mhurhangee/ep-ind-claims huggingface dataset:
A system for configuring a session option for a session of a user in a mobile telecommunications network, wherein the system comprises: a service module (221, 222) for providing at least the user with a session option configuration service for configuring the session option; and a terminal for the user, wherein the mobile telecommunications network is configured to forward to the service module (221, 222), when the user is registered for the session option configuration service, registration messages from the user and session setup messages for the user; wherein the service module (221, 222) is configured to identify, upon receipt of a registration message from the user and sent via the terminal, terminal information for the terminal and to detect, upon receipt of a session setup message for setting up a session for the user, the current configuration for the session; wherein the system is configured to, when it is determined that the current configuration of the session option is not the desired configuration and when, based on the identified terminal information for the terminal, it is determined that the terminal for the user is compatible with the desired configuration for the session option, modify the session setup message to configure the session option in the desired configuration, wherein the session option is associated with a preconditions exchange or with a preconditions SIP extension procedure and wherein the desired configuration is a deactivation of the session option. a service module (221, 222) for providing at least the user with a session option configuration service for configuring the session option; and a terminal for the user, wherein the mobile telecommunications network is configured to forward to the service module (221, 222), when the user is registered for the session option configuration service, registration messages from the user and session setup messages for the user; wherein the service module (221, 222) is configured to identify, upon receipt of a registration message from the user and sent via the terminal, terminal information for the terminal and to detect, upon receipt of a session setup message for setting up a session for the user, the current configuration for the session; wherein the system is configured to, when it is determined that the current configuration of the session option is not the desired configuration and when, based on the identified terminal information for the terminal, it is determined that the terminal for the user is compatible with the desired configuration for the session option, modify the session setup message to configure the session option in the desired configuration, wherein the session option is associated with a preconditions exchange or with a preconditions SIP extension procedure and wherein the desired configuration is a deactivation of the session option.
A metal plate for a dual plate check valve comprising: a substantially semi-circular segment shaped plate member of a predetermined substantially uniform thickness, said plate member having a central portion and two extreme end portions distal to said central portion; and a means for pivotally mounting said plate member to enable rotation about an axis substantially parallel and adjacent to longest chord of said semi-circular segment of the plate member; characterized by reinforcements (5, 5') configured on the end portions of the plate member such that thickness of the plate member is increased at only the end portions, wherein the reinforcements (5, 5') are capable of being in a radially outward direction from a valve seat of the check valve, such that when back pressure acts on said plate member, said reinforcements (5,5') enable said plate member to distort substantially uniformly to maintain sealing contact with the valve seat. a substantially semi-circular segment shaped plate member of a predetermined substantially uniform thickness, said plate member having a central portion and two extreme end portions distal to said central portion; and a means for pivotally mounting said plate member to enable rotation about an axis substantially parallel and adjacent to longest chord of said semi-circular segment of the plate member; characterized by reinforcements (5, 5') configured on the end portions of the plate member such that thickness of the plate member is increased at only the end portions, wherein the reinforcements (5, 5') are capable of being in a radially outward direction from a valve seat of the check valve, such that when back pressure acts on said plate member, said reinforcements (5,5') enable said plate member to distort substantially uniformly to maintain sealing contact with the valve seat.
A stormwater gully comprising a chamber in which an outlet assembly is disposed, the outlet assembly comprising an outlet housing having a primary inlet (32,46), provided with a filter unit, for admitting stormwater from the chamber into the outlet housing through the filter unit, and a bypass unit comprising a weir situated at a higher level than the primary inlet (32,46) for enabling flow of stormwater from the chamber into the outlet housing over the weir, thereby bypassing the filter unit, the outlet housing having an outlet extending from the chamber, characterised in that the weir is enclosed by a top cover of the outlet housing so as to define a siphon through which liquid may flow from the chamber into the outlet housing.
A method of manufacturing a cellulose nanofiber compact, the method comprising: a condensing step of condensing a cellulose nanofiber containing slurry containing cellulose nanofibers in an amount equal to or greater than 0.5 mass% and equal to or less than less than 10 mass% by microwave heating to obtain a plate-like first precursor having a mass equal to or greater than 45% and equal to or less than 55% relative to a mass of the slurry, the cellulose nanofiber having a fiber diameter equal to or greater than 1 nm and equal to or less than 150 nm and a fiber length equal to or greater than 3 nm and less than 300 μm; a supporting step of supporting the first precursor in a heating vessel; a preliminary molding step of heating the first precursor supported in the heating vessel with infrared rays for a period of equal to or longer than 5 minutes and equal to or shorter than 15 minutes and keeping a temperature of the first precursor at equal to or higher than 45°C and equal to or lower than 115°C to obtain a plate-like second precursor having a water content smaller than a water content of the first precursor; and a molding step of molding the second precursor, with heating the second precursor and pressurizing the second precursor at a pressure equal to or higher than 1 MPa and equal to or lower than 20 MPa in a mold having a temperature equal to or higher than 100°C and equal to or lower than 150°C. a condensing step of condensing a cellulose nanofiber containing slurry containing cellulose nanofibers in an amount equal to or greater than 0.5 mass% and equal to or less than less than 10 mass% by microwave heating to obtain a plate-like first precursor having a mass equal to or greater than 45% and equal to or less than 55% relative to a mass of the slurry, the cellulose nanofiber having a fiber diameter equal to or greater than 1 nm and equal to or less than 150 nm and a fiber length equal to or greater than 3 nm and less than 300 μm; a supporting step of supporting the first precursor in a heating vessel; a preliminary molding step of heating the first precursor supported in the heating vessel with infrared rays for a period of equal to or longer than 5 minutes and equal to or shorter than 15 minutes and keeping a temperature of the first precursor at equal to or higher than 45°C and equal to or lower than 115°C to obtain a plate-like second precursor having a water content smaller than a water content of the first precursor; and a molding step of molding the second precursor, with heating the second precursor and pressurizing the second precursor at a pressure equal to or higher than 1 MPa and equal to or lower than 20 MPa in a mold having a temperature equal to or higher than 100°C and equal to or lower than 150°C.
A vibrational energy absorbing apparatus comprising: a reciprocating member which is reciprocatable between positive and negative maximum displacement positions with respect to an origin position; damping-force generating means for generating a damping force with respect to the reciprocating motion of said reciprocating member; and controlling means for controlling said damping-force generating means, characterized in that, said controlling means is adapted to control said damping-force generating means so as to cause said damping-force generating means to generate a damping force in the respective movement of said reciprocating member in directions from the positive and negative maximum displacement positions toward the origin position in the reciprocating motion thereof, while causing said damping-force generating means to substantially not generate the damping force in the respective movement of said reciprocating member in directions from the origin position toward the positive and negative maximum displacement positions following that movement. a reciprocating member which is reciprocatable between positive and negative maximum displacement positions with respect to an origin position; damping-force generating means for generating a damping force with respect to the reciprocating motion of said reciprocating member; and controlling means for controlling said damping-force generating means, characterized in that, said controlling means is adapted to control said damping-force generating means so as to cause said damping-force generating means to generate a damping force in the respective movement of said reciprocating member in directions from the positive and negative maximum displacement positions toward the origin position in the reciprocating motion thereof, while causing said damping-force generating means to substantially not generate the damping force in the respective movement of said reciprocating member in directions from the origin position toward the positive and negative maximum displacement positions following that movement.
Process for treating a polyamide-based material comprising silica fibres and/or fillers, by impregnation with at least one hydrophobic additive in supercritical CO 2.
An interconnection system of a first substrate comprising at least one first transmission line with a second substrate comprising at least one second transmission line, the orientation of the first substrate with respect to the second substrate being arbitrary, the first substrate comprising at least a metalized hole at an extremity of said at least one first transmission line and the hole is surrounded, on the two faces of the first substrate, by a non-metalized saving, the second substrate comprising a projecting element extending from said at least one second transmission line and a ground saving, said projecting element being inserted into the metalized hole, characterized in that the saving formed between the metallized hole and a ground plane of the first substrate, associated with the at least one first transmission line crossing the saving together with the at least one second transmission line located on the second substrate and its opposite ground saving forms a low-pass filtering element with a zero transmission.
Housing for locating elements therein, which could form ignition sources, for the use in explosive environments, having a wall arrangement, which encloses an interior and comprises at least one pressure relief opening, having a pressure relief body arranged at the pressure relief opening, characterized in that the pressure relief body is configured in a tube-shaped manner, extends into the interior and comprises pores, the width and the length thereof is dimensioned so that flames and glowing particles cannot escape from the interior into an inner flow channel of the pressure relief body, wherein the flow channel extends through the at least one pressure relief opening to the outside. having a wall arrangement, which encloses an interior and comprises at least one pressure relief opening, having a pressure relief body arranged at the pressure relief opening, characterized in that the pressure relief body is configured in a tube-shaped manner, extends into the interior and comprises pores, the width and the length thereof is dimensioned so that flames and glowing particles cannot escape from the interior into an inner flow channel of the pressure relief body, wherein the flow channel extends through the at least one pressure relief opening to the outside.
A mass spectrometry system comprising: an ion source configured to generate a beam of ions having a negative charge state; a first mass analyzer configured to receive ions generated in said ion source and to transmit only ions having a mass-to-charge ratio corresponding to a first predetermined mass and a charge state of 1-; a stripper target (80; 80') configured to receive ions that have been transmitted by said first mass analyzer, the stripper target (80; 80') comprising a stripping gas to change the charge state of said ions from negative to positive charge and to dissociate molecular ions by collisions with said stripping gas, said stripping gas comprising at least one gas selected from helium and hydrogen gas; a second mass analyzer (110, 130) configured to receive ions that have exited the stripper target and to transmit ions having a mass-to-charge ratio corresponding to a second predetermined mass and a predetermined positive charge state, wherein the second predetermined mass is 14 amu, 26 amu or 129 amu; and a detector configured to detect ions in the predetermined positive charge state, the ions having been transmitted by the second mass analyzer (110; 130), wherein the system is configured to inject said ions into said stripper target (80; 80') at a kinetic energy below 200 keV, characterized in that the predetermined positive charge state is 1+. an ion source configured to generate a beam of ions having a negative charge state; a first mass analyzer configured to receive ions generated in said ion source and to transmit only ions having a mass-to-charge ratio corresponding to a first predetermined mass and a charge state of 1-; a stripper target (80; 80') configured to receive ions that have been transmitted by said first mass analyzer, the stripper target (80; 80') comprising a stripping gas to change the charge state of said ions from negative to positive charge and to dissociate molecular ions by collisions with said stripping gas, said stripping gas comprising at least one gas selected from helium and hydrogen gas; a second mass analyzer (110, 130) configured to receive ions that have exited the stripper target and to transmit ions having a mass-to-charge ratio corresponding to a second predetermined mass and a predetermined positive charge state, wherein the second predetermined mass is 14 amu, 26 amu or 129 amu; and a detector configured to detect ions in the predetermined positive charge state, the ions having been transmitted by the second mass analyzer (110; 130), wherein the system is configured to inject said ions into said stripper target (80; 80') at a kinetic energy below 200 keV, characterized in that the predetermined positive charge state is 1+.
A clock control circuit, comprising a clock generation portion and a FIFO portion, wherein: the clock generation portion is arranged to perform spectrum spreading of the frequency of a reference clock (CK ref) to generate a first clock (CK 1) with a first modulation factor and a second clock (CK 2) with a second modulation factor lower than the first modulation factor, and output the generated first clock (CK 1) to a data generation portion and output the generated second clock (CK 2) to the FIFO portion; and the FIFO portion is arranged to take as input the first clock (CK 1) received from the data generation portion, a parallel data signal (P data) received from the data generation portion and synchronized with the first clock (CK 1) received from the data generation portion, and the second clock (CK 2) output from the clock generation portion, and synchronize the parallel data signal (P data) with the second clock (CK 2) and output the resulting parallel data signal (PR data). the clock generation portion is arranged to perform spectrum spreading of the frequency of a reference clock (CK ref) to generate a first clock (CK 1) with a first modulation factor and a second clock (CK 2) with a second modulation factor lower than the first modulation factor, and output the generated first clock (CK 1) to a data generation portion and output the generated second clock (CK 2) to the FIFO portion; and the FIFO portion is arranged to take as input the first clock (CK 1) received from the data generation portion, a parallel data signal (P data) received from the data generation portion and synchronized with the first clock (CK 1) received from the data generation portion, and the second clock (CK 2) output from the clock generation portion, and synchronize the parallel data signal (P data) with the second clock (CK 2) and output the resulting parallel data signal (PR data).
Improved scissors for hairdresser comprising two blades (1, 2), a first arm integral with the first blade, and a second arm integral with the second blade, a pin about which said first and second blades rotate, two rings, one of which is orientable, into which fingers are inserted to operate the blades: further characterized by comprising a first support, orthogonal to the longitudinal axis of the scissors, integral with the first arm in turn integral with the first blade; a second support, orthogonal to the longitudinal axis of the scissors, integral with the second arm in turn integral with the second blade; a first ring pivotally constrained to the outer end of the first support; a second ring pivotally constrained to the outer end of the second support; wherein the first ring, which is pivotally constrained to the outer end of the first support by a first retaining means located in correspondence of the longitudinal axis of the first support itself, can be rotated 360° about the axis of the first retaining means and blocked in the desired position; and wherein the second ring, which is pivotally constrained to the outer end of the second support by a second retaining means orthogonal to the longitudinal axis of the second support, can be rotated 360° about the axis of the second retaining means and blocked in the desired position. further characterized by comprising a first support, orthogonal to the longitudinal axis of the scissors, integral with the first arm in turn integral with the first blade; a second support, orthogonal to the longitudinal axis of the scissors, integral with the second arm in turn integral with the second blade; a first ring pivotally constrained to the outer end of the first support; a second ring pivotally constrained to the outer end of the second support; wherein the first ring, which is pivotally constrained to the outer end of the first support by a first retaining means located in correspondence of the longitudinal axis of the first support itself, can be rotated 360° about the axis of the first retaining means and blocked in the desired position; and wherein the second ring, which is pivotally constrained to the outer end of the second support by a second retaining means orthogonal to the longitudinal axis of the second support, can be rotated 360° about the axis of the second retaining means and blocked in the desired position.
A syringe for dispensing a drug, comprising: a rigid syringe body containing the drug; characterised by an oxygen absorbing material, a separating element positioned between the drug and the oxygen absorbing material, the separating element preventing the drug from contacting oxygen absorbing material but allowing oxygen to pass from the drug to the oxygen absorbing material; and an oxygen impermeable enclosure enclosing both the drug and the oxygen absorbing material, wherein the oxygen impermeable enclosure partially or fully forms the rigid syringe body or is held within the rigid syringe body. a rigid syringe body containing the drug; characterised by an oxygen absorbing material, a separating element positioned between the drug and the oxygen absorbing material, the separating element preventing the drug from contacting oxygen absorbing material but allowing oxygen to pass from the drug to the oxygen absorbing material; and an oxygen impermeable enclosure enclosing both the drug and the oxygen absorbing material, wherein the oxygen impermeable enclosure partially or fully forms the rigid syringe body or is held within the rigid syringe body.
A method comprising: receiving, at a user equipment from a base station, configuration information, wherein the configuration information at least configures the user equipment for wireless local area network aggregation with cellular, and wherein the configuration information includes a data amount, in bytes, that is used to control routing of packets for transmission via a wireless local area network transceiver to a wireless local area network access point; and splitting, based on the received configuration information, packet transmission between a cellular transceiver and the wireless local area network transceiver. receiving, at a user equipment from a base station, configuration information, wherein the configuration information at least configures the user equipment for wireless local area network aggregation with cellular, and wherein the configuration information includes a data amount, in bytes, that is used to control routing of packets for transmission via a wireless local area network transceiver to a wireless local area network access point; and splitting, based on the received configuration information, packet transmission between a cellular transceiver and the wireless local area network transceiver.
Support adapted to accommodate at least one person performing a physical exercise comprising: - at least a first board and at least a second board, on which are obtained at least a first supporting surface (12, 112) and at least a second supporting surface (22, 122) respectively, each adapted to accommodate at least one person and also optionally at least one piece of sporting equipment in such a way that two persons can perform a physical exercise independently; - at least one base resting on a stable supporting surface; said boards (10, 20) being connected to the base so that each supporting surface (12, 22, 112, 122) is able to tilt, or rotate with respect to the base about at least one respective axis (X1, X2), between at least one respective position of balance and respective positions of imbalance, the supporting surfaces (12, 22, 112, 122) being mutually interconnected so that the tilt or rotation of one supporting surface influences the tilt or rotation of the other supporting surface, and vice versa, so that said movements of the supporting surfaces are not predictable for the respective persons stationed thereon. - at least a first board and at least a second board, on which are obtained at least a first supporting surface (12, 112) and at least a second supporting surface (22, 122) respectively, each adapted to accommodate at least one person and also optionally at least one piece of sporting equipment in such a way that two persons can perform a physical exercise independently; - at least one base resting on a stable supporting surface; said boards (10, 20) being connected to the base so that each supporting surface (12, 22, 112, 122) is able to tilt, or rotate with respect to the base about at least one respective axis (X1, X2), between at least one respective position of balance and respective positions of imbalance, the supporting surfaces (12, 22, 112, 122) being mutually interconnected so that the tilt or rotation of one supporting surface influences the tilt or rotation of the other supporting surface, and vice versa, so that said movements of the supporting surfaces are not predictable for the respective persons stationed thereon.