mhurhangee/ep-ind-claims huggingface dataset:
An autoinjector comprising a lower body receiving a tank, said tank containing fluid product and comprising a piston and a needle, such as a prefilled syringe, said autoinjector comprising a central body fastened to said lower body and an actuating sleeve provided with a contact end designed to make contact with the body of the user, said actuating sleeve being moveable between a projected position and an actuation position, said actuating sleeve being in a projected position prior to and after actuation of the autoinjector, injection means (5, 8) being provided to inject said fluid product through said needle when said needle is in an injection position in which it is inserted in the body of the user, said autoinjector comprising a tank movement device (2, 4, 9), on the one hand to move the needle towards said injection position, and on the other hand to retract said needle out of the body of the user after injection of the fluid product, said tank movement device comprising a control ring rotatably mounted in said central body, said control ring comprising a first internal inclined profile adapted to cooperate with an internal projection of a control sleeve secured to the tank, said control sleeve being moveable axially in said central body, such that rotation of the control ring causes said control sleeve to move axially, the autoinjector being characterized in that said control ring is stressed in rotation by a pricking spring, formed by a torsion spring, the rotation of said control ring being blocked by a control slide that is moveable axially in said central body, said actuating sleeve cooperating, when it arrives in its actuation position, with said control slide to move it axially so as to unblock the rotation of said control ring and thus move the tank towards the injection position of the needle, the control slide comprising a projection that blocks the rotation of the control ring until the actuating sleeve is in its actuation position, said projection cooperating with an external inclined ramp of said control ring during its rotation, which brings the needle into its injection position, such that said control slide is moved axially relative to said control ring during said rotation.
A liquid controlling method of controlling movement of a target liquid (BL 1 to BL 3) to be collected in a liquid collecting apparatus provided with a flow path (2, 4) having a given length and a suction drain device connected to the flow path (2, 4) for pushing and pulling a liquid, the method comprising: filling a part of the flow path (2, 4) adjacent to the suction drain device rather than a target liquid (BL 1 to BL 3) to be collected with a fluid composed of at least either a liquid or a gas, and pushing and pulling the fluid, with which the part of the flow path (2, 4) adjacent to the suction drain device is filled, during a standby time between collection and next collection using the suction drain device. filling a part of the flow path (2, 4) adjacent to the suction drain device rather than a target liquid (BL 1 to BL 3) to be collected with a fluid composed of at least either a liquid or a gas, and pushing and pulling the fluid, with which the part of the flow path (2, 4) adjacent to the suction drain device is filled, during a standby time between collection and next collection using the suction drain device.
A solid sunscreen composition for obtaining an SPF higher than 16 comprising: a) less than 8% by weight total organic sunscreens comprising, b) 0.1 % to 5 % by weight dibenzoylmethane or its derivative; c) 0.1 to 7 % by weight an oil soluble UV-B organic sunscreen; d) 0.1 to 5% by weight non-ionic surfactant selected from the class of polyoxyethylene sorbitan alkyl esters with saturated C12 to C16 carbon chain and having HLB greater than 12 or from the class of polyoxyethylene sorbitan alkyl esters with unsaturated C18 carbon chain and having HLB greater than 9; e) 0.1 to 2.0 % w/w of a hydrophobically modified water soluble polymer selected from the class of polyacrylates or modified cellulose; and f) a cosmetically acceptable base, wherein said cosmetically acceptable base is a cream comprising 3 to 25% fatty acid. a) less than 8% by weight total organic sunscreens comprising, b) 0.1 % to 5 % by weight dibenzoylmethane or its derivative; c) 0.1 to 7 % by weight an oil soluble UV-B organic sunscreen; d) 0.1 to 5% by weight non-ionic surfactant selected from the class of polyoxyethylene sorbitan alkyl esters with saturated C12 to C16 carbon chain and having HLB greater than 12 or from the class of polyoxyethylene sorbitan alkyl esters with unsaturated C18 carbon chain and having HLB greater than 9; e) 0.1 to 2.0 % w/w of a hydrophobically modified water soluble polymer selected from the class of polyacrylates or modified cellulose; and f) a cosmetically acceptable base, wherein said cosmetically acceptable base is a cream comprising 3 to 25% fatty acid.
A fuel fill apparatus comprising: a body defining a fuel fill passageway having a first end defining a first opening to receive a fuel nozzle and a second end defining a second opening to guide liquid fuel from the fuel nozzle to a cavity of a fuel tank, the first opening and the second opening defining a central axis of the fuel fill passageway; and a nozzle retainer to retain the fuel nozzle in the fuel fill passageway; characterized by a positioner positioned about a portion of a circumference of an inner wall of the fuel fill passageway and to project from the inner wall toward the central axis, the positioner located between the first opening and the second opening, the positioner defining a third opening of the fuel fill passageway having an axis parallel and offset relative to the central axis defined by the first opening and the second opening, the third opening to receive an end of the fuel nozzle and locate the end of the nozzle between the first opening and the second opening, the positioner to offset a longitudinal axis of the end of the fuel nozzle relative to the central axis of the fuel fill passageway such that an aspirator of the fuel nozzle is positioned adjacent an inner wall of the fuel fill passageway when the fuel nozzle is inserted in the fuel fill passageway, the positioner to maintain a fuel nozzle outlet opening of the fuel nozzle substantially parallel relative to the central axis of the fuel fill passageway during a fueling event. a body defining a fuel fill passageway having a first end defining a first opening to receive a fuel nozzle and a second end defining a second opening to guide liquid fuel from the fuel nozzle to a cavity of a fuel tank, the first opening and the second opening defining a central axis of the fuel fill passageway; and a nozzle retainer to retain the fuel nozzle in the fuel fill passageway; characterized by a positioner positioned about a portion of a circumference of an inner wall of the fuel fill passageway and to project from the inner wall toward the central axis, the positioner located between the first opening and the second opening, the positioner defining a third opening of the fuel fill passageway having an axis parallel and offset relative to the central axis defined by the first opening and the second opening, the third opening to receive an end of the fuel nozzle and locate the end of the nozzle between the first opening and the second opening, the positioner to offset a longitudinal axis of the end of the fuel nozzle relative to the central axis of the fuel fill passageway such that an aspirator of the fuel nozzle is positioned adjacent an inner wall of the fuel fill passageway when the fuel nozzle is inserted in the fuel fill passageway, the positioner to maintain a fuel nozzle outlet opening of the fuel nozzle substantially parallel relative to the central axis of the fuel fill passageway during a fueling event.
A method for controlling charging of a secondary battery, the method comprising the steps of: calculating an amount of heat generated by a secondary battery based on an inter-electrode-plate voltage (V 0), and a current value of the secondary battery; calculating an amount of allowable heat generated by the secondary battery based on a cooling ability of a cooling unit which cools the secondary battery and a temperature of the secondary battery; and limiting charging power of the secondary battery when the amount of generated heat is greater than the amount of allowable generated heat, characterized in that the step of calculating the amount of heat calculates the amount of heat based on Joule heat according to formula IB 2 x R and heat associated with a reduction in charging efficiency (η) of the secondary battery according to formula IB x V 0 x (1-η), wherein V 0 denotes the inter-electrode-plate voltage, R denotes an internal resistance of the secondary battery, IB denotes the current value, and η denotes the charging efficiency, and wherein the charging efficiency of the secondary battery includes a ratio of an amount of electricity actually stored with respect to a charging electric charge amount. calculating an amount of heat generated by a secondary battery based on an inter-electrode-plate voltage (V 0), and a current value of the secondary battery; calculating an amount of allowable heat generated by the secondary battery based on a cooling ability of a cooling unit which cools the secondary battery and a temperature of the secondary battery; and limiting charging power of the secondary battery when the amount of generated heat is greater than the amount of allowable generated heat, characterized in that the step of calculating the amount of heat calculates the amount of heat based on Joule heat according to formula IB 2 x R and heat associated with a reduction in charging efficiency (η) of the secondary battery according to formula IB x V 0 x (1-η), wherein V 0 denotes the inter-electrode-plate voltage, R denotes an internal resistance of the secondary battery, IB denotes the current value, and η denotes the charging efficiency, and wherein the charging efficiency of the secondary battery includes a ratio of an amount of electricity actually stored with respect to a charging electric charge amount.
A system (10, 10', 10", 10''', 10 IV) for enhancing an activated sludge process comprising at least one biological reactor (12, 12'), a weighting agent impregnation subsystem (26, 26') coupled to the biological reactor (12, 12') to receive mixed liquor comprising a combination of wastewater and biological flocs, the weighting agent impregnation subsystem (26, 26') including a weighting agent storage tank and at least one line, the weighting agent storage tank containing virgin weighting agent and a weighting agent impregnation tank connected to the weighting agent storage tank by said line, and at least one mixer, the biological flocs and weighting agent being mixed by the mixer in the weighting agent impregnation tank, the majority of the weighting agent having a particle size less than about 100 μm, to impregnate the weighting agent into the biological flocs to form weighted biological flocs; the system further comprising a weighting agent recovery subsystem configured to recover the weighting agent from the weighted biological flocs and reintroduce the recovered weighting agent to the weighting agent impregnation tank of the weighting agent impregnation subsystem (26, 26'); wherein the weighting agent recovery subsystem includes a separator subsystem for separating the weighting agent from the weighted biological flocs, wherein the weighting agent impregnation subsystem (26, 26') includes a weighting agent feeder subsystem configured to control the delivery rate of weighting agent from the weighting agent storage tank to the weighting agent impregnation tank, and further wherein the weighting agent feeder subsystem includes a pneumatic feeder subsystem, wherein the pneumatic feeder subsystem includes porous media disposed on selected areas of the inside of the weighting agent storage tank and the inside of the at least one line, configured to deliver a controlled supply of compressed air to the porous media to regulate fluidization and delivery of the weighting agent to the weighting agent impregnation tank.
Method for controlling a polyphase rotary electric machine which operates as a generator and is connected to an electrical network via a synchronous rectifier circuit that has a plurality of branches, each comprising at least one semiconductor switch connected to a phase winding of the electric machine, the method consisting in shorting at least one phase winding in the event of a load dump, characterized in that a shorting command (S AND) for shorting said phase winding is generated when a first measurement V of a voltage B+ of said network exceeds a first predetermined threshold value V1 and a phase current (IΦ) in said phase winding becomes zero and changes direction, the variation in said phase current (IΦ) being detected by means of a second measurement Vds that corresponds to a voltage drop across the terminals of the respective semiconductor switch, in that said phase winding is shorted by means of the respective semiconductor switch and in that this semiconductor switch is controlled simultaneously by said shorting command (SAND, SC) and by a feedback-control command for controlling said synchronous rectifier circuit.
A catheter assembly, comprising: a catheter adapter having a distal end and a proximal end and an inner lumen extending between the distal end and the proximal end; a port disposed on a sidewall of the catheter adapter, the port forming an opening between the inner lumen and an external environment, wherein the port comprises a port body having an inlet and a bore extending between the inlet and the inner lumen; a valve disposed within the bore of the port and sealing the opening of the port, wherein the valve is a ball valve, characterized in that the ball valve comprises a spherical member having a hole through the middle, wherein when the hole is in line with a central axis of the port, the ball valve is open; and a needle septum disposed within the inner lumen at a location proximal the port. a catheter adapter having a distal end and a proximal end and an inner lumen extending between the distal end and the proximal end; a port disposed on a sidewall of the catheter adapter, the port forming an opening between the inner lumen and an external environment, wherein the port comprises a port body having an inlet and a bore extending between the inlet and the inner lumen; a valve disposed within the bore of the port and sealing the opening of the port, wherein the valve is a ball valve, characterized in that the ball valve comprises a spherical member having a hole through the middle, wherein when the hole is in line with a central axis of the port, the ball valve is open; and a needle septum disposed within the inner lumen at a location proximal the port.
A data management device comprising: a trapdoor acquisition unit to acquire a trapdoor t(s) resulting from converting a search word s by a map sk_U' assigned to an identifier U' among maps sk that differ for each identifier; a search ciphertext generation unit to convert the trapdoor t(s) acquired by the trapdoor acquisition unit by a map f_U' assigned to the identifier U' among maps f that differ for each identifier, so as to generate a search ciphertext c(s); a data acquisition unit to acquire an encrypted tag c resulting from converting a keyword w by a map sk_U assigned to an identifier U among the maps sk that differ for each identifier; a storage tag generation unit to convert the encrypted tag c acquired by the data acquisition unit by a map f_U assigned to the identifier U among the maps f that differ for each identifier, so as to generate a storage tag c'; and a search unit to identify the storage tag c' that matches the search ciphertext c(s), characterized in that a composite map obtained by combining one of the maps sk and one of the maps f that are assigned to a same identifier is a map mk common to all the identifiers. a trapdoor acquisition unit to acquire a trapdoor t(s) resulting from converting a search word s by a map sk_U' assigned to an identifier U' among maps sk that differ for each identifier; a search ciphertext generation unit to convert the trapdoor t(s) acquired by the trapdoor acquisition unit by a map f_U' assigned to the identifier U' among maps f that differ for each identifier, so as to generate a search ciphertext c(s); a data acquisition unit to acquire an encrypted tag c resulting from converting a keyword w by a map sk_U assigned to an identifier U among the maps sk that differ for each identifier; a storage tag generation unit to convert the encrypted tag c acquired by the data acquisition unit by a map f_U assigned to the identifier U among the maps f that differ for each identifier, so as to generate a storage tag c'; and a search unit to identify the storage tag c' that matches the search ciphertext c(s), characterized in that a composite map obtained by combining one of the maps sk and one of the maps f that are assigned to a same identifier is a map mk common to all the identifiers.
Method for producing hydrophobic polymers incorporating living material, wherein - a polymer is selected, - a set of organisms is selected from among cells, living organisms and/or cell products, - aggregates are formed by implanting said cells living organisms and/or cell products in said polymers resulting in the formation of a so-called polymer-bio aggregate, characterized in that implantation is carried out in the operating temperature range taken from the temperature interval of which the lower limit is set at substantially 100°C under substantially standard pressure conditions, in particular at substantially one atmosphere, wherein said cells and/or cells products, and/or living organisms are selected from among the category of the so-called cysts and/or in a phase of inactive or sleeping stages. - a polymer is selected, - a set of organisms is selected from among cells, living organisms and/or cell products, - aggregates are formed by implanting said cells living organisms and/or cell products in said polymers resulting in the formation of a so-called polymer-bio aggregate, characterized in that implantation is carried out in the operating temperature range taken from the temperature interval of which the lower limit is set at substantially 100°C under substantially standard pressure conditions, in particular at substantially one atmosphere, wherein said cells and/or cells products, and/or living organisms are selected from among the category of the so-called cysts and/or in a phase of inactive or sleeping stages.
A teaching system, comprising: a teaching-data generating unit configured to generate teaching data of a robot having a joint in a virtual environment, the virtual environment including a work tool, the robot, and a workpiece to which a plurality of working points is preliminarily set, the work tool being configured to work on the working points, the teaching data causing the robot to move one of the work tool and the workpiece passing through approach points corresponding to the respective working points to cause the work tool to relatively reach and separate from the working points; a determining unit configured to determine whether a virtual line interferes with another of the workpiece and the work tool, the virtual line connecting the approach points of the consecutively worked working points together; and a teaching-data updating unit configured to change a position of the approach point on the virtual line in a case where the determining unit determines that the virtual line interferes with the other of the workpiece and the work tool. a teaching-data generating unit configured to generate teaching data of a robot having a joint in a virtual environment, the virtual environment including a work tool, the robot, and a workpiece to which a plurality of working points is preliminarily set, the work tool being configured to work on the working points, the teaching data causing the robot to move one of the work tool and the workpiece passing through approach points corresponding to the respective working points to cause the work tool to relatively reach and separate from the working points; a determining unit configured to determine whether a virtual line interferes with another of the workpiece and the work tool, the virtual line connecting the approach points of the consecutively worked working points together; and a teaching-data updating unit configured to change a position of the approach point on the virtual line in a case where the determining unit determines that the virtual line interferes with the other of the workpiece and the work tool.
1.- A method comprising: performing passive monitoring of a wireless network, wherein the passive monitoring includes capturing wireless network data from the wireless network and performing post processing on the captured wireless network data; identifying a subscriber identity module, SIM, card change in user equipment, UE, based on changes in identifiers in the captured wireless network data; detecting a commercial user communication from a commercial user with the UE after the SIM card change; wherein the commercial user communication is detected based on any of i) a short message service, SMS, communication including any of a short code number and an alphanumeric sender identifier and ii) detection of an identifier of the commercial user in packet data to the UE, and detecting potentially fraudulent activity for the UE based on a combination of the SIM card change, the commercial user communication, and a time period therebetween. performing passive monitoring of a wireless network, wherein the passive monitoring includes capturing wireless network data from the wireless network and performing post processing on the captured wireless network data; identifying a subscriber identity module, SIM, card change in user equipment, UE, based on changes in identifiers in the captured wireless network data; detecting a commercial user communication from a commercial user with the UE after the SIM card change; wherein the commercial user communication is detected based on any of i) a short message service, SMS, communication including any of a short code number and an alphanumeric sender identifier and ii) detection of an identifier of the commercial user in packet data to the UE, and detecting potentially fraudulent activity for the UE based on a combination of the SIM card change, the commercial user communication, and a time period therebetween.
Filtering assembly for an exhaust system of a furnace, more particularly a solid-fuel furnace, comprising a housing which is to be integrated or is integrated in the exhaust system and has at least one exhaust inlet and at least one exhaust outlet, a filter element which is arranged in the housing between the at least one exhaust inlet and the at least one exhaust outlet and comprises a filtering surface on the exhaust-inlet side, which surface is designed to filter out soot particles or the like from the exhaust gas which flows through the housing during normal operation in the exhaust system, and a cleaning device, in or on the housing, which is assigned to the filter element and can be activated in order to automatically remove the soot particles or the like adhering to the filtering surface, which is on the exhaust-inlet side, characterised in that the cleaning device comprises a stripping device which is designed to act on the filtering surface, on the exhaust-inlet side, of the filter element in order to strip off soot particles or the like therefrom.