as to be distributed substantially uniformly over the circumference, the housing casing being formed by two mutually separable housing half shells (4.1, 4.2) which are divided by a plane extending in the axis of the rotor shaft , characterized in that each housing half shell (4.1, 4.2), close to its axially extending edge, is connected to a pivot shaft which is parallel to the rotor shaft , and the pivot shafts are mounted with their lower end on the machine base and with their upper end in a U-shaped machine frame which spans the machine base and is connected thereto.
A roof light comprising: a frame ; a leaf being pivotably attached to the frame for movement between a closed condition and an open condition; characterised in that said roof light further comprises an attachment assembly comprising a plurality of swivel brackets for rotatable attachment to at least one of the frame and a part of a building; wherein, in use, each of the plurality of swivel brackets is rotatable between a first position in which the frame can be moved relative to the part of the building and a second position in which the frame is retained relative to the part of the building. a frame ; a leaf being pivotably attached to the frame for movement between a closed condition and an open condition; characterised in that said roof light further comprises an attachment assembly comprising a plurality of swivel brackets for rotatable attachment to at least one of the frame and a part of a building; wherein, in use, each of the plurality of swivel brackets is rotatable between a first position in which the frame can be moved relative to the part of the building and a second position in which the frame is retained relative to the part of the building.
Air spring for a motor vehicle or a driver's cabin of a motor vehicle, having a cover , a rolling piston and at least one air spring bellows , at least two damping devices being integrated in the air spring , which use compressed air, gas or a compressible medium as working medium, a first damping device having a first chamber which is variable in volume, a second chamber which remains constant in volume, and a first damping channel device which connects the two chambers to one another, the rolling piston being of multipart design, the rolling piston having a lower part , an upper part having a rolling contour, and a cover element , the cover element being connectable to the bottom part and the upper part such that all parts are fixed against one another, characterized in that the two damping devices are connected in parallel, in that a second damping device has a third chamber which is variable in volume, a fourth chamber which is variable in volume, and a second damping channel device interconnecting the two chambers , and wherein the first chamber and the third chamber are interconnected to allow exchange of compressed air, gas or a compressible medium.
A gas turbine combustor assembly , comprising: a fuel/air mixer assembly comprising a plurality of fuel/air mixer elements (206a-f, 208, 406a-d, 408, 506a-g), each fuel/air mixer element defining an air flow passage therethrough; and a fuel injector coupled to the fuel/air mixer assembly and comprising a tip portion with a plurality of fuel outlets (220a-f, 222, 301, 520f, 520c) arranged to direct fuel into the air flow passages of the fuel/air mixer elements, each of the fuel/air mixer elements having at least one of said fuel outlets arranged to supply fuel to the element, the fuel/air mixer elements each comprising a Venturi housing with an opening in a sidewall of the housing and the fuel outlets of the fuel injector arranged to direct fuel through the openings. a fuel/air mixer assembly comprising a plurality of fuel/air mixer elements (206a-f, 208, 406a-d, 408, 506a-g), each fuel/air mixer element defining an air flow passage therethrough; and a fuel injector coupled to the fuel/air mixer assembly and comprising a tip portion with a plurality of fuel outlets (220a-f, 222, 301, 520f, 520c) arranged to direct fuel into the air flow passages of the fuel/air mixer elements, each of the fuel/air mixer elements having at least one of said fuel outlets arranged to supply fuel to the element, the fuel/air mixer elements each comprising a Venturi housing with an opening in a sidewall of the housing and the fuel outlets of the fuel injector arranged to direct fuel through the openings.
A single axis sensor, SAS, assembly comprising: a tubular member comprising a lumen therethrough sized to receive an elongated support member suitable for shaping a distal section of a mapping catheter ; a distal inductive coil affixed to the tubular member and coaxial to the tubular member and comprising leads ; a first dual cable electrically joined to the leads of the distal inductive coil; and a proximal inductive coil affixed to the tubular member, coaxial to the tubular member, and separated from the distal inductive coil such that the distal inductive coil moves in relation to the proximal inductive coil when the tubular member is moved from a linear configuration to a nonlinear configuration; characterised in that the first dual cable is wound over the tubular member to cross over the proximal inductive coil. a tubular member comprising a lumen therethrough sized to receive an elongated support member suitable for shaping a distal section of a mapping catheter ; a distal inductive coil affixed to the tubular member and coaxial to the tubular member and comprising leads ; a first dual cable electrically joined to the leads of the distal inductive coil; and a proximal inductive coil affixed to the tubular member, coaxial to the tubular member, and separated from the distal inductive coil such that the distal inductive coil moves in relation to the proximal inductive coil when the tubular member is moved from a linear configuration to a nonlinear configuration; characterised in that the first dual cable is wound over the tubular member to cross over the proximal inductive coil.