mhurhangee/patent-ind-claim-en huggingface dataset:
A torque generating device comprising: a magnetic disk (120; 220) capable of rotational motion around a rotation axis (11; 201); a first yoke (30; 230) located on one side and a second yoke (40; 240) located on an other side across the magnetic disk (120; 220); a coil (50; 251; 252) disposed so as to overlap the magnetic disk (120; 220) when viewed in a direction along a direction in which the rotation axis (11; 201) extends; a magnetic viscous fluid filled between the magnetic disk (120; 220) and each of the first yoke (30; 230) and the second yoke (40; 240); a magnetic measurement portion (52; 261) for measuring magnetism caused by a magnetic field using the magnetic viscous fluid , the magnetic disk (120; 220), the first yoke (30; 230), and the second yoke (40; 240) as a magnetic path; and a control unit configured to acquire a measured value from the magnetic measurement portion (52; 261) and control a magnetic field that is generated by the coil (50; 251; 252) based on the measured value to change a viscosity of the magnetic viscous fluid ; characterized in that the control unit is configured to control a magnetic field that is generated by the coil (50; 251; 252) based on magnetism measured by the magnetic measurement portion (52; 261) when no current is applied to the coil (50; 251; 252). a magnetic disk (120; 220) capable of rotational motion around a rotation axis (11; 201); a first yoke (30; 230) located on one side and a second yoke (40; 240) located on an other side across the magnetic disk (120; 220); a coil (50; 251; 252) disposed so as to overlap the magnetic disk (120; 220) when viewed in a direction along a direction in which the rotation axis (11; 201) extends; a magnetic viscous fluid filled between the magnetic disk (120; 220) and each of the first yoke (30; 230) and the second yoke (40; 240); a magnetic measurement portion (52; 261) for measuring magnetism caused by a magnetic field using the magnetic viscous fluid , the magnetic disk (120; 220), the first yoke (30; 230), and the second yoke (40; 240) as a magnetic path; and a control unit configured to acquire a measured value from the magnetic measurement portion (52; 261) and control a magnetic field that is generated by the coil (50; 251; 252) based on the measured value to change a viscosity of the magnetic viscous fluid ; characterized in that the control unit is configured to control a magnetic field that is generated by the coil (50; 251; 252) based on magnetism measured by the magnetic measurement portion (52; 261) when no current is applied to the coil (50; 251; 252).
Welding device for welding workpieces by means of a movable arc , wherein the welding device comprises a controlled welding current source and a positioning and upsetting device for the workpieces which, during the heating operation, keeps the workpieces spaced apart at a distance (s) and then upsets them, characterized in that the welding current source comprises a welding current controller having a welding current regulating device , which measures the constant or pulsed welding current output and regulates it to a settable current predefined value by increasing or decreasing the welding voltage, wherein the welding device comprises a device for recording and analysing one or more process parameters, in particular the arc voltage, and a control device for correspondingly controlling and modifying (Δs) the distance (s) between the workpieces during the heating operation, wherein the control device comprises a control part , which is connected to the device for recording and analysing process parameters, in particular the arc voltage, and comprises a process regulating device which controls or regulates the distance (s) on the basis of the process parameter(s) recorded.
A piece seating furniture having a base framework and having a seat surface fastened to the base framework , wherein the base framework has a plurality of legs , on the underside of each of which there is fastened an adjusting slider , characterized in that at least two of the adjusting sliders are of two-part design, each having a holding magnet arranged on a leg of the base framework and each having an adjusting slider cup which can be fixed to a floor, with a cup receptacle of a ferromagnetic material as an adhesive base, wherein the cup receptacle and the holding magnet can be placed one inside the other in a shape-adapted manner, for which purpose the holding magnet is fastened to the respective leg in an angularly movable manner.
Extracellular hemoglobin of the family Arenicolidae, for use for reducing hypoxia in cancer cells and treating cancer in a subject treated by radiotherapy, wherein the hemoglobin is present in a composition comprising a buffer solution.
A protective subsea housing for protecting an equipment space enclosed by the housing , the housing comprising an access opening in a wall of the housing for providing access to the equipment space by an unmanned underwater vehicle (UUV), the housing being characterised by : a closure that is movable by translation, or by rotation relative to an axis transverse to the wall , to open and close the access opening ; and an operating member , positioned outside the equipment space, that is engageable by and movable by the UUV to move the closure , wherein the operating member is movable relative to the housing to operate a drive mechanism that acts on the closure . a closure that is movable by translation, or by rotation relative to an axis transverse to the wall , to open and close the access opening ; and an operating member , positioned outside the equipment space, that is engageable by and movable by the UUV to move the closure , wherein the operating member is movable relative to the housing to operate a drive mechanism that acts on the closure .
A multi-layer film-coated powder, which comprises at least two coating layers having a different refractive index on the substrate particles thereof and which reflects light having a specific wavelength, wherein the thickness of each layer of the coating film is so designed that the reflection intensity R (λ) of the multi-layer film-coated powder, as corrected in point of the shape and the particle size thereof from the reflection intensity R flat of the multi-layer film of the corresponding multi-layer film-coated flat specifically selected in point of the material of the substrate particles, the number of the coating layers, the coating order of the coating layers, the material of the coating layers and the desired reflected light wavelength, may be the maximum value or the minimum value at a desired wavelength, wherein the substrate particles are one of iron, nickel, chromium, titanium, aluminium, a ferromagnetic alloy, oxides of the aforementioned metals, silicon oxide, calcium oxide, magnesium oxide, barium oxide, composite oxides, metal nitrides, metal carbides, metal sulfides, metal fluorides, metal carbonates, metal phosphates, semi-metal oxides, semi-metal carbides, semi-metal nitrides, non-metal oxides, non-metal carbides, non-metal nitrides, silica, glass beads, silicon balloons, fine carbon hollow balloons Kurekasphere, fused alumina bubbles, aerosol, white carbon, silica fine hollow balloons, calcium carbonate fine hollow balloons, calcium carbonate, pearlite, talc, bentonite, synthetic mica, white mica, kaolin, cellulose powder, cellulose acetate powder, spherical or ground particles of polyamides, epoxy resins, polyesters, melamine resins, polyurethanes, polyvinyl acetate resins, silicon resins, polymers or copolymers of acrylates, methacrylates, styrene, ethylene, propylene, spherical acrylic resin particles obtained through polymerization of acrylic acid or methacrylate; wherein the spectrophotometric characteristics of the multi-layer film-coated powder are such that when the ratio of the length at 400nm between 380nm and 780nm on measuring the reflection spectrum from the vertical reflection light of the multi-layer film-coated powder (wavelength definition width L) to the height of the reflectance 100% in the vertical axis (reflectance definition width R), L/R is 5/2, then the ratio of the peak height (H) to the half-value width (W), H/W is at least 1.
A refrigeration apparatus comprising: a) a refrigerant circuit comprising a compressor , a condenser , a pressure reducing mechanism , and an evaporator , wherein b) the compressor has a built-in motor having rotation thereof controlled by inverter control, the compressor being configured to compress refrigerant that flows through the refrigerant circuit ; and c) an inverter controller that controls torque of the built-in motor through the inverter control when operation frequency of the compressor is at least one value within a range of from 10 Hz to 40 Hz; characterized by d) a device controller that, when at least the operation frequency is within the range of from 10 Hz to 40 Hz, torque of the motor is controlled, and under a predetermined condition in which temperature of refrigerant discharged from the compressor easily becomes excessively high, controls the pressure reducing mechanism such that e) refrigerant sucked into the compressor is placed in a wet vapor state through changing the degree of pressure reduction by the pressure reducing mechanism . a) a refrigerant circuit comprising a compressor , a condenser , a pressure reducing mechanism , and an evaporator , wherein b) the compressor has a built-in motor having rotation thereof controlled by inverter control, the compressor being configured to compress refrigerant that flows through the refrigerant circuit ; and c) an inverter controller that controls torque of the built-in motor through the inverter control when operation frequency of the compressor is at least one value within a range of from 10 Hz to 40 Hz; characterized by d) a device controller that, when at least the operation frequency is within the range of from 10 Hz to 40 Hz, torque of the motor is controlled, and under a predetermined condition in which temperature of refrigerant discharged from the compressor easily becomes excessively high, controls the pressure reducing mechanism such that e) refrigerant sucked into the compressor is placed in a wet vapor state through changing the degree of pressure reduction by the pressure reducing mechanism .
A method for image processing of intravascular hemodynamics, characterized by : shooting video using infrared light, wherein the object of shooting is a portion of a blood vessel injected with a standard amount of a fluorescent contrast agent; performing image analysis of a shape of a chronological change curve of intensity values of image outputs from the video shooting; calculating relative data for blood volume (rBV) and blood flow (rBF) based on results of the image analysis; and calculating quantitative data for blood volume (BV) or blood flow (BF) based on the relative data, wherein the relative data for blood volume (rBV) or blood flow (rBF) is calculated based on an integral value from the chronological change curve and based on a centroid of an area under the chronological change curve. shooting video using infrared light, wherein the object of shooting is a portion of a blood vessel injected with a standard amount of a fluorescent contrast agent; performing image analysis of a shape of a chronological change curve of intensity values of image outputs from the video shooting; calculating relative data for blood volume (rBV) and blood flow (rBF) based on results of the image analysis; and calculating quantitative data for blood volume (BV) or blood flow (BF) based on the relative data, wherein the relative data for blood volume (rBV) or blood flow (rBF) is calculated based on an integral value from the chronological change curve and based on a centroid of an area under the chronological change curve.
A steering column for a motor vehicle, comprising a steering shaft which is mounted in a steering column housing so as to be rotatable about a longitudinal axis (L), and a rotation limiter , wherein the rotation limiter comprises a stop disk which is connected to the steering shaft so as to transmit torque, characterized in that the stop disk comprises at least one recess extending in the circumferential direction, in that the steering shaft is coupled to a lifting mechanism , by means of which a stop pin , which is mounted displaceably in the direction of the longitudinal axis (L) and non-displaceably in the circumferential direction, can be brought into engagement with the recess depending on the rotational angle of the steering shaft such that, when the permitted rotational angle of the steering shaft is reached, the stop pin strikes against a boundary of a recess , said boundary lying in the circumferential direction, and prevents further rotation in the same direction of rotation.
A holding and unwinding apparatus for flat material and/or film material wound onto rolls , with a rotatable mandrel mounted at least on one side for receiving largely free of play a hollow or a hollow cylindrical core of a roll to be unwound, with an axial guidance device for a role located on the mandrel and rotatably mounted thereon, the axial guidance device being adjustable in longitudinal extension direction of the mandrel , wherein a motor drive is provided for the adjustment of the axial guidance device and/or of a roll holder - comprising at least the mandrel and the axial guidance device - parallel to the longitudinal extension direction of the rotatable mandrel , characterised in that - the axial guidance device is formed by at least two stop elements or, as applicable, abutment elements , which are disposed on both sides of the roll with flat material and/or film material , and between which the roll rotates, and in that - the at least two stop elements or, as applicable, abutment elements are in each instance disposed on carriages or on a common carriage , which carriage/carriages is/are motor-adjustable below the mandrel parallel to the longitudinal extension direction thereof, and in that - an outer stop element or, as applicable, abutment element assigned to the free end of the mandrel is swivellably disposed on the carriage for a new roll to be slid onto the mandrel or, as applicable, for a used-up roll to be removed. - the axial guidance device is formed by at least two stop elements or, as applicable, abutment elements , which are disposed on both sides of the roll with flat material and/or film material , and between which the roll rotates, and in that - the at least two stop elements or, as applicable, abutment elements are in each instance disposed on carriages or on a common carriage , which carriage/carriages is/are motor-adjustable below the mandrel parallel to the longitudinal extension direction thereof, and in that - an outer stop element or, as applicable, abutment element assigned to the free end of the mandrel is swivellably disposed on the carriage for a new roll to be slid onto the mandrel or, as applicable, for a used-up roll to be removed.
A method for making a solid self-supporting foam, comprising frustules and/or frustule powder, the method comprising: a. forming a polyacrylamide gel comprising frustules and/or frustule powder, b. sintering said frustules and/or frustule powder into a monolithic structure and c. calcining said gel, wherein said sintering and said calcining are performed as part of a single heating step. a. forming a polyacrylamide gel comprising frustules and/or frustule powder, b. sintering said frustules and/or frustule powder into a monolithic structure and c. calcining said gel, wherein said sintering and said calcining are performed as part of a single heating step.
A pharmaceutically acceptable formulation comprising TH302 and ethanol for use in a method of treating cancer by intravenous administration of TH302 in an amount in the range of 4 mg/m 2 to 1600 mg/m 2 to a patient in need of such treatment, wherein the formulation is diluted prior to administration, and wherein the structure of TH302 is:
A method for dynamometer testing of a vehicle in a vehicle dynamometer system comprising at least one dynamometer test unit having a power source , the power source comprising an output shaft arranged for rotation with a vehicle wheel shaft , the system further comprising an adapter plate , said adapter plate comprising means for allowing fixed connection of the adapter plate to a wheel hub of said vehicle wheel shaft , and said adapter plate further comprising means for allowing fixed connection to the output shaft of said test unit to thereby rigidly couple the output shaft of the dynamometer test unit to said wheel shaft , comprising the steps of: - relocating said vehicle using said adapter plate , wherein said adapter plate is designed such that, when rigidly coupled to said wheel hub but disconnected from said dynamometer test unit , said adapter plate supports the vehicle , wherein the adapter plate is coupled to the wheel shaft in a rotationally fixed manner so that during testing the adapter plate rotates with the wheel shaft , and wherein the adapter plate comprises an outer circumference for contacting the surface on which a vehicle is present when supporting said vehicle , characterized in that : during testing, the weight of the vehicle is supported by the dynamometer test unit and the height of the output shaft is controlled such that the adapter plate rotates freely without touching ground. - relocating said vehicle using said adapter plate , wherein said adapter plate is designed such that, when rigidly coupled to said wheel hub but disconnected from said dynamometer test unit , said adapter plate supports the vehicle , wherein the adapter plate is coupled to the wheel shaft in a rotationally fixed manner so that during testing the adapter plate rotates with the wheel shaft , and wherein the adapter plate comprises an outer circumference for contacting the surface on which a vehicle is present when supporting said vehicle , characterized in that : during testing, the weight of the vehicle is supported by the dynamometer test unit and the height of the output shaft is controlled such that the adapter plate rotates freely without touching ground.
Apparatus for injection molding of plastic materials comprising a mold, at least one plate , a hot runner distributor of the fluid plastic material, at least one injector for injecting the plastic material from the distributor into the mold, and an actuator for controlling the opening and closing of the injector , wherein the actuator is supported by the distributor and cooling thereof is performed by means of thermal exchange contact with said at least one plate , whereby for the cooling of the actuator there is provided at least one body made of thermally conductive material at least partly surrounding the actuator in an axially slidable fashion and maintained in thermal exchange contact with said at least one plate , characterised in that said at least one body is maintained in thermal exchange contact with said at least one plate by at least one from among a magnetic force, a pressurised fluid thrust and an electrical drive force.
Method for estimating a level of damage or a lifetime expectation of a power semiconductor module comprising at least one die that is mechanically, thermally, and electrically attached to a substrate, composed of plural layers of different materials, wherein the method comprises the steps of: - obtaining (S502) power losses of the power semiconductor module, - obtaining (S501) a temperature in at least two different locations of the power semiconductor module, - estimating (S507) a thermal model between the at least two different locations of the power semiconductor module using the determined power losses and the obtained temperatures, - analysing (S508)the thermal model by comparing the thermal model to a reference thermal model, characterised in that the reference model being an initial model defined during a commissioning of the power semiconductor module or by an initial identification at the beginning of a life of the power semiconductor, the comparing of the thermal model to the reference thermal model being performed by evaluating an error between a reference parameter values θref at a time t0 and updated parameter values θ(t) at a time t of the thermal model: err= θref θ(t), filtering the error, - converting (S508) the filtered error into one or several distances which is or are metrics for a deviation from a value of a reference model, the distance or distances being extrapolated in order to define a time wherein the extrapolated distance is equal to a threshold value in order to determine if a notification indicating a level of damage or a lifetime expectation has to be performed, - notifying (S510) the level and location of damage or the lifetime expectation if the notification has to be performed. - obtaining (S502) power losses of the power semiconductor module, - obtaining (S501) a temperature in at least two different locations of the power semiconductor module, - estimating (S507) a thermal model between the at least two different locations of the power semiconductor module using the determined power losses and the obtained temperatures, - analysing (S508)the thermal model by comparing the thermal model to a reference thermal model, characterised in that the reference model being an initial model defined during a commissioning of the power semiconductor module or by an initial identification at the beginning of a life of the power semiconductor, the comparing of the thermal model to the reference thermal model being performed by evaluating an error between a reference parameter values θref at a time t0 and updated parameter values θ(t) at a time t of the thermal model: err= θref θ(t), filtering the error, - converting (S508) the filtered error into one or several distances which is or are metrics for a deviation from a value of a reference model, the distance or distances being extrapolated in order to define a time wherein the extrapolated distance is equal to a threshold value in order to determine if a notification indicating a level of damage or a lifetime expectation has to be performed, - notifying (S510) the level and location of damage or the lifetime expectation if the notification has to be performed.