mhurhangee/patent-ind-claim-en huggingface dataset:
A hanger for optical bite indication during fishing, wherein a channel is given laterally on a body , in which a rope , which is fastened to a hook and which has a loop at both ends, is threaded and on the other side of the body a bow is present, the bow having a U-shape and being fixedly fastened in the body , wherein the hook is locked above the body over the bend and is movable in two directions, and a ring is attached to the hook in sequence in connection with the bend below the bend , and a bead , which serves as a spacer between the ring and the attachment of the rope above the bead , is arranged, and the ring , which is made of rubber, is responsible for the tension between the hook and the bend .
A solid oxide fuel cell comprising: a fuel cell stack configured by stacking a plurality of cell units , each of the cell units including an electrolyte electrode assembly and a separator ; a casing disposed at one end side of the fuel cell stack in a stacking direction (Z); an application part that applies stacking force (F) to the fuel cell stack along the stacking direction via the casing; and a facilitating mechanism that facilitates elongation of the casing due to linear expansion, wherein the facilitating mechanism has a space that is provided between the casing and an end current collector , which is provided at an end portion on one end side of the fuel cell stack, and that absorbs the linear expansion of the fuel cell stack in the stacking direction, and each of the end current collector and the casing includes an inclined surface that is inclined relative to the stacking direction, and the end current collector plate and the casing are interconnected at the inclined surfaces via the space; characterised in that the facilitating mechanism further includes a heater for heating gas, and the space is a gas flow passage through which the gas heated by the heater flows. a fuel cell stack configured by stacking a plurality of cell units , each of the cell units including an electrolyte electrode assembly and a separator ; a casing disposed at one end side of the fuel cell stack in a stacking direction (Z); an application part that applies stacking force (F) to the fuel cell stack along the stacking direction via the casing; and a facilitating mechanism that facilitates elongation of the casing due to linear expansion, wherein the facilitating mechanism has a space that is provided between the casing and an end current collector , which is provided at an end portion on one end side of the fuel cell stack, and that absorbs the linear expansion of the fuel cell stack in the stacking direction, and each of the end current collector and the casing includes an inclined surface that is inclined relative to the stacking direction, and the end current collector plate and the casing are interconnected at the inclined surfaces via the space; characterised in that the facilitating mechanism further includes a heater for heating gas, and the space is a gas flow passage through which the gas heated by the heater flows.
A method for reducing a residual pressure remaining in a fluid line of a shower system after the closing of a closable inflow point of the fluid line , wherein the fluid line includes the closable inflow point and an outflow point , wherein a first mechanism for providing an additional volume for a fluid flowing through the fluid line is arranged between the closable inflow point and the outflow point ; wherein the additional volume increases and decreases as a function of the fluid present in the additional volume ; wherein the additional volume is formed by a deformable foil which is arranged on the fluid line and rests directly against the fluid line when the additional volume is completely emptied; wherein the additional volume is fluidically connected to the fluid line via an opening ; wherein the additional volume is increased by the fluid flowing in via the opening and successively decreases as the fluid flows out of the additional volume via the opening and back into the fluid line , wherein the method comprises at least the following steps, based on the closable inflow point in its open state and a flowing fluid : a) closing the closable inflow point ; b) reducing the residual pressure in the fluid line by letting the fluid flow from the fluid line into the additional volume ; c) opening the closable inflow point so that fluid flows from the closable inflow point to the outflow point ; d) sucking, via the opening , the fluid present in the additional volume into the fluid line by means of the fluid flowing in the fluid line . a) closing the closable inflow point ; b) reducing the residual pressure in the fluid line by letting the fluid flow from the fluid line into the additional volume ; c) opening the closable inflow point so that fluid flows from the closable inflow point to the outflow point ; d) sucking, via the opening , the fluid present in the additional volume into the fluid line by means of the fluid flowing in the fluid line .
Insect larvae rearing substrate in lumpy form and with a semi-liquid or pasty texture comprising: - solubles derived from plant processing methods, and - plant co-products in solid form. - solubles derived from plant processing methods, and - plant co-products in solid form.
A power tool comprising: a brushless motor; a rectifier circuit configured to rectify an AC voltage and output a rectified voltage; a smoothing circuit configured to smooth the rectified voltage and output a smoothed voltage; an inverter circuit configured to supply the smoothed voltage to the brushless motor while perform switching actions with respect to the smoothed voltage; an operating part operable by a user; and a switch rendered ON in accordance with an operation performed in the operating part by the user to allow power to be supplied to the inverter circuit by the rectifier circuit through the smoothing circuit and rendered OFF in accordance with release of the operation by the user to interrupt the inverter circuit from the rectifier circuit to halt supplying the power to the inverter circuit, wherein the smoothing circuit comprises a first capacitor and a second capacitor having different impedance and connected in parallel, and wherein the second capacitor is interposed between the switch and the inverter circuit and is connected in parallel with the inverter circuit. a brushless motor; a rectifier circuit configured to rectify an AC voltage and output a rectified voltage; a smoothing circuit configured to smooth the rectified voltage and output a smoothed voltage; an inverter circuit configured to supply the smoothed voltage to the brushless motor while perform switching actions with respect to the smoothed voltage; an operating part operable by a user; and a switch rendered ON in accordance with an operation performed in the operating part by the user to allow power to be supplied to the inverter circuit by the rectifier circuit through the smoothing circuit and rendered OFF in accordance with release of the operation by the user to interrupt the inverter circuit from the rectifier circuit to halt supplying the power to the inverter circuit, wherein the smoothing circuit comprises a first capacitor and a second capacitor having different impedance and connected in parallel, and wherein the second capacitor is interposed between the switch and the inverter circuit and is connected in parallel with the inverter circuit.
A variable vane system for a gas turbine engine , the variable vane system , comprising: an actuator ; a harmonic drive driven by the actuator ; a drive gear driven by the harmonic drive ; a geared unison ring (160; 190) driven by the drive gear ; and a vane gear (164, 168; 194) mounted to a variable vane , the vane gear (164, 168; 194) driven by the geared unison ring (160; 190), wherein the vane gear (164, 168; 194) is mounted to an outer trunion of a variable vane . an actuator ; a harmonic drive driven by the actuator ; a drive gear driven by the harmonic drive ; a geared unison ring (160; 190) driven by the drive gear ; and a vane gear (164, 168; 194) mounted to a variable vane , the vane gear (164, 168; 194) driven by the geared unison ring (160; 190), wherein the vane gear (164, 168; 194) is mounted to an outer trunion of a variable vane .
A protective circuit comprising: an AC line configured to provide power from an AC source ; a first protection circuit coupled to the AC line and implemented to be electrically parallel with a load circuit , the first protection circuit configured to be in an inactive state to be substantially non-conducting when a voltage across the load circuit is in a normal range or an active state to be substantially conducting when the voltage across the load circuit has an overvoltage value greater than the normal range to shunt power away from the load circuit; and a second protection circuit implemented to be electrically between the AC source and the load circuit, the second protection circuit configured to block power from the AC source in response to a condition resulting from the first protection circuit being in the active state, the protective circuit is characterised in that the first protection circuit is implemented as an electrically series combination of a gas discharge tube, GDT, and a metal-oxide varistor, MOV, and the second protection circuit is implemented as an arc fault circuit interrupter, AFCI, provided along the AC line and configured to block the power from the AC source upon sensing of the condition resulting from the first protection circuit being in the active state, and in that the condition resulting from the first protection circuit being in the active state includes a high frequency component in a let-through signal. an AC line configured to provide power from an AC source ; a first protection circuit coupled to the AC line and implemented to be electrically parallel with a load circuit , the first protection circuit configured to be in an inactive state to be substantially non-conducting when a voltage across the load circuit is in a normal range or an active state to be substantially conducting when the voltage across the load circuit has an overvoltage value greater than the normal range to shunt power away from the load circuit; and a second protection circuit implemented to be electrically between the AC source and the load circuit, the second protection circuit configured to block power from the AC source in response to a condition resulting from the first protection circuit being in the active state, the protective circuit is characterised in that the first protection circuit is implemented as an electrically series combination of a gas discharge tube, GDT, and a metal-oxide varistor, MOV, and the second protection circuit is implemented as an arc fault circuit interrupter, AFCI, provided along the AC line and configured to block the power from the AC source upon sensing of the condition resulting from the first protection circuit being in the active state, and in that the condition resulting from the first protection circuit being in the active state includes a high frequency component in a let-through signal.
A positioning method of causing a processor to position, using positioning data of a reference station located at a known coordinate, a location of a terminal through interferometric positioning using a plurality of positioning signals received from a plurality of satellites , the method comprising: causing the processor to calculate (S304) an integer bias for the plurality of positioning signals ; causing the processor to select (S307) a location candidate group which is a group of location candidates of the terminal , based on a float solution acquired through the calculation of the integer bias; the method being characterised in causing, where a fix solution has not been calculated yet, the processor to notify (S308) that the terminal is located at a predetermined point on a map under a condition in which the location candidate group is included in a line-shaped area. causing the processor to calculate (S304) an integer bias for the plurality of positioning signals ; causing the processor to select (S307) a location candidate group which is a group of location candidates of the terminal , based on a float solution acquired through the calculation of the integer bias; the method being characterised in causing, where a fix solution has not been calculated yet, the processor to notify (S308) that the terminal is located at a predetermined point on a map under a condition in which the location candidate group is included in a line-shaped area.
A combustible gas sensor comprising a first sensing element and a second sensing element, the first sensing element comprising a first catalyst support member having a volume less than a sphere having a diameter of 500μm and upon which a catalyst is supported, the second sensing element comprising a second catalyst support member having a volume less than a sphere having a diameter of 500μm and upon which a catalyst is supported, and electronic circuitry that is adapted to cycle between a first mode in which the first sensing element is operated in a higher power mode and the second sensing element is operated in a lower power mode and a second mode in which the second sensing element is operated in a higher power mode and the first sensing element is operated in a lower power mode, wherein in the first mode the second sensing element is configured to compensate for ambient temperature changes and in the second mode the first sensing element is configured to compensate for ambient temperature changes and the lower power mode is of sufficiently low power to reduce catalytic activity to render the sensing element inactive with respect to a combustible gas analyte.
Method for monitoring the geometrical properties, such as the shape, of a pulp bale in a baling line of a pulp machine, wherein cut pulp sheets are stacked to form a pulp bale are and images of the pulp bale are taken with a camera system of the pulp bale and the images are evaluated with a computer-implemented computational model for image analysis, characterised in that that the computer model on the images geometric elements of the pulp bale selected from a group consisting of corners, edges , surfaces and volume of the pulp bale, identified and from the identified geometric elements of the pulp bale assessing the geometric properties of the pulp bale , wherein the computational model has been trained with a training data set and the training data set comprises training images of pulp bales and, for the individual training images, the identified geometric elements of the pulp bale and the assessment of the geometric properties of the pulp bale .
Electrical circuit for producing chip card modules, comprising a substrate and at least one conductive track , this conductive track being at least partially covered with a visible surface layer consisting of a rhodium alloy , deposited by electrodeposition on the conductive track , characterized in that the rhodium alloy layer has a thickness of between 10 nanometres and 150 nanometres, by the fact that the concentration by weight of rhodium in the rhodium alloy is greater than or equal to 50% and by the fact that the rhodium alloy is deposited on at least one barrier layer deposited on the conductive track , prior to the deposition by electrodeposition of the surface layer of the rhodium alloy, this barrier layer comprising at least one of the elements from the following list: pure nickel, nickel-phosphorus alloy and cobalt-tungsten alloy.
A waveguide comprising a core extending axially along the waveguide, and further comprising: a first section , the first section being configured to generate, by a non-linear optical process, a broadened wavelength spectrum of pulsed radiation provided to an input end of the waveguide; and a second section (716A-E), the second section comprising an output end of the waveguide, the core of the second section having a diameter greater than a diameter of the core in the first section exhibiting a larger absolute value of group velocity dispersion than the first section; characterized in that a length of the second section is between 0.5 cm and 20 cm and configured to reduce a peak intensity of one or more peaks in the broadened wavelength spectrum by at least 20%. a first section , the first section being configured to generate, by a non-linear optical process, a broadened wavelength spectrum of pulsed radiation provided to an input end of the waveguide; and a second section (716A-E), the second section comprising an output end of the waveguide, the core of the second section having a diameter greater than a diameter of the core in the first section exhibiting a larger absolute value of group velocity dispersion than the first section; characterized in that a length of the second section is between 0.5 cm and 20 cm and configured to reduce a peak intensity of one or more peaks in the broadened wavelength spectrum by at least 20%.
A solid propulsion unit for a launcher , the propulsion unit being adapted to be separated from the rest of the launcher , and including: - a wall defining a combustion chamber including a so-called front end and an opposite so-called rear end , - propellant placed in the combustion chamber, - a combustion channel passing through the combustion chamber from the front end to the rear end, - a nozzle arranged at the rear end of the combustion chamber, - an igniter closing the combustion channel at the front end of the combustion chamber, - a skirt covering the igniter at the front end of the combustion chamber, said skirt allowing the mechanical connection with the rest of the launcher , characterized in that it includes an ejection system of the igniter including a pyrotechnic cutting system configured to allow the combustion channel to be opened. - a wall defining a combustion chamber including a so-called front end and an opposite so-called rear end , - propellant placed in the combustion chamber, - a combustion channel passing through the combustion chamber from the front end to the rear end, - a nozzle arranged at the rear end of the combustion chamber, - an igniter closing the combustion channel at the front end of the combustion chamber, - a skirt covering the igniter at the front end of the combustion chamber, said skirt allowing the mechanical connection with the rest of the launcher ,
A method for configuring communication, characterized in that , the method comprising: determining , by a first terminal, discontinuous transmission (DTX) and/or discontinuous reception (DRX) configuration information of direct communication interface; and determining , by the first terminal, a period of time according to the DTX and/or DRX configuration information, and notifying a second terminal of the DTX and/or DRX configuration information via the direct communication interface; wherein the period of time corresponds to active time of the DTX and/or DRX;wherein the DTX and/or DRX configuration information comprises a part or all of following information: onDurationTimer; drx-InactivityTimer; drx-RetransmissionTimer; LongDRX-CycleStartOffset; LongDTX-CycleStartOffset; ShortDRX-Cycle; ShortDTX-Cycle; DrxShortCycleTimer; and DtxShortCycleTimer. determining , by a first terminal, discontinuous transmission (DTX) and/or discontinuous reception (DRX) configuration information of direct communication interface; and determining , by the first terminal, a period of time according to the DTX and/or DRX configuration information, and notifying a second terminal of the DTX and/or DRX configuration information via the direct communication interface; wherein the period of time corresponds to active time of the DTX and/or DRX;wherein the DTX and/or DRX configuration information comprises a part or all of following information: onDurationTimer; drx-InactivityTimer; drx-RetransmissionTimer; LongDRX-CycleStartOffset; LongDTX-CycleStartOffset; ShortDRX-Cycle; ShortDTX-Cycle; DrxShortCycleTimer; and DtxShortCycleTimer. onDurationTimer; drx-InactivityTimer; drx-RetransmissionTimer; LongDRX-CycleStartOffset; LongDTX-CycleStartOffset; ShortDRX-Cycle; ShortDTX-Cycle; DrxShortCycleTimer; and DtxShortCycleTimer.
A system comprising a vial , the vial comprising: a body having a neck and a single opening defined by the neck; a stopper partly received in and sealing the opening; a substance contained by the body and the stopper, the substance comprising an oxygen-sensitive formulation; and a headspace defined between the body, the substance and the stopper; wherein the stopper has at least one projection received in the opening, wherein the projection defines at least one gap or aperture which, when the projection is partially inserted into the opening, allows gas transfer between the headspace and a volume external of the vial; characterised in that the system comprises a temperature-controlled environment, wherein the vial is housed in the temperature-controlled environment and wherein the temperature-controlled environment is a lyophilisation apparatus in which the condenser is disabled. a body having a neck and a single opening defined by the neck; a stopper partly received in and sealing the opening; a substance contained by the body and the stopper, the substance comprising an oxygen-sensitive formulation; and a headspace defined between the body, the substance and the stopper;
A method for producing sound and/or heat insulation products comprising - spraying a sizing composition comprising: - a mixture of hydrogenated sugars comprising at least 25% by weight of maltitol, calculated on the basis of the dry matter of the hydrogenated sugars, and - at least one polyfunctional crosslinking agent, onto mineral fibers leaving a centrifugation device and before collection thereof in form of a mat of fibers by a receiving element - treatment of the mat of fibers at a temperature sufficient for crosslinking of the sizing composition and formation of an infusible binder. - spraying a sizing composition comprising: - a mixture of hydrogenated sugars comprising at least 25% by weight of maltitol, calculated on the basis of the dry matter of the hydrogenated sugars, and - at least one polyfunctional crosslinking agent, onto mineral fibers leaving a centrifugation device and before collection thereof in form of a mat of fibers by a receiving element - a mixture of hydrogenated sugars comprising at least 25% by weight of maltitol, calculated on the basis of the dry matter of the hydrogenated sugars, and - at least one polyfunctional crosslinking agent, onto mineral fibers leaving a centrifugation device and before collection thereof in form of a mat of fibers by a receiving element - treatment of the mat of fibers at a temperature sufficient for crosslinking of the sizing composition and formation of an infusible binder.
Method for the production of an edible object, comprising providing an edible powder composition suitable for selective laser sintering and an edible liquid, and subjecting said composition to selective laser sintering (SLS) to obtain the edible object, wherein the edible powder composition comprises a structural component, wherein the edible liquid is provided in the form of droplets on the edible powder composition before subjecting it to the laser irradiation step of the SLS procedure, wherein the droplets are produced by spraying or printing, wherein the edible liquid comprises water, wherein the structural component comprises starch, wherein the temperature during the laser irradiation step of the SLS procedure is in the range 100-200°C and the application time less than 1 sec, wherein the edible powder composition comprises at least 10 wt.% starch.