mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing mixed-metal oxide diamondoid nanocomposites, the method comprising: Mixing Mg(OH) 2 and Al(OH) 3 to form a Mg 2+ /Al 3+ solution, in which the Mg/Al has a molar ratio of between 0.5:1 to 6:1; adding a diamondoid compound to the Mg 2+ /Al 3+ solution to form a reactant mixture, in which the diamondoid compound has at least one carboxylic acid moiety; heating the reactant mixture at a reaction temperature for a reaction time to form a Mg/Al-diamondoid intercalated layered double hydroxide; and thermally decomposing the Mg/Al- diamondoid intercalated layered double hydroxide under a reducing atmosphere for a decomposition time at a decomposition temperature to form the mixed-metal oxide diamondoid nanocomposite . Mixing Mg(OH) 2 and Al(OH) 3 to form a Mg 2+ /Al 3+ solution, in which the Mg/Al has a molar ratio of between 0.5:1 to 6:1; adding a diamondoid compound to the Mg 2+ /Al 3+ solution to form a reactant mixture, in which the diamondoid compound has at least one carboxylic acid moiety; heating the reactant mixture at a reaction temperature for a reaction time to form a Mg/Al-diamondoid intercalated layered double hydroxide; and thermally decomposing the Mg/Al- diamondoid intercalated layered double hydroxide under a reducing atmosphere for a decomposition time at a decomposition temperature to form the mixed-metal oxide diamondoid nanocomposite .
A method of reducing growth of a vegetative tissue in a plant, the method comprising: spraying a vegetative tissue in the plant one or more times with a herbicidally active amount of a composition comprising (a) aspterric acid and (b) glufosinate; wherein growth of the vegetative tissue in the plant is reduced as compared to a corresponding control plant not receiving the composition. spraying a vegetative tissue in the plant one or more times with a herbicidally active amount of a composition comprising (a) aspterric acid and (b) glufosinate; wherein growth of the vegetative tissue in the plant is reduced as compared to a corresponding control plant not receiving the composition.
A failure indicator for a capacitor unit comprising: a first magnetic element , the failure indicator being configured to move from a first orientation to a second orientation based on a mechanical or electromagnetic impulse in the capacitor unit resulting from a failure of the capacitor unit , wherein the failure indicator being in the second orientation to indicate the failure of the first capacitor unit , characterized in that the failure indicator comprises a horizontally or vertically-oriented elongated member , wherein the first magnetic element is affixed to a first end of the vertically-oriented elongated member , wherein the horizontally or vertically oriented elongated member further comprises a second end opposite to the first end , and is further configured to rotate about the second end , such that in the first orientation the first end is located above the second end and in the second orientation the first end is located below the second end .
A pharmacological composition for use in treating - gastrointestinal disorders selected from the group consisting of constipation, functional constipation, chronic fatigue associated with constipation, and bloating, or - neurological disorders selected from the group consisting of Parkinsons disease and autism associated with constipation and other bowel disorders, the composition comprising: (a) vancomycin, a vancomycin derivative selected from the group consisting of carbohydrate-modified vancomycin, lapidated vancomycin, chlorobiphenyl-desleucyl-vancomycin, oritavancin, telavancin, or chlorobiphenyl vancomycin, or a multi-valent polymer of vancomycin, together with (b) at least one of colchicine, an aminoglycoside, a nifuroxazide, prucalopride agent, or a prokinetic agent selected from the group consisting of tegaserod, domperidone, metoclopramide, mosapride, erythromycin and mixtures thereof, or together with (c) at least two of colchicine, an ansamycin, an aminoglycoside, nitroimidazole, nifuroxazide, prucalopride, a prokinetic agent selected from the group consisting of tegaserod, domperidone, metoclopramide, mosapride, erythromycin and mixtures thereof, an opioid blocking agent or a 5-aminosalicylic acid, or the combination: (i) rifaximin and prucalopride, (ii) rifaximin, metronidazole and colchicine, (iii) rifamycin, colchicine and metronidazole, or (iv) naloxone hydrochloride and colchicine. - gastrointestinal disorders selected from the group consisting of constipation, functional constipation, chronic fatigue associated with constipation, and bloating, or - neurological disorders selected from the group consisting of Parkinsons disease and autism associated with constipation and other bowel disorders, (i) rifaximin and prucalopride, (ii) rifaximin, metronidazole and colchicine, (iii) rifamycin, colchicine and metronidazole, or (iv) naloxone hydrochloride and colchicine.
Method for producing dry pasta comprising the following steps: - preparing with durum wheat flour, soft wheat flour or a mixture of durum wheat flour and soft wheat flour and water a dough having humidity comprised between 25% and 35%; - placing the dough in a chamber in which a vacuum between 0.1 bar and 0.5 bar is created; pushing the dough through a drawing device by applying to the dough a pressure comprised between 80 bar and 110 bar, to obtain food pasta (P) in the form of units of long pasta or units of short pasta; - conveying and delivering said pasta (P) to a dryer ; - drying said pasta (P) in said dryer until the humidity of the pasta (P) is not greater than 12.5%, said drying comprising heating said pasta (P) in said dryer to a set temperature and maintaining the pasta at said set temperature for a set interval of time; - extracting said dried pasta (P) from said dryer ; characterized in that said heating is obtained by passing said pasta (P) inside an oscillating electromagnetic field having a frequency comprised between 10 MHz and 100 MHz. - preparing with durum wheat flour, soft wheat flour or a mixture of durum wheat flour and soft wheat flour and water a dough having humidity comprised between 25% and 35%; - placing the dough in a chamber in which a vacuum between 0.1 bar and 0.5 bar is created; pushing the dough through a drawing device by applying to the dough a pressure comprised between 80 bar and 110 bar, to obtain food pasta (P) in the form of units of long pasta or units of short pasta; - conveying and delivering said pasta (P) to a dryer ; - drying said pasta (P) in said dryer until the humidity of the pasta (P) is not greater than 12.5%, said drying comprising heating said pasta (P) in said dryer to a set temperature and maintaining the pasta at said set temperature for a set interval of time; - extracting said dried pasta (P) from said dryer ;
A refrigeration system, comprising: an economizer , comprising a housing having a first section and a second section ; and a condenser outlet , an evaporator inlet , and a compressor intermediate-stage inlet that are disposed on the second section of the housing; and a condenser ; characterised in that the first section of the economizer has a contour matching a housing of the condenser, such that the first section can fit the housing of the condenser, and in that the first section of the economizer is arranged in a manner of fitting the housing of the condenser. an economizer , comprising a housing having a first section and a second section ; and a condenser outlet , an evaporator inlet , and a compressor intermediate-stage inlet that are disposed on the second section of the housing; and a condenser ; characterised in that the first section of the economizer has a contour matching a housing of the condenser, such that the first section can fit the housing of the condenser, and in that the first section of the economizer is arranged in a manner of fitting the housing of the condenser.
An Electrical Discharge Machining (EDM) machine comprising: a machine head ; a wire guide ; and a machining wire extending from said wire guide to said machine head ; characterised by further comprising: a rotary table mounted to a first surface and a fixed table mounted to the rotary table ; and a fixture (150;300) mounted to the fixed table , the fixture (150;300) including a mounting portion substantially circumscribing the fixture (150;300), the mounting portion further including a mounting surface (152;322), said mounting surface (152;322) being closer to the first surface than an upper surface of said fixed table , wherein the mounting portion includes a plurality of radial slots disposed about the circumference of the fixture (150;300) and a plurality of sections , each of said sections being separated from an adjacent section by one of said radial slots and each of said sections including at least one fastener feature configured to mount a clamping device. a machine head ; a wire guide ; and a machining wire extending from said wire guide to said machine head ; characterised by further comprising: a rotary table mounted to a first surface and a fixed table mounted to the rotary table ; and a fixture (150;300) mounted to the fixed table , the fixture (150;300) including a mounting portion substantially circumscribing the fixture (150;300), the mounting portion further including a mounting surface (152;322), said mounting surface (152;322) being closer to the first surface than an upper surface of said fixed table , wherein the mounting portion includes a plurality of radial slots disposed about the circumference of the fixture (150;300) and a plurality of sections , each of said sections being separated from an adjacent section by one of said radial slots and each of said sections including at least one fastener feature configured to mount a clamping device. a rotary table mounted to a first surface and a fixed table mounted to the rotary table ; and a fixture (150;300) mounted to the fixed table , the fixture (150;300) including a mounting portion substantially circumscribing the fixture (150;300), the mounting portion further including a mounting surface (152;322), said mounting surface (152;322) being closer to the first surface than an upper surface of said fixed table , wherein the mounting portion includes a plurality of radial slots disposed about the circumference of the fixture (150;300) and a plurality of sections , each of said sections being separated from an adjacent section by one of said radial slots and each of said sections including at least one fastener feature configured to mount a clamping device.
A machine-vision system , comprising one or more stereo-vision modules , wherein a respective stereo-vision module comprises: a structured-light projector ; a first camera positioned on a first side of the structured-light projector ; and a second camera positioned on a second side of the structured-light projector , wherein the first and second cameras are configured to capture images of an object under illumination by the structured-light projector ; wherein the structured-light projector comprises a laser-based light source and an optical modulator configured to reduce speckles caused by the laser-based light source ; and characterised in that the optical modulator comprises two diffuser discs rotating at different speeds in opposite directions. a structured-light projector ; a first camera positioned on a first side of the structured-light projector ; and a second camera positioned on a second side of the structured-light projector , wherein the first and second cameras are configured to capture images of an object under illumination by the structured-light projector ; wherein the structured-light projector comprises a laser-based light source and an optical modulator configured to reduce speckles caused by the laser-based light source ; and characterised in that the optical modulator comprises two diffuser discs rotating at different speeds in opposite directions.
A metal product manufacturing method comprising: forming a first identification code onto a surface of a metal member with a first laser beam , the first identification code being readable under a first reading condition; the method being characterised by heating the metal member on which the identification code is formed; reading the first identification code with a reading device ; and forming, with a second laser beam , a second identification code onto the surface of the metal member subsequent to heating the metal member , wherein the second identification code is based on the first identification code which is read with the reading device the second identification code being readable under a second reading condition different from the first reading condition. forming a first identification code onto a surface of a metal member with a first laser beam , the first identification code being readable under a first reading condition; the method being characterised by heating the metal member on which the identification code is formed; reading the first identification code with a reading device ; and forming, with a second laser beam , a second identification code onto the surface of the metal member subsequent to heating the metal member , wherein the second identification code is based on the first identification code which is read with the reading device the second identification code being readable under a second reading condition different from the first reading condition.
A high-strength steel sheet having a YR of 0.85 or less, a chemical composition containing, by mass%, C: 0.100% to 0.150%, Si: 0.30% to 0.70%, Mn: 2.20% to 2.80%, P: 0.025% or less, S: 0.0020% or less, A1: 0.020% to 0.060%, N: 0.0050% or less, Nb: 0.010% to 0.060%, Ti: 0.010% to 0.030%, B: 0.0005% to 0.0030%, Sb: 0.005% to 0.015%, Ca: 0.0015% or less, and optionally one or more of Cr: 0.30% or less, V: 0.10% or less, Mo: 0.20% or less, Cu: 0.10% or less, Ni: 0.10% or less, and REM: 0.0010% to 0.0050%, and the balance being Fe and inevitable impurities, a microstructure including, in terms of area ratio, 25% or less of a ferrite phase, 75% or more of a bainite phase and/or a martensite phase, and 5% or less of cementite, wherein, in a surface layer that is a region within 50 μm from the surface in the thickness direction, the area ratio of a ferrite phase is 5% to 20%, a tensile strength being 1180 MPa or more, which tensile strength being measured according JIS Z 2241 , an excellent tensile strength-ductility balance represented by a product of tensile strength (TS) and ductility (El) measured according to JIS Z 2241 being 11500 MPa % or more, and a bending workability in the width direction of the steel sheet being R/t = 3.0 or less, wherein R/t is the ratio of the limit bending radius to the thickness of the steel sheet, which bending workability is evaluated on the basis of a V-block method according to JIS Z 2248.
Method for impregnating a semi-finished fibre product with a liquid matrix system , in particular a textile or a fibre composite of technical fibres with a liquid resin , wherein the following steps are carried out: - the semi-finished fibre product in flat form is provided and is placed in flat form in a flexible and sealable envelope , - the liquid matrix system is introduced into the envelope , preferably separately from and at a distance from the semi-finished fibre product , before or after introduction of the semi-finished fibre product into the envelope , - pressure is applied to the envelope from above and/or from below, preferably at least 0.1 N/cm 2 , as compression (Z), starting at one end region of the envelope over the entire width of the envelope , continuously and without gaps, - the compression (Z) is carried out continuously or without interruption along a direction of travel (L) of the process, which runs from a first end region of the envelope to a second end region of the envelope , at least over the entire length of the semi-finished fibre product , wherein the compression (Z) begins at a region of the envelope , and wherein the liquid matrix system is located in the direction of travel (L) between the beginning compression (Z) and the semi-finished fibre product , characterised in that an additional pre-compression (V) is carried out continuously and without gaps over the entire width of the envelope in the direction of travel (L) before the compression (Z). - the semi-finished fibre product in flat form is provided and is placed in flat form in a flexible and sealable envelope , - the liquid matrix system is introduced into the envelope , preferably separately from and at a distance from the semi-finished fibre product , before or after introduction of the semi-finished fibre product into the envelope , - pressure is applied to the envelope from above and/or from below, preferably at least 0.1 N/cm 2 , as compression (Z), starting at one end region of the envelope over the entire width of the envelope , continuously and without gaps, - the compression (Z) is carried out continuously or without interruption along a direction of travel (L) of the process, which runs from a first end region of the envelope to a second end region of the envelope , at least over the entire length of the semi-finished fibre product ,
Door handle assembly for a motor vehicle , having a handle support , a handle and a base plate which is mounted on the handle support and is movable relative to the handle support , and on which the handle is mounted so as to be relatively movable with respect to the base plate , wherein the handle is able to take up at least a neutral position and a handling position, in which when installed in a motor vehicle door the handle is arranged to project in a projection direction with respect to an external side of the motor vehicle door for actuation, and wherein the base plate is designed to be movable on the handle support from an idle position, in which the handle is disposed in its neutral position, into a working position, in which the handle is disposed in its handling position, wherein a mass compensation element is mounted on the base plate that is mounted movably on the handle support , and is designed to block a movement of the handle out of its neutral position when an inertia force acts on said handle in the event of a traffic accident, characterized in that the mass compensation element is embodied as a single-arm lever which is mounted rotatably on the base plate . wherein the handle is able to take up at least a neutral position and a handling position, in which when installed in a motor vehicle door the handle is arranged to project in a projection direction with respect to an external side of the motor vehicle door for actuation, and wherein the base plate is designed to be movable on the handle support from an idle position, in which the handle is disposed in its neutral position, into a working position, in which the handle is disposed in its handling position, wherein a mass compensation element is mounted on the base plate that is mounted movably on the handle support , and is designed to block a movement of the handle out of its neutral position when an inertia force acts on said handle in the event of a traffic accident, characterized in that the mass compensation element is embodied as a single-arm lever which is mounted rotatably on the base plate .
Contact element , comprising a main body, which is composed of a strip material and/or sheet material, and at least one contact segment (30.1, 30.2') which is connected to the main body and is designed to electrically contact-connect the contact element to a contact partner, in particular an electrical and/or electronic component, wherein the at least one contact segment (30.2') is embodied as a wire-like projection which is integrally formed with the main body, which is composed of the strip material and/or sheet material, and, by way of at least its one end, forms a transition region which adjoins the main body, wherein the strip material and/or sheet material is formed from an, in particular rolled, bronze alloy and, for decoupling from the main body, a thickness dimension (s) of the strip material and/or sheet material in the region of the wire-like projection (30.2') is reduced by a factor of from 4 to 6 in comparison to the main body, and a width dimension (b) of the wire-like projection (30.2') has 1 to 2 times the thickness dimension of said wire-like projection, and wherein at least one embossed step (31.1, 31.2, 31.3) is formed, in particular by a single-stage or multi-stage embossing process, for the purpose of reducing the thickness dimension (s) in the transition region .
A garment comprising: a textile layer ; and a fluid-filled bladder secured to the textile layer , and characterized in that the fluid-filled bladder comprises: an inner layer facing an interior of the fluid-filled bladder , and an outer layer laminated to the inner layer and positioned external to the inner layer , the outer layer formed from a film material that undergoes a change in dimension in at least a z-direction when exposed to moisture to cause the fluid-filled bladder to transition from a first shape to a second shape, wherein the z-direction is generally orthogonal to the surface plane of the fluid-filled bladder .
An apparatus with a non-volatile memory core comprising memory cells operatively accessible via access lines, the memory core being capable of operating in multiple modes of operation including at least a lower-power read mode and a lower-latency mode, the lower latency mode being a mode for read- or write access, wherein the lower-power read mode has lower-power consumption than the lower-latency mode, the apparatus characterized by : access line bias circuitry configured to set a bias level associated with a deselected access line of the memory core, wherein the bias level is set in response to mode information such that the lower-power read mode has a first bias level applied to the deselected access line and the lower-latency mode has a second bias level applied to the deselected access line higher than the first bias level, the access line comprising a word line, wherein the access line bias circuitry includes a linear down regulator configured to reduce a voltage level on the deselected access line of the memory core if the mode information indicates a change in the mode of operation from the lower-latency mode to the lower-power read mode, wherein the linear down regulator comprises an N-type insulated-gate field effect transistor, IGFET and a P-type IGFET connected in a line between first and second power nodes, wherein an intermediate node between the N-type IGFET and the P-type IGFET is coupled to the deselected access line of the memory core; wherein the linear down regulator is configured to provide a dead zone preventing mutual conduction between the N-type IGFET and the P-type IGFET, and being based at least in part on a difference in driving voltages associated with the N-type IGFET and the P-type IGFET. access line bias circuitry configured to set a bias level associated with a deselected access line of the memory core, wherein the bias level is set in response to mode information such that the lower-power read mode has a first bias level applied to the deselected access line and the lower-latency mode has a second bias level applied to the deselected access line higher than the first bias level, the access line comprising a word line, wherein the access line bias circuitry includes a linear down regulator configured to reduce a voltage level on the deselected access line of the memory core if the mode information indicates a change in the mode of operation from the lower-latency mode to the lower-power read mode, wherein the linear down regulator comprises an N-type insulated-gate field effect transistor, IGFET and a P-type IGFET connected in a line between first and second power nodes, wherein an intermediate node between the N-type IGFET and the P-type IGFET is coupled to the deselected access line of the memory core; wherein the linear down regulator is configured to provide a dead zone preventing mutual conduction between the N-type IGFET and the P-type IGFET, and being based at least in part on a difference in driving voltages associated with the N-type IGFET and the P-type IGFET.