mhurhangee/patent-ind-claim-en huggingface dataset:
A particle-type cigarette wherein downstream of a particle section is magnetically sealed, the cigarette comprises a paper tube , a sealing film that blocks the distal lip end of the paper tube , a particle filling section located immediately downstream of the sealing film , the particle filling section is filled with uniformly mixed tobacco particles and susceptor particles , characterized in that , a magnet chip bridging layer is located immediately downstream of the particle filling section, the magnet chip bridging layer is circumferentially magnetically fixed to a wall-attached iron foil ring on the inner surface of or inside the side wall of the paper tube , the downstream of the magnet chip bridging layer is successively a cavity section and a filter section .
An optical sensor comprising - a hollow core waveguide comprising at least one distributed Bragg reflector, and - at least one deflecting element configured for changing the geometry and/or dimension of the hollow core waveguide when submitted to a force, characterized in that the optical sensor comprises at least one solid core waveguide adjacent the hollow core waveguide, each waveguide of said at least one solid core waveguide being configured as a respective coupling element for coupling light into and/or out of the hollow core of the hollow core waveguide and in that the optical sensor comprises a waveguide sensor chip wherein the hollow core waveguide, the at least one deflecting element and the at least one solid core waveguide are integrated in the waveguide sensor chip. - a hollow core waveguide comprising at least one distributed Bragg reflector, and - at least one deflecting element configured for changing the geometry and/or dimension of the hollow core waveguide when submitted to a force,
A method for controlling total average transmission power of a radio base station over a fixed time period, the method being performed by a control device , the method comprising: obtaining (S102) values of average total transmission power of at least one previous transmission from the radio base station ; determining (S104) a resource factor value γ ( t ) from one or more of the obtained values of average total transmission power and a setpoint value 〈 P tot 〉 ref of the average total transmission power; determining (S106), based on the resource factor value γ ( t ), an action that restricts the amount of code-division multiple access, CDMA, resources to be used at least for a current transmission; and controlling (S108) the total average transmission power over the fixed time period by initiating the determined action at least for the current transmission, wherein the resource factor value γ ( t ) is lower-bounded by a minimum value 0 ≤ γ low and upper-bounded by 1 such that: γ low ≤ γ t ≤ 1 , wherein the resource factor value γ ( t ) is set to its minimum value when the value of average total transmission power is larger than a power threshold value, wherein the resource factor value γ ( t ) expresses which fraction of all available of CDMA resources to be used for the current transmission, and wherein the action restricts the amount of CDMA resources to said fraction of all available of CDMA resources. wherein the CDMA resources are associated with a user data rate, and wherein the action involves using a user data rate lower than that determined for the current transmission. obtaining (S102) values of average total transmission power of at least one previous transmission from the radio base station ; determining (S104) a resource factor value γ ( t ) from one or more of the obtained values of average total transmission power and a setpoint value 〈 P tot 〉 ref of the average total transmission power; determining (S106), based on the resource factor value γ ( t ), an action that restricts the amount of code-division multiple access, CDMA, resources to be used at least for a current transmission; and controlling (S108) the total average transmission power over the fixed time period by initiating the determined action at least for the current transmission, wherein the resource factor value γ ( t ) is lower-bounded by a minimum value 0 ≤ γ low and upper-bounded by 1 such that: γ low ≤ γ t ≤ 1 , wherein the resource factor value γ ( t ) is set to its minimum value when the value of average total transmission power is larger than a power threshold value, wherein the resource factor value γ ( t ) expresses which fraction of all available of CDMA resources to be used for the current transmission, and wherein the action restricts the amount of CDMA resources to said fraction of all available of CDMA resources. wherein the CDMA resources are associated with a user data rate, and wherein the action involves using a user data rate lower than that determined for the current transmission.
A method for decorating, in particular three-dimensional, substrates, in particular packaging, comprising the following steps: - printing at least one first decorative pattern with a first printing ink composition onto the substrate , - printing at least one second decorative pattern with a second printing ink composition onto the substrate , at least sectionally in a region adjacent to the first pattern , temporarily before, after or during the printing of the first pattern, the radiation-cured second printing ink composition having a lower glass transition temperature than the radiation-cured first printing ink composition , and a hot stamping method , in particular an unwinding method, being used to apply a decorative coating to the second pattern for which purpose hot stamping foil comprising a decorative coating material is pressed with exposure to heat and pressure, in particular in a continuous unwinding process, by means of a stamping tool , in particular a rotating stamping roller, against the printed substrate , at least sectionally in the region of the first and second pattern , the decorative coating thus adhering to the second pattern , but not to the first pattern , characterized in that that the substrate is a glass, that the first and the second printing ink compositions are radiation-curable, preferably UV curable, and that the first and second printing ink compositions are radiation-cured, preferably immediately after printing the respective pattern, and that the second printing ink composition comprises a base composition having at least one radical photo initiator and no cationic photo initiator, and that the base composition comprises at least one epoxy resin based on bisphenol A, which is in solution in a UV-curing monomer, and also a resin having functional groups and comprising free functional hydroxyl, epoxide, acid, acid anhydride and/or acrylate groups, and further comprising a wax, and that on irradiation of the second printing ink composition , the epoxy resin based on bisphenol A is not crosslinked with the UV-curable monomer, but is instead merely physically embedded, and that a weight fraction of a heat-activatable pressure-sensitive adhesive in the second printing ink composition is between 10 % and 25 %. - printing at least one first decorative pattern with a first printing ink composition onto the substrate , - printing at least one second decorative pattern with a second printing ink composition onto the substrate , at least sectionally in a region adjacent to the first pattern , temporarily before, after or during the printing of the first pattern,
A continuous analyte measurement system , comprising: a base unit configured for mounting on a skin surface ; an analyte sensor associated with a predetermined manufacturing lot of sensors, the analyte sensor comprising a proximal portion configured for positioning within the base unit and a distal portion configured for insertion through a skin surface, wherein the analyte sensor is configured to generate one or more signals related to an analyte level; one or more processors ; characterised in that the system further comprises: a memory storing a drift profile and instructions which, when executed by the one or more processors, cause the one or more processors to: determine a drift correction factor for the analyte sensor according to a predetermined algorithm using the drift profile; and determine the analyte level according to the drift correction factor and the one or more signals related to the analyte level; a base unit configured for mounting on a skin surface ; an analyte sensor associated with a predetermined manufacturing lot of sensors, the analyte sensor comprising a proximal portion configured for positioning within the base unit and a distal portion configured for insertion through a skin surface, wherein the analyte sensor is configured to generate one or more signals related to an analyte level; one or more processors ; characterised in that the system further comprises: a memory storing a drift profile and instructions which, when executed by the one or more processors, cause the one or more processors to: determine a drift correction factor for the analyte sensor according to a predetermined algorithm using the drift profile; and determine the analyte level according to the drift correction factor and the one or more signals related to the analyte level; determine a drift correction factor for the analyte sensor according to a predetermined algorithm using the drift profile; and determine the analyte level according to the drift correction factor and the one or more signals related to the analyte level;
Kit comprising a tool and a vapour barrier collar of a substantially incompressible material and including mounting means , wherein the tool comprises a head element with a front end and a rear end , the head element defining a longitudinal direction (LX) of the tool and comprising operating means for operating the tool and insertion means for introducing the mounting means of said vapour barrier collar into a groove of a roof window, said groove being adapted to receive said mounting means, characterised in that said insertion means comprise a roller wheel set including at least one roller wheel at the front end of the head element of the tool , the roller wheel set having a width (WT) and a diameter (DW) and being arranged so that a rotation of the roller wheel set in the longitudinal direction (LX) of the tool is admitted so that the mounting means of the vapour barrier collar are arranged in the groove by rolling said roller wheel set , wherein the roller wheel set of the tool comprises two roller wheels arranged at a respective side of a protruding front portion (51.1) of the head element and connected to each other by means of at least one snap hook leg (53.3) on one roller wheel interacting with a counterpart receiving aperture (53.4) in the other roller wheel via an opening (51.2) in the protruding front portion (51.1).
A turbine combustor assembly, comprising: a primary combustion chamber in fluid communication with a primary fuel injector and a primary air inlet; and an igniter carried by the primary combustion chamber, comprising: a first igniter stage comprising an auxiliary combustion chamber housing comprising a mixing chamber and a tubular throat converging downstream of the mixing chamber, an ignition source projecting into the mixing chamber of the auxiliary combustion chamber, and a first auxiliary fuel outlet proximal the ignition source; and a second igniter stage comprising an auxiliary fuel outlet manifold comprising at least one second auxiliary fuel outlet proximal to an outlet of the tubular throat, characterized in that the second igniter stage also comprises a third auxiliary fuel outlet proximal a midpoint of the tubular throat. a primary combustion chamber in fluid communication with a primary fuel injector and a primary air inlet; and an igniter carried by the primary combustion chamber, comprising: a first igniter stage comprising an auxiliary combustion chamber housing comprising a mixing chamber and a tubular throat converging downstream of the mixing chamber, an ignition source projecting into the mixing chamber of the auxiliary combustion chamber, and a first auxiliary fuel outlet proximal the ignition source; and a second igniter stage comprising an auxiliary fuel outlet manifold comprising at least one second auxiliary fuel outlet proximal to an outlet of the tubular throat, characterized in that the second igniter stage also comprises a third auxiliary fuel outlet proximal a midpoint of the tubular throat. a first igniter stage comprising an auxiliary combustion chamber housing comprising a mixing chamber and a tubular throat converging downstream of the mixing chamber, an ignition source projecting into the mixing chamber of the auxiliary combustion chamber, and a first auxiliary fuel outlet proximal the ignition source; and a second igniter stage comprising an auxiliary fuel outlet manifold comprising at least one second auxiliary fuel outlet proximal to an outlet of the tubular throat, characterized in that the second igniter stage also comprises a third auxiliary fuel outlet proximal a midpoint of the tubular throat.
An alginate oligomer of 2 to 50 monomer residues, at least 70% of which are G residues, for use together with lumacaftor in the treatment of cystic fibrosis (CF), non-compound CFTR gene mutation heterozygosity, abnormal mucus clearance in the respiratory tract and/or breathing difficulties resulting from chronic particulate inhalation, COPD, chronic bronchitis, emphysema, bronchiectasis, asthma or chronic sinusitis, or a complication thereof.
An automatic music playing control device, comprising at least one processor, wherein the at least one processor: probabilistically selects any one of a plurality of timing types that defines the number of sound emissions; probabilistically selects any one of a plurality of note timing tables that defines sound emission timings, corresponding to the selected timing type; and instructs a sound source to emit a chord at a sound emission timing based on the selected note timing table, characterized in that in the case where an upbeat is specified as a sound emission timing and a chord change is present on the next beat following the upbeat in the selected note timing table, the at least one processor instructs the sound source to emit the chord on the next beat at the sound emission timing of the upbeat. wherein the at least one processor: probabilistically selects any one of a plurality of timing types that defines the number of sound emissions; probabilistically selects any one of a plurality of note timing tables that defines sound emission timings, corresponding to the selected timing type; and instructs a sound source to emit a chord at a sound emission timing based on the selected note timing table, characterized in that probabilistically selects any one of a plurality of timing types that defines the number of sound emissions; probabilistically selects any one of a plurality of note timing tables that defines sound emission timings, corresponding to the selected timing type; and instructs a sound source to emit a chord at a sound emission timing based on the selected note timing table, in the case where an upbeat is specified as a sound emission timing and a chord change is present on the next beat following the upbeat in the selected note timing table, the at least one processor instructs the sound source to emit the chord on the next beat at the sound emission timing of the upbeat.
A device for ocular sampling, in particular for the sampling and analysis of the outer layers of the ocular surface by impression cytology, comprising: - a first element with substantially elongated shape having at one end a first hollow portion apt to house a membrane suitable for the ocular sampling; - a second element , comprising guiding means for said first element apt to allow sliding of said first element relative to said second element , and elastic means positioned in such a way as to exert an opposing force against said first element during said sliding, wherein said hollow portion is a circular portion and the membrane is in particular a membrane of millipore type, wherein said second element has a main body with substantially tubular shape open at both ends, said main body comprising said guiding means and said elastic means characterised in that said second element further comprises a movable element apt to slide along said main body by means of said guiding means and wherein said elastic means comprise a plurality of springs inserted in said guiding means ; wherein said movable element has a second hollow portion for inserting said first element . - a first element with substantially elongated shape having at one end a first hollow portion apt to house a membrane suitable for the ocular sampling; - a second element , comprising guiding means for said first element apt to allow sliding of said first element relative to said second element , and elastic means positioned in such a way as to exert an opposing force against said first element during said sliding, wherein said hollow portion is a circular portion and the membrane is in particular a membrane of millipore type, wherein said second element has a main body with substantially tubular shape open at both ends, said main body comprising said guiding means and said elastic means characterised in that said second element further comprises a movable element apt to slide along said main body by means of said guiding means and wherein said elastic means comprise a plurality of springs inserted in said guiding means ;
A split power tool comprising: a handle end having a first handle portion , said handle end having a first attachment assembly having a pair of electrical connectors being electrically connected to a power supply , said handle end further having a first longitudinal axis (L 1 ) aligned with a grip portion of said first handle portion ; and a tool end having a housing , a motor located within the housing , and a cutting tool extending from said housing , said cutting tool being driven by said motor, said tool end having a second longitudinal axis (L 2 ) aligned with said cutting tool, and said tool end having a second attachment assembly having a pair of electrical connectors ; wherein said tool end is releasably attachable to said handle end such that when said tool end is attached to said handle end , said electrical connectors of said second attachment assembly are in contact with said electrical connectors of said first attachment assembly for electrically connecting said tool end and said handle end ; and wherein said first and second longitudinal axes (L 1 , L 2 ) are oriented parallel to each other and said first and second attachment assemblies are oriented at an angle with respect to said first and second longitudinal axes (L 1 , L 2 ) when said tool end is attached to said handle end ; characterized in that said handle end is comprising a second handle portion , and wherein said housing of said tool end includes a forward portion and a rear portion integrally formed together, said forward portion extending from said rear portion at an angle thereto. a handle end having a first handle portion , said handle end having a first attachment assembly having a pair of electrical connectors being electrically connected to a power supply , said handle end further having a first longitudinal axis (L 1 ) aligned with a grip portion of said first handle portion ; and a tool end having a housing , a motor located within the housing , and a cutting tool extending from said housing , said cutting tool being driven by said motor, said tool end having a second longitudinal axis (L 2 ) aligned with said cutting tool, and said tool end having a second attachment assembly having a pair of electrical connectors ; wherein said tool end is releasably attachable to said handle end such that when said tool end is attached to said handle end , said electrical connectors of said second attachment assembly are in contact with said electrical connectors of said first attachment assembly for electrically connecting said tool end and said handle end ; and wherein said first and second longitudinal axes (L 1 , L 2 ) are oriented parallel to each other and said first and second attachment assemblies are oriented at an angle with respect to said first and second longitudinal axes (L 1 , L 2 ) when said tool end is attached to said handle end ; characterized in that said handle end is comprising a second handle portion , and wherein said housing of said tool end includes a forward portion and a rear portion integrally formed together, said forward portion extending from said rear portion at an angle thereto.
Heating system with at least one first hot water tank (12a; 12b; 12c) which is provided to be charged by at least one first heat generator unit (14a; 14b; 14c), with at least one second hot water tank (16a; 16b; 16c) which is provided to be charged by at least one second heat generator unit (18a; 18b; 18c), with at least one connecting line from a cold zone (24a; 24b; 24c) of the at least one first hot water tank (12a; 12b; 12c) to a hot zone (26a; 26b; 26c) of the at least one second hot water tank (16a; 16b; 16c), and with at least one pump unit (28a, 28b; 28c) which is arranged in the at least one connecting line , and with at least one further connecting line , via which a return flow of water counter to a delivery direction of the at least one pump unit takes place in at least one operating state, characterized in that the further connecting line connects the cold zone of the at least one first hot water tank to the hot zone of the at least one second hot water tank , hot water flowing back from the second hot water tank into the first hot water tank via the further connecting line , whereby a maximum water temperature of the second hot water tank is always kept below a minimum water temperature of the first hot water tank .