mhurhangee/patent-ind-claim-en huggingface dataset:
Device for compensating the weight of a gate wing of a gate, in particular sections of a gate wing which is moveable between a closed position in which the gate wing is substantially arranged in a vertical plane and an open position in which the gate wing is arranged above head height, preferably substantially in a horizontal plane, comprising: a spring arrangement which is configured to compensate a weight force of the gate wing , a connecting device for connecting the spring arrangement with the gate wing , in particular in a force-transmitting manner, and a gear which is interposed between the spring arrangement and the gate wing in such a way that a first connecting section of the connecting device extends from the gate wing up to the gear and a second connecting section extends from the gear up to the spring arrangement , wherein the gear comprises: a first gearwheel which is firmly connected to a first coupling device , and a second gearwheel which is firmly connected to a second coupling device , wherein the first gearwheel engages with the second gearwheel , wherein the first and second coupling device are designed in the form of a cable drum and the cable drum of the second coupling device has at least two, preferably three different effective diameters, and the connecting sections of the connecting device are, at least in sections, wound on the cable drums of the coupling devices . a spring arrangement which is configured to compensate a weight force of the gate wing , a connecting device for connecting the spring arrangement with the gate wing , in particular in a force-transmitting manner, and a gear which is interposed between the spring arrangement and the gate wing in such a way that a first connecting section of the connecting device extends from the gate wing up to the gear and a second connecting section extends from the gear up to the spring arrangement , wherein the gear comprises: a first gearwheel which is firmly connected to a first coupling device , and a second gearwheel which is firmly connected to a second coupling device , wherein the first gearwheel engages with the second gearwheel , wherein the first and second coupling device are designed in the form of a cable drum and the cable drum of the second coupling device has at least two, preferably three different effective diameters, and the connecting sections of the connecting device are, at least in sections, wound on the cable drums of the coupling devices . a first gearwheel which is firmly connected to a first coupling device , and a second gearwheel which is firmly connected to a second coupling device , wherein the first gearwheel engages with the second gearwheel , wherein the first and second coupling device are designed in the form of a cable drum and the cable drum of the second coupling device has at least two, preferably three different effective diameters, and the connecting sections of the connecting device are, at least in sections, wound on the cable drums of the coupling devices .
A hydrophilic polymer derivative comprising a hydrophilic polymer moiety and an acetal moiety, wherein the hydrophilic polymer derivative comprises a structure represented by formula or formula : wherein, in the formula and the formula , B 1 is a hydrogen atom or -C(R 6 )(R 7 )OC(O)E 1 ; E 1 is a leaving group; R 1 is a hydrocarbon group having from 1 to 10 carbon atoms or a hydrogen atom, or R 1 may be bonded to an oxygen atom of the acetal moiety; R 2 , R 3 , R 4 , R 5 , R 6 and R 7 are each independently a hydrocarbon group having from 1 to 10 carbon atoms or a hydrogen atom; m is 0 or 1; one of two oxygen atoms contained in the acetal moiety is bonded to the phenyl group; and a wavy line represents a covalent bond to a carbon atom bonded to both of the oxygen atoms contained in the acetal moiety.
A holding device for electrically operated smoking articles, in particular e-cigarettes, with at least one base , and with a plurality of receiving compartments , arranged on the base and separated from one another by at least one web , for the smoking article and for individual parts of the smoking article, for example a vaporiser head , a liquid container or a mouthpiece, wherein the base including a surrounding peripheral wall for the upwardly open and accessible receiving compartments is constituted as a one-piece moulded part , characterised in that - the peripheral wall is provided with connection openings for receiving connecting means and for coupling a plurality of bases with associated peripheral walls next to one another, wherein - the connecting means are constituted as plug-in pins , which are matched in terms of their geometry to the connection openings designed as pin receptacles , and wherein - two peripheral walls adjacent to and to be connected to each other are each provided with corresponding pin receptacles opened towards one another and - a combined pin receptacle for the plug-in pin able to be inserted therein is thus made available, so that - the plurality of bases with associated peripheral walls can be coupled to one another detachably in the manner of a plug-in system. - the peripheral wall is provided with connection openings for receiving connecting means and for coupling a plurality of bases with associated peripheral walls next to one another, wherein - the connecting means are constituted as plug-in pins , which are matched in terms of their geometry to the connection openings designed as pin receptacles , and wherein - two peripheral walls adjacent to and to be connected to each other are each provided with corresponding pin receptacles opened towards one another and - a combined pin receptacle for the plug-in pin able to be inserted therein is thus made available, so that - the plurality of bases with associated peripheral walls can be coupled to one another detachably in the manner of a plug-in system.
A steering control device that has a steering actuator (PSA) configured to turn turning wheels as an operation target, the steering actuator (PSA) including a motor and a steering mechanism mechanically connected to a rotary shaft of the motor , the steering control device comprising a controller , wherein the controller is configured to perform i) a low-temperature process of changing a torque of the motor when an estimated value (Tge) estimated from a temperature of a lubrication target part of the steering mechanism is equal to or lower than a predetermined value with respect to when the estimated value (Tge) estimated from the temperature of the lubrication target part of the steering mechanism is higher than the predetermined value and ii) an estimation process of calculating the estimated value (Tge) which is set to be a value lower than a detected value (Tbc) of a temperature sensor detecting a temperature of a predetermined member attached to the steering mechanism based on a heat emission parameter of the steering actuator (PSA) associated with a current flow with the detected value (Tbc) as an input; characterized in that the temperature sensor satisfies at least one condition of a first condition that the temperature sensor is accommodated in a housing in which at least one of a voltage application circuit applying a voltage to the motor and the motor is accommodated, a second condition that a temperature of a predetermined member is detected, the predetermined member being the steering control device , and a third condition that a shorter distance of a distance between the motor and the temperature sensor and a distance between the voltage application circuit and the temperature sensor is shorter than a distance between the lubrication target part and the temperature sensor ; wherein the estimation process includes a drive correction value calculating process; the drive correction value calculating process includes calculating a corrected drive correction value (Tdh) when the heat emission parameter of the steering actuator is greater than a predetermined value to be greater than the drive correction value (Tdh) when the heat emission parameter of the steering actuator is equal to or less than the predetermined value with the heat emission parameter which is one of a current (iq) flowing in the motor and a torque of the motor as an input; and the estimation process includes calculating the estimated value (Tge) while setting a calculating value by which the estimated value (Tge) calculated in the estimation process is less than the detected value (Tbc) based on the drive correction value (Tdh); wherein the estimation process includes calculating a value which is equal to or less than one of a first value obtained by performing low-pass filtering on a subtracted value (Tbc1) acquired by subtracting the drive correction value (Tdh) from the detected value (Tbc) and a second value obtained by subtracting a value (Tdh1) acquired by performing the low-pass filtering on the drive correction value (Tdh) from a value (Tbc3) acquired by performing the low-pass filtering on the detected value (Tbc) as the estimated value (Tge).
A method of fastening an exhaust module of an internal combustion engine on a support arranged in connection with the internal combustion engine, , the exhaust module being provided with a plurality of feet , each foot having a hole for a fastening bolt and a first surface facing the support , the support being provided with threaded holes for the fastening bolts and second surfaces facing the feet of the exhaust module , the method being characterized by the steps of a) providing the support with a first positioning means and the exhaust module with a second positioning means ; the first positioning means being one of a pin-like member and a blind opening, and the second positioning means being one of a blind opening and a pin-like member, b) providing low-friction means between the feet and the support , c) mounting the exhaust module on the support such that the positioning means match one another, d) tightening the fastening bolts . a) providing the support with a first positioning means and the exhaust module with a second positioning means ; the first positioning means being one of a pin-like member and a blind opening, and the second positioning means being one of a blind opening and a pin-like member, b) providing low-friction means between the feet and the support , c) mounting the exhaust module on the support such that the positioning means match one another, d) tightening the fastening bolts .
A control system for a wind turbine comprising two or more blades , the control system comprises a blade controller for each blade of the wind turbine and a central controller , wherein each blade controller is arranged for controlling the pitch angle of the blade to which it is assigned, and each blade controller being electrically connected to a power supply ; wherein the electrical connection between each blade controller and the power supply of the blade controller is functionally isolated from the electrical connection of each other blade controller and the power supply of the respective blade controllers, characterized in that each blade controller is arranged for calculating a pitch command (PC2), and wherein each blade controller is arranged to receive a pitch command (PC1) from the central controller and validate the received pitch command; upon a valid pitch command from the central controller the received pitch command is used as the pitch command for the blade; and upon a non-valid pitch command, the blade controller is arranged to determine a pitch command for the blade for controlling the pitch angle of the blade to which it is assigned.
A salt of the compound of formula [I] which salt is selected from the hydrogen adipate salt, the hydrogen malonate salt, the hydrogen fumarate salt, the hydrogen succinate salt, the benzene sulfonate salt, the hydrogen maleate salt and the salicylate salt of the compound of formula [I].
A nanoparticle comprising (i) between 60% and 99% by weight, based on the total weight of the nanoparticle, of a sorbitan ester; (ii) a positively charged substance, (iii) a miRNA and (iv) a negatively charged substance, wherein said negatively charged substance: - comprises a polysaccharide whose repeating unit has the formula [X-Y-(Z)n] wherein n is 0 or 1; X, Y, and Z are each independently selected from the group consisting of monosaccharides, disaccharides, and polysaccharides; with the proviso that at least one of X, Y, and Z comprises an acid sugar selected from the group consisting of aldonic acids, ulosonic acids, uronic acids, aldaric acids, and mixtures thereof; and wherein the X, Y, and Z groups are linked together through -O-glycosidic bonds; or - is a polysaccharide comprising one or more carboxylic groups. - comprises a polysaccharide whose repeating unit has the formula [X-Y-(Z)n] wherein n is 0 or 1; X, Y, and Z are each independently selected from the group consisting of monosaccharides, disaccharides, and polysaccharides; with the proviso that at least one of X, Y, and Z comprises an acid sugar selected from the group consisting of aldonic acids, ulosonic acids, uronic acids, aldaric acids, and mixtures thereof; and wherein the X, Y, and Z groups are linked together through -O-glycosidic bonds; or n is 0 or 1; X, Y, and Z are each independently selected from the group consisting of monosaccharides, disaccharides, and polysaccharides; with the proviso that at least one of X, Y, and Z comprises an acid sugar selected from the group consisting of aldonic acids, ulosonic acids, uronic acids, aldaric acids, and mixtures thereof; and wherein the X, Y, and Z groups are linked together through -O-glycosidic bonds; - is a polysaccharide comprising one or more carboxylic groups.
A peeling device comprising: a vertical rotation disk that is rotatably provided such as to be freely attached to and detached from a rotation shaft that is provided such as to extend horizontally; a plurality of fruit and vegetable holders that are each rotatably provided around a rotation axis of the vertical rotation disk , and each being configured to support a fruit or vegetable (K) by a support portion that is configured to extend vertically in relation to the vertical rotation disk ; and a peeler main body that is movably supported by a peeler arm along an axial direction of the fruit or vegetable (K) that is supportable by the fruit and vegetable holder in a state in which a peeler blade is pressable against the fruit or vegetable (K), characterized in that the vertical rotation disk is configured to be rotated and the fruit and vegetable holders are configured to be successively intermittently carried to a plurality of work positions including an attachment position for the fruit or vegetable (K), a peeling position, and a recovery position for the fruit or vegetable (K) provided on a rotation movement path of the vertical rotation disk , and at the peeling position, as a result of the carried fruit and vegetable holder being rotated, the supportable fruit or vegetable (K) is rotatable and full-periphery peeling by the peeler blade is performed by the peeler main body being configured to move along the axial direction of the fruit or vegetable (K). a vertical rotation disk that is rotatably provided such as to be freely attached to and detached from a rotation shaft that is provided such as to extend horizontally; a plurality of fruit and vegetable holders that are each rotatably provided around a rotation axis of the vertical rotation disk , and each being configured to support a fruit or vegetable (K) by a support portion that is configured to extend vertically in relation to the vertical rotation disk ; and a peeler main body that is movably supported by a peeler arm along an axial direction of the fruit or vegetable (K) that is supportable by the fruit and vegetable holder in a state in which a peeler blade is pressable against the fruit or vegetable (K), characterized in that the vertical rotation disk is configured to be rotated and the fruit and vegetable holders are configured to be successively intermittently carried to a plurality of work positions including an attachment position for the fruit or vegetable (K), a peeling position, and a recovery position for the fruit or vegetable (K) provided on a rotation movement path of the vertical rotation disk , and at the peeling position, as a result of the carried fruit and vegetable holder being rotated, the supportable fruit or vegetable (K) is rotatable and full-periphery peeling by the peeler blade is performed by the peeler main body being configured to move along the axial direction of the fruit or vegetable (K).
A treatment method for breaking a nucleic acid by means of a transposase comprising the following steps: randomly interrupting a nucleic acid using a transposase-embedded complex, wherein the transposase-embedded complex comprises a transposase and a first adapter comprising a transposase identification sequence; adding a first reagent for treatment, so as to break the adsorption effect of the transposase and the target sequence of the nucleic acid; adding a second reagent for treatment, so as to weaken the influence of the first reagent on the subsequent enzymatic reactions; and performing a PCR reaction by using a product generated after the second reagent treatment as a template component, so as to obtain a PCR product with an adapter at each end of the interrupted nucleic acid fragment; wherein the first reagent comprises a SDS solution; wherein the second reagent comprises Triton-X100 solution, and further comprises a Tween-20 solution. randomly interrupting a nucleic acid using a transposase-embedded complex, wherein the transposase-embedded complex comprises a transposase and a first adapter comprising a transposase identification sequence; adding a first reagent for treatment, so as to break the adsorption effect of the transposase and the target sequence of the nucleic acid; adding a second reagent for treatment, so as to weaken the influence of the first reagent on the subsequent enzymatic reactions; and performing a PCR reaction by using a product generated after the second reagent treatment as a template component, so as to obtain a PCR product with an adapter at each end of the interrupted nucleic acid fragment; wherein the first reagent comprises a SDS solution; wherein the second reagent comprises Triton-X100 solution, and further comprises a Tween-20 solution.
An assembly comprising: at least one subsea test tree (SSTT) , the SSTT comprising a valve having at least one of a cutting function and a sealing function, the valve being movable between an open position and a closed position via hydraulic fluid supplied to the valve through control lines (78, 80; 82, 84); and a control system comprising a source of hydraulic fluid , the control system being arranged to supply hydraulic fluid from the source of hydraulic fluid to the valve of the at least one SSTT on detecting that the control lines (78, 80; 82, 84) have been sheared, to automatically move the valve to the closed position; wherein the control system is arranged to detect that the SSTT valve is in its open position, and to close the valve on subsequently detecting that the control lines (78, 80; 82, 84) have been sheared; and wherein the control system comprises a pilot line , shearing of the pilot line triggering movement of the valve to the closed position. at least one subsea test tree (SSTT) , the SSTT comprising a valve having at least one of a cutting function and a sealing function, the valve being movable between an open position and a closed position via hydraulic fluid supplied to the valve through control lines (78, 80; 82, 84); and a control system comprising a source of hydraulic fluid , the control system being arranged to supply hydraulic fluid from the source of hydraulic fluid to the valve of the at least one SSTT on detecting that the control lines (78, 80; 82, 84) have been sheared, to automatically move the valve to the closed position; wherein the control system is arranged to detect that the SSTT valve is in its open position, and to close the valve on subsequently detecting that the control lines (78, 80; 82, 84) have been sheared; and wherein the control system comprises a pilot line , shearing of the pilot line triggering movement of the valve to the closed position.
A stent delivery device, comprising: a housing connectable to an elongate body; a mover coupled to the housing and connected, via an elongate member, to an outer sheath disposed over a stent compressed about a distal end of the elongate body; characterised in that the stent delivery device also comprises a pre-mover associated with the housing having a locked position engaging the mover to resist movement of the elongate member by the mover, and an unlocked position in which the mover is released, wherein movement of the pre-mover from the locked position to the unlocked position prepares the outer sheath for deployment of the stent by adjusting the elongate member relative to the elongate body to reduce slack in the elongate member. a housing connectable to an elongate body; a mover coupled to the housing and connected, via an elongate member, to an outer sheath disposed over a stent compressed about a distal end of the elongate body; characterised in that the stent delivery device also comprises a pre-mover associated with the housing having a locked position engaging the mover to resist movement of the elongate member by the mover, and an unlocked position in which the mover is released, wherein movement of the pre-mover from the locked position to the unlocked position prepares the outer sheath for deployment of the stent by adjusting the elongate member relative to the elongate body to reduce slack in the elongate member.
An aqueous dispersion comprising an emulsion polymer, wherein the emulsion polymer comprises, by weight based on the weight of the emulsion polymer, (a) structural units of a phosphorous acid monomer and/or a salt thereof, (b) from 5% to less than 40% of structural units of a cycloalkyl (meth)acrylate, (c) from 0.8% to 5% of structural units of an acetoacetoxy or acetoacetamide functional monomer, and (d) structural units of a hydrophobic monomer; wherein the emulsion polymer has a weight average molecular weight of 160,000 g/mol or more and wherein the weight average molecular weight is determined according to the method mentioned in the specification. (a) structural units of a phosphorous acid monomer and/or a salt thereof, (b) from 5% to less than 40% of structural units of a cycloalkyl (meth)acrylate, (c) from 0.8% to 5% of structural units of an acetoacetoxy or acetoacetamide functional monomer, and (d) structural units of a hydrophobic monomer;
A turbine wheel for a gas turbine engine, the turbine wheel comprising a disk formed to include a dovetail slot that extends through the disk in an axial direction from a forward side to an aft side of the disk and inwardly in a radial direction from an outer diameter of the disk toward a central axis, whereby the dovetail slot includes a pair of converging angled surfaces forming a radially-facing opening ; a blade comprising ceramic-containing materials, the blade formed to include an airfoil that extends outwardly in the radial direction from the outer diameter of the disk and a root that extends into the dovetail slot , the root including a stem that extends from the airfoil into the dovetail slot and a pair of pin receivers arranged in the dovetail slot and extending circumferentially from the stem in opposing directions, and a pair of retention pins each arranged in the pin receivers , the retention pins are arranged on circumferentially opposed sides of the stem and are arranged radially between the pin receivers and the angled surfaces of the dovetail slot and are contacting the pin receivers and the angled surfaces of the dovetail slot , so that centrifugal forces applied to the blade when the turbine wheel is rotated about the central axis are transferred through the pair of retention pins to the disk , wherein each pin receiver defines a pin-receiving channel sized to receive one retention pin of the pair of retention pins and arranged to open outwardly in the radial direction.