mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic position sensing system comprising: at least one annular magnet mounted to a surface of a rotating body , the at least one annular magnet comprising: a first end ; a second end ; an inner diameter surface ; and an outer diameter surface ; wherein the inner diameter surface and outer diameter surface define a radial thickness (TR) therebetween, the radial thickness (TR) varying from the first end to the second end ; characterised in that the at least one annular magnet comprises a first annular magnet and a second annular magnet also having a first end and a second end , wherein the first end of the first magnet is offset from the first end of the second magnet , wherein the first annular magnet is attached to an outer diameter surface of the rotating body and the second annular magnet is attached to an end face surface of the rotating body, and the outer diameter surface is perpendicular to the end face surface . at least one annular magnet mounted to a surface of a rotating body , the at least one annular magnet comprising: a first end ; a second end ; an inner diameter surface ; and an outer diameter surface ; a first end ; a second end ; an inner diameter surface ; and an outer diameter surface ; wherein the inner diameter surface and outer diameter surface define a radial thickness (TR) therebetween, the radial thickness (TR) varying from the first end to the second end ; characterised in that the at least one annular magnet comprises a first annular magnet and a second annular magnet also having a first end and a second end , wherein the first end of the first magnet is offset from the first end of the second magnet , wherein the first annular magnet is attached to an outer diameter surface of the rotating body and the second annular magnet is attached to an end face surface of the rotating body, and the outer diameter surface is perpendicular to the end face surface .
An apparatus comprising means for: rendering first content to a first user , the first content being based on recorded content associated with a second user ; eye tracking in a time interval following the rendering of the first content to obtain eye-tracking data of the first user; determining first data indicative of whether or not there is a match between the eye-tracking data of the first user and reference eye-tracking data associated with the recorded content associated with the second user; receiving second data indicative of whether or not there is a match between eye-tracking data of the second user and reference eye-tracking data associated with recorded content associated with the first user; and if both the first and second data are indicative of a match, then providing the first user with a telecommunication option configured to initiate communication with the second user. rendering first content to a first user , the first content being based on recorded content associated with a second user ; eye tracking in a time interval following the rendering of the first content to obtain eye-tracking data of the first user; determining first data indicative of whether or not there is a match between the eye-tracking data of the first user and reference eye-tracking data associated with the recorded content associated with the second user; receiving second data indicative of whether or not there is a match between eye-tracking data of the second user and reference eye-tracking data associated with recorded content associated with the first user; and if both the first and second data are indicative of a match, then providing the first user with a telecommunication option configured to initiate communication with the second user.
A system for cleaning aquatic environments comprising: - at least one tray adapted to receive and hold water polluted by waste, notably microplastics, while allowing the water to evaporate, - means adapted to provide on the tray a controlled volume of water and - means adapted to recover the solid residues present on the tray after evaporation of the water, characterized in that the means for recovering the solid residues comprises a film placed on the surface of the tray, for receiving the polluted water, said film being able to be rolled or folded on itself. - at least one tray adapted to receive and hold water polluted by waste, notably microplastics, while allowing the water to evaporate, - means adapted to provide on the tray a controlled volume of water and - means adapted to recover the solid residues present on the tray after evaporation of the water,
A method for demand-based closed-loop control of an electrochemical plant, which comprises modules (M) and an control unit (C), each module (M) being individually controlled by the control unit and supplied with a module-specific electric operating current, in order for each of the modules (M) to generate a separate product flow, the product flows of the individual modules (M), which are connected in parallel with regard to their product flows, being merged to form a total product flow of the plant, wherein the following steps are carried out by the control unit (C) when a start condition is satisfied: - recording a current total product flow demand (B) - recording the current efficiency of the modules (M) of the electrochemical plant depending on the ratio of the respective operating current and product flow , - determining the operationally ready modules (M) , - determining module-specific target operating currents for the operationally ready modules (M) to cover the current total product flow demand (B) from a range of permissible module-specific target operating currents (I m ) as a function of the efficiency of the modules (M) and the current total product flow demand (B) , wherein to determine the module-specific target operating currents (I m ), the respective modules (M) are sorted according to a module-specific life-cycle parameter and are raised or lowered according to that order until the current total product flow demand (B) is met , - setting the operating currents of the operationally ready modules (M) to the determined module-specific target operating currents (I m ) , characterized in that, the life-cycle parameter is calculated from the current efficiency of the modules and a correction term that takes into account maintenance costs of the electrochemical plant, wherein the correction term generates a deviation from the currently most efficient operating point of the plant, which allows non-uniform aging of the modules in terms of their efficiency. - recording a current total product flow demand (B) - recording the current efficiency of the modules (M) of the electrochemical plant depending on the ratio of the respective operating current and product flow , - determining the operationally ready modules (M) , - determining module-specific target operating currents for the operationally ready modules (M) to cover the current total product flow demand (B) from a range of permissible module-specific target operating currents (I m ) as a function of the efficiency of the modules (M) and the current total product flow demand (B) , wherein to determine the module-specific target operating currents (I m ), the respective modules (M) are sorted according to a module-specific life-cycle parameter and are raised or lowered according to that order until the current total product flow demand (B) is met , - setting the operating currents of the operationally ready modules (M) to the determined module-specific target operating currents (I m ) ,
Substrate impregnated with at least one fluid composition comprising at least one enzymatic component in a solution for an application on a surface having microorganisms, having formed or not a biofilm, characterised in that said impregnated substrate is intended for a sampling of said microorganisms on said surface, and in that said at least one composition has a dynamic viscosity of between 50 and 2000mPa.s.
An embolic coil conveying device, comprising a pusher and an embolic coil , wherein a section where a distal end of the pusher and a proximal end of the embolic coil are connected is a detachment section ; wherein the embolic coil conveying device further comprises: a stretch-resistant thread disposed in the embolic coil , the stretch-resistant thread being fixed on a ring at the proximal end of the embolic coil ; and a conductive wire configured to pass through an inside of the pusher , wherein the conductive wire is covered by an insulating layer, and a detachment point that is not covered by the insulating layer is provided on a distal end of the conductive wire , characterized in that : the distal end of the conductive wire and a proximal end of the stretch-resistant thread are directly cross-connected.
A compound of formula I: wherein T represents a linking arm having at least two groups for linking; Q represents a peptide having thrombolytic activity; and R 1 and R 2 represent C 1-4 alkyl groups, wherein R 1 and R 2 are the same or different; wherein at least one of the groups for linking is an amino group and the remaining groups for linking are carboxyl groups or amino groups; and wherein the peptide having thrombolytic activity is selected from a group consisting of an oligopeptide containing a PA (Pro-Ala) sequence, a PAK (Pro-Ala-Lys) sequence, an AKP (Ala-Lys-Pro) sequence or a KAP (Lys-Ala-Pro) sequence, and a peptide having repeated units of the PAK sequence, the AKP sequence or the KAP sequence. wherein T represents a linking arm having at least two groups for linking; Q represents a peptide having thrombolytic activity; and R 1 and R 2 represent C 1-4 alkyl groups, wherein R 1 and R 2 are the same or different; wherein at least one of the groups for linking is an amino group and the remaining groups for linking are carboxyl groups or amino groups; and wherein the peptide having thrombolytic activity is selected from a group consisting of an oligopeptide containing a PA (Pro-Ala) sequence, a PAK (Pro-Ala-Lys) sequence, an AKP (Ala-Lys-Pro) sequence or a KAP (Lys-Ala-Pro) sequence, and a peptide having repeated units of the PAK sequence, the AKP sequence or the KAP sequence.
A board for a stringed instrument which forms a front plate of a stringed instrument, the board comprising: a laminated plate that is obtained by laminating a plurality of veneers having a uniform thickness by an adhesive , at least one of the veneers having a different planar shape than the other veneers, the plurality of veneers including a front surface plate exposed to a front surface of the laminated plate and a back surface plate exposed to a back surface of the laminated plate; wherein the laminated plate is curved to be convex toward one surface side and has a thin portion and a thick portion, characterized in that the entire surface of the front surface is covered with the front surface plate and the entire surface of the back surface is covered by the back surface plate . a laminated plate that is obtained by laminating a plurality of veneers having a uniform thickness by an adhesive , at least one of the veneers having a different planar shape than the other veneers, the plurality of veneers including a front surface plate exposed to a front surface of the laminated plate and a back surface plate exposed to a back surface of the laminated plate; wherein the laminated plate is curved to be convex toward one surface side and has a thin portion and a thick portion, characterized in that the entire surface of the front surface is covered with the front surface plate and the entire surface of the back surface is covered by the back surface plate .
A valving system comprising: a fluid duct ; a control ; a valve member received within the fluid duct to control the flow of fluid between a duct inlet to a duct outlet ; an actuator member connected to move with an actuator piston and change the position of the valve member, said actuator piston moving within a housing , said housing defining a smaller face fluid chamber acting on a small area piston face, and there being a larger face fluid chamber , acting on a larger face of the actuator piston , said larger face being on a remote side of said actuator piston from said small area piston face of said actuator piston; a torque motor comprising an armature and a flapper caused to move by current received at the armature from the control , said flapper moving between two fluid ports to control the opening of the two fluid ports and control the pressure in the larger face fluid chamber, said flapper further having a positioning extension , and said positioning extension engaging a first feedback spring operable between it and the larger face of said actuator piston providing a spring force in combination with a spring force from the positioning extension; and said control being operable to provide current to said armature to control the fluid received in said larger face fluid chamber from said first and second fluid ports, said control being programmed to associate the current supplied to the armature to an actual position of the valve member. a fluid duct ; a control ; a valve member received within the fluid duct to control the flow of fluid between a duct inlet to a duct outlet ; an actuator member connected to move with an actuator piston and change the position of the valve member, said actuator piston moving within a housing , said housing defining a smaller face fluid chamber acting on a small area piston face, and there being a larger face fluid chamber , acting on a larger face of the actuator piston , said larger face being on a remote side of said actuator piston from said small area piston face of said actuator piston; a torque motor comprising an armature and a flapper caused to move by current received at the armature from the control , said flapper moving between two fluid ports to control the opening of the two fluid ports and control the pressure in the larger face fluid chamber, said flapper further having a positioning extension , and said positioning extension engaging a first feedback spring operable between it and the larger face of said actuator piston providing a spring force in combination with a spring force from the positioning extension; and said control being operable to provide current to said armature to control the fluid received in said larger face fluid chamber from said first and second fluid ports, said control being programmed to associate the current supplied to the armature to an actual position of the valve member.
A method for calibrating an entire measuring circuit automatically in a process to be measured, which method comprises the steps: - connecting a calibrator to a starting point of a measuring circuit in the process to be measured; - feeding a desired stimulus of a desired quantity from the calibrator into the starting point of the measuring circuit; - reading the measurement result given by the measuring circuit at the end point of the measuring circuit in a control room ; and - sending the read measurement result digitally back to the calibrator ; characterized in that the method further comprises the following step: - storing both the stimulus and the read measurement result automatically in a desired place, so that the storing of the stimulus is delayed by a delay module , so that delays caused by different elements in the measuring circuit, comprising delays related to times passed in the signal transmission parts and passage times of the signal, are taken into account, so that the sent measurement result can be stored at the same time as the stimulus, and connected as a numerical value pair, so that the storing is performed after the signal to be measured has stabilized. - connecting a calibrator to a starting point of a measuring circuit in the process to be measured; - feeding a desired stimulus of a desired quantity from the calibrator into the starting point of the measuring circuit; - reading the measurement result given by the measuring circuit at the end point of the measuring circuit in a control room ; and - sending the read measurement result digitally back to the calibrator ; characterized in that the method further comprises the following step: - storing both the stimulus and the read measurement result automatically in a desired place, so that the storing of the stimulus is delayed by a delay module , so that delays caused by different elements in the measuring circuit, comprising delays related to times passed in the signal transmission parts and passage times of the signal, are taken into account, so that the sent measurement result can be stored at the same time as the stimulus, and connected as a numerical value pair, so that the storing is performed after the signal to be measured has stabilized.
An aqueous cleaning composition comprising i) a polysaccharide polymer; ii) a further polysaccharide polymer different from i); iii) at least one abrasive particle having a mean particle size of 0.01 to 1000 μm; iv) at least one acidic compound; v) water; vi) optionally at least one surfactant; and vii) optionally at least one additive; wherein the composition has a pH of lower than 7 and wherein i) is succinoglycan gum. i) a polysaccharide polymer; ii) a further polysaccharide polymer different from i); iii) at least one abrasive particle having a mean particle size of 0.01 to 1000 μm; iv) at least one acidic compound; v) water; vi) optionally at least one surfactant; and vii) optionally at least one additive;
A method for monitoring the structural health of a structure (S) that supports guided propagation modes of elastic waves, implemented passively, comprising the following steps: a) acquiring an ambient noise propagating through the structure by means of at least one pair of non-collocated elastic-wave sensors (CA, CB); b) estimating, from the ambient noise acquired in step a), a function representative of an impulse response of the structure for elastic propagation between the constituent sensors of said pair; characterised in that it further comprises the following steps: c) extracting at least one dispersion curve of the elastic propagation in the structure by time-frequency analysis of the function representative of an impulse response obtained in step b); and d) estimating at least one parameter indicative of a mechanical property of a constituent material of the structure from the dispersion curve obtained in step c). a) acquiring an ambient noise propagating through the structure by means of at least one pair of non-collocated elastic-wave sensors (CA, CB); b) estimating, from the ambient noise acquired in step a), a function representative of an impulse response of the structure for elastic propagation between the constituent sensors of said pair; characterised in that it further comprises the following steps: c) extracting at least one dispersion curve of the elastic propagation in the structure by time-frequency analysis of the function representative of an impulse response obtained in step b); and d) estimating at least one parameter indicative of a mechanical property of a constituent material of the structure from the dispersion curve obtained in step c). c) extracting at least one dispersion curve of the elastic propagation in the structure by time-frequency analysis of the function representative of an impulse response obtained in step b); and d) estimating at least one parameter indicative of a mechanical property of a constituent material of the structure from the dispersion curve obtained in step c).
A shifting tool for use in displacing a component of a well tool , the shifting tool comprising: a retraction sleeve ; one or more engagement members configured to engage the well tool component ; and a detent device that prevents any prior relative longitudinal displacement between the retraction sleeve and the engagement members until a predetermined longitudinal force is applied to the shifting tool , but permits relative displacement between the retraction sleeve and the engagement members in response to the predetermined longitudinal force applied to the shifting tool , and in which the shifting tool is configured to reset downhole following application of the predetermined longitudinal force, whereby the shifting tool is reusable downhole without retrieving the shifting tool to surface. a retraction sleeve ; one or more engagement members configured to engage the well tool component ; and a detent device that prevents any prior relative longitudinal displacement between the retraction sleeve and the engagement members until a predetermined longitudinal force is applied to the shifting tool , but permits relative displacement between the retraction sleeve and the engagement members in response to the predetermined longitudinal force applied to the shifting tool , and in which the shifting tool is configured to reset downhole following application of the predetermined longitudinal force, whereby the shifting tool is reusable downhole without retrieving the shifting tool to surface.
An air to air heat exchange assembly , comprising: one or more sensible heat exchangers ; and characterized by one or more latent heat exchangers , the one or more sensible heat exchangers and the one or more latent heat exchangers are arranged and configured to make up a first inlet face configured to receive a first stream of air , the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a second inlet face configured to receive a second stream of air different from the first stream of air , the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a first outlet in fluid communication with the first inlet face , the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a second outlet in fluid communication with the second inlet face , the one or more sensible heat exchangers and the one or more latent heat exchangers include flow channels between the first inlet face and the first outlet , and between the second inlet face and the second outlet , and the flow channels between the first inlet face and the first outlet are in a heat exchange relationship with the flow channels between the second inlet face and the second outlet , and are configured such that both sensible heat exchange and latent heat exchange occurs through the heat exchange assembly . one or more sensible heat exchangers ; and characterized by one or more latent heat exchangers , the one or more sensible heat exchangers and the one or more latent heat exchangers are arranged and configured to make up a first inlet face configured to receive a first stream of air , the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a second inlet face configured to receive a second stream of air different from the first stream of air , the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a first outlet in fluid communication with the first inlet face , the one or more sensible heat exchangers and the one or more latent heat exchangers are configured to make up a second outlet in fluid communication with the second inlet face , the one or more sensible heat exchangers and the one or more latent heat exchangers include flow channels between the first inlet face and the first outlet , and between the second inlet face and the second outlet , and the flow channels between the first inlet face and the first outlet are in a heat exchange relationship with the flow channels between the second inlet face and the second outlet , and are configured such that both sensible heat exchange and latent heat exchange occurs through the heat exchange assembly .
A method of killing an insect or mite which infest plants, said method comprising the step of administering to said insect or mite which infest plants in an effective dose a composition comprising a hollow glucan particle or cell wall particle encapsulating a terpene component, and wherein the terpene component comprises thymol.
A compound of Formula (ZZ-20): or a pharmaceutically acceptable salt or solvate thereof.