mhurhangee/patent-ind-claim-en huggingface dataset:
Washing machine, in particular a domestic dishwasher, comprising a washing/rinsing container which provides a washing/rinsing chamber and is used to receive items to be washed/rinsed, and to which insulation is attached to at least one washing/rinsing container wall, in particular a lateral, top or bottom wall , on the outside, and comprising a component which is arranged outside the washing/rinsing container and emits heat at least temporarily during operation of the washing machine, characterised in that the insulation has a recess adjacent to the heat-emitting component for the passage of the thermal radiation emitted by the component .
Tractor comprising: a driver's seat mounted rearward of a vehicle body; right and left fenders mounted laterally outward of the driver's seat ; a protection frame mounted rearward of the vehicle body in standing position, and a partition dividing the entire region of the vehicle body into a driver's region and a rear region , the partition being disposed at a lateral side or a rear side of a backrest of the driver's seat , and the partition having a lateral width (W2) thereof smaller than a lateral width (W1) between outer ends of the right and left fenders , the partition being provided at a height position corresponding to a lower portion of a part of the protection frame , the part being above the fenders , characterized in that the protection frame 2. has a lower frame component fixed to the vehicle body in standing position, and an upper frame component connected to an upper part of the lower frame component to be vertically pivotable via hinges , and in that the partition is provided at a position lower than the hinges . a driver's seat mounted rearward of a vehicle body; right and left fenders mounted laterally outward of the driver's seat ; a protection frame mounted rearward of the vehicle body in standing position, and a partition dividing the entire region of the vehicle body into a driver's region and a rear region , the partition being disposed at a lateral side or a rear side of a backrest of the driver's seat , and the partition having a lateral width (W2) thereof smaller than a lateral width (W1) between outer ends of the right and left fenders , the partition being provided at a height position corresponding to a lower portion of a part of the protection frame , the part being above the fenders , a lower frame component fixed to the vehicle body in standing position, and an upper frame component connected to an upper part of the lower frame component to be vertically pivotable via hinges , and in that the partition is provided at a position lower than the hinges .
A combination valve comprised of: an isolation shut-off valve configured to prevent a fluid flow; a check valve configured to prevent back-flow and gravity circulation of the fluid flow; a pressure sensor configured to sense a pressure measurement of the fluid flow and determine pressure sensor signaling containing information about the sensed pressure measurement; a temperature sensor configured to sense a temperature measurement of the fluid flow and determine temperature sensor signaling containing information about the sensed temperature measurement; and a flow measurement sensor configured to sense a flow measurement of the fluid flow and determine flow measurement signaling containing information about the sensed flow measurement, characterized in that the pressure sensor , the temperature sensor and the flow measurement sensor all being embedded and preassembled in the combination valve with the isolation shutoff valve and the check valve as part of one integral composite unit or component, so as to form a combination isolation valve and check valve with integral flow rate, pressure and/or temperature measurement. an isolation shut-off valve configured to prevent a fluid flow; a check valve configured to prevent back-flow and gravity circulation of the fluid flow; a pressure sensor configured to sense a pressure measurement of the fluid flow and determine pressure sensor signaling containing information about the sensed pressure measurement; a temperature sensor configured to sense a temperature measurement of the fluid flow and determine temperature sensor signaling containing information about the sensed temperature measurement; and a flow measurement sensor configured to sense a flow measurement of the fluid flow and determine flow measurement signaling containing information about the sensed flow measurement, characterized in that the pressure sensor , the temperature sensor and the flow measurement sensor all being embedded and preassembled in the combination valve with the isolation shutoff valve and the check valve as part of one integral composite unit or component, so as to form a combination isolation valve and check valve with integral flow rate, pressure and/or temperature measurement.
A portable communication device comprising a housing configured to form at least a portion of an outer surface of the portable communication device, wherein at least a partial area of the housing includes: an aluminium alloy substrate containing 90.0 to 99.8 weight percent wt% aluminium Al and 0.2 to 1.0 wt% manganese Mn; and an anodized layer formed on the aluminium alloy substrate and containing an aluminium oxide Al 2 O 3 , wherein the anodized layer has: a plurality of holes formed in the anodized layer and including a first hole and a second hole ; and characterized in that the anodized layer additionally has: a plurality of first channels (422a, 422b, and 422c) extending from at least a portion of a surface of the anodized layer to the first hole in a first direction substantially vertical thereto, a second channel extending from the first hole toward the aluminium alloy substrate in a second direction different from the first direction, and a third channel extending from the first hole toward the aluminium alloy substrate in a third direction different from the first direction and the second direction. an aluminium alloy substrate containing 90.0 to 99.8 weight percent wt% aluminium Al and 0.2 to 1.0 wt% manganese Mn; and an anodized layer formed on the aluminium alloy substrate and containing an aluminium oxide Al 2 O 3 , wherein the anodized layer has: a plurality of holes formed in the anodized layer and including a first hole and a second hole ; and characterized in that the anodized layer additionally has: a plurality of first channels (422a, 422b, and 422c) extending from at least a portion of a surface of the anodized layer to the first hole in a first direction substantially vertical thereto, a second channel extending from the first hole toward the aluminium alloy substrate in a second direction different from the first direction, and a third channel extending from the first hole toward the aluminium alloy substrate in a third direction different from the first direction and the second direction.
A three-dimensional printing apparatus , comprising: a light source , emitting a light (L); a digital micromirror device , disposed on a transmission path of the light (L), and having a plurality of first micromirrors and a plurality of second micromirrors ; a projection lens , wherein the first micromirrors reflect a first part (L1) of the light (L) to the projection lens , the projection lens projects the first part (L1) of the light (L) to a working liquid to cure the working liquid, and the second micromirrors reflect a second part (L2) of the light (L) to an outside of the projection lens ; characterized by a photo sensor , disposed on a transmission path of the second part (L2) of the light (L) ;and a control unit , configured to monitor an intensity of the second part (L2) of the light (L) measured by the photo sensor to determine whether an intensity of the light (L) emitted by the light source is decayed. a light source , emitting a light (L); a digital micromirror device , disposed on a transmission path of the light (L), and having a plurality of first micromirrors and a plurality of second micromirrors ; a projection lens , wherein the first micromirrors reflect a first part (L1) of the light (L) to the projection lens , the projection lens projects the first part (L1) of the light (L) to a working liquid to cure the working liquid, and the second micromirrors reflect a second part (L2) of the light (L) to an outside of the projection lens ; characterized by a photo sensor , disposed on a transmission path of the second part (L2) of the light (L) ;and a control unit , configured to monitor an intensity of the second part (L2) of the light (L) measured by the photo sensor to determine whether an intensity of the light (L) emitted by the light source is decayed.
A cement admixture containing one kind or two or more kinds of non-hydraulic compound(s) selected from the group consisting of γ-2CaO·SiO 2 , 3CaO·2SiO 2 , α-CaO·SiO 2 , and calcium magnesium silicate, wherein the non-hydraulic compound contains Li at an amount of 0.001 to 0.90% by mass in terms of lithium oxide (Li 2 O).
Rotor for a synchronous generator having a plurality of salient poles regularly disposed on the outer periphery of a rim and spaced by pole interspaces, each salient pole comprising a coil with two external terminals called, respectively, first terminal and second terminal , the salient poles being arranged so that two adjacent salient poles have either their respective first terminals or their respective second terminals facing each other, the rotor further comprises at least a first connection between facing first terminals and/or at least a second connection between facing second terminals, wherein at least one of the first connection and the second connection comprises a plurality of elongated conductive plates and each of the ends (A,B) of the elongated conductive plates are secured, respectively, with a single securing means, to one and the other terminal of facing first or facing second terminals , the elongated conductive plates are placed adjacent to each other in an axial direction, the rotor characterized in that each of the elongated conductive plates comprises a central section (C) and secured ends (A, B), the central section having a reduced width with respect to width of the secured ends (A, B) to create ventilation spaces between the elongated conductive plates.
An electric machine , comprising an electric motor , a working element realizing a working movement , when the motor is activated, and at least one gear arrangement functionally located between the motor and the working element for transmitting a rotational movement and torque from the motor to the working element in order to realize the working movement , wherein the electric motor has a stator with electrical windings and a rotor with permanent magnets mounted thereon, wherein the at least one gear arrangement is embodied as a magnetic gear arrangement using magnetic fields to transmit the rotational movement and torque from the motor to the working element without mechanical contact, the magnetic gear arrangement having three principle components , all three of which may rotate relative to each other about a rotational axis , the three components comprising a first component generating a first magnetic field with a first number (n_input) of magnetic pole pairs , a second component generating a second magnetic field with a second number (n_output) of pole pairs , characterized in that the three components comprise a third component having a third number (n_pp) of ferromagnetic pole pieces , the third component acting as a passive part of a magnetic circuit between the first and second components , that the rotor of the motor extends in an axial direction beyond the stator of the motor , wherein the first number (n_input) of magnetic pole pairs is provided on the extended part of the rotor in order to make the extended part of the rotor together with the first number (n_input) of magnetic pole pairs form the first rotating component of the magnetic gear arrangement .
A system for imaging comprising: a gantry movable relative to a patient , the gantry comprising at least one adjustable joint ; a moveable table for the patient ; a source configured to emit radiation during an imaging procedure and to move along a source trajectory ; a detector configured to receive attenuated radiation from the source during the imaging procedure, at least one of the source and the detector movable relative to the other by the at least one adjustable joint of the gantry along a detector trajectory that is modified to follow a contour of the moveable table and the patient ; and an imaging controller operably connected to at least the gantry and to the adjustable joint , wherein the gantry controller is configured to receive patient information regarding the patient and imaging system geometry information, wherein the imaging controller is configured to determine an imaging geometry and operate the gantry and the at least one adjustable joint to vary a source to image-receptor distance (SID) according to the imaging geometry. a gantry movable relative to a patient , the gantry comprising at least one adjustable joint ; a moveable table for the patient ; a source configured to emit radiation during an imaging procedure and to move along a source trajectory ; a detector configured to receive attenuated radiation from the source during the imaging procedure, at least one of the source and the detector movable relative to the other by the at least one adjustable joint of the gantry along a detector trajectory that is modified to follow a contour of the moveable table and the patient ; and an imaging controller operably connected to at least the gantry and to the adjustable joint , wherein the gantry controller is configured to receive patient information regarding the patient and imaging system geometry information, wherein the imaging controller is configured to determine an imaging geometry and operate the gantry and the at least one adjustable joint to vary a source to image-receptor distance (SID) according to the imaging geometry.
A method of ultrasound imaging, comprising: transmitting an ultrasound ping from at least one transmit element into a patient to insonify an entire imaged region within the patient; storing transmit information pertaining to the ultrasound ping in a raw data memory ; receiving echoes corresponding to the ultrasound ping with a plurality of receive elements of two or more receive apertures; receiving transducer element location data that provides an acoustic position of the at least one transmit element relative to the plurality of receive elements; sampling the echoes at a plurality of sampling points to generate a digital record containing a signal magnitude and timestamp entry; storing the digital record in the raw data memory for each sampling point; beamforming the digital record using the transducer element location data to form at least one ultrasound image; and re-beamforming a selected region of the digital record to form a zoomed ultrasound image using a multiple aperture ping imaging process. transmitting an ultrasound ping from at least one transmit element into a patient to insonify an entire imaged region within the patient; storing transmit information pertaining to the ultrasound ping in a raw data memory ; receiving echoes corresponding to the ultrasound ping with a plurality of receive elements of two or more receive apertures; receiving transducer element location data that provides an acoustic position of the at least one transmit element relative to the plurality of receive elements; sampling the echoes at a plurality of sampling points to generate a digital record containing a signal magnitude and timestamp entry; storing the digital record in the raw data memory for each sampling point; beamforming the digital record using the transducer element location data to form at least one ultrasound image; and re-beamforming a selected region of the digital record to form a zoomed ultrasound image using a multiple aperture ping imaging process.
A pharmaceutical composition, comprising Levosimendan as active ingredient, and a solubilizer selected from the group consisting of sulfo-butyl-ether-beta-cyclodextrin, alpha-cyclodextrin, methyl-beta-cyclodextrin and mixtures thereof, polyethylene derivatives of alpha-tocopherol, and bile acids, with the proviso that the use of co-solvents such as ethanol, propyleneglycol, polyethyleneglycol, poloxamers or polyvinylpyrrolidon is excluded.
A method for reducing the tendency to vibrate of a thermal radiation shield of substantially uniform mass per unit area, said thermal radiation shield being configured to reduce a radiant thermal influx from a vacuum vessel to a magnet cold mass of a magnetic resonance imaging system, comprising the step of locally modifying the mass per unit area of the material of the thermal radiation shield, by local addition of mass to the thermal radiation shield by addition of extra material by applying a weld pool, in a random or pseudo-random pattern.
A hydraulic tool for driving a pulling and/or pressing device , comprising a drive shaft that can be mounted to a screwdriver , wherein the drive shaft is operable to drive a hydraulic pump that pumps hydraulic fluid into an operating chamber of a hydraulic power piston , characterized in that the hydraulic tool comprises a torque support which is adapted so as to be supported on the housing of the screwdriver .
Process to increase pressure and temperature of a feed gas by means of indirect heat exchange against a fluid having a higher temperature to obtain a gas high in pressure and temperature in a system comprising a fluidly interconnected inlet zone , a heat exchange zone , a product gas zone and a low pressure outlet zone and wherein the following steps are performed: (a) moving the content of the inlet zone comprising the feed gas to the heat exchange zone , the content of the heat exchange zone to the low pressure outlet zone and the content of the low pressure outlet zone to the inlet zone , (b) enclosing the heat exchange zone and maintaining the gas in the heat exchange zone for a time sufficient to increase pressure and temperature of the gas by means of indirect heat exchange against the fluid wherein the gas high in pressure and temperature is discharged to the product gas zone, and repeating steps (a)-(b) in a further cycle, wherein during step (b) a fresh gas zone comprising part of the feed replaces the inlet zone to become the inlet zone of step (a) in the next cycle and the thus replaced inlet zone replaces the low pressure outlet zone to become the low pressure zone of step (a) in the next cycle, wherein during step (b) the thus replaced low pressure zone becomes a driving gas zone in a next cycle and wherein the driving gas zone is fluidly connected to the fresh gas zone wherein the high pressure of the driving gas zone levels with the lower pressure of the fresh gas zone. (a) moving the content of the inlet zone comprising the feed gas to the heat exchange zone , the content of the heat exchange zone to the low pressure outlet zone and the content of the low pressure outlet zone to the inlet zone , (b) enclosing the heat exchange zone and maintaining the gas in the heat exchange zone for a time sufficient to increase pressure and temperature of the gas by means of indirect heat exchange against the fluid wherein the gas high in pressure and temperature is discharged to the product gas zone, and repeating steps (a)-(b) in a further cycle,
A rotor comprising: a rotor core ; and a plurality of rotor poles arranged circumferentially around the rotor core, wherein each of the plurality of rotor poles is formed in an asymmetric shape; wherein each of the plurality of rotor poles comprises a flux barrier disposed in the rotor core and arranged along a circumferential direction of the rotor core, the flux barrier comprising a right portion and a left portion with respect to a center axis along a radial direction of the rotor core, the right and left portions joining on the center axis, the flux barrier being bent at its center to protrude toward a center of the rotor core, characterized by the right portion having a first thickness (t6) in the radial direction of the rotor core and a left portion having a second thickness (t5), different from the first thickness, in the radial direction of the rotor core, so that the flux barrier is formed with a stepped portion, dividing the left and right portions, on an outer side in the radial direction of the rotor core. a rotor core ; and a plurality of rotor poles arranged circumferentially around the rotor core, wherein each of the plurality of rotor poles is formed in an asymmetric shape; wherein each of the plurality of rotor poles comprises a flux barrier disposed in the rotor core and arranged along a circumferential direction of the rotor core, the flux barrier comprising a right portion and a left portion with respect to a center axis along a radial direction of the rotor core, the right and left portions joining on the center axis, the flux barrier being bent at its center to protrude toward a center of the rotor core, characterized by the right portion having a first thickness (t6) in the radial direction of the rotor core and a left portion having a second thickness (t5), different from the first thickness, in the radial direction of the rotor core, so that the flux barrier is formed with a stepped portion, dividing the left and right portions, on an outer side in the radial direction of the rotor core.
Method for managing obstacles in an installation which controls the movement of at least one leaf of a shutter panel or door that is driven by motor means, said leaf being movable between two stops, namely a starting stop and arrival stop, respectively, which limit a path for clearing and closing door or window openings, the movement being able to take place in either of the two directions, the leaf being mechanically connected to the motor means, an electronic control unit comprising means for measuring the position of the leaf and means for detecting obstacles during the movement of said leaf, means for controlling the movement of each leaf being connected to the control unit, characterized by the following mode of operation: - A. in the event of an obstacle being detected by the obstacle detection means during the movement of the leaf, stopping the motor means and measuring the position of said leaf at this point; - B. if the leaf is in a position located in a predetermined portion of the path, automatically restarting the panel in the same direction after a predetermined time delay. - A. in the event of an obstacle being detected by the obstacle detection means during the movement of the leaf, stopping the motor means and measuring the position of said leaf at this point; - B. if the leaf is in a position located in a predetermined portion of the path, automatically restarting the panel in the same direction after a predetermined time delay.
A package material comprising an oxygen barrier polymer film, wherein the film comprises a polymer obtainable by a process comprising the steps of: a) oxidising cellulose fibers to dialdehyde cellulose to ultimately obtain cross-linked cellulose; and b) homogenising the product of step a) to obtain fibrils in a width range of 1 nm to 150 nm. a) oxidising cellulose fibers to dialdehyde cellulose to ultimately obtain cross-linked cellulose; and b) homogenising the product of step a) to obtain fibrils in a width range of 1 nm to 150 nm.