mhurhangee/ep-ind-claims huggingface dataset:
A heat shield (10; 32) adapted to protect an engine mount, said engine mount being positionable between an engine and a support frame, said heat shield comprising: a substrate positionable substantially surrounding said engine mount, said substrate having a heat reflecting surface facing outwardly away from said engine mount to block radiant heat transfer; and a flexible attachment member attached to said substrate and comprising a tab, said attachment member being formed of a heat insulating material and being positionable relatively to said engine mount for fixing said substrate in said position surrounding said engine mount, said attachment member reducing conductive heat transfer to said engine mount characterised in that said attachment member comprises a hinge element between said tab and said substrate for hingedly attaching said attachment member thereto and said hinge element comprises a portion of said substrate. a substrate positionable substantially surrounding said engine mount, said substrate having a heat reflecting surface facing outwardly away from said engine mount to block radiant heat transfer; and a flexible attachment member attached to said substrate and comprising a tab, said attachment member being formed of a heat insulating material and being positionable relatively to said engine mount for fixing said substrate in said position surrounding said engine mount, said attachment member reducing conductive heat transfer to said engine mount characterised in that said attachment member comprises a hinge element between said tab and said substrate for hingedly attaching said attachment member thereto and said hinge element comprises a portion of said substrate.
A dye-receiving material comprising: a support comprising synthetic fibers; and a three-dimensional network entangled with at least some of the fibers contained in the support, the three-dimensional network comprising a first polymer that is cross-linked by a second polymer; wherein: the first polymer is a polyamine comprising primary amine groups, the first polymer being cationic and water soluble; and the second polymer is a water soluble polymer that is different from the first polymer, the second polymer containing repeating units comprising halohydrin and/or epoxide groups that are capable of forming covalent cross-links with the primary amine groups of the first polymer. a support comprising synthetic fibers; and a three-dimensional network entangled with at least some of the fibers contained in the support, the three-dimensional network comprising a first polymer that is cross-linked by a second polymer; wherein: the first polymer is a polyamine comprising primary amine groups, the first polymer being cationic and water soluble; and the second polymer is a water soluble polymer that is different from the first polymer, the second polymer containing repeating units comprising halohydrin and/or epoxide groups that are capable of forming covalent cross-links with the primary amine groups of the first polymer. the first polymer is a polyamine comprising primary amine groups, the first polymer being cationic and water soluble; and the second polymer is a water soluble polymer that is different from the first polymer, the second polymer containing repeating units comprising halohydrin and/or epoxide groups that are capable of forming covalent cross-links with the primary amine groups of the first polymer.
An audio interface self-adaption device, comprising an audio interface, the audio interface comprising a pin 1, a pin 2, a pin 3, and a pin 4, one of the pin 3 and the pin 4 being a microphone pin of the audio interface, and the other one of the pin 3 and the pin 4 being a ground pin, wherein the device further comprises a first level comparison module, a second level comparison module, a PNP triode Tc, a power output terminal VBAT, a switching module, a first resistor R2a, and a second resistor R2b, wherein the first level comparison module comprises a NPN triode Ta, and the NPN triode Ta comprises a base connected to a first pin, an emitter connected to a second pin, and a collector connected to a base of the PNP triode Tc via the first resistor R2a; the second level comparison module comprises a NPN triode Tb, and the NPN triode Tb comprises a base connected to the second pin, an emitter connected to the first pin, and a collector connected to a signal input pin Sel of the switching module and connected to the base of the PNP triode Tc via the second resistor R2b; an emitter of the PNP triode Tc is connected to the power output terminal VBAT, and a collector of the PNP triode Tc is connected to a power input pin VCC of the switching module; a first input pin B0L of the switching module is connected to the first pin, a second input pin B1H of the switching module is connected to the second pin, and an output pin of the switching module is connected to the ground; the switching module is configured to connect one of the first input pin B0L and the second input pin B1H to the output pin of the switching module according to a level of a signal received by the signal input pin Sel; an audio pin being the pin 1 and/or the pin 2 of the audio interface is connected to a ground wire; and the first pin is one of the pin 3 and the pin 4 of the audio interface, and the second pin is the other one of the pin 3 and the pin 4 of the audio interface.
A method for producing a hybrid substrate comprising the steps of implanting ions into a surface of a semiconductor substrate to form an ion-implanted region, bonding the ion-implanted surface of the semiconductor substrate to a surface of an insulating sapphire substrate as support substrate via an insulating film, and separating the semiconductor substrate at the ion-implanted region, leaving a hybrid substrate having a semiconductor layer on the support substrate, characterized in that the sapphire substrate is heat treated at a temperature of 700 to 1,100°C in a reducing atmosphere before the step of bonding the sapphire substrate to the semiconductor substrate.
A kit of parts comprising at least: a food product with a hollow three-dimensional shape, made of a hard or semi-hard cheese, preferably selected from at least one of: Emmenthal, Pecorino, Bra, Grana cheese, Parmigiano Reggiano, Mozzarella Asiago, Montasio, Provolone, Caciocavallo, Bettelmat, Gruyere, Toma, Valtellina casera, Bitto, Fontina, Monte Veronese and Gorgonzola Verde and separately a pre-dosed natural food preparation, preferably honey or derived from fruit, vegetables or seeds, wherein said natural food preparation is contained in at least one sealed snap-and-squeeze sachet. a food product with a hollow three-dimensional shape, made of a hard or semi-hard cheese, preferably selected from at least one of: Emmenthal, Pecorino, Bra, Grana cheese, Parmigiano Reggiano, Mozzarella Asiago, Montasio, Provolone, Caciocavallo, Bettelmat, Gruyere, Toma, Valtellina casera, Bitto, Fontina, Monte Veronese and Gorgonzola Verde and separately a pre-dosed natural food preparation, preferably honey or derived from fruit, vegetables or seeds, wherein said natural food preparation is contained in at least one sealed snap-and-squeeze sachet.
A compound of general formula, in which: represents a group, in which group * indicates the point of attachment of said group with R 1; R 1 represents a group R 3; n represents an integer of 4; R 2 represents a hydrogen atom; R 3 represents a group selected from: in which groups * indicates the point of attachment of said group with the rest of the molecule; R 4 represents a hydrogen atom; R 5 represents a hydrogen atom or a methyl group; or a stereoisomer, a tautomer, a hydrate, or a solvate thereof, or a mixture of same. represents a group, in which group * indicates the point of attachment of said group with R 1; R 1 represents a group R 3; n represents an integer of 4; R 2 represents a hydrogen atom; R 3 represents a group selected from: in which groups * indicates the point of attachment of said group with the rest of the molecule; R 4 represents a hydrogen atom; R 5 represents a hydrogen atom or a methyl group;
Method for manufacturing a hot press-hardened component for a vehicle body, for aircraft or high-strength construction elements, comprising the following production steps: a) providing a steel product produced at least in sections from a stainless steel having the following composition (specified in %.wt.) C: 0.010-1.200 %, P: up to 0.1 %, S: up to 0.1 %, Si: 0.10-1.5 %, Cr: 10.5-20.0 % and optionally one or more elements from the group "Mn, Mo, Ni, Cu, N, Ti, Nb, B, V, Al, Ca, As, Sn, Sb, Pb, Bi, H" with the requirement Mn: 0.10-3.0 %, Mo: 0.05-2.50 %, Ni: 0.05-8.50 %, Cu: 0.050-3.00 %, N: 0.01-0.2 %, Ti: up to 0.02 %, Nb: up to 0.1 %, B: up to 0.1 %, V: up to 0.2 %, Al: 0.001-1.50 %, Ca: 0.0005-0.003 %, As: 0.003-0.015 %, Sn: 0.003-0.01 %, Sb: 0.002-0.01 %, Pb: up to 0.01 %, Bi: up to 0.01 %, H: up to 0.0025 %, remainder iron and unavoidable impurities; b) heating the steel product through to an austenisation temperature above the Ac3 temperature of the stainless steel; c) hot press-hardening the heated steel product into the component in a pressing die; d) cooling at least one section of the component obtained at a cooling rate which is high enough for a martensitic structure to form in the section which is rapidly cooled in each case, wherein the component obtained, in the areas in which it has a martensitic structure, has a tensile strength amounting to at least 900 MPa and an elongation A80 of at least 2 %. a) providing a steel product produced at least in sections from a stainless steel having the following composition (specified in %.wt.) C: 0.010-1.200 %, P: up to 0.1 %, S: up to 0.1 %, Si: 0.10-1.5 %, Cr: 10.5-20.0 % and optionally one or more elements from the group "Mn, Mo, Ni, Cu, N, Ti, Nb, B, V, Al, Ca, As, Sn, Sb, Pb, Bi, H" with the requirement Mn: 0.10-3.0 %, Mo: 0.05-2.50 %, Ni: 0.05-8.50 %, Cu: 0.050-3.00 %, N: 0.01-0.2 %, Ti: up to 0.02 %, Nb: up to 0.1 %, B: up to 0.1 %, V: up to 0.2 %, Al: 0.001-1.50 %, Ca: 0.0005-0.003 %, As: 0.003-0.015 %, Sn: 0.003-0.01 %, Sb: 0.002-0.01 %, Pb: up to 0.01 %, Bi: up to 0.01 %, H: up to 0.0025 %, remainder iron and unavoidable impurities; b) heating the steel product through to an austenisation temperature above the Ac3 temperature of the stainless steel; c) hot press-hardening the heated steel product into the component in a pressing die; d) cooling at least one section of the component obtained at a cooling rate which is high enough for a martensitic structure to form in the section which is rapidly cooled in each case, wherein the component obtained, in the areas in which it has a martensitic structure, has a tensile strength amounting to at least 900 MPa and an elongation A80 of at least 2 %.
Method for power control for an induction cooking hob (10, 15) comprising several inductors in operation, the power of each inductor being governed by a switching member (Com) according to a setpoint power (P c) associated with said inductor, and a temperature sensor (C T) configured to measure a temperature (T m) representing the temperature of all said switching members (Com), said method comprises a step of detecting a temperature value (T m) measured by said temperature sensor (C T) greater than or equal to a warning threshold (T s), characterized in that said method also comprises the following successive steps: - determining, for each switching member (Com), over a predefined period of time (Tf), a number of switching operations (Nc) at a current or voltage value greater than or equal to respectively a preset maximum current or voltage threshold (Is, Us); - identifying at least one switching member (Com) generating heating according to said number of switching operations (Nc) determined for each switching member (Com); and - reducing said setpoint temperature (Pc) associated with said inductor governed by said at least one identified switching member (Com) generating heating. - determining, for each switching member (Com), over a predefined period of time (Tf), a number of switching operations (Nc) at a current or voltage value greater than or equal to respectively a preset maximum current or voltage threshold (Is, Us); - identifying at least one switching member (Com) generating heating according to said number of switching operations (Nc) determined for each switching member (Com); and - reducing said setpoint temperature (Pc) associated with said inductor governed by said at least one identified switching member (Com) generating heating.
A method for preparing crystalline zeolite SSZ-13, said method comprising: a. preparing a reaction mixture comprising at least one active source of an oxide of a tetravalent element or mixture of tetravalent elements, optionally at least one active source of an oxide of a trivalent element or mixture of trivalent elements, at least one active source of an alkali metal, seed crystals of SSZ-13, benzyl trimethylammonium cation in an amount sufficient to form crystals of zeolite SSZ-13, the benzyl trimethylammonium cation being used in the absence of a 1-adamantammonium cation, and an amount of water that is not substantially in excess of the amount required to cause and maintain crystallization of the SSZ-13; and b. heating said reaction mixture at crystallization conditions and in the absence of an external liquid phase for sufficient time to form crystallized material containing crystals of said SSZ-13. a. preparing a reaction mixture comprising at least one active source of an oxide of a tetravalent element or mixture of tetravalent elements, optionally at least one active source of an oxide of a trivalent element or mixture of trivalent elements, at least one active source of an alkali metal, seed crystals of SSZ-13, benzyl trimethylammonium cation in an amount sufficient to form crystals of zeolite SSZ-13, the benzyl trimethylammonium cation being used in the absence of a 1-adamantammonium cation, and an amount of water that is not substantially in excess of the amount required to cause and maintain crystallization of the SSZ-13; and b. heating said reaction mixture at crystallization conditions and in the absence of an external liquid phase for sufficient time to form crystallized material containing crystals of said SSZ-13.
Extensible hose, comprising a first tubular element, made of a first elastically extensible material, and a second extendable tubular element, made of a second non-elastic material and configured so as to be, in a non-assembled configuration with the first tubular element, selectively extendable between at least one compacted configuration and at least one extended configuration, each of which is stable, said second extendable tubular element being irremovably coaxially associated to said first elastically extensible tubular element; wherein the second extendable tubular element is coaxially inserted into said first elastically extensible element or said first elastically extensible element is coaxially inserted inside the second extendable tubular element.
A purlin element (31, 32) able to form alone, or by assembly by abutting with a similar purlin element (32, 31), a purlin with a cross-section in the form of an inverted T over at least part of its length in particular to produce a roof, characterized in that the purlin element (31, 32) comprises at least two beams (10, 11), one of which forms the horizontal branch of the T, the other of which forms the vertical branch of the T, and in that a joint assuming the form of a strip is sandwiched between said beams (10, 11), this joint extending overhanging the vertical branch of the T and at least partially covering the horizontal branch of the T.
A position estimating method performed by a processor, the method comprising: estimating a position of a target based on main sensing data comprising a global positioning system signal and an inertial measurement unit signal indicating an acceleration and an angular velocity of a target; verifying a reliability of auxiliary sensing data comprising acquiring image data in front of the target from a camera, and determining a reliability of the image data by calculating a reliability score of the auxiliary sensing data using a difference between information obtained from the main sensing data and information obtained from the auxiliary sensing data, and determining the auxiliary sensing data to be reliable in response to the calculated reliability score being greater than a threshold score, and determining the auxiliary sensing data to be unreliable in response to the calculated reliability score being less than or equal to the threshold score; determining the position of the target based on the main sensing data and the auxiliary sensing data, in response to the auxiliary sensing data being found to be reliable; and determining the position of the target to be a result of estimating the position of the target based on only the main sensing data, in response to the auxiliary sensing data being found to be unreliable. estimating a position of a target based on main sensing data comprising a global positioning system signal and an inertial measurement unit signal indicating an acceleration and an angular velocity of a target; verifying a reliability of auxiliary sensing data comprising acquiring image data in front of the target from a camera, and determining a reliability of the image data by calculating a reliability score of the auxiliary sensing data using a difference between information obtained from the main sensing data and information obtained from the auxiliary sensing data, and determining the auxiliary sensing data to be reliable in response to the calculated reliability score being greater than a threshold score, and determining the auxiliary sensing data to be unreliable in response to the calculated reliability score being less than or equal to the threshold score; determining the position of the target based on the main sensing data and the auxiliary sensing data, in response to the auxiliary sensing data being found to be reliable; and determining the position of the target to be a result of estimating the position of the target based on only the main sensing data, in response to the auxiliary sensing data being found to be unreliable.
A gas cylinder actuator with overtravel safety device, comprising a tubular gas containment jacket which is closed hermetically at one end by a bottom provided with a gas filling valve and at the opposite end by a head portion, which is provided with a hole for the passage of a stem with a piston, said jacket, bottom and piston forming the gas compression and expansion chamber, said gas cylinder actuator having, on the inner face of said jacket in said compression chamber, at least one region in low relief (19, 319) designed to interrupt the seal provided by the gasket means that are associated with said piston or with said head portion and act against said inner face (18, 318) of the jacket, characterized in that said at least one region in low relief (19, 319) is provided in such a position as to define the limit of the return stroke of said piston or of said head portion, said region in low relief (19, 319) being formed by a plurality of recesses (23, 323) that extend in a direction of movement of said piston and that are arranged mutually side-by-side at the same height on an arc of the same perimetric band of the inner face of the jacket.
Protective case for at least two credit cards or similar, in the shape of a flat envelope, comprising two parallel walls between which one or a plurality of spaces are formed, intended to accommodate the cards to be protected, and provided at one end with an opening allowing the insertion or extraction of a card, characterised in that it comprises at least two parts (3, 4, 5) each comprising one of said two parallel walls, and in that one of said at least two parts 3, 4, 5) is slidably mounted on the other, and in that each of said at least two parts 3, 4, 5) is shaped to accommodate and hold a card, and to this end comprises a housing (32, 42, 52) into which a card can slide, said housing (32, 42, 52) comprising on the one hand a reversible means for holding said card, in order to secure same, and on the other hand having an opening by which said card can be extracted by sliding, after sliding the part (3, 4, 5) containing said card.
A compound of Formula I wherein A is selected from CR 10 R 11, and C=O, wherein R 10 and R 11 independently selected from H, -OH, alkyl, -CN, -NO 2, and halogens; B is selected from (CR 13 R 14) 1-3, C=O, and -S(=O) 2 - wherein each of R 13 and R 14 is independently selected from H, -OH, alkyl, -CN, -NO 2, and halogens, R 1 is selected from -OSO 2 NR 19 R 20, wherein each of R 19 and R 20 is independently selected from H and alkyl; R 2 is alkoxy, R 3 is wherein each of R 4, R 5, R 6, R 7 and R 8 is independently selected from H, alkyl, alkoxy, - COOH or an ester thereof, halocarbyl, O-halocarbyl, acyl, -O-acyl, -NR 29 -acyl, -O-SO 2 NR 19 R 20, -NR 30 R 31, -NR 32 SO 2 R 33, -CN, -NO 2, and halogens, and each R 29 to R 33 is independently selected from H and alkyl; and wherein two or more of R 4, R 5, R 6, R 7, and R 8 may together form a ring; wherein R 24 and R 25 independently selected from H and C1-6 alkyl; wherein each R 27 and R 28 is independently selected from H, -OH, and C1-6 alkyl and C1-6 alkoxy. A is selected from CR 10 R 11, and C=O, wherein R 10 and R 11 independently selected from H, -OH, alkyl, -CN, -NO 2, and halogens; B is selected from (CR 13 R 14) 1-3, C=O, and -S(=O) 2 - wherein each of R 13 and R 14 is independently selected from H, -OH, alkyl, -CN, -NO 2, and halogens, R 1 is selected from -OSO 2 NR 19 R 20, wherein each of R 19 and R 20 is independently selected from H and alkyl; R 2 is alkoxy, R 3 is wherein each of R 4, R 5, R 6, R 7 and R 8 is independently selected from H, alkyl, alkoxy, - COOH or an ester thereof, halocarbyl, O-halocarbyl, acyl, -O-acyl, -NR 29 -acyl, -O-SO 2 NR 19 R 20, -NR 30 R 31, -NR 32 SO 2 R 33, -CN, -NO 2, and halogens, and each R 29 to R 33 is independently selected from H and alkyl; and wherein two or more of R 4, R 5, R 6, R 7, and R 8 may together form a ring; wherein R 24 and R 25 independently selected from H and C1-6 alkyl; wherein each R 27 and R 28 is independently selected from H, -OH, and C1-6 alkyl and C1-6 alkoxy.
Device for storage of a monomer liquid (4, 204) and a cement powder (5, 205) as starting components of a bone cement dough and for mixing of the bone cement dough from the starting components, and for dispensing the mixed bone cement dough, the device comprising a tube-shaped container that forms, on its rear side, a receptacle (2, 202) with a cylindrical internal space, in which a monomer liquid container (3, 203) is arranged, whereby the monomer liquid container (3, 203) contains the monomer liquid (4, 204), and the container forms, on its front side, a cartridge (1, 201) with a cylindrical internal space that contains the cement powder (5, 205), a feed plunger (6, 206) which is movable in a longitudinal direction of the receptacle (2, 202) and which is accessible from a rear side of the receptacle (2, 202), whereby the feed plunger (6, 206) is arranged in the internal space of the receptacle (2, 202), a dispensing plunger (7, 207) which is movable in a longitudinal direction in the internal space of the cartridge (1, 201), whereby the dispensing plunger (7, 207) is arranged between the monomer liquid container (3, 203) and the cement powder (5, 205) in the internal space of the cartridge (1, 201), whereby the internal space of the receptacle (2, 202) and the internal space of the cartridge (1, 201) are connected to each other through a connection (14, 214) that is permeable to the monomer liquid (4, 204) and gases, but is impermeable to the cement powder (5, 205), and whereby the feed plunger (6, 206) is puncturable, from the rear side, by a rod, when a motion of the feed plunger (6, 206) in the direction of the front side of the container is blocked, whereby the dispensing plunger (7, 207) is propellable by propelling the rod further through the blocked and punctured feed plunger (6, 206) in the direction of a front side of the cartridge (1, 201).