mhurhangee/ep-ind-claims huggingface dataset:
A disc recliner mechanism, comprising: a guide plate; a pair of pawls mounted to the guide plate and moveable radially with respect to the guide plate, each of the pair of pawls including a set of teeth on the radially outer surface and a guide boss extending generally orthogonally to the plane of each of the pair of pawls; and a tooth plate having a set of inwardly extending teeth located about the circumference of the tooth plate, the set of inwardly extending teeth being complementary to the set of teeth on the pair of pawls, the tooth plate further comprising one travel stop whereby the guide boss on one of the pair of pawls abuts the one travel stop when the tooth plate is at a predefined limit of rotational movement in a first direction and the guide boss on the other of the pair of pawls abuts the one travel stop when the tooth plate is at a predefined limit of rotational movement in a second direction. a guide plate; a pair of pawls mounted to the guide plate and moveable radially with respect to the guide plate, each of the pair of pawls including a set of teeth on the radially outer surface and a guide boss extending generally orthogonally to the plane of each of the pair of pawls; and a tooth plate having a set of inwardly extending teeth located about the circumference of the tooth plate, the set of inwardly extending teeth being complementary to the set of teeth on the pair of pawls,
A headwear with a visor arranged on a holder, whereby the holder comprises two swivelling arms (4, 5), which both engage laterally with one end via a hinge device (8, 9) operatively interacting with the headwear and with the other end on the visor in such a way that the visor is slidably arranged on the headwear characterised in that the swivelling arms (4, 5) further comprise a joint arrangement for swivelling the visor.
A thermoelectric module comprising: a first substrate and a second substrate configured to face each other; and at least one unit cell including a first semiconductor element and a second semiconductor element which are electrically connected and interposed between the first substrate and the second substrate, wherein volumes of the first substrate and the second substrate are different from each other, wherein an area of the second substrate is greater than an area of the first substrate, wherein the second substrate is a heat-dissipation region, wherein the first substrate and the second substrate are metallic substrates, and further comprising a heat-dissipation pattern (151, 152) on any one surface of the first substrate and the second substrate. a first substrate and a second substrate configured to face each other; and at least one unit cell including a first semiconductor element and a second semiconductor element which are electrically connected and interposed between the first substrate and the second substrate, wherein volumes of the first substrate and the second substrate are different from each other, wherein an area of the second substrate is greater than an area of the first substrate, wherein the second substrate is a heat-dissipation region, wherein the first substrate and the second substrate are metallic substrates, and further comprising a heat-dissipation pattern (151, 152) on any one surface of the first substrate and the second substrate.
A method of performing a modular exponentiation comprising iterative modular multiplication steps and taking as input a first modulus N, a secret exponent d and a base x, the method being performed in a processor for which it is possible to make the distinction between a modular squaring and a modular multiplication by observing a suitable side channel, the method comprising the steps, during at least one of the iterative modular multiplication steps aiming at computing a result c from two values a, b and the first modulus N so that c = a·b mod N, of: - taking as input the two values a, b and the first modulus N; - obtaining, from the two values a, b and the first modulus N, two operands a ', b' and a second modulus N ' such that at least one of the two operands a ', b' is different from the two values a, b, and that the two operands a ', b' are different when a is equal to b, so that the modular multiplication c = a·b mod N from a side-channel viewpoint behaves like a modular squaring except for when a ' equals b '; wherein the operand a' is obtained from the value a, the operand b ' is obtained from the value b, and the second modulus N ' is obtained from the first modulus N using operations with at most linear complexity; - computing an intermediate result c ' = a' · b' mod N '; - deriving the result c from the intermediate result c ', wherein c is obtained from c ' using an operation with at most linear complexity; and - using the result c in the modular exponentiation. - taking as input the two values a, b and the first modulus N; - obtaining, from the two values a, b and the first modulus N, two operands a ', b' and a second modulus N ' such that at least one of the two operands a ', b' is different from the two values a, b, and that the two operands a ', b' are different when a is equal to b, so that the modular multiplication c = a·b mod N from a side-channel viewpoint behaves like a modular squaring except for when a ' equals b '; wherein the operand a' is obtained from the value a, the operand b ' is obtained from the value b, and the second modulus N ' is obtained from the first modulus N using operations with at most linear complexity; - computing an intermediate result c ' = a' · b' mod N '; - deriving the result c from the intermediate result c ', wherein c is obtained from c ' using an operation with at most linear complexity; and - using the result c in the modular exponentiation.
A cyclic aminoorganoxysilane compound having the following general formula: wherein R 1 represents an unsubstituted monovalent hydrocarbon group having 1 to 20 carbon atoms, R 2 to R 5 each independently represent an unsubstituted monovalent hydrocarbon group having 1 to 20 carbon atoms, R 6 to R 8 each independently represent a hydrogen atom or an unsubstituted monovalent hydrocarbon group having 1 to 20 carbon atoms, R 9 and R 10 each independently represent an unsubstituted divalent hydrocarbon group having 1 to 20 carbon atoms optionally containing a heteroatom, m is 0, 1 or 2 and n is 0 or 1.
An antenna system comprising dipoles, a reflector, and a dipole fixation for fixing the dipoles on the reflector, the dipole fixation comprising: fixing members passing through apertures on the reflector to fix the dipoles on the reflector; a first non-conductive member arranged between the dipoles and the reflector; characterized in that a second non-conductive member is arranged between the fixing members and the reflector, wherein the fixing members are metal fixing members, and wherein the first non-conductive member and/or the second non-conductive member is provided with a bulge axially extending into the apertures on the reflector.
A heterotrimeric mammalian AMP-activated protein kinase (AMPK) construct comprising or consisting in: - an α-subunit, a β-subunit, a γ-subunit of AMPK, mutants or fragments thereof wherein the kinase activity and the regulatory domains of AMPK in said mutants or fragments are retained such that allosteric activation of AMPK is allowed; - and a fluorescent dye pair tagging at least two of said α-subunit, β-subunit or γ-subunit, said fluorescent dye pair being placed to allow detection of conformational changes within the AMPK construct. - an α-subunit, a β-subunit, a γ-subunit of AMPK, mutants or fragments thereof wherein the kinase activity and the regulatory domains of AMPK in said mutants or fragments are retained such that allosteric activation of AMPK is allowed; - and a fluorescent dye pair tagging at least two of said α-subunit, β-subunit or γ-subunit, said fluorescent dye pair being placed to allow detection of conformational changes within the AMPK construct.
A mold assembly (28, 328) for a low constant pressure injection molding machine, the mold assembly comprising: a first mold side and a second mold side, the first mold side and the second mold side defining a mold cavity (32, 376) therebetween; a first mold support plate being disposed one of immediately adjacent to or in direct contact with the first mold side; a second mold support plate being disposed one of immediately adjacent to or in direct contact with the second mold side; wherein the first and second mold sides (372, 374) are made from materials having a thermal conductivity of greater than 51 W/m.K (30 BTU/HR FT °F) characterized in that the mold assembly further comprises: an evaporative cooling system for removing heat from one of the first and second mold sides during an injection molding process, the evaporative cooling system (500, 600, 700, 800) including one or more cooling fluid channels, wherein none of the cooling fluid channels of the evaporative cooling system extends into the first mold side or the second mold side. a first mold side and a second mold side, the first mold side and the second mold side defining a mold cavity (32, 376) therebetween; a first mold support plate being disposed one of immediately adjacent to or in direct contact with the first mold side; a second mold support plate being disposed one of immediately adjacent to or in direct contact with the second mold side; wherein the first and second mold sides (372, 374) are made from materials having a thermal conductivity of greater than 51 W/m.K (30 BTU/HR FT °F) characterized in that the mold assembly further comprises: an evaporative cooling system for removing heat from one of the first and second mold sides during an injection molding process, the evaporative cooling system (500, 600, 700, 800) including one or more cooling fluid channels, wherein none of the cooling fluid channels of the evaporative cooling system extends into the first mold side or the second mold side. an evaporative cooling system for removing heat from one of the first and second mold sides during an injection molding process, the evaporative cooling system (500, 600, 700, 800) including one or more cooling fluid channels, wherein none of the cooling fluid channels of the evaporative cooling system extends into the first mold side or the second mold side.
A visual inspection apparatus, comprising: a measurement unit adapted to measures a three-dimensional shape of a surface (Bs) of solder joining a component to a board; and a control unit adapted to search a concave slope region (Gc), in which a distance between the surface (Bs) of the solder and the board decreases toward the component, from the surface (Bs) of the solder based on a measurement result of the three-dimensional shape; wherein the control unit is adapted to judge the quality of a state of the solder based on a result of searching the concave slope region (Gc), characterised in that the control unit is adapted to search the concave slope region (Gc) satisfying a search condition that an azimuth angle is within a predetermined inclination angle range and a gradient angle is within a predetermined gradient angle range. a measurement unit adapted to measures a three-dimensional shape of a surface (Bs) of solder joining a component to a board; and a control unit adapted to search a concave slope region (Gc), in which a distance between the surface (Bs) of the solder and the board decreases toward the component, from the surface (Bs) of the solder based on a measurement result of the three-dimensional shape; wherein the control unit is adapted to judge the quality of a state of the solder based on a result of searching the concave slope region (Gc), characterised in that the control unit is adapted to search the concave slope region (Gc) satisfying a search condition that an azimuth angle is within a predetermined inclination angle range and a gradient angle is within a predetermined gradient angle range.
A computer-implemented method for providing implant parameter data, the computer-implemented method comprising the steps of: - deriving patient biomechanical data relating to an orthopaedic implant or orthopaedic implant region of a patient, based on patient specific information data taken by imaging the orthopaedic implant or orthopaedic implant region of the patient which is indicative of one or more dynamic characteristics; - determining a set of possible implant parameter data according to the patient biomechanical data and patient acquired data; and - selecting the implant parameter data from the set of possible implant parameter data; characterised by the patient acquired data being indicative of one or more desired post-implant activities, the patient acquired data being determined from post-implant activities preference data, each of the set of possible implant parameter data relating to at least manufacturing implant parameter data for the orthopaedic implant and alignment information data of the orthopaedic implant, wherein the implant parameter data is selected from the set of possible implant parameter data according to the post implant activities preference data which would allow the patient to perform the one or more desired post-implant activities. - deriving patient biomechanical data relating to an orthopaedic implant or orthopaedic implant region of a patient, based on patient specific information data taken by imaging the orthopaedic implant or orthopaedic implant region of the patient which is indicative of one or more dynamic characteristics; - determining a set of possible implant parameter data according to the patient biomechanical data and patient acquired data; and - selecting the implant parameter data from the set of possible implant parameter data;
A stock solution comprising 0.01% to 1% by weight of a compound of formula the compound according to of formula is selected from the group consisting of N-geranoyl-Met, N-palmitoyl-Met, N-palmitenoyl-Met, N-oleoyl-Met, N-stearoyl-Met, N-linoleoyl-Met and N-linolenoyl-Met and wherein, the compound of formula accentuates the taste or mouth feel characteristics of edible products in which it is incorporated when the compound of formula is present at a level of from 1 part per billion to 10 parts per million in the edible product.
A range hood and an alarm device (1, 11) configured to identify if the plate of a gas or electric range is on with a vacant plate or if the grease filter of the range hood is excessively dirty, said alarm device comprising at least two temperature sensors (6, 9) configured to have substantially dissimilar contacts with the radiation heat of a range when mounted on a range hood, and identification electronics, which identifies a sensor message and on that basis effects the activation of an alarm, characterized in that that the alarm device comprises a first unit comprising one of the temperature sensors (6, 9), and a second unit comprising another of the temperature sensors (6, 9), wherein one of the first unit and the second unit is mounted on the bottom surface of the range hood and the other of the first unit and second unit is mounted in the interior of the range hood, and that the identification electronics is configured to identify a rate of change in the temperature difference between the internal and external temperatures of the range hood measured by the sensors (6, 9) and to effect the activation of an alarm as the rate of change in the temperature difference exceeds a given value.
A method for simultaneously determining yeast budding status and viability of yeast cells in a sample, consisting of: staining a sample to be analyzed with a first dye and with a second dye in a buffer solution; acquiring a first fluorescent image of the sample stained with the first and second dyes, the first fluorescent image corresponding to the fluorescence from the first dye; acquiring a second fluorescent image of the sample stained with the first and second dyes, the second fluorescent image corresponding to the fluorescence from the second dye; analyzing the first fluorescent image to determine the aspect ratio of yeast cells by a computer-based automated process, thereby determining the yeast budding status of budding yeast cells in the sample; and analyzing the second fluorescent image to determine viability of yeast cells in the sample, wherein the first dye is selected from the group consisting of Acridine Orange, SYTO 9, DAPI, Hoechst, Calcofluor White and the second dye is selected from the group consisting of Propidium Iodide, Ethidium Bromide, Oxonol, Mg-ANS. staining a sample to be analyzed with a first dye and with a second dye in a buffer solution; acquiring a first fluorescent image of the sample stained with the first and second dyes, the first fluorescent image corresponding to the fluorescence from the first dye; acquiring a second fluorescent image of the sample stained with the first and second dyes, the second fluorescent image corresponding to the fluorescence from the second dye; analyzing the first fluorescent image to determine the aspect ratio of yeast cells by a computer-based automated process, thereby determining the yeast budding status of budding yeast cells in the sample; and analyzing the second fluorescent image to determine viability of yeast cells in the sample, wherein the first dye is selected from the group consisting of Acridine Orange, SYTO 9, DAPI, Hoechst, Calcofluor White and the second dye is selected from the group consisting of Propidium Iodide, Ethidium Bromide, Oxonol, Mg-ANS.
Arrangement for a motor vehicle roof, comprising a roof panel made of aluminum or an aluminum alloy having two longitudinal edges that are each braze-welded to a corresponding body shell side along a longitudinally oriented connecting zone obtained by braze-welding, the roof panel delimiting, in the vicinity of each longitudinal edge, a longitudinal rib that is associated with the corresponding connecting zone, is offset laterally with respect to the associated connecting zone across the width of the roof panel in the direction of the other longitudinal edge of the roof panel, is arranged along substantially the entire length of the roof panel, and has a recessed shape so as to absorb the thermal effects generating the deformation of the roof panel that are linked to the braze-welding of the associated connecting zone.
A vortex-generating arrangement, comprising: a first aircraft structure; a second aircraft structure; a strake comprising two separate pieces: a forward portion and an aft portion, wherein the forward portion is coupled to the first aircraft structure and the aft portion is coupled to the second aircraft structure, and the aft portion is configured to move together with the second aircraft structure, with respect to the forward portion, between a first position and a second position, characterized in that the aft portion slidingly interlocks with the forward portion in response to the second aircraft structure moving to the second position with respect to the first aircraft structure to secure the aft portion with respect to the forward portion. a first aircraft structure; a second aircraft structure; a strake comprising two separate pieces: a forward portion and an aft portion, wherein the forward portion is coupled to the first aircraft structure and the aft portion is coupled to the second aircraft structure, and the aft portion is configured to move together with the second aircraft structure, with respect to the forward portion, between a first position and a second position,
A method of producing a freestanding ceramic tile, the method comprising the steps of: (a) grit-blasting a substrate using a grit size in the range from 36 mesh to 220 mesh; (b) depositing a release layer on the grit-blasted surface of the substrate, wherein the release layer is a layer of carbon or a layer of graphite, the release layer being from 2 to 10 microns thick; (c) applying ceramic over the release layer until a desired thickness of ceramic is achieved to form a ceramic layer; (d) heating the substrate, release layer, and ceramic layer to a temperature of from 800 to 1000 degrees Celsius; (e) keeping the substrate, release layer, and ceramic layer at a temperature from 800 to 1000 degrees Celsius for a time from 10 to 20 minutes so as to remove the release layer; and (f) cooling the substrate and ceramic layer via quenching at a rate of at least 200 degrees Celsius per minute, such that the ceramic layer separates from the substrate to produce a freestanding ceramic tile. (a) grit-blasting a substrate using a grit size in the range from 36 mesh to 220 mesh; (b) depositing a release layer on the grit-blasted surface of the substrate, wherein the release layer is a layer of carbon or a layer of graphite, the release layer being from 2 to 10 microns thick; (c) applying ceramic over the release layer until a desired thickness of ceramic is achieved to form a ceramic layer; (d) heating the substrate, release layer, and ceramic layer to a temperature of from 800 to 1000 degrees Celsius; (e) keeping the substrate, release layer, and ceramic layer at a temperature from 800 to 1000 degrees Celsius for a time from 10 to 20 minutes so as to remove the release layer; and (f) cooling the substrate and ceramic layer via quenching at a rate of at least 200 degrees Celsius per minute, such that the ceramic layer separates from the substrate to produce a freestanding ceramic tile.
Pivotable rod lock, in particular for swing doors of motor vehicle superstructures, with a base part consisting of a base plate which can be attached to a vehicle superstructure and at least two side walls, and with a closing lever which is connected to the rod and has a handle, and can be pivoted relative to the base part and blocked thereon by a bar mounted in the closing lever, wherein the closing lever, arranged in its blocking position between the side walls, is provided with at least one opening (19, 41, 42) oriented transversely to the longitudinal extension of the closing lever, for passage of a wire-like or cable-like customs seal, wherein the base part, towards the handle, is provided with a longitudinal aperture which is oriented in the direction of the closing lever and is situated in a tab extending from the baseplate to the closing lever, and the longitudinal aperture towards the closing lever is delimited by an aperture edge formed on the tab, and wherein a free connection (V1, V2), which is not hindered by components of the pivotable rod lock, exists between the longitudinal aperture and the at least one opening (19, 41, 42) in the closing lever for passage of the customs seal, characterised in that in the blocking position of the closing lever, the opening is situated in a top side of the closing lever facing away from the base plate, wherein an actuation portion of the bar, preferably configured as a button, sits in the opening, and wherein the actuation portion needs only part of the opening and a further part of the opening is available for passage of the customs seal.
A cross-linked rubber prepared by cross-linking a nitrile rubber composition, the nitrile rubber composition comprising: a carboxyl group-containing highly saturated nitrile rubber (a) containing 5 to 60 wt% of an α, β-ethylenically unsaturated nitrile monomer unit, and an α,β-ethylenically unsaturated monocarboxylic acid ester monomer unit, and having an iodine value of 120 or less; a surface treated silicate (b), wherein the surface treated silicate (b) is prepared by surface treating a silicate with an amino group-containing silane coupling agent; and a polyamine-based cross-linking agent (c), wherein a content of the polyamine-based cross-linking agent (c) is 0.1 to 20 parts by weight with respect to 100 parts by weight of the carboxyl group-containing highly saturated nitrile rubber (a), wherein when the cross-linked rubber is subjected to a compression stress relaxation test in which the cross-linked rubber is maintained at 150°C in a state of being compressed by 25%, the time until which the compression stress comes to be 50% of the initial compression stress at the start of the compression stress relaxation test, the compression stress after 30 minutes from the start of the compression stress relaxation test, is 300 hours or more.