mhurhangee/ep-ind-claims huggingface dataset:
A noise elimination device (10; 10B) comprising: a first converter configured to convert an input signal input from a microphone into digital data to generate input digital data; a second converter connected to an analog ground and configured to convert a signal input from the analog ground into digital data; an addition unit configured to add digital data corresponding to an output signal output to a speaker and digital data which is converted by the second converter to generate reference data; and an echo cancellation unit configured to eliminate a component corresponding to the reference data from the input digital data. a first converter configured to convert an input signal input from a microphone into digital data to generate input digital data; a second converter connected to an analog ground and configured to convert a signal input from the analog ground into digital data; an addition unit configured to add digital data corresponding to an output signal output to a speaker and digital data which is converted by the second converter to generate reference data; and an echo cancellation unit configured to eliminate a component corresponding to the reference data from the input digital data.
A sweetener containing a plurality of natural or synthetic agents having a sweetening power, characterized in that two sugar substitutes, namely erythritol and a further sugar substitute selected from the group consisting of sorbitol, mannitol, maltitol, lactitol, xylitol and, in particular, isomalt, and at least one sweetening agent and at least one dietary fiber are contained.
An axial piston hydraulic pump comprising at least one piston, coupled by transmission means (103, 113) to drive means and slidable with a reciprocating motion inside a cylinder, the cylinder communicating with a fluid intake passage and a fluid delivery passage, a one-way valve (121, 501) in said fluid intake passage and another one-way valve in said fluid delivery passage controlling a flow of a fluid there through, the delivery passage communicating with a delivery manifold positioned downstream of the one-way valve of the delivery passage, characterized by the fact that the delivery manifold communicates with a constricted flow discharge member (401, 411,) which permits the fluid flow there through during operation of the pump at a pressure drop which is very small relative to the operating pressure of the pump, the constricted flow discharge member (401, 411) communicating at all times with a discharge aperture connected to atmosphere, wherein when the pump is switched off, the constricted discharge member (401,411) enables the fluid to be rapidly discharged from the pump.
A microwave oven (10, 110) comprising: a housing (12, 112); a magnetron located inside the housing (12, 112); and a door (14, 114) hinged along a hinged surface of the housing (12, 112); characterized in that the housing includes two surfaces (12a, 12b, 112a, 112b) upon which the microwave oven can be set for operation; and in that the microwave oven further comprises: a wall (30, 120d) forming a portion of and separating a microwavable space (40, 140) from the magnetron, the wall (30, 120d) intended to provide a surface on which food items (42, 44) can be placed while the microwave oven (10, 110) is set on one of the two surfaces (12a, 112b) for operation; and a user interface located on a surface of the housing (12, 122) that is opposing the hinged surface. a housing (12, 112); a magnetron located inside the housing (12, 112); and a door (14, 114) hinged along a hinged surface of the housing (12, 112); characterized in that the housing includes two surfaces (12a, 12b, 112a, 112b) upon which the microwave oven can be set for operation; and in that the microwave oven further comprises: a wall (30, 120d) forming a portion of and separating a microwavable space (40, 140) from the magnetron, the wall (30, 120d) intended to provide a surface on which food items (42, 44) can be placed while the microwave oven (10, 110) is set on one of the two surfaces (12a, 112b) for operation; and a user interface located on a surface of the housing (12, 122) that is opposing the hinged surface. a wall (30, 120d) forming a portion of and separating a microwavable space (40, 140) from the magnetron, the wall (30, 120d) intended to provide a surface on which food items (42, 44) can be placed while the microwave oven (10, 110) is set on one of the two surfaces (12a, 112b) for operation; and a user interface located on a surface of the housing (12, 122) that is opposing the hinged surface.
A system for delivering a device to the left atrial appendage, the system comprising: an implant sized and configured to prevent passage of embolic material from a left atrial appendage; a delivery sheath defining a lumen and a distal end; a transition catheter having an atraumatic tip and configured to slide through the lumen of the delivery sheath, the transition catheter being adapted to extend from the distal end of the delivery sheath when the distal end is proximate to the left atrial appendage; and a delivery catheter removably coupled to the implant, the delivery catheter and the implant being configured to pass through the lumen of the delivery sheath to the left atrial appendage. an implant sized and configured to prevent passage of embolic material from a left atrial appendage; a delivery sheath defining a lumen and a distal end; a transition catheter having an atraumatic tip and configured to slide through the lumen of the delivery sheath, the transition catheter being adapted to extend from the distal end of the delivery sheath when the distal end is proximate to the left atrial appendage; and a delivery catheter removably coupled to the implant, the delivery catheter and the implant being configured to pass through the lumen of the delivery sheath to the left atrial appendage.
Safety device for a safety belt of a vehicle, with a separating device which is coupled to a belt strap of the safety belt and a separating element leading into a guide which is movable in the guide by application of force on an actuation element and severs the belt strap, characterised in that the separating device is arranged on a fastening device of the belt strap, wherein a folded overlapping strap at a first end is fixedly fastened to the belt strap and at a second end is fixedly fastened to the fastening device and overlaps the separating point of the severed belt strap, wherein the folded overlapping strap is detachably connected to the belt strap between the two ends (22A, 22B) via fastening means, wherein the fastening means are coupled to the actuation element and are detachable in sections by application of force on the actuation element such that the folds of the overlapping strap are releasable in succession and each released fold of the overlapping strap extends an effective belt length of the safety belt.
A pharmaceutical composition for treating skin disorders comprising a therapeutically effective amount of Plectranthus amboinicus Benth crude extracts/extracts and a therapeutically effective amount of Centella asiatica Urban whole plant extracts comprising asiaticoside.
A device for controlling an automatic transmission, the automatic transmission comprising a first frictional engagement element that is engaged at a first gear shift stage and is released at a second gear shift stage, the device for controlling an automatic transmission comprising: a gear shift start determination means for restricting execution of a gear shift from the second gear shift stage to the first gear shift stage after a gear shift from the first gear shift stage to the second gear shift stage, and characterised by: a piston stroke return determination means for detecting a released state of a piston that is actuated to press friction discs of the first frictional engagement element; and the gear shift start determination means restricting execution of a gear shift from the second gear shift stage to the first gear shift stage until it is determined that after a gear shift from the first gear shift stage to the second gear shift stage is finished, a stroke of the piston is returned from a completely engaged state and the piston is in a predetermined released state. a gear shift start determination means for restricting execution of a gear shift from the second gear shift stage to the first gear shift stage after a gear shift from the first gear shift stage to the second gear shift stage, and characterised by: a piston stroke return determination means for detecting a released state of a piston that is actuated to press friction discs of the first frictional engagement element; and the gear shift start determination means restricting execution of a gear shift from the second gear shift stage to the first gear shift stage until it is determined that after a gear shift from the first gear shift stage to the second gear shift stage is finished, a stroke of the piston is returned from a completely engaged state and the piston is in a predetermined released state. a piston stroke return determination means for detecting a released state of a piston that is actuated to press friction discs of the first frictional engagement element; and the gear shift start determination means restricting execution of a gear shift from the second gear shift stage to the first gear shift stage until it is determined that after a gear shift from the first gear shift stage to the second gear shift stage is finished, a stroke of the piston is returned from a completely engaged state and the piston is in a predetermined released state.
A microprocessor comprising a timer capable of resetting said microprocessor, said microprocessor further comprising a plurality of hardware registers and an AND gate, wherein the hardware registers are each connected to the AND gate, and wherein an output of the AND gate is connected to the timer such that a collective predetermined state of the registers resets the timer, the microprocessor further comprising software having a plurality of functions arranged to place said registers in said predetermined state if each of said functions has executed properly.
A paper slurry comprising paper pulp and a treated inorganic pigment, wherein the treated inorganic pigment comprises an inorganic pigment having a pigment surface area of about 30 to about 75 m 2 /g; wherein the pigment surface is treated with an organic treating agent comprising a polyalkanol alkane or a polyalkanol amine, present in the amount of at least about 1.5%, based on the total weight of the treated inorganic pigment and wherein the treated inorganic pigment has a RHI (rat hole index) of about 7 to about 11.
A method for producing a compound represented by Formula, the method comprising subjecting a compound represented by Formula to an addition reaction to add ethylene and/or propylene in the presence of a base: where in Formula, R X to R Z each independently represent a hydrogen atom, an ethyl group, an n-propyl group, or an isopropyl group, and n is an integer of from 1 to 3; where in Formula, R A to R D each independently represent a hydrogen atom, an ethyl group, an n-propyl group, or an isopropyl group, and n is an integer of from 1 to 3, wherein at least two of R A to R D are independently an ethyl group, an n-propyl group, or an isopropyl group, and Formula excludes: a case where n is 1, a -C(R C)(R D)(NH 2) group is at para position and at meta position, and either R A or R B, and either R C or R D are each an n-propyl group, and the remaining two of R A to R D are hydrogen atoms; and a case where n is 1, a -C(R C)(R D)(NH 2) group is at ortho position, either R A or R B, and either R C or R D are each an ethyl group, and the remaining two of R A to R D are hydrogen atoms. where in Formula, R A to R D each independently represent a hydrogen atom, an ethyl group, an n-propyl group, or an isopropyl group, and n is an integer of from 1 to 3, wherein at least two of R A to R D are independently an ethyl group, an n-propyl group, or an isopropyl group, and Formula excludes: a case where n is 1, a -C(R C)(R D)(NH 2) group is at para position and at meta position, and either R A or R B, and either R C or R D are each an n-propyl group, and the remaining two of R A to R D are hydrogen atoms; and a case where n is 1, a -C(R C)(R D)(NH 2) group is at ortho position, either R A or R B, and either R C or R D are each an ethyl group, and the remaining two of R A to R D are hydrogen atoms. a case where n is 1, a -C(R C)(R D)(NH 2) group is at para position and at meta position, and either R A or R B, and either R C or R D are each an n-propyl group, and the remaining two of R A to R D are hydrogen atoms; and a case where n is 1, a -C(R C)(R D)(NH 2) group is at ortho position, either R A or R B, and either R C or R D are each an ethyl group, and the remaining two of R A to R D are hydrogen atoms.
A control circuit, comprising: a converter configured to convert alternating current, AC, power into direct current, DC, power, an inverter configured to generate driving power of at least one motor (M1, M2) using the DC power, wherein the motor (M1, M2) is a three-phase motor (M1, M2) driven by three driving powers applied to a first power line, a second power line, and a third power line, respectively, characterized by a second core formed by winding a coil by a number of windings determined in correspondence with an impedance of the motor (M1, M2), and in that the number of windings is determined in a manner that an impedance of the second core is inversely proportional to the impedance of the motor (M1, M2), and a driving power line for driving the motor (M1, M2) passes through a center of the second core, wherein the first to third power lines pass through the center of the second core. a converter configured to convert alternating current, AC, power into direct current, DC, power, an inverter configured to generate driving power of at least one motor (M1, M2) using the DC power, wherein the motor (M1, M2) is a three-phase motor (M1, M2) driven by three driving powers applied to a first power line, a second power line, and a third power line, respectively, characterized by a second core formed by winding a coil by a number of windings determined in correspondence with an impedance of the motor (M1, M2), and in that the number of windings is determined in a manner that an impedance of the second core is inversely proportional to the impedance of the motor (M1, M2), and a driving power line for driving the motor (M1, M2) passes through a center of the second core, wherein the first to third power lines pass through the center of the second core.
An optical communication device comprising: An optical beam transmitter configured to radiate an optical beam toward another optical communication device which is a communications partner; an optical beam receiver configured to receive an optical beam coming from said another optical communication device which is the communications partner; a signal demodulator configured to demodulate a received signal from said optical beam receiver to extract communication data superimposed onto said optical beam; characterized by a signal to noise ratio calculator (12, 12a) configured to calculate a signal to noise ratio of the received signal from said optical beam receiver; and an optical beam radiation state controller configured to control a radiation state of the optical beam radiated from said optical beam transmitter according to the signal to noise ratio calculated by said signal to noise ratio calculator (12, 12a), and, when there occurs a state in which the signal to noise ratio calculated by said signal to noise ratio calculator (12, 12a) temporarily becomes lower than a preset threshold and then becomes higher than said threshold, configured to enlarge a beam diameter or an angle of divergence of the beam radiated from said beam transmitter. An optical beam transmitter configured to radiate an optical beam toward another optical communication device which is a communications partner; an optical beam receiver configured to receive an optical beam coming from said another optical communication device which is the communications partner; a signal demodulator configured to demodulate a received signal from said optical beam receiver to extract communication data superimposed onto said optical beam; characterized by a signal to noise ratio calculator (12, 12a) configured to calculate a signal to noise ratio of the received signal from said optical beam receiver; and an optical beam radiation state controller configured to control a radiation state of the optical beam radiated from said optical beam transmitter according to the signal to noise ratio calculated by said signal to noise ratio calculator (12, 12a), and, when there occurs a state in which the signal to noise ratio calculated by said signal to noise ratio calculator (12, 12a) temporarily becomes lower than a preset threshold and then becomes higher than said threshold, configured to enlarge a beam diameter or an angle of divergence of the beam radiated from said beam transmitter.
Closing device for a compartment, comprising at least a stressing frame, a leg spring and a mounting element for the leg spring, wherein the mounting element is arranged at a movable part for closing the compartment, characterised in that: - the stressing frame has at least one guide with a closed guide track and a first guide section (16; 16') and a second guide section (18; 18'), - an end section (28; 32) of at least one leg (26; 30) of the leg spring is displaceable along the first guide section (16; 16') of the guide from a first position to a second position, wherein the leg spring is stressed, and - the end section (28; 32) of the leg (26; 30) of the leg spring is displaceable along the second guide section (18; 18') of the guide from the second position to the first position, wherein the leg spring is relaxed. - the stressing frame has at least one guide with a closed guide track and a first guide section (16; 16') and a second guide section (18; 18'), - an end section (28; 32) of at least one leg (26; 30) of the leg spring is displaceable along the first guide section (16; 16') of the guide from a first position to a second position, wherein the leg spring is stressed, and - the end section (28; 32) of the leg (26; 30) of the leg spring is displaceable along the second guide section (18; 18') of the guide from the second position to the first position, wherein the leg spring is relaxed.
A method at a mobile device, the method comprising: receiving inter-radio access technology, RAT, measurement configuration information from the network; when the device is actively connected, determining whether a triggering criterion is met, based on the received information; and if the triggering criterion is met, increasing the time available for measurements, wherein the increasing comprises reporting an incorrect capability to the network, the incorrect capability indicating that the mobile device does not support High-Speed Downlink Packet Access, HSDPA, while the mobile device does support HSDPA. receiving inter-radio access technology, RAT, measurement configuration information from the network; when the device is actively connected, determining whether a triggering criterion is met, based on the received information; and if the triggering criterion is met, increasing the time available for measurements, wherein the increasing comprises reporting an incorrect capability to the network, the incorrect capability indicating that the mobile device does not support High-Speed Downlink Packet Access, HSDPA, while the mobile device does support HSDPA.
A runner vane of an axial hydraulic machine, wherein the runner vane is configured to be provided between a runner boss of a runner, connected to a rotary main shaft defining a rotation axis line of the runner and a shroud surrounding the runner, wherein the runner vane comprises: a center-side vane part provided on a radial center side and defined by a center-side camber line, a boss-side vane part provided at a side edge on a side of the runner boss and defined by a boss-side camber line, and a shroud-side vane provided on a side edge on a side of the shroud and defined by a shroud-side camber line, wherein, as determined by the flow direction of the axial hydraulic machine in which the runner with the runner vane is to be mounted, a curvature of an upstream side portion of the boss-side camber line is larger than a curvature of an upstream side portion of the center-side camber line, and a curvature of an upstream side portion of the shroud-side camber line is larger than the curvature of the upstream side portion of the center-side camber line, and wherein an upstream end of the boss-side vane part is positioned on a side in a rotation direction of the runner in comparison with an upstream end of the center-side vane part when viewed toward a downstream side along the rotation axis line of the runner. a center-side vane part provided on a radial center side and defined by a center-side camber line, a boss-side vane part provided at a side edge on a side of the runner boss and defined by a boss-side camber line, and a shroud-side vane provided on a side edge on a side of the shroud and defined by a shroud-side camber line, wherein, as determined by the flow direction of the axial hydraulic machine in which the runner with the runner vane is to be mounted, a curvature of an upstream side portion of the boss-side camber line is larger than a curvature of an upstream side portion of the center-side camber line, and a curvature of an upstream side portion of the shroud-side camber line is larger than the curvature of the upstream side portion of the center-side camber line, and wherein an upstream end of the boss-side vane part is positioned on a side in a rotation direction of the runner in comparison with an upstream end of the center-side vane part when viewed toward a downstream side along the rotation axis line of the runner.