mhurhangee/patent-ind-claim-en huggingface dataset:
Device for preparing a cosmetic composition , the device comprising: - a structure defining a housing extending along a longitudinal axis (X-X'), - a piston movable in translation in relation to the structure along the longitudinal axis (X-X') in the housing , and - an outlet nozzle opening at one end of the housing , suitable for being fluidically connected to a receptacle or to a preform intended to form a receptacle, characterized in that the device further comprises a plurality of capsules , wherein the housing receives removably the plurality of capsules , each comprising a substantially cylindrical side wall , the capsules being aligned coaxially along the longitudinal axis (X-X'), at least one of the capsules containing at least one constituent of the cosmetic composition , the piston being mounted movable through the capsules to successively perforate each capsule and convey contents of each capsule to the outlet nozzle . - a structure defining a housing extending along a longitudinal axis (X-X'), - a piston movable in translation in relation to the structure along the longitudinal axis (X-X') in the housing , and - an outlet nozzle opening at one end of the housing , suitable for being fluidically connected to a receptacle or to a preform intended to form a receptacle, characterized in that the device further comprises a plurality of capsules , wherein the housing receives removably the plurality of capsules , each comprising a substantially cylindrical side wall , the capsules being aligned coaxially along the longitudinal axis (X-X'), at least one of the capsules containing at least one constituent of the cosmetic composition , the piston being mounted movable through the capsules to successively perforate each capsule and convey contents of each capsule to the outlet nozzle .
Pneumatic vehicle tyre for motor cars, comprising a directional tread formed by diagonal grooves that run in a V-shape as main grooves, wherein a portion of the diagonal grooves from each tread half runs slightly over the circumferential central line of the tread into the respective other tread half and in each case merges there with a diagonal groove from the other tread half, such that sub-regions of positive profiles protrude out of each tread half into the other tread half, wherein the diagonal grooves together with the positive profiles arranged between them form identically designed profile structures or pitches (P 1 , P 2 , P 3 ) over the tyre circumference, which are provided in at least two different circumferential lengths, and wherein, in each pitch (P 1 , P 2 , P 3 ) along the circumferential central line (M-M) of the tread, there is a mutual offset (v) of the diagonal grooves of a pitch (P 1 , P 2 , P 3 ), which is the mutual distance between the diagonal groove which first arrives at ground level at the circumferential central line (M-M) when rolling during forward travel, and has its portion that runs over the circumferential central line of the tread within the respective pitch (P 1 , P 2 , P 3 ), and the diagonal groove which next arrives at ground level, characterized in that the tread is designed such that the offset v is determined in mm according to the following relationship and is the same size in all of the pitches (P 1 , P 2 , P 3 ) : v = U 2 × n , where U is the circumference of the tyre along the circumferential central line in mm and n is the number of pitches P i over the tyre circumference and where the maximum deviation is ±2% of the pitch length of the shortest pitch.
A process for the preparation of an immunogenic agent, characterized in that it comprises the following steps: a) incubating a biofilm-producing S. uberis strain to obtain a biofilm, b) recovering the biofilm from the culture medium, c) subjecting the biofilm obtained in step b) to a thermal heat treatment carried out at a temperature comprised from 80°C to 130°C, and d) discarding the insoluble fraction obtained after the thermal heat treatment of step c) and preserving the soluble extract. a) incubating a biofilm-producing S. uberis strain to obtain a biofilm, b) recovering the biofilm from the culture medium, c) subjecting the biofilm obtained in step b) to a thermal heat treatment carried out at a temperature comprised from 80°C to 130°C, and d) discarding the insoluble fraction obtained after the thermal heat treatment of step c) and preserving the soluble extract.
A hoisting device including: - a bracket including a mast and a load arm - or boom - retractable along the mast; - means for reversibly engaging the mast with two rungs of a ladder; - a member for latching the reversible engagement means; - a member for wearing the device on a shoulder; and - a cross member for pressing on one of the rungs, and in that the wearing member and the cross member are integral with the mast. - a bracket including a mast and a load arm - or boom - retractable along the mast; - means for reversibly engaging the mast with two rungs of a ladder; - a member for latching the reversible engagement means; - a member for wearing the device on a shoulder; and - a cross member for pressing on one of the rungs,
Tool for reworking joints filled with a jointing compound, having an elongate handle and a head attached to the handle , the head having a pocket which has an opening on the side of the head facing away from the handle and in which a plate is inserted, which has a first cutting edge at its end projecting out of the opening, characterised in that the plate is made of an elastic material, and in that a bottom wall of the pocket has a latching opening in which a latching projection of an upper broad side of the plate engages.
A combustor assembly for a gas turbine engine comprising: a combustor shell ; a turbine rotor ; a vane pack downstream from the combustor shell and upstream from the turbine rotor ; a tangential on board injector ; a case ; and a joint for securing the combustor shell , tangential on board injector and case together, the joint having a combustor flange integral to the combustor shell , a tangential on board injector flange integral to the tangential on board injector and a case flange integral to the case , wherein the combustor flange , the tangential on board injector flange and the case flange are secured together, the combustor flange includes first and second sets of holes respectively receiving first and second fasteners that are different than one another, the first and second fasteners securing the combustor flange , the tangential on board injector flange and the case flange together, and the second fastener is a nut and a bolt that extends through the combustor flange , the tangential on board injector flange and the case flange . a combustor shell ; a turbine rotor ; a vane pack downstream from the combustor shell and upstream from the turbine rotor ; a tangential on board injector ; a case ; and a joint for securing the combustor shell , tangential on board injector and case together, the joint having a combustor flange integral to the combustor shell , a tangential on board injector flange integral to the tangential on board injector and a case flange integral to the case , wherein the combustor flange , the tangential on board injector flange and the case flange are secured together, the combustor flange includes first and second sets of holes respectively receiving first and second fasteners that are different than one another, the first and second fasteners securing the combustor flange , the tangential on board injector flange and the case flange together, and the second fastener is a nut and a bolt that extends through the combustor flange , the tangential on board injector flange and the case flange .
A method, comprising: selecting , by a wireless communications device in response to launching of a service, a set of credentials compatible with the service to obtain the service; determining , by the wireless communications device, at least one network offering the service from among networks identified in a list of preferred networks; and initiating , by the wireless communications device, the service on the at least one network from among the list of preferred networks using the selected set of credentials based on the determining, characterized in that the determining the at least one network further comprises: selecting , by the wireless communications device, the at least one network from the list of preferred networks; determining , by the wireless communications device, whether connecting the service with the selected at least one network will interrupt at least one ongoing service at the wireless communications device; and connecting to the selected at least one network in response to determining that connecting will not interrupt the at least one ongoing service. selecting , by a wireless communications device in response to launching of a service, a set of credentials compatible with the service to obtain the service; determining , by the wireless communications device, at least one network offering the service from among networks identified in a list of preferred networks; and initiating , by the wireless communications device, the service on the at least one network from among the list of preferred networks using the selected set of credentials based on the determining, characterized in that the determining the at least one network further comprises: selecting , by the wireless communications device, the at least one network from the list of preferred networks; determining , by the wireless communications device, whether connecting the service with the selected at least one network will interrupt at least one ongoing service at the wireless communications device; and connecting to the selected at least one network in response to determining that connecting will not interrupt the at least one ongoing service. selecting , by the wireless communications device, the at least one network from the list of preferred networks; determining , by the wireless communications device, whether connecting the service with the selected at least one network will interrupt at least one ongoing service at the wireless communications device; and connecting to the selected at least one network in response to determining that connecting will not interrupt the at least one ongoing service.
A refrigerator comprising: a main body having an inner case including a freezing chamber inner case that forms a freezing chamber and a refrigerating chamber inner case that forms a refrigerating chamber , the freezing chamber and the refrigerating chamber being arranged in a lateral direction; an evaporator (E) arranged in a lower portion of the freezing chamber to generate cold air; a freezing chamber duct provided in the freezing chamber to supply the cold air to the freezing chamber ; a refrigerating chamber duct provided in the refrigerating chamber to supply the cold air to the refrigerating chamber ; and a connection duct configured to guide the cold air from the freezing chamber duct to the refrigerating chamber duct , wherein one end of the connection duct is coupled to a sidewall of the freezing chamber inner case , and an other end of the connection duct is coupled to a rear wall of the refrigerating chamber inner case ; wherein the freezing chamber duct includes an outlet formed to allow the cold air of the freezing chamber duct to be released to the connection duct , and the refrigerating chamber duct includes a connector formed to allow the cold air of the freezing chamber duct to be guided to the refrigerating chamber duct through the connection duct ; characterized in that the outlet is formed on a lateral side of the freezing chamber duct that is directed to the refrigerating chamber duct , and the connector is formed on a rear side of the refrigerating chamber duct . a main body having an inner case including a freezing chamber inner case that forms a freezing chamber and a refrigerating chamber inner case that forms a refrigerating chamber , the freezing chamber and the refrigerating chamber being arranged in a lateral direction; an evaporator (E) arranged in a lower portion of the freezing chamber to generate cold air; a freezing chamber duct provided in the freezing chamber to supply the cold air to the freezing chamber ; a refrigerating chamber duct provided in the refrigerating chamber to supply the cold air to the refrigerating chamber ; and a connection duct configured to guide the cold air from the freezing chamber duct to the refrigerating chamber duct , wherein one end of the connection duct is coupled to a sidewall of the freezing chamber inner case , and an other end of the connection duct is coupled to a rear wall of the refrigerating chamber inner case ; wherein the freezing chamber duct includes an outlet formed to allow the cold air of the freezing chamber duct to be released to the connection duct , and the refrigerating chamber duct includes a connector formed to allow the cold air of the freezing chamber duct to be guided to the refrigerating chamber duct through the connection duct ; characterized in that the outlet is formed on a lateral side of the freezing chamber duct that is directed to the refrigerating chamber duct , and the connector is formed on a rear side of the refrigerating chamber duct .
A method of monitoring an operation of detection of an analyte in a liquid sample using a measuring cell , the measuring cell comprising a working electrode for excitation of electrochemiluminescence in the liquid sample, a light source for coupling light into a transport path , and an optical detector for detecting the excited electrochemiluminescence, and the coupled light, the excitation and detection being performed in an electrochemiluminescence measurement cycle, the measurement cycle comprising transporting the liquid sample via a transport path to the working electrode using a support liquid, the method comprising: - coupling light of the light source into the transport path during part of the measurement cycle, the transport path and any liquid contained in the transport path forming a light guide between the light source and the optical detector 126 - turning off the light source the detection of the excited electrochemiluminescence, - detecting the coupled light by the optical detector , - analyzing the detected light regarding the presence of a gas bubble in the transport path , and, in case of the presence of a gas bubble , analyzing the detected light regarding a property of the gas bubble, - providing a measurement state in case the result of the analysis deviates from a target state regarding the presence of a gas bubble in the transport path , the measurement state indicating a deviation of the property from a reference property by a predefined threshold, the property being selected from anyone of: a time duration for which the gas bubble is detected, a time point at which the gas bubble is detected, an intensity of the detected coupled light. - coupling light of the light source into the transport path during part of the measurement cycle, the transport path and any liquid contained in the transport path forming a light guide between the light source and the optical detector 126 - turning off the light source the detection of the excited electrochemiluminescence, - detecting the coupled light by the optical detector , - analyzing the detected light regarding the presence of a gas bubble in the transport path , and, in case of the presence of a gas bubble , analyzing the detected light regarding a property of the gas bubble, - providing a measurement state in case the result of the analysis deviates from a target state regarding the presence of a gas bubble in the transport path , the measurement state indicating a deviation of the property from a reference property by a predefined threshold, the property being selected from anyone of: a time duration for which the gas bubble is detected, a time point at which the gas bubble is detected, an intensity of the detected coupled light.
A system comprising: an AC electric motor ; at least one photovoltaic panel ; a DC-DC converter coupled to receive power from the at least one photovoltaic panel and provide a second DC voltage ; a variable-frequency motor driver coupled to receive the second DC voltage and provide an AC power to the AC electric motor ; and a microcontroller configured to regulate the second DC voltage ; the microcontroller being configured to gradually and simultaneously increase the second DC voltage and a frequency of the AC power until the AC electric motor starts rotating, and characterized in that the microcontroller is configured to detect that the AC electric motor has started rotating by detecting a decrease in current received from the at least one photovoltaic panel , and when the AC electric motor has started rotating to use a maximum-power-point tracking firmware to increase the frequency of the AC power to optimize power output, while regulating the second DC voltage at a predetermined value. an AC electric motor ; at least one photovoltaic panel ; a DC-DC converter coupled to receive power from the at least one photovoltaic panel and provide a second DC voltage ; a variable-frequency motor driver coupled to receive the second DC voltage and provide an AC power to the AC electric motor ; and a microcontroller configured to regulate the second DC voltage ; the microcontroller being configured to gradually and simultaneously increase the second DC voltage and a frequency of the AC power until the AC electric motor starts rotating, and characterized in that the microcontroller is configured to detect that the AC electric motor has started rotating by detecting a decrease in current received from the at least one photovoltaic panel , and when the AC electric motor has started rotating to use a maximum-power-point tracking firmware to increase the frequency of the AC power to optimize power output, while regulating the second DC voltage at a predetermined value.
Salvia haenkei extract as active agent for use in the treatment of a heart disease.
A fluid regulator comprising: a fluid flow passageway between an inlet and an outlet ; a sensing chamber defining a portion of the fluid flow passageway; a diaphragm arranged to sense a pressure in the sensing chamber; and a plurality of diaphragm interfaces adjacent the sensing chamber, each of the diaphragm interfaces having a curved surface to contact a portion of the diaphragm that moves in response to pressure changes in the sensing chamber, each of the curved surfaces to affect an amount of stress imparted to the portion of the diaphragm during operation of the fluid regulator; characterized in that the plurality of diaphragm interfaces comprises a first diaphragm interface comprising a back-up plate arranged in a loading chamber opposite the sensing chamber, the back-up plate including a first curved surface to contact the portion of the diaphragm during operation of the fluid regulator; and in that the plurality of diaphragm interfaces further comprises a second diaphragm interface comprising a ring-shaped clamp arranged around the back-up plate, the ring-shaped clamp including a clamping portion and a support portion , the clamping portion being configured to hold a peripheral edge of the diaphragm, and the support portion being configured to project inwardly from the peripheral edge of the diaphragm and comprising a second curved surface to contact only one side of the portion of the diaphragm during operation of the fluid regulator. a fluid flow passageway between an inlet and an outlet ; a sensing chamber defining a portion of the fluid flow passageway; a diaphragm arranged to sense a pressure in the sensing chamber; and a plurality of diaphragm interfaces adjacent the sensing chamber, each of the diaphragm interfaces having a curved surface to contact a portion of the diaphragm that moves in response to pressure changes in the sensing chamber, each of the curved surfaces to affect an amount of stress imparted to the portion of the diaphragm during operation of the fluid regulator; characterized in that the plurality of diaphragm interfaces comprises a first diaphragm interface comprising a back-up plate arranged in a loading chamber opposite the sensing chamber, the back-up plate including a first curved surface to contact the portion of the diaphragm during operation of the fluid regulator; and in that the plurality of diaphragm interfaces further comprises a second diaphragm interface comprising a ring-shaped clamp arranged around the back-up plate, the ring-shaped clamp including a clamping portion and a support portion , the clamping portion being configured to hold a peripheral edge of the diaphragm, and the support portion being configured to project inwardly from the peripheral edge of the diaphragm and comprising a second curved surface to contact only one side of the portion of the diaphragm during operation of the fluid regulator.
System for operating a load-handling crane , the hoist of which can be moved in a travel plane (E) by means of a travel drive of the crane , having a handling device for operating the crane which is provided and configured for attaching to a carrying means of the hoist which can be lifted and lowered, and having a sensor system for determining an orientation of the carrying means and/or a part attached to the carrying means , in particular the handling device and/or a load picking-up means , wherein the system comprises an operating element which cooperates with the sensor system in such a manner that by actuating the operating element a control command can be triggered for actuating the travel drive, by means of which the hoist can be moved in the travel plane (E) in a direction of travel by means of the travel drive and the direction of travel is dependent upon an orientation determined by means of the sensor system , wherein the operating element comprises two operating parts, the actuation of which in each case triggers control commands for opposite directions of travel in terms of forwards travel and rearwards travel, for which purpose the two operating parts are configured in the form of a first button for forwards travel and a second button for rearwards travel , preferably in each case as push-buttons to be mechanically actuated, each having at least one actuation stage, wherein the sensor system is configured to determine that orientation of a section of the carrying means suspended from the travel plane (E) and extending in the direction of gravitational force and/or of the part attached thereto, which can be varied by rotation of the section or part about a rotational axis (z1) extending in the direction of gravitational force, characterised in that the specifying of the direction of travel for the travel drive depending upon the determined orientation is effected as a predefined allocation of a directional vector to the determined orientation in such a manner that the specified direction of travel extends along, or in parallel with, a notional straight line representing the orientation, wherein the notional straight line contains two reference points which are defined in a mutually distinguishable manner on the section of the carrying means suspended from the travel plane or the respective part attached thereto used to determine the orientation, wherein a change in the orientation relative to a coordinate plane of the sensor system or the travel drive effects a correspondingly equal change in the directional vector and thus the direction of travel specified in dependence upon the determined orientation, and wherein the sensor system is configured to determine the orientation on the basis of an optical measurement of said reference points.