mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal transfer sheet , comprising a transfer layer provided on at least a part of one surface of a substrate , wherein the transfer layer has a multilayer structure formed by stacking two or more layers including a heat seal layer and an anti-blocking layer , the heat seal layer among the layers constituting the transfer layer is positioned closest to the substrate , the anti-blocking layer among the layers constituting the transfer layer is positioned farthest from the substrate , the heat seal layer contains one or both of (i) a polyester having a glass transition temperature (Tg) of 55°C or more and a number average molecular weight (Mn) of 15000 or less, and (ii) a polyester having a glass transition temperature (Tg) of less than 55°C, wherein the anti-blocking layer contains a resin component having a glass transition temperature (Tg) of 55°C or more and a number average molecular weight (Mn) of 20000 or less, and wherein the anti-blocking layer contains a coloring agent. a transfer layer provided on at least a part of one surface of a substrate , wherein the transfer layer has a multilayer structure formed by stacking two or more layers including a heat seal layer and an anti-blocking layer , the heat seal layer among the layers constituting the transfer layer is positioned closest to the substrate , the anti-blocking layer among the layers constituting the transfer layer is positioned farthest from the substrate , the heat seal layer contains one or both of (i) a polyester having a glass transition temperature (Tg) of 55°C or more and a number average molecular weight (Mn) of 15000 or less, and (ii) a polyester having a glass transition temperature (Tg) of less than 55°C, wherein the anti-blocking layer contains a resin component having a glass transition temperature (Tg) of 55°C or more and a number average molecular weight (Mn) of 20000 or less, and wherein the anti-blocking layer contains a coloring agent.
A torque converter , comprising: a cover arranged to receive torque; a pump ; a turbine hydraulically coupled to the pump and including a turbine shell ; a turbine clutch including a radially outermost portion of the turbine shell ; a first torsional vibration damper with: a first input plate non-rotatably connected to the turbine shell ; an output flange arranged to non-rotatably connect to an input shaft for a transmission; and, a plurality of springs engaged with the first input plate or the output flange ; a second torsional vibration damper including: a second input plate ; an output plate arranged to non-rotatably connect to the input shaft for the transmission; and, at least one first spring engaged with the second input plate and the output plate ; a lock-up clutch including an axially displaceable piston plate arranged to non-rotatably connect the cover and the second input plate ; a first fluid circuit arranged to supply first pressurized fluid to open the turbine clutch ; a second fluid circuit arranged to supply second pressurized fluid to close the turbine clutch or open the lock-up clutch ; and, a third fluid circuit arranged to supply third pressurized fluid to close the lock-up clutch . a cover arranged to receive torque; a pump ; a turbine hydraulically coupled to the pump and including a turbine shell ; a turbine clutch including a radially outermost portion of the turbine shell ; a first torsional vibration damper with: a first input plate non-rotatably connected to the turbine shell ; an output flange arranged to non-rotatably connect to an input shaft for a transmission; and, a plurality of springs engaged with the first input plate or the output flange ; a first input plate non-rotatably connected to the turbine shell ; an output flange arranged to non-rotatably connect to an input shaft for a transmission; and, a plurality of springs engaged with the first input plate or the output flange ; a second torsional vibration damper including: a second input plate ; an output plate arranged to non-rotatably connect to the input shaft for the transmission; and, at least one first spring engaged with the second input plate and the output plate ; a second input plate ; an output plate arranged to non-rotatably connect to the input shaft for the transmission; and, at least one first spring engaged with the second input plate and the output plate ; a lock-up clutch including an axially displaceable piston plate arranged to non-rotatably connect the cover and the second input plate ; a first fluid circuit arranged to supply first pressurized fluid to open the turbine clutch ; a second fluid circuit arranged to supply second pressurized fluid to close the turbine clutch or open the lock-up clutch ; and, a third fluid circuit arranged to supply third pressurized fluid to close the lock-up clutch .
Method for extinguishing sources of fire with a high battery content, e.g. vehicles having drive batteries installed therein, comprising the following method steps: - providing liquid distributors which are in each case composed of a nozzle hose from a woven fabric material which in the non-pressurized state is limp and foldable, and of identically designed hose couplings at both hose ends, wherein each nozzle hose is provided with exit nozzles which are disposed over the hose length and from which liquid can exit only on a circumferential segment of the nozzle hose that reaches across a partial circumference of the nozzle hose ; - connecting one liquid distributor to one end, and a further liquid distributor to the other end, of a curved pipe section , preferably of a pipe quadrant; - placing the liquid distributors and the curved pipe section in such an arrangement that the liquid distributors extend along different sides of the source of fire ; - feeding extinguishing liquid into the liquid distributors . - providing liquid distributors which are in each case composed of a nozzle hose from a woven fabric material which in the non-pressurized state is limp and foldable, and of identically designed hose couplings at both hose ends, wherein each nozzle hose is provided with exit nozzles which are disposed over the hose length and from which liquid can exit only on a circumferential segment of the nozzle hose that reaches across a partial circumference of the nozzle hose ; - connecting one liquid distributor to one end, and a further liquid distributor to the other end, of a curved pipe section , preferably of a pipe quadrant; - placing the liquid distributors and the curved pipe section in such an arrangement that the liquid distributors extend along different sides of the source of fire ; - feeding extinguishing liquid into the liquid distributors .
Winding apparatus comprising: - a frame ; - a support rotatably mounted on said frame with the possibility of performing a first motion around a first rotation axis; - a first motor axis for rotating said support ; - a core on which to wrap material , said core being rotatably mounted on said support with the possibility of performing a second motion around a second rotation axis that is not coaxial with said first rotation axis; - a second motor axis for rotating said core , the winding apparatus being characterized in that said second motor axis comprising a portion that is rotatably coupled with said frame and a portion that is rotatably coupled with said support . - a frame ; - a support rotatably mounted on said frame with the possibility of performing a first motion around a first rotation axis; - a first motor axis for rotating said support ; - a core on which to wrap material , said core being rotatably mounted on said support with the possibility of performing a second motion around a second rotation axis that is not coaxial with said first rotation axis; - a second motor axis for rotating said core ,
A duplex stainless steel plate or pipe having: a chemical composition consisting of, in mass percent, C: at most 0.030%, Si: 0.20 to 1.00%, Mn: at most 8.00%, P: at most 0.040%, S: at most 0.0100%, Cu: more than 2.00% and at most 4.00%, Ni: 4.50 to 8.00%, Cr: 20.0 to 30.0%, Mo: at least 0.50% and less than 2.00%, N: 0.100 to 0.350%, and sol. Al: at most 0.040%, W: at most 0.1%, and optionally at least one type selected from the group consisting of V: at most 1.50%, Ca: at most 0.0200%, Mg: at most 0.02%, and rare earth metal: at most 0.2000%, the balance being Fe and impurities; and having a structure, wherein a rate of ferrite in the structure is 35 to 55%, and a hardness of the ferrite in the structure is more than 315 Hv 10gf , wherein the steel has a yield strength of 580MPa or more, and the steel has an absorbed energy vE0 obtained in a Charpy impact test performed at 0°C with a full-size V notch specimen having a width of 10mm, a thickness of 10mm, a length of 55mm and a notch depth of 2mm on the basis of JIS Z2242 of 150 J or more. a chemical composition consisting of, in mass percent, C: at most 0.030%, Si: 0.20 to 1.00%, Mn: at most 8.00%, P: at most 0.040%, S: at most 0.0100%, Cu: more than 2.00% and at most 4.00%, Ni: 4.50 to 8.00%, Cr: 20.0 to 30.0%, Mo: at least 0.50% and less than 2.00%, N: 0.100 to 0.350%, and sol. Al: at most 0.040%, W: at most 0.1%, and optionally at least one type selected from the group consisting of V: at most 1.50%, Ca: at most 0.0200%, Mg: at most 0.02%, and rare earth metal: at most 0.2000%, the balance being Fe and impurities; and having a structure, wherein a rate of ferrite in the structure is 35 to 55%, and a hardness of the ferrite in the structure is more than 315 Hv 10gf , wherein the steel has a yield strength of 580MPa or more, and the steel has an absorbed energy vE0 obtained in a Charpy impact test performed at 0°C with a full-size V notch specimen having a width of 10mm, a thickness of 10mm, a length of 55mm and a notch depth of 2mm on the basis of JIS Z2242 of 150 J or more.
A blood-purification-treatment support system capable of supporting blood purification treatment, the system comprising: a storage device that stores patient-specific patient data that are acquired on a plurality of days including at least no-treatment days on which blood purification treatment is not conducted; an estimating device that compares the patient data for the plurality of days stored in the storage device with one another and estimates a pre-treatment patient state regarding blood purification treatment; and a judging device that judges from the pre-treatment patient state estimated by the estimating device whether or not any treatment conditions for blood purification treatment should be changed, wherein the patient data includes data regarding the amount of exercise taken by the patient and data regarding diet therapy, and the treatment conditions for blood purification treatment include the dry weight of the patient, characterized in that the judging device judges from the pre-treatment patient state whether or not the treatment condition dry weight should be reviewed and changed accordingly, and that the system further comprises an output device configured to output a result of a judgement made by the judging device. a storage device that stores patient-specific patient data that are acquired on a plurality of days including at least no-treatment days on which blood purification treatment is not conducted; an estimating device that compares the patient data for the plurality of days stored in the storage device with one another and estimates a pre-treatment patient state regarding blood purification treatment; and a judging device that judges from the pre-treatment patient state estimated by the estimating device whether or not any treatment conditions for blood purification treatment should be changed, wherein the patient data includes data regarding the amount of exercise taken by the patient and data regarding diet therapy, and the treatment conditions for blood purification treatment include the dry weight of the patient, characterized in that the judging device judges from the pre-treatment patient state whether or not the treatment condition dry weight should be reviewed and changed accordingly, and that the system further comprises an output device configured to output a result of a judgement made by the judging device.
A process for preparing nanoparticles of polydopamine and of a polyelectrolyte, comprising the following steps of: a) providing an alkaline aqueous solution comprising a polyelectrolyte of the sulfonated-polyaryletherketone derivatives type (S-PAEK); and b) adding dopamine in said alkaline aqueous solution of the polyelectrolyte with an oxidant, wherein the concentration ratio S-PAEK/dopamine is within the range of 0.25 to 5, to induce and to control the oxidative-induced polymerization or self-assembly of said dopamine in a nanometer scale, for obtaining nanoparticles of polydopamine and of said polyelectrolyte. a) providing an alkaline aqueous solution comprising a polyelectrolyte of the sulfonated-polyaryletherketone derivatives type (S-PAEK); and b) adding dopamine in said alkaline aqueous solution of the polyelectrolyte with an oxidant, wherein the concentration ratio S-PAEK/dopamine is within the range of 0.25 to 5, to induce and to control the oxidative-induced polymerization or self-assembly of said dopamine in a nanometer scale, for obtaining nanoparticles of polydopamine and of said polyelectrolyte.
A method for controlling measurement, characterized by comprising: receiving , by a terminal, a cross-link interference, CLI, measurement configuration from a network device, wherein the CLI measurement configuration comprises a set of sounding reference signal, SRS, resource configurations, each SRS resource configuration being associated with at least one of a cell identity or an SRS index used for identifying an SRS corresponding to said each SRS resource configuration, wherein in the CLI measurement configuration, all SRS resources correspond to a measurement object, the measurement object comprising the set of SRS resource configurations; and performing , by the terminal, a CLI measurement according to the set of SRS resource configurations of the CLI measurement configuration to obtain measurement results of a set of SRSs, wherein the CLI measurement refers to that the terminal measures an SRS of another terminal, wherein: when a measurement result of at least one SRS in the measurement results of the set of SRSs meets a threshold condition configured by the network device, waiting for time T; if the measurement result still meets the threshold condition within the time T, reporting, by the terminal, the measurement result to the network device, wherein a value of the T is greater than 0. receiving , by a terminal, a cross-link interference, CLI, measurement configuration from a network device, wherein the CLI measurement configuration comprises a set of sounding reference signal, SRS, resource configurations, each SRS resource configuration being associated with at least one of a cell identity or an SRS index used for identifying an SRS corresponding to said each SRS resource configuration, wherein in the CLI measurement configuration, all SRS resources correspond to a measurement object, the measurement object comprising the set of SRS resource configurations; and performing , by the terminal, a CLI measurement according to the set of SRS resource configurations of the CLI measurement configuration to obtain measurement results of a set of SRSs, wherein the CLI measurement refers to that the terminal measures an SRS of another terminal, wherein: when a measurement result of at least one SRS in the measurement results of the set of SRSs meets a threshold condition configured by the network device, waiting for time T; if the measurement result still meets the threshold condition within the time T, reporting, by the terminal, the measurement result to the network device, wherein a value of the T is greater than 0. when a measurement result of at least one SRS in the measurement results of the set of SRSs meets a threshold condition configured by the network device, waiting for time T; if the measurement result still meets the threshold condition within the time T, reporting, by the terminal, the measurement result to the network device, wherein a value of the T is greater than 0.
An implantable device for improving the pump function of the heart of a human patient by applying an external force on the heart muscle, said device comprising at least one heart contacting organ, configured to periodically exert force on the heart muscle following the heart contractions and adding force thereto, characterised in that said implantable device is adapted to adjust the location of the heart contacting organ in relation to the heart to enable change in the position of the force exerted on the heart by said heart contacting organ, such that said heart contacting organ can change from exerting force to a first area of the heart to exerting force to a second, different, area of the heart, after said implantable device has been fully implanted in the patient.
Hanging system comprising at least two mounting clips for mounting against a wall, as well as a hanging rail which can be coupled to the mounting clips , said mounting clips each having a rear side with which the mounting clips are in contact with the wall during use, as well as a front side which is opposite the rear side , which mounting clips 2. are each provided with two cams protruding from the front side , which hanging rail is provided with two spaced apart and opposite edge parts which can be hooked behind one of the cams of each mounting clip and can be clicked over the other cam of each mounting clip or can be clicked over both cams , characterized in that the mounting clips further each are provided with at least one nail protruding at the rear side , which nail can be pressed into the wall, parts of the front of the mounting clips on either side of the nail 2. forming pressing surfaces, and in that the mounting clips are each formed from a flat metal plate to be mounted against the wall, the cams and the nail being formed by plate parts bent out of the plate , on the front side the lower cam first extending away from the upper cam and then running towards the upper cam , the part extending towards the upper cam forms a guide for the lower edge part of the hanging rail for guiding this edge part over the lower cam when the hanging rail clicks on the mounting clip .
An aircraft capable of vertical take-off and landing, comprising: a fuselage ; at least one processor carried by the fuselage ; a first pair of aerodynamic, lift-generating wings extending from the fuselage ; a plurality of vectoring rotors rotatably carried by the fuselage so as to be rotatable between a substantially vertical configuration relative to the fuselage and a substantially horizontal configuration relative to the fuselage and configured to be controlled by the at least one processor; wherein the vectoring rotors are unsupported by the first pair of wings ; wherein each of the vectoring rotors is controllable independently of each other to provide lateral and yaw stability during low speed maneuvering; wherein transition from vertical flight to horizontal flight is enhanced by using sequential vectoring thrust wherein forward ones of the vectoring rotors vector at a different speed and angle than rearward ones of the vectoring rotors ; whereby one of the forward ones of the vectoring rotors and the rearward ones of the vectoring rotors provide more horizontal thrust than the other of the forward ones of the vectoring rotors and the rearward ones of the vectoring rotors until the aircraft reaches a speed above a stall speed of the first pair of wings . a fuselage ; at least one processor carried by the fuselage ; a first pair of aerodynamic, lift-generating wings extending from the fuselage ; a plurality of vectoring rotors rotatably carried by the fuselage so as to be rotatable between a substantially vertical configuration relative to the fuselage and a substantially horizontal configuration relative to the fuselage and configured to be controlled by the at least one processor; wherein the vectoring rotors are unsupported by the first pair of wings ; wherein each of the vectoring rotors is controllable independently of each other to provide lateral and yaw stability during low speed maneuvering; wherein transition from vertical flight to horizontal flight is enhanced by using sequential vectoring thrust wherein forward ones of the vectoring rotors vector at a different speed and angle than rearward ones of the vectoring rotors ; whereby one of the forward ones of the vectoring rotors and the rearward ones of the vectoring rotors provide more horizontal thrust than the other of the forward ones of the vectoring rotors and the rearward ones of the vectoring rotors until the aircraft reaches a speed above a stall speed of the first pair of wings .
Self-locking support for a shelving unit , the shelving unit comprising at least one post for mounting the self-locking support , the self-locking support comprising: a frame , a first self-locking element , a first moving element associated with the first self-locking element , wherein the frame comprises a first seat for the first self-locking element , wherein the first seat is configured so as to allow the movement of the first self-locking element from a free position to a locked position under the action of the first moving element , wherein the first seat has at least one surface at an angle with respect to the longitudinal extension of the post , characterized in that a contact between the post and the first self-locking element, moving the self-locking support downwards, results in a movement of the self-locking support from a free position to a locked position. a frame , a first self-locking element , a first moving element associated with the first self-locking element , wherein the frame comprises a first seat for the first self-locking element , wherein the first seat is configured so as to allow the movement of the first self-locking element from a free position to a locked position under the action of the first moving element , wherein the first seat has at least one surface at an angle with respect to the longitudinal extension of the post , characterized in that a contact between the post and the first self-locking element, moving the self-locking support downwards, results in a movement of the self-locking support from a free position to a locked position.
A damper assembly for a hinge, comprising a linear damping device, retaining means for mounting the damping device on a hinge, and a mechanism for converting rotational movement of the hinge in at least part of one direction into linear actuation of the damping device, wherein the movement converting mechanism comprises a first camming device (18; 19, 19') and a separate second camming device (24; 25, 25'), which are both capable of transmitting force, characterised in that when the movement converting mechanism experiences a load below a threshold, only the first camming device is in engagement, and further wherein when the movement converting mechanism experiences a load above the threshold both the first and the second camming devices are in engagement.
Rechargeable dehumidifier comprising a casing with at least one first opening (1.1) and open on the top configuring a first internal cavity (1.2), a first lid arranged upon the casing , characterised in that provided within the first cavity (1.2) is a container that in turn comprises a body (3.1) that is open on the top which configures a second cavity (3.2), with a second lid (3.3) provided upon the body (3.1) and having at least one second opening (3.4), on the second lid (3.3) is provided a desiccant agent (S) such that the water (W) absorbed by it is collected in the body (3.1) when it falls by gravity.