mhurhangee/ep-ind-claims huggingface dataset:
A one- or two-component silicone formulation comprising a) at least one cross-linkable polydiorganosiloxane, wherein the polydiorganosiloxane is a polydimethylsiloxane, b) at least one oligomeric siloxane as cross-linker for the polydiorganosiloxane, wherein the oligomeric siloxane is a condensation product of monomeric silane cross-linkers, and c) at least one functionalized oligodimethylsiloxane wherein the functionalized oligodimethylsiloxane has one of the two following general formulas, wherein the substituent Me represents methyl residues, R 1 is independently of each other a functionalizing residue selected from a residue with the formula R F -alkyl-, the formula R F -alkyl-Si(R S) 2 -O-, the formula aminoalkylaminoalkyl or the formula aminoalkylaminoalkylaminoalkyl, wherein in the formulas to R F is selected from mercapto, glycidoxy, amino, amido, methacrylato, carbamato, isocyanato and polyalkylene glycol; and R S is independently of each other C 1 -C 4 -alkyl or C 1 -C 4 -alkoxy, R 2 is independently of each other alkyl, hydroxy, alkoxy, alkyldimethylsilyloxy, alkylmethylalkoxysilyloxy or alkyldialkoxysilyloxy, R 3 is H or alkyl, and m = 5-5000; n = 1-15, o = 1-50, p = 1 or 2, q = 0 or 1 with p + q = 2. a) at least one cross-linkable polydiorganosiloxane, wherein the polydiorganosiloxane is a polydimethylsiloxane, b) at least one oligomeric siloxane as cross-linker for the polydiorganosiloxane, wherein the oligomeric siloxane is a condensation product of monomeric silane cross-linkers, and c) at least one functionalized oligodimethylsiloxane R 1 is independently of each other a functionalizing residue selected from a residue with the formula R F -alkyl-, the formula R F -alkyl-Si(R S) 2 -O-, the formula aminoalkylaminoalkyl or the formula aminoalkylaminoalkylaminoalkyl, wherein in the formulas to R F is selected from mercapto, glycidoxy, amino, amido, methacrylato, carbamato, isocyanato and polyalkylene glycol; and R S is independently of each other C 1 -C 4 -alkyl or C 1 -C 4 -alkoxy, R 2 is independently of each other alkyl, hydroxy, alkoxy, alkyldimethylsilyloxy, alkylmethylalkoxysilyloxy or alkyldialkoxysilyloxy, R 3 is H or alkyl, and m = 5-5000; n = 1-15, o = 1-50, p = 1 or 2, q = 0 or 1 with p + q = 2.
A washing machine comprising: a rotary drum having a bottomed cylindrical shape; a water tub accommodating the rotary drum; a water supplier being a water supply valve for supplying water into the water tub; a water level detector for detecting water level of washing water in the water tub; a circulating pump capable of rotating at a variable rotational speed; a water circulation system for circulating the washing water in the water tub into the rotary drum through a circulating channel connected to the water tub with the circulating pump located in the circulating channel; and a controller for controlling the rotational speed of the circulating pump; characterized in that: in a rinsing process, the controller drives to rotate the circulating pump at a first rotational speed before the water level detector detects a detectable lowest water level, opens the water supply valve to start supply of water after the circulating pump is started to be driven, and drives to rotate the circulating pump at a second rotational speed faster than the first rotational speed after the water level detector detects that the water level of the washing water is not lower than a predetermined water level. a rotary drum having a bottomed cylindrical shape; a water tub accommodating the rotary drum; a water supplier being a water supply valve for supplying water into the water tub; a water level detector for detecting water level of washing water in the water tub; a circulating pump capable of rotating at a variable rotational speed; a water circulation system for circulating the washing water in the water tub into the rotary drum through a circulating channel connected to the water tub with the circulating pump located in the circulating channel; and a controller for controlling the rotational speed of the circulating pump; characterized in that: in a rinsing process, the controller drives to rotate the circulating pump at a first rotational speed before the water level detector detects a detectable lowest water level, opens the water supply valve to start supply of water after the circulating pump is started to be driven, and drives to rotate the circulating pump at a second rotational speed faster than the first rotational speed after the water level detector detects that the water level of the washing water is not lower than a predetermined water level. in a rinsing process, the controller drives to rotate the circulating pump at a first rotational speed before the water level detector detects a detectable lowest water level, opens the water supply valve to start supply of water after the circulating pump is started to be driven, and drives to rotate the circulating pump at a second rotational speed faster than the first rotational speed after the water level detector detects that the water level of the washing water is not lower than a predetermined water level.
A spark plug comprising: an insulator having an axial bore extending in an axial direction; a center electrode disposed at one end of the axial bore; a metal terminal disposed at the other end of the axial bore; and a connecting portion that electrically connects the center electrode with the metal terminal within the axial bore; wherein the connecting portion includes a resistor, characterized in that a center electrode-side resistance of the resistor is larger than a metal terminal-side resistance of the resistor, the center electrode-side resistance being a resistance of a portion of the resistor that extends from a center thereof toward the center electrode in the axial direction, the metal terminal-side resistance being a resistance of a portion of the resistor that extends from the center thereof toward the metal terminal; wherein the center electrode-side resistance is the resistance of a portion of the resistor extending from the center of the resistor to an interface A, and wherein the metal terminal-side resistance is the resistance of a portion of the resistor extending from the center of the resistor to an interface C; wherein the interface A is between a lower seal member and the resistor, and the interface C is between an upper seal member and the resistor. an insulator having an axial bore extending in an axial direction; a center electrode disposed at one end of the axial bore; a metal terminal disposed at the other end of the axial bore; and a connecting portion that electrically connects the center electrode with the metal terminal within the axial bore; wherein the connecting portion includes a resistor, characterized in that a center electrode-side resistance of the resistor is larger than a metal terminal-side resistance of the resistor, the center electrode-side resistance being a resistance of a portion of the resistor that extends from a center thereof toward the center electrode in the axial direction, the metal terminal-side resistance being a resistance of a portion of the resistor that extends from the center thereof toward the metal terminal; wherein the center electrode-side resistance is the resistance of a portion of the resistor extending from the center of the resistor to an interface A, and wherein the metal terminal-side resistance is the resistance of a portion of the resistor extending from the center of the resistor to an interface C; wherein the interface A is between a lower seal member and the resistor, and the interface C is between an upper seal member and the resistor.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: in case that 3GPP interface N3 data transfer, herein after referred to as N3 data transfer, is not supported by the UE, identifying one or more values of an integrity protection maximum data rate information element as one or more values indicating that the N3 data transfer is not supported by the UE; and transmitting, to a network entity, information associated with the integrity protection maximum data rate information element. in case that 3GPP interface N3 data transfer, herein after referred to as N3 data transfer, is not supported by the UE, identifying one or more values of an integrity protection maximum data rate information element as one or more values indicating that the N3 data transfer is not supported by the UE; and transmitting, to a network entity, information associated with the integrity protection maximum data rate information element.
A mounting system for photovoltaic modules, in particular for frameless thin-film moduls, - having two or more profile-shaped cross rails which are arranged parallel to and at a distance to each other and which are provided to hold several PV modules, wherein each of the cross rails comprises a plane supporting surface (19 a, b), and - comprising several holders which are each fixed or fixable to the back side of a PV module by using an adhesive agent, - wherein the PV module can be mounted to the cross rails by means of the holders, for which purpose each cross rail has at least one holder associated therewith and either each holder has a recess and each cross rail has an integrated protrusion or each holder has a protrusion and each cross rail has an integrated recess, - wherein, for mounting, the PV module is first placed on the cross rails so that the holders lay flat on the supporting surfaces (19 a, b) of cross rails, and secondly, while laying thereon, are shifted in a joining direction (7, 41) perpendicular to the cross rails, wherein the recesses and the protrusions engage with each other, and wherein - a retaining safety device (33, 34, 35, 38, 60, 61, 70, 71) is provided between at least one cross rail and a holder associated therewith, said retaining safety device (33, 34; 35, 38; 60, 61; 70, 71) counteracting a shift of the holder against the joining direction (7, 41). - having two or more profile-shaped cross rails which are arranged parallel to and at a distance to each other and which are provided to hold several PV modules, wherein each of the cross rails comprises a plane supporting surface (19 a, b), and - comprising several holders which are each fixed or fixable to the back side of a PV module by using an adhesive agent, - wherein the PV module can be mounted to the cross rails by means of the holders, for which purpose each cross rail has at least one holder associated therewith and either each holder has a recess and each cross rail has an integrated protrusion or each holder has a protrusion and each cross rail has an integrated recess, - wherein, for mounting, the PV module is first placed on the cross rails so that the holders lay flat on the supporting surfaces (19 a, b) of cross rails, and secondly, while laying thereon, are shifted in a joining direction (7, 41) perpendicular to the cross rails, wherein the recesses and the protrusions engage with each other, and wherein - a retaining safety device (33, 34, 35, 38, 60, 61, 70, 71) is provided between at least one cross rail and a holder associated therewith, said retaining safety device (33, 34; 35, 38; 60, 61; 70, 71) counteracting a shift of the holder against the joining direction (7, 41).
A combination inhibiting MEIS proteins, characterized in that it comprises isolated cells, medium, growth factor and MEISi inhibitor which has a chemical formula of 4-[2-(benzylamino)-2-oxoethoxy]-N-(2,3-dimethylphenyl) benzamide named as MEISi-1.
A tissue resector, comprising: a cannula including: a wall; a lumen defined through the wall and extending along a length of the cannula; a distal end; and an opening at or adjacent to the distal end and establishing communication between an exterior of the wall and the lumen; and a cutting wire within the lumen, the cutting wire including: an elongated element with a flattened distal end; and a cutting feature secured to the flattened distal end that is configured to cooperate with the opening through the cannula; wherein the cutting feature includes a cylindrical element with an open proximal end into which the flattened distal end of the elongated element extends; wherein a slot extends along a portion of a length of the cylindrical element; wherein the cutting wire is sized to enable tissue to be aspirated through the lumen of the cannula while cutting tissue; wherein the cutting wire is configured to rotate eccentrically within the lumen of the cannula. a cannula including: a wall; a lumen defined through the wall and extending along a length of the cannula; a distal end; and an opening at or adjacent to the distal end and establishing communication between an exterior of the wall and the lumen; and a wall; a lumen defined through the wall and extending along a length of the cannula; a distal end; and an opening at or adjacent to the distal end and establishing communication between an exterior of the wall and the lumen; and a cutting wire within the lumen, the cutting wire including: an elongated element with a flattened distal end; and a cutting feature secured to the flattened distal end that is configured to cooperate with the opening through the cannula; wherein the cutting feature includes a cylindrical element with an open proximal end into which the flattened distal end of the elongated element extends; wherein a slot extends along a portion of a length of the cylindrical element; wherein the cutting wire is sized to enable tissue to be aspirated through the lumen of the cannula while cutting tissue; wherein the cutting wire is configured to rotate eccentrically within the lumen of the cannula. an elongated element with a flattened distal end; and a cutting feature secured to the flattened distal end that is configured to cooperate with the opening through the cannula; wherein the cutting feature includes a cylindrical element with an open proximal end into which the flattened distal end of the elongated element extends; wherein a slot extends along a portion of a length of the cylindrical element; wherein the cutting wire is sized to enable tissue to be aspirated through the lumen of the cannula while cutting tissue; wherein the cutting wire is configured to rotate eccentrically within the lumen of the cannula.
A device for characterising a structure comprising pulse generation means (1,2) of a first electromagnetic pump radiation and a second electromagnetic probe radiation, said pulse generation means of said first and second radiations being suitable for delivering probe radiations at different wavelengths, the probe radiations being suitable for interacting with at least two layer interfaces of said structure, means for producing a time lag between said second probe radiation and said first pump radiation between said radiation generation means and said structure, detection means of said second probe radiation after reflection or transmission on said structure so as to generate a signal to be analysed, processing means of said signal, characterised in that said processing means are suitable for identifying a zone corresponding to a skip of said signal, determining the amplitude of said skip according to said different wavelengths, comparing said amplitude according to the wavelengths to a theoretical model of variation of the amplitude according to the wavelength, the thickness of said structure and the propagation rate of the probe radiation to determine a characteristic wavelength of said theoretical model, and determining, for said characteristic wavelength, a characterisation value associated with the thickness of said structure and with the probe radiation propagation rate within said structure.
A refrigerator with a vegetable room for storing vegetables, the vegetable room comprising: a storage chamber (135; 135a; 135b; 135c) configured to keep food items in storage therein; a controller configured to adjust pressure within the storage chamber; and a vacuum pump configured to draw in air within the airtight storage chamber, wherein the controller includes a plurality of operation modes for selectively adjusting pressure according to a storage item kept in storage within the storage chamber (135; 135a; 135b; 135c), characterized in that the plurality of operation modes include a vegetable mode, a fruit mode, and a mixture mode according to a food item kept in storage in the storage chamber (135; 135a; 135b; 135c). a storage chamber (135; 135a; 135b; 135c) configured to keep food items in storage therein; a controller configured to adjust pressure within the storage chamber; and a vacuum pump configured to draw in air within the airtight storage chamber, wherein the controller includes a plurality of operation modes for selectively adjusting pressure according to a storage item kept in storage within the storage chamber (135; 135a; 135b; 135c), characterized in that the plurality of operation modes include a vegetable mode, a fruit mode, and a mixture mode according to a food item kept in storage in the storage chamber (135; 135a; 135b; 135c).
An antiperspirant aerosol product comprising: A) an anhydrous antiperspirant aerosol composition consisting of a propellant and a base composition, the base composition comprising an AP active comprising a basic aluminium chloride compound of formula Al 2 OH 4.4 Cl 1.6 to Al 2 OH 4.9 Cl 1.1, water soluble calcium salt and an amino acid, and B) an aerosol dispenser comprising: a container body, an aerosol valve, and a valve actuator; characterised in that the product has a Combined Sustainability Index of less than 3.0, where the CSI is calculated as the numeric sum of the weight (in centigrams) of aluminium expelled per spray, the weight (in grams) of VOC (volatile organic compounds) expelled per spray and the weight (in grams) of metal in the container body divided by the number of spray applications possible from the fully charged product, based on a spray duration of 2 seconds. A) an anhydrous antiperspirant aerosol composition consisting of a propellant and a base composition, the base composition comprising an AP active comprising a basic aluminium chloride compound of formula Al 2 OH 4.4 Cl 1.6 to Al 2 OH 4.9 Cl 1.1, water soluble calcium salt and an amino acid, and B) an aerosol dispenser comprising: a container body, an aerosol valve, and a valve actuator;
Hybrid propulsion device for an aircraft, comprising a turbomachine on which a low pressure shaft is installed, the low pressure shaft carrying a fan located at the turbomachine air intake, a reversible electrical machine associated with the low pressure shaft by a mechanical movement transmission, a single-directional clutch located on the low pressure shaft between the fan and a low pressure compressor, characterised in that the low pressure shaft is composed of two separable and reconnectable portions prolonging each other, the device comprises a case composed of two portions (40, 41), a first of said portions of the case is free to tilt about a transverse axis relative to a second of said portions of the case, one of said portions of the low pressure shaft, the fan and the reversible electrical machine are mounted on the first portion of the case, and the other of said portions of the low pressure shaft is mounted on the second portion of the case.
A lawn mower comprising: a cutting disk that has at least one mowing blade and is rotatable about a rotating shaft; a bottom disk disposed below the cutting disk; and a plurality of prong portions that are provided on a periphery of the bottom disk and extend radially outward beyond an area reachable by the mowing blade, wherein the prong portions are made of an elastically deformable material and curve upward toward distal ends thereof, and are adapted to abut the cutting disk when elastically deformed inward due to an external force applied thereto, characterized in that the area reachable by the mowing blade is set in an inner area relative to a rim of the cutting disk. a cutting disk that has at least one mowing blade and is rotatable about a rotating shaft; a bottom disk disposed below the cutting disk; and a plurality of prong portions that are provided on a periphery of the bottom disk and extend radially outward beyond an area reachable by the mowing blade, wherein the prong portions are made of an elastically deformable material and curve upward toward distal ends thereof, and are adapted to abut the cutting disk when elastically deformed inward due to an external force applied thereto, characterized in that the area reachable by the mowing blade is set in an inner area relative to a rim of the cutting disk.
A movable vane for a wheel of an aircraft turbine engine, the vane comprising an aerodynamic blade extending along a stacking axis, the blade being delimited by an inner root and an outer heel along the stacking axis, the heel comprising at least a first protruding lip intended to cooperate with a block of abradable material, the vane comprising an internal circuit capable of receiving a first minor gas flow, this circuit comprising a supply cavity opening at the root via at least one inlet opening, the circuit comprising at least two ducts connected with the supply cavity and each opening onto an external surface of the first lip via a discharge opening so that a gas jet of the first minor gas flow is adapted to be expelled from each discharge opening, each duct being oriented such that the corresponding gas jet is adapted to be projected towards a second minor gas flow leaking between the heel and a directly adjacent member, characterised in that one of the two discharge openings is arranged at an outer face of the first lip, and the other of the two discharge openings is arranged at a lateral face of the first lip.
An electronic vaping device, comprising: a power section; and a cartridge including, at least one inner tube along a length of the cartridge, the at least one inner tube defining a passageway, a heating element within the at least one inner tube, the heating element having a longitudinal axis, and a jacket at least partially surrounding the heating element along the longitudinal axis of the heating element, wherein the jacket comprises an inlet and an outlet (322, 324) that define an airflow path within the jacket, the air flow path being substantially transverse to the passageway, and wherein the jacket is a section of a tube. a power section; and a cartridge including, at least one inner tube along a length of the cartridge, the at least one inner tube defining a passageway, a heating element within the at least one inner tube, the heating element having a longitudinal axis, and a jacket at least partially surrounding the heating element along the longitudinal axis of the heating element, wherein the jacket comprises an inlet and an outlet (322, 324) that define an airflow path within the jacket, the air flow path being substantially transverse to the passageway, and wherein the jacket is a section of a tube. at least one inner tube along a length of the cartridge, the at least one inner tube defining a passageway, a heating element within the at least one inner tube, the heating element having a longitudinal axis, and a jacket at least partially surrounding the heating element along the longitudinal axis of the heating element, wherein the jacket comprises an inlet and an outlet (322, 324) that define an airflow path within the jacket, the air flow path being substantially transverse to the passageway, and wherein the jacket is a section of a tube.