mhurhangee/patent-ind-claim-en huggingface dataset:
Pressure control circuit (CC) of a tire (W), configured to be used on board of a vehicle, the pressure control circuit (CC) comprising: - pneumatic connection means (RP) to a source (AS) of compressed air, - a control system (CS) designed to control a flow of compressed air from the pneumatic connection means (RP) towards the tire, - a proximal valve group (PG) operatively connected with the tire, - a single line (SL), exclusively pneumatic, operatively connecting said control system (CS) with said proximal valve group (PG), wherein the control system is arranged to pressurize said single line to + a first pressure (I_P) of inflation, and + a second pressure (A_P) of actuation, greater than the first pressure of inflation (I_P), and wherein the proximal valve group (PG) is configured to allow + the inflation of the tire when the control system applies the first pressure and + deflation of the tire when the control system applies the second pressure, disconnecting the tire from the single line and connecting it with the external environment (ATM) directly; the pressure control circuit (CC) is characterized in that said control system, when it does not pressurize the single line (SL), is configured to maintain the single line (SL) with the external environment (ATM). - pneumatic connection means (RP) to a source (AS) of compressed air, - a control system (CS) designed to control a flow of compressed air from the pneumatic connection means (RP) towards the tire, - a proximal valve group (PG) operatively connected with the tire, - a single line (SL), exclusively pneumatic, operatively connecting said control system (CS) with said proximal valve group (PG), wherein the control system is arranged to pressurize said single line to + a first pressure (I_P) of inflation, and + a second pressure (A_P) of actuation, greater than the first pressure of inflation (I_P), and wherein the proximal valve group (PG) is configured to allow + the inflation of the tire when the control system applies the first pressure and + deflation of the tire when the control system applies the second pressure, disconnecting the tire from the single line and connecting it with the external environment (ATM) directly; the pressure control circuit (CC) is characterized in that said control system, when it does not pressurize the single line (SL), is configured to maintain the single line (SL) with the external environment (ATM). wherein the control system is arranged to pressurize said single line to + a first pressure (I_P) of inflation, and + a second pressure (A_P) of actuation, greater than the first pressure of inflation (I_P), and wherein the proximal valve group (PG) is configured to allow + the inflation of the tire when the control system applies the first pressure and + deflation of the tire when the control system applies the second pressure, disconnecting the tire from the single line and connecting it with the external environment (ATM) directly; the pressure control circuit (CC) is characterized in that said control system, when it does not pressurize the single line (SL), is configured to maintain the single line (SL) with the external environment (ATM).
System for assisting an operator in a work station , the system comprising: - at least one collaborative robot configured for conducting one or more operations in an open, non-protected space, adjacent to an operator and in cooperation with the operator , with a robot electronic controller (E R ) associated to the at least one collaborative robot , - at least one active exoskeleton including one or more electrically operated actuators, wearable by an operator for receiving assistance in conducting one or more operations, - a plurality of sensors (S) associable to the body of the operator and configured for detecting at least one parameter selected from heart rate, metabolic consumption, skin conductivity, surface electromyography, pressure at the interface between the at least one active exoskeleton and the body of the operator , movement of the operator and relative orientation of the body districts of the operator , - at least one system electronic controller (Es) configured for receiving signals (A1-A8) from said plurality of sensors (S) and for sending signals (B; C) to said one or more actuators of the at least one active exoskeleton and to said robot electronic controller (E R ) based on an elaboration of the signals (A1-A8) received from said plurality of sensors (S), wherein the system electronic controller (E S ) is configured and programmed for dynamically controlling the functioning of said one or more actuators of the at least one active exoskeleton and the functioning of the at least one collaborative robot as a function of the parameters detected by said plurality of sensors (S) so as to avoid collisions or injuries between the collaborative robot and the operator or conditions of lack of safety for the operator , and so as to enable the collaborative robot to cooperate with the operator by assuming positions suited to the physical and physiological features, to the workload and to the postures of the operator . - at least one collaborative robot configured for conducting one or more operations in an open, non-protected space, adjacent to an operator and in cooperation with the operator , with a robot electronic controller (E R ) associated to the at least one collaborative robot , - at least one active exoskeleton including one or more electrically operated actuators, wearable by an operator for receiving assistance in conducting one or more operations, - a plurality of sensors (S) associable to the body of the operator and configured for detecting at least one parameter selected from heart rate, metabolic consumption, skin conductivity, surface electromyography, pressure at the interface between the at least one active exoskeleton and the body of the operator , movement of the operator and relative orientation of the body districts of the operator , - at least one system electronic controller (Es) configured for receiving signals (A1-A8) from said plurality of sensors (S) and for sending signals (B; C) to said one or more actuators of the at least one active exoskeleton and to said robot electronic controller (E R ) based on an elaboration of the signals (A1-A8) received from said plurality of sensors (S),
A system , comprising: an unlogger configured to unlog logged data, which includes attenuation line integrals and clipping-induced bias, to produce unlogged clipped data, wherein the logged data was acquired by a computed tomography scanner; a mean estimator configured to estimate a mean value of the unlogged clipped data; a correction function that indicates a shift in a mean value between a true mean of unclipped data, which is logged to create the logged data, and the mean of the unlogged clipped data; a correction determiner configured to determine a correction to the clipping-induced bias based on the estimated mean value of the unlogged clipped data and based on the correction function; and an adder configured to add the correction to the logged data to produce corrected logged data. an unlogger configured to unlog logged data, which includes attenuation line integrals and clipping-induced bias, to produce unlogged clipped data, wherein the logged data was acquired by a computed tomography scanner; a mean estimator configured to estimate a mean value of the unlogged clipped data; a correction function that indicates a shift in a mean value between a true mean of unclipped data, which is logged to create the logged data, and the mean of the unlogged clipped data; a correction determiner configured to determine a correction to the clipping-induced bias based on the estimated mean value of the unlogged clipped data and based on the correction function; and an adder configured to add the correction to the logged data to produce corrected logged data.
Aglow plug comprising: a metal tube that extends along an axial line (O), a front end of the tube in an axial-line direction being closed; and a heat generating coil that is disposed inside the tube and mainly composed of tungsten, an embedded portion in a front end portion of the heat generating coil being embedded in a front end portion of the tube , wherein the heat generating coil includes a helical portion that includes at least a part of the embedded portion and that is continuously formed from the embedded portion to an inside of the tube , characterized in that : in the heat generating coil that is present in a longitudinal section of the glow plug including the axial line (O), a first average value, which is calculated by dividing a first sum that is a sum of areas of cross sections of the helical portion in the embedded portion by the number of the cross sections of the helical portion in the embedded portion , is smaller than a second average value, which is calculated by dividing a second sum that is a sum of areas of cross sections of the helical portion inside the tube by the number of the cross sections of the helical portion inside the tube . a metal tube that extends along an axial line (O), a front end of the tube in an axial-line direction being closed; and a heat generating coil that is disposed inside the tube and mainly composed of tungsten, an embedded portion in a front end portion of the heat generating coil being embedded in a front end portion of the tube , wherein the heat generating coil includes a helical portion that includes at least a part of the embedded portion and that is continuously formed from the embedded portion to an inside of the tube , characterized in that : in the heat generating coil that is present in a longitudinal section of the glow plug including the axial line (O), a first average value, which is calculated by dividing a first sum that is a sum of areas of cross sections of the helical portion in the embedded portion by the number of the cross sections of the helical portion in the embedded portion , is smaller than a second average value, which is calculated by dividing a second sum that is a sum of areas of cross sections of the helical portion inside the tube by the number of the cross sections of the helical portion inside the tube .
A bandwidth allocation device which allocates a bandwidth to a terminal device , the terminal device relaying upstream data received from a communication terminal, characterized in that the bandwidth allocation device is configured to: receive, from a first device upstream to the bandwidth allocation device , resource information; specify, from the resource information, a base time for transmitting by a second device the upstream data and an amount of upstream data for a time period during which the second device transmits the upstream data, the second device being downstream to the terminal device ; and allocate to the terminal device , a bandwidth for transmitting by the second device the upstream data on a basis of a time at which the base time and a processing latency in the second device are added and the amount of upstream data. receive, from a first device upstream to the bandwidth allocation device , resource information; specify, from the resource information, a base time for transmitting by a second device the upstream data and an amount of upstream data for a time period during which the second device transmits the upstream data, the second device being downstream to the terminal device ; and allocate to the terminal device , a bandwidth for transmitting by the second device the upstream data on a basis of a time at which the base time and a processing latency in the second device are added and the amount of upstream data.
A cosmetic container having a discharge hole automatically opened/closed by an overcap , the cosmetic container comprising: a container body in which a cosmetic material is accommodated; the overcap for opening/closing the container body ; a shoulder coupled to the container body and having a first discharge hole ; an operation member configured for being horizontally contracted by the overcap such that, when the overcap is closed, an inner peripheral surface of the overcap pushes the operation member into the shoulder ; an opening/closing member configured for being vertically moved by the operation member to open/close the first discharge hole of the shoulder such that, when the operation member is pushed by the inner peripheral surface of the overcap , the operation member simultaneously pushes the opening/closing member downward so that the opening/closing member closes the first discharge hole ; and an elastic member for elastically supporting the opening/closing member , wherein when the overcap is opened, the operation member is elastically restored by the elastic member to an original position in which it is not pushed by the inner peripheral surface of the overcap and the opening/closing member is moved upward by elasticity of the elastic member so as to open the first discharge hole . a container body in which a cosmetic material is accommodated; the overcap for opening/closing the container body ; a shoulder coupled to the container body and having a first discharge hole ; an operation member configured for being horizontally contracted by the overcap such that, when the overcap is closed, an inner peripheral surface of the overcap pushes the operation member into the shoulder ; an opening/closing member configured for being vertically moved by the operation member to open/close the first discharge hole of the shoulder such that, when the operation member is pushed by the inner peripheral surface of the overcap , the operation member simultaneously pushes the opening/closing member downward so that the opening/closing member closes the first discharge hole ; and an elastic member for elastically supporting the opening/closing member , wherein when the overcap is opened, the operation member is elastically restored by the elastic member to an original position in which it is not pushed by the inner peripheral surface of the overcap and the opening/closing member is moved upward by elasticity of the elastic member so as to open the first discharge hole .
A seal sub-assembly for a turbine engine shaft, the seal sub-assembly comprising: a spacer comprising a first flange comprising a first proximal surface and a second flange comprising a second proximal surface ; at least one secondary seal located radially inward from and axially in line with the first proximal surface ; and a secondary seal cover , wherein at least a portion of the at least one secondary seal is located axially between the spacer and the secondary seal cover , and the spacer is attached to the secondary seal cover via a metal joining process, characterised in that : the second flange circumferentially surrounds at least a portion of the secondary seal cover . a spacer comprising a first flange comprising a first proximal surface and a second flange comprising a second proximal surface ; at least one secondary seal located radially inward from and axially in line with the first proximal surface ; and a secondary seal cover , wherein at least a portion of the at least one secondary seal is located axially between the spacer and the secondary seal cover , and the spacer is attached to the secondary seal cover via a metal joining process, characterised in that : the second flange circumferentially surrounds at least a portion of the secondary seal cover .
An adjuvanted immunogenic composition comprising between 0.1 μg and ≤7.5 μg hemagglutinin antigen from a second clade of H5 influenza A virus, for use in a method for immunizing a patient against influenza virus who has previously received an immunogenic composition comprising hemagglutinin antigen from a first clade of H5 influenza A virus, wherein the first and second clades are different from each other, and wherein the adjuvant comprises a submicron oil-in-water emulsion comprising squalene.
An electrode assembly in which electrodes , in particular electrode sheets, and separators , in particular separator sheets, are alternately stacked in a stacking direction, wherein in at least one lengthwise direction (Z) and/or crosswise direction (X) of the electrode assembly , the separators have a larger extension than the electrode , in particular the immediately adjacent electrode or electrodes , whereby the separators , preferably each, include at least one projection that protrudes beyond the electrode in the lengthwise direction (Z) and/or crosswise direction (X), and wherein at least one fixing member attaching the projections of the separators adjacent to each other along the stacking direction (Y) is arranged among a plurality of the separators , wherein the fixing member has a web structure. wherein in at least one lengthwise direction (Z) and/or crosswise direction (X) of the electrode assembly , the separators have a larger extension than the electrode , in particular the immediately adjacent electrode or electrodes , whereby the separators , preferably each, include at least one projection that protrudes beyond the electrode in the lengthwise direction (Z) and/or crosswise direction (X), and wherein at least one fixing member attaching the projections of the separators adjacent to each other along the stacking direction (Y) is arranged among a plurality of the separators , wherein the fixing member has a web structure.
An oral care composition comprising: an orally acceptable carrier; and a film, wherein said film comprises: an odor controlling active wherein the odor controlling agent is zinc oxide and wherein the controlling active comprises from 30% to 40% by weight of the film; a mucoadhesive polymer, wherein the mucoadhesive polymer comprises from 2% to 4% by weight of the film; a release modulating polymer wherein the release modulating polymer is selected from polyvinyl acetate or hydroxylethyl cellulose and the release modulating polymer comprises from 20% to 30% by weight of the film; a polymeric base wherein the polymeric base is selected from the group consisting of: hydroxypropylmethyl cellulose; methyl cellulose; hydroxypropyl cellulose; and a copolymer thereof and the polymeric base comprises from 25% to 50% by weight of the film; and a flavorant; wherein said film is entrained in said orally acceptable carrier. an orally acceptable carrier; and a film, wherein said film comprises: an odor controlling active wherein the odor controlling agent is zinc oxide and wherein the controlling active comprises from 30% to 40% by weight of the film; a mucoadhesive polymer, wherein the mucoadhesive polymer comprises from 2% to 4% by weight of the film; a release modulating polymer wherein the release modulating polymer is selected from polyvinyl acetate or hydroxylethyl cellulose and the release modulating polymer comprises from 20% to 30% by weight of the film; a polymeric base wherein the polymeric base is selected from the group consisting of: hydroxypropylmethyl cellulose; methyl cellulose; hydroxypropyl cellulose; and a copolymer thereof and the polymeric base comprises from 25% to 50% by weight of the film; and a flavorant; wherein said film is entrained in said orally acceptable carrier. an odor controlling active wherein the odor controlling agent is zinc oxide and wherein the controlling active comprises from 30% to 40% by weight of the film; a mucoadhesive polymer, wherein the mucoadhesive polymer comprises from 2% to 4% by weight of the film; a release modulating polymer wherein the release modulating polymer is selected from polyvinyl acetate or hydroxylethyl cellulose and the release modulating polymer comprises from 20% to 30% by weight of the film; a polymeric base wherein the polymeric base is selected from the group consisting of: hydroxypropylmethyl cellulose; methyl cellulose; hydroxypropyl cellulose; and a copolymer thereof and the polymeric base comprises from 25% to 50% by weight of the film; and a flavorant; wherein said film is entrained in said orally acceptable carrier.
Trailer coupling for a motor vehicle , in particular a car , for attaching a trailer to the motor vehicle , with a coupling body support which may be attached to the motor vehicle and with a coupling body , at least partly spherical on the outside and mounted on a free end section of the coupling body support , and on which may be fitted a towing coupling seating of a towing coupling of the trailer, wherein the coupling body forms for the towing coupling seating a bearing body rotatably supporting the former for swivelling, in particular on a multi-axis swivel-jointed basis, relative to the coupling body support , wherein there is movably mounted on the coupling body , in particular rotatably, a driver , in particular annular, which may be driven by the towing coupling seating and is adjustable, in particular rotatable, relative to the coupling body , wherein the driver forms part of a sensor array for detecting an angular position of the towing coupling relative to the coupling body support , wherein the coupling body has between its top facing away from the coupling body support , and the coupling body member, an equatorial zone with a maximum outer periphery, wherein the driver is located above or below the equatorial zone of the coupling body , so that the maximum outer periphery of the coupling body is available in the equatorial zone to hold the towing coupling seating , characterised in that at least one sensor is mounted immovably on the coupling body and one or more transmitters on the driver , or a sensor mounted on the driver may be actuated by a transmitter mounted immovably in the coupling body .