mhurhangee/patent-ind-claim-en huggingface dataset:
Front-end module of a motor vehicle , the front-end module having at least one air intake and a heat-exchange device , the air intake being disposed upstream of the heat-exchange device in the direction of flow of an air flow (F) that is intended to strike the front-end module , comprising a front-end module support comprising two wind deflectors , each having a deflecting wall mounted in a housing of the front-end module so as to be movable between: - a deployed position in which, when mounted on said vehicle , the deflecting wall extends so as to divert the air flow (F) intended to strike the front-end module , and - a retracted position in which the deflecting wall is stowed in the housing , the deflecting wall having an opening such that: - in the deployed position, the opening is situated outside the housing so as to be disposed in the path of the air flow (F), so as to delimit, when mounted on said vehicle , an additional air intake through which the air flow (F) can flow towards the heat-exchange device , and such that - in the retracted position, the opening is situated inside the housing , - the two wind deflectors being situated in the lower part of the front-end module on each lateral side of the front-end module , upstream of the front wheels of the vehicle in the direction of flow of the air flow (F) when the wind deflector is mounted on the vehicle , and wherein, when mounted on said vehicle , the deflecting wall can: - be lowered and positioned upstream of the wheel of the vehicle in the direction of flow of the air flow (F) in the deployed position, and can - be raised into the retracted position. - a deployed position in which, when mounted on said vehicle , the deflecting wall extends so as to divert the air flow (F) intended to strike the front-end module , and - a retracted position in which the deflecting wall is stowed in the housing , - in the deployed position, the opening is situated outside the housing so as to be disposed in the path of the air flow (F), so as to delimit, when mounted on said vehicle , an additional air intake through which the air flow (F) can flow towards the heat-exchange device , and such that - in the retracted position, the opening is situated inside the housing , - the two wind deflectors being situated in the lower part of the front-end module on each lateral side of the front-end module , upstream of the front wheels of the vehicle in the direction of flow of the air flow (F) when the wind deflector is mounted on the vehicle , and - be lowered and positioned upstream of the wheel of the vehicle in the direction of flow of the air flow (F) in the deployed position, and can - be raised into the retracted position.
An abuse proof sustained release pharmaceutical composition for oral administration comprising Tapentadol or pharmaceutically acceptable salt thereof, a polyvinyl acetate/povidone blend of a ratio 8:2 as a hydrophobic polymer that imparts a breaking strength of at least 500N to said composition and hydroxypropylmethyl cellulose as a hydrophilic polymer, wherein the hydrophobic polymer is at a concentration of from 15% w/w to 30% w/w and the hydrophilic polymer from 10% w/w to 20% w/w.
A method for fighting harmful insects, comprising the use of a liquid pesticide , characterised in that it comprises: a) the provision of a mould with cavities shaped like a projectile, b) the pouring into the mould cavities of a liquid pesticide suitable for the type of insects to be combated, c) the freezing of the liquid pesticide poured into the mould cavities , d) the removal of the frozen pesticide projectiles from the mould cavities , e) the firing of the frozen pesticide projectiles into the interior of the nest, and f) the distribution of the liquid pesticide inside the nest during the gradual thawing of the projectiles at room temperature. a) the provision of a mould with cavities shaped like a projectile, b) the pouring into the mould cavities of a liquid pesticide suitable for the type of insects to be combated, c) the freezing of the liquid pesticide poured into the mould cavities , d) the removal of the frozen pesticide projectiles from the mould cavities , e) the firing of the frozen pesticide projectiles into the interior of the nest, and f) the distribution of the liquid pesticide inside the nest during the gradual thawing of the projectiles at room temperature.
A method for preparing an article comprising a nanolaminated brass coating, the method comprising: (a) providing a polymeric substrate; (b) contacting at least a portion of the polymeric substrate with an electrolyte containing metal ions of zinc and copper, and optionally containing additional metal ions, wherein the electrolyte is in contact with an anode; and (c) applying an electric current across the polymeric substrate and the anode and varying in time one or more of: the amplitude of the electrical current, the frequency of the electric current, the average electrical current, the offset of an alternating current, the ratio of positive current and negative current, and combinations thereof, electrolyte temperature, electrolyte additive concentration, and electrolyte agitation, in order to produce the nanolaminated brass coating having a desired thickness and having periodic layers of (i) electrodeposited species and/or (ii) electrodeposited species microstructures; wherein the periodic layers each have thicknesses from 2 nanometers (nm) to 2,000 nm; and wherein the nanolaminated brass coating comprises greater than 50 of the periodic layers, (a) providing a polymeric substrate; (b) contacting at least a portion of the polymeric substrate with an electrolyte containing metal ions of zinc and copper, and optionally containing additional metal ions, wherein the electrolyte is in contact with an anode; and (c) applying an electric current across the polymeric substrate and the anode and varying in time one or more of: the amplitude of the electrical current, the frequency of the electric current, the average electrical current, the offset of an alternating current, the ratio of positive current and negative current, and combinations thereof, electrolyte temperature, electrolyte additive concentration, and electrolyte agitation, in order to produce the nanolaminated brass coating having a desired thickness and having periodic layers of (i) electrodeposited species and/or (ii) electrodeposited species microstructures; wherein the periodic layers each have thicknesses from 2 nanometers (nm) to 2,000 nm; and wherein the nanolaminated brass coating comprises greater than 50 of the periodic layers,
Grip and block system of a cargo box (C) to be operated for a forklift truck (FT), comprising a bearing frame apt to be associated to an overturning device for a cargo box (C) overturning, a cargo box (C) grip and block arrangement above operating for a related grip on a cargo box (C) upper edge , grip and block actuating means apt to carry out a cargo box (C) blockage comprising: - driving means associated to the bearing frame for a displacement of a respective driving element apt to be rigidly associated to a main body of the grip and block arrangement , - pulling and pushing piston means apt to be driven in elongation and/or shortening from an unblock operative position (figures 3 and 5) to a blockage operative position (figures 6 and 10) and vice-versa of said grip and block system , whereby said grip and block actuating means (23-25,30-32,34) of the system comprise pulling and pushing piston means being associated, by a first end thereof to the driving element , by a second end thereof to controlled shifting means of an end of said piston means with respect to the bearing frame , said grip and block actuating means further comprising a forged foot rigidly associated to the piston means second end and adapted to get in touch with an inferior surface of a cargo box when the system is in a blockage operative condition thereof. - driving means associated to the bearing frame for a displacement of a respective driving element apt to be rigidly associated to a main body of the grip and block arrangement , - pulling and pushing piston means apt to be driven in elongation and/or shortening from an unblock operative position (figures 3 and 5) to a blockage operative position (figures 6 and 10) and vice-versa of said grip and block system , whereby said grip and block actuating means (23-25,30-32,34) of the system comprise pulling and pushing piston means being associated, by a first end thereof to the driving element , by a second end thereof to controlled shifting means of an end of said piston means with respect to the bearing frame , said grip and block actuating means further comprising a forged foot rigidly associated to the piston means second end and adapted to get in touch with an inferior surface of a cargo box when the system is in a blockage operative condition thereof. whereby said grip and block actuating means (23-25,30-32,34) of the system comprise pulling and pushing piston means being associated, by a first end thereof to the driving element , by a second end thereof to controlled shifting means of an end of said piston means with respect to the bearing frame , said grip and block actuating means further comprising a forged foot rigidly associated to the piston means second end and adapted to get in touch with an inferior surface of a cargo box when the system is in a blockage operative condition thereof.
A single-stranded RNA molecule that mediates RNA interference against a target RNA, wherein said single-stranded RNA comprises: (a) a nucleic acid portion comprising a first nucleotide portion (N1) and a second nucleotide portion (N2) that are not self complementary, wherein said nucleic acid portion comprises at least 8 nucleotides that can base pair with a target site of the target RNA, wherein the total number of nucleotides within the nucleic acid portion is from 8 to 26 nucleotides and wherein N1 is 13 to 20 nucleotides long; and, (b) an internal spacer portion, wherein said spacer portion comprises at least a first non-nucleotide spacer portion (S1) that covalently links the first and second nucleotide portions, wherein S1 is an aliphatic or aromatic organic group, a C 1 -C 12 alkyl chain that is optionally substituted, or is selected from a group consisting of a C 3 alkyl, a C 6 alkyl, and polyethylene glycol, wherein said single-stranded RNA molecule comprises the following structure: 5' N1-S1-N2 3' wherein: (i) N1 contains a contiguous stretch of nucleotides; (ii) S1 contains one or more non-nucleotide spacers covalently linking N1 and N2; and, (iii) N2 contains either one nucleotide or a contiguous stretch of nucleotides, and wherein the single-stranded RNA molecule represents a miRNA mimetic or siRNA mimetic, wherein S1 takes the place of from one to 4 internal nucleotides of the naturally-occurring, endogenous nucleotide sequence. (a) a nucleic acid portion comprising a first nucleotide portion (N1) and a second nucleotide portion (N2) that are not self complementary, wherein said nucleic acid portion comprises at least 8 nucleotides that can base pair with a target site of the target RNA, wherein the total number of nucleotides within the nucleic acid portion is from 8 to 26 nucleotides and wherein N1 is 13 to 20 nucleotides long; and, (b) an internal spacer portion, wherein said spacer portion comprises at least a first non-nucleotide spacer portion (S1) that covalently links the first and second nucleotide portions, wherein S1 is an aliphatic or aromatic organic group, a C 1 -C 12 alkyl chain that is optionally substituted, or is selected from a group consisting of a C 3 alkyl, a C 6 alkyl, and polyethylene glycol, (i) N1 contains a contiguous stretch of nucleotides; (ii) S1 contains one or more non-nucleotide spacers covalently linking N1 and N2; and, (iii) N2 contains either one nucleotide or a contiguous stretch of nucleotides, and
Pump device having - a pump housing in which is formed a shaft passage , - having a pump shaft which protrudes into the shaft passage such as to be rotatable and - having a slide ring seal device having a slide ring seal which has a dry-running protection device , wherein the dry-running protection device has at least one microsystem which outputs a digital measurement value (W), wherein the microsystem is arranged adjacent to the slide ring seal and/or on and/or in the slide ring seal , and wherein the slide ring seal is arranged in the shaft passage and rests on the pump shaft , wherein the rotational speed of a drive motor of the pump shaft correlates with the digital measurement value (W) of the microsystem . - a pump housing in which is formed a shaft passage , - having a pump shaft which protrudes into the shaft passage such as to be rotatable and - having a slide ring seal device having a slide ring seal which has a dry-running protection device , wherein the dry-running protection device has at least one microsystem which outputs a digital measurement value (W), wherein the microsystem is arranged adjacent to the slide ring seal and/or on and/or in the slide ring seal , and wherein the slide ring seal is arranged in the shaft passage and rests on the pump shaft , wherein the rotational speed of a drive motor of the pump shaft correlates with the digital measurement value (W) of the microsystem .
Flight equipment comprising: an aerial vehicle having a body and at least one rotor held on the body ; a plurality of supporters mounted to the aerial vehicle and supporting a protective member stretched therebetween so as to surround an outside of the body ; a support information detection unit configured to detect support information indicating a support state of the protective member ; and a mounting state determiner configured to determine whether the support state of the protective member is suitable or unsuitable, based on the support information, wherein the support information detection unit has a strain sensor provided to the supporter and configured to detect deformation of the supporter caused by a tension applied to the protective member , wherein the mounting state determiner determines that the support state of the protective member is unsuitable when a difference between a maximum and a minimum of values detected by the support information detection unit exceeds a preset threshold and/or when the values detected by the support information detection unit are less than a preset lower limit value. an aerial vehicle having a body and at least one rotor held on the body ; a plurality of supporters mounted to the aerial vehicle and supporting a protective member stretched therebetween so as to surround an outside of the body ; a support information detection unit configured to detect support information indicating a support state of the protective member ; and a mounting state determiner configured to determine whether the support state of the protective member is suitable or unsuitable, based on the support information, the support information detection unit has a strain sensor provided to the supporter and configured to detect deformation of the supporter caused by a tension applied to the protective member , the mounting state determiner determines that the support state of the protective member is unsuitable when a difference between a maximum and a minimum of values detected by the support information detection unit exceeds a preset threshold and/or when the values detected by the support information detection unit are less than a preset lower limit value.
Method for producing a sensor element, wherein at least parts of the sensor element are subjected to at least one plasma treatment process (B, E, I) during production, characterized in that a base element and/or a carrier element of the sensor element is subjected to a plasma cleaning process (B, I) before an equipping process (A, D) and/or before a contact-connecting process (C) with electrical connection means , wherein after the complete process of equipping the leadframe or base element, directly before an encapsulation-by-molding process, an additional plasma treatment process is carried out, which comprises a plasma cleaning process and then a plasma activation process.
A dishwasher for treating dishes according to a cycle of operation, the dishwasher comprising: a tub at least partially defining a treating chamber ; a dish rack movably received within the treating chamber , configured for receiving dishes for treatment during the cycle of operation, and moveable relative to the tub ; and a displaceable sprayer located within the treating chamber , configured to emit spray into the dish rack , and displaceable within a range of movement; characterised by further comprising a deflector operably coupled to the sprayer , wherein the sprayer is displaced along the range of movement in response to the relative movement between the dish rack and tub bringing a dish within the dish rack into contact with the deflector , wherein the sprayer is configured to be moved within the range of movement as a vertical displacement and wherein the deflector is configured to block any incoming dishware from hitting the sprayer . a tub at least partially defining a treating chamber ; a dish rack movably received within the treating chamber , configured for receiving dishes for treatment during the cycle of operation, and moveable relative to the tub ; and a displaceable sprayer located within the treating chamber , configured to emit spray into the dish rack , and displaceable within a range of movement; characterised by further comprising a deflector operably coupled to the sprayer , wherein the sprayer is displaced along the range of movement in response to the relative movement between the dish rack and tub bringing a dish within the dish rack into contact with the deflector , wherein the sprayer is configured to be moved within the range of movement as a vertical displacement and wherein the deflector is configured to block any incoming dishware from hitting the sprayer .
A method for reducing the risk of epithelial infections in an animal kept in a housing, comprising the step applying a composition comprising copper and zinc chelates to one or more interior surfaces of said housing.
Multi-turn angle measurement device for measuring multiple revolution of a shaft , consisting of a first code carrier with an optical single-turn scanning function for detecting the absolute position of the shaft and a second code carrier for measuring the number of revolutions of the shaft , wherein a reduction gear is arranged between the first code carrier and the second code carrier, and the second code carrier consists of a number of permanent magnets , the position of which is detected by an arrangement of Hall sensors (16a-16c) fixed to the housing, characterised in that respectively the permanent magnets are embedded in the plastic material of the transmission gears of the reduction gear and in that the respective transmission gear is held on its assigned axle (19a-b) with a snapping mechanism, wherein a magnetic attraction exists between the magnetically conductive axle (19a-19b) and the permanent magnet .
A vibrating conveyor, comprising a trough , the trough being open at at least one end and in a substantially horizontal position and flexibly supported on a rigid base by means of coil springs , as well as Frahm's dynamic eliminator, the latter being a mass of the eliminator , the mass flexibly suspended from the trough structure, by means of a system of springing bars evenly disposed over the length of the mass of the eliminator and inclined to the horizontal at the same angle (β), wherein the centre of gravity of the mass of the eliminator coincides in the horizontal projection with the centre of gravity of the trough , and further comprising a vibrating drive, connected, via known means of drive transmission, to an electric motor equipped with a regulator of rotational speed, characterized in that the vibrating drive is one inertial electrovibrator with the axis of the shaft perpendicular to the vertical plane running through the longitudinal axis of the trough and passing through the centre of gravity of the trough as well as the eliminator .
A method for determining the concentration of an analyte in a body fluid, specifically the concentration of glucose in blood, comprising the steps of a) providing a layered test element including an enzyme-based chemistry layer which is responsive to the analyte by a color change, b) applying a sample of the body fluid onto the test element , c) detecting by means of a photometric reflectance measuring device a reflectance value of the test element , d) correcting the measured reflectance value by a predetermined offset value attributed to the test element , wherein the offset value is predetermined as an asymptotic level of a reference curve of reflectance versus analyte concentration at high concentration, wherein the reference curve is measured on reference material of test elements by means of a reference instrument; e) determining a concentration value of the analyte using the offset-corrected reflectance value. a) providing a layered test element including an enzyme-based chemistry layer which is responsive to the analyte by a color change, b) applying a sample of the body fluid onto the test element , c) detecting by means of a photometric reflectance measuring device a reflectance value of the test element , d) correcting the measured reflectance value by a predetermined offset value attributed to the test element , wherein the offset value is predetermined as an asymptotic level of a reference curve of reflectance versus analyte concentration at high concentration, wherein the reference curve is measured on reference material of test elements by means of a reference instrument; e) determining a concentration value of the analyte using the offset-corrected reflectance value.
Process for the preparation of a hydrotreating and/or hydroconversion catalyst from a catalytic precursor comprising a support based on alumina and/or on silica/alumina and/or on zeolite, and comprising at least one element from group VIB and optionally at least one element from group VIII, the said process comprising the impregnation of the said precursor with a solution of a di(C 1 -C 4 alkyl) succinate, characterized in that it comprises the following stages: 1) impregnating (stage 1) the said dried, calcined or regenerated precursor with at least one solution containing at least one carboxylic acid other than acetic acid, then maturing and drying at a temperature of less than 200°C, optionally followed by a heat treatment at a temperature of less than 350°C, 2) followed by impregnating (stage 2) with a solution containing at least one di(C 1 -C 4 alkyl) succinate, then maturing and drying at a temperature of less than 200°C, without a subsequent calcination stage, and the catalytic precursor and/or the solution of stage 1 and/or the solution of stage 2 contains phosphorus. 1) impregnating (stage 1) the said dried, calcined or regenerated precursor with at least one solution containing at least one carboxylic acid other than acetic acid, then maturing and drying at a temperature of less than 200°C, optionally followed by a heat treatment at a temperature of less than 350°C, 2) followed by impregnating (stage 2) with a solution containing at least one di(C 1 -C 4 alkyl) succinate, then maturing and drying at a temperature of less than 200°C, without a subsequent calcination stage,