mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a compressor, comprising the installed measurements of: a) suction pressure measurement, b) final pressure measurement, c) throughput measurement (ΔP), wherein, in normal operation, during which the measurements proceed faultlessly, a target value for a surge limiter (PCTR) is determined from one or two of the measured variables by means of a first control characteristic map (CTFE) and the surge limiter compares this target value with the third measured variable directly or indirectly, wherein the surge limiter (PCTR) opens a bypass valve if the third measured value falls below or exceeds the target value, with the result that the final pressure is lowered or the flow through the compressor is increased, characterized in that, in the event of failure of at least one of the measurements a) suction pressure measurement, b) final pressure measurement or c) throughput measurement (ΔP), a further measurement of another physical variable of the compression process, together with a measured variable of the remaining measurements or a modification of this measured variable on the basis of a supplementary characteristic map, is an input variable for a substitute control characteristic map (SCTFE), from which a maximum value or a minimum value of the fault-affected measured variable is determined and is used to form the target value in the first control characteristic map (CTFE) or, itself as a substitute target value, is an input variable for the surge limiter (PCTR). a) suction pressure measurement, b) final pressure measurement, c) throughput measurement (ΔP), a) suction pressure measurement, b) final pressure measurement or c) throughput measurement (ΔP), a further measurement of another physical variable of the compression process, together with a measured variable of the remaining measurements or a modification of this measured variable on the basis of a supplementary characteristic map, is an input variable for a substitute control characteristic map (SCTFE), from which a maximum value or a minimum value of the fault-affected measured variable is determined and is used to form the target value in the first control characteristic map (CTFE) or, itself as a substitute target value, is an input variable for the surge limiter (PCTR).
A system for assessing interference, comprising: a medical positioning system, comprising: a magnetic field generator configured to generate a magnetic field for acquiring position data; and a first magnetic field sensor disposed within the generated magnetic field and configured to generate a first signal representative of the magnetic field detected by said first magnetic field sensor for acquiring position data of the first magnetic field sensor; wherein the system for assessing interference further comprises an interference sensor configured to detect a magnetic field and to generate a second signal representative of said detected magnetic field; characterised in that said system further comprises a processor electrically connected to said interference sensor and configured to compare said magnetic field detected by said interference sensor with a magnetic field threshold value to determine whether said magnetic field detected by said interference sensor may cause interference to said first signal. a medical positioning system, comprising: a magnetic field generator configured to generate a magnetic field for acquiring position data; and a first magnetic field sensor disposed within the generated magnetic field and configured to generate a first signal representative of the magnetic field detected by said first magnetic field sensor for acquiring position data of the first magnetic field sensor; wherein the system for assessing interference further comprises an interference sensor configured to detect a magnetic field and to generate a second signal representative of said detected magnetic field; characterised in that said system further comprises a processor electrically connected to said interference sensor and configured to compare said magnetic field detected by said interference sensor with a magnetic field threshold value to determine whether said magnetic field detected by said interference sensor may cause interference to said first signal. a magnetic field generator configured to generate a magnetic field for acquiring position data; and a first magnetic field sensor disposed within the generated magnetic field and configured to generate a first signal representative of the magnetic field detected by said first magnetic field sensor for acquiring position data of the first magnetic field sensor; wherein the system for assessing interference further comprises an interference sensor configured to detect a magnetic field and to generate a second signal representative of said detected magnetic field; characterised in that said system further comprises a processor electrically connected to said interference sensor and configured to compare said magnetic field detected by said interference sensor with a magnetic field threshold value to determine whether said magnetic field detected by said interference sensor may cause interference to said first signal.
A thermoelectric conversion module comprising a P-type thermoelectric conversion unit and an N-type thermoelectric conversion unit, wherein a full Heusler alloy is used as a material for forming the P-type thermoelectric conversion unit and the N-type thermoelectric conversion unit; and the material for forming the N-type thermoelectric conversion unit contains at least one of Fe, Ti, and Si and Sn, the material for forming the N-type thermoelectric conversion unit further contains at least one of Nb, V, Mo, W and Zr, characterized in that the material for forming the N-type thermoelectric conversion unit is configured so that a composition ratio of Ti is larger than a sum total of composition ratios of Nb, V, Mo, W and Zr.
A surgical microscope device, comprising: a microscope unit that is configured to image an observation target electronically, and outputs a picture signal, the microscope unit comprising for this purpose an imaging unit stored inside a first rotation axis unit and a barrel unit provided with an objective lens on a bottom end; a support unit that supports the microscope unit, and is configured as a balance arm; and an auxiliary observation device that is attachable to the microscope unit by a surgeon, and is configured, when attached to the microscope unit, to enable direct optical observation by the surgeon of an observation range provided by the microscope unit, the auxiliary observation device comprising a lens barrel unit, an attachment mechanism unit for mounting the auxiliary observation device to a top face of a housing of the first rotation axis unit, a connecting unit that connects the lens barrel unit and the attachment mechanism unit and a securing member for securing the auxiliary observation device to the first rotation axis unit, wherein, when the auxiliary observation device is attached to the microscope unit, an eyepiece of the lens barrel unit is positioned at a higher position than the microscope unit and the first rotation axis unit. a support unit that supports the microscope unit, and is configured as a balance arm; and an auxiliary observation device that is attachable to the microscope unit by a surgeon, and is configured, when attached to the microscope unit, to enable direct optical observation by the surgeon of an observation range provided by the microscope unit, the auxiliary observation device comprising a lens barrel unit, an attachment mechanism unit for mounting the auxiliary observation device to a top face of a housing of the first rotation axis unit, a connecting unit that connects the lens barrel unit and the attachment mechanism unit and a securing member for securing the auxiliary observation device to the first rotation axis unit, wherein, when the auxiliary observation device is attached to the microscope unit, an eyepiece of the lens barrel unit is positioned at a higher position than the microscope unit and the first rotation axis unit.
Construction kit for cable winches comprising a cable drum, a drive motor, a transmission unit (3A, 3B) and a supporting frame, characterised in that the construction kit includes different transmission housing parts for the transmission unit (3A, 3B) in order to permit assembly of a cable winch in the C shape or quasi-coaxial shape as desired, for which purpose, a first housing for the C shape and a different second housing for the quasi-coaxial shape are provided as different transmission housing parts, the first housing is formed in such a way that the transmission unit (3A, 3B) can be assembled as a first transmission unit for the C shape and therewith the design of the cable winch to be assembled can be fixed as the C shape, and the second housing is formed in such a way that the transmission unit (3A, 3B) can be assembled as a second transmission unit for the quasi-coaxial shape and therewith the design of the cable winch to be assembled can be fixed as the quasi-coaxial shape.
A bobbin replacement device for a pot spinning machine, wherein the pot spinning machine includes a pot having an opening that opens downward, a fixed cover surrounding the pot and having an opening that opens downward, and a bobbin support part supporting a bobbin below the pot, the bobbin replacement device being configured to replace the full bobbin with an empty bobbin, wherein the bobbin replacement device for the pot spinning machine comprises: a drive mechanism (46, 48) for replacing the bobbin; and a movable portion (42, 44) including a bobbin holder that holds the bobbin at the replacement of the bobbin, the movable portion (42, 44) being moved in a predetermined direction (A, B) by the drive mechanism (46, 48); and a lid attached to the movable portion such that the lid is moved together with the movable portion (42, 44), the lid being placeable at a close position to close the opening of the fixed cover and placeable at an open position to open the opening of the fixed cover according to the movement of the movable portion (42, 44) by the drive mechanism (46, 48), characterized in that the lid includes a first lid member that is fixed to the movable portion (42, 44), a second lid member that is attached to the first lid member such that the second lid member is movable relative to the first lid member, and an urging member that urges the second lid member, and the second lid member is configured to be pressed to a bottom end of the fixed cover by an urging force generated by the urging member when the lid is placed at the close position. a drive mechanism (46, 48) for replacing the bobbin; and a movable portion (42, 44) including a bobbin holder that holds the bobbin at the replacement of the bobbin, the movable portion (42, 44) being moved in a predetermined direction (A, B) by the drive mechanism (46, 48); and a lid attached to the movable portion such that the lid is moved together with the movable portion (42, 44), the lid being placeable at a close position to close the opening of the fixed cover and placeable at an open position to open the opening of the fixed cover according to the movement of the movable portion (42, 44) by the drive mechanism (46, 48), characterized in that the lid includes a first lid member that is fixed to the movable portion (42, 44), a second lid member that is attached to the first lid member such that the second lid member is movable relative to the first lid member, and an urging member that urges the second lid member, and the second lid member is configured to be pressed to a bottom end of the fixed cover by an urging force generated by the urging member when the lid is placed at the close position.
A high strength press-formed member obtainable by hot press-forming, wherein a steel sheet constituting the member consists of, by mass %, C: 0.12% to 0.69% (inclusive of 0.12% and 0.69%), Si: 3.0% or less, Mn: 0.5% to 3.0% (inclusive of 0.5% and 3.0%), P: 0.1 % or less, S: 0.07% or less, Al: 3.0% or less, N: 0.010% or less, Si + Al: at least 0.7%, optionally at least one type of elements selected from Cr: 0.05% to 5.0% (inclusive of 0.05% and 5.0%), V: 0.005% to 1.0% (inclusive of 0.005% and 1.0%), Mo: 0.005% to 0.5% (inclusive of 0.005% and 0.5%), Ti: 0.01% to 0.1 % (inclusive of 0.01% and 0.1 %), Nb: 0.01% to 0.1% (inclusive of 0.01% and 0.1 %), B: 0.0003% to 0.0050% (inclusive of 0.0003% and 0.0050%), Ni: 0.05% to 2.0% (inclusive of 0.05% and 2.0%), Cu: 0.05% to 2.0% (inclusive of 0.05% and 2.0%), Ca: 0.001% to 0.005% (inclusive of 0.001% and 0.005%), REM: 0.001% to 0.005% (inclusive of 0.001% and 0.005%), and as remainder Fe and incidental impurities; wherein the microstructure of the steel sheet constituting the member includes martensite, retained austenite, and bainite containing bainitic ferrite; wherein the area ratio of said martensite with respect to the entire microstructure of the steel sheet is in the range of 10% to 85% (inclusive of 10% and 85%), wherein at least 25% of said martensite is tempered martensite; wherein the content of said retained austenite is in the range of 10% to 40% (inclusive of 10% and 40%); wherein the area ratio of said bainitic ferrite in said bainite with respect to the entire microstructure of the steel sheet is at least 5%; wherein the total of area ratios of said martensite, said retained austenite, and said bainitic ferrite in said bainite with respect to the entire microstructure of the steel sheet is at least 65%; and wherein the average carbon concentration in the retained austenite is at least 0.65 mass %. C: 0.12% to 0.69% (inclusive of 0.12% and 0.69%), Si: 3.0% or less, Mn: 0.5% to 3.0% (inclusive of 0.5% and 3.0%), P: 0.1 % or less, S: 0.07% or less, Al: 3.0% or less, N: 0.010% or less, Si + Al: at least 0.7%, Cr: 0.05% to 5.0% (inclusive of 0.05% and 5.0%), V: 0.005% to 1.0% (inclusive of 0.005% and 1.0%), Mo: 0.005% to 0.5% (inclusive of 0.005% and 0.5%), Ti: 0.01% to 0.1 % (inclusive of 0.01% and 0.1 %), Nb: 0.01% to 0.1% (inclusive of 0.01% and 0.1 %), B: 0.0003% to 0.0050% (inclusive of 0.0003% and 0.0050%), Ni: 0.05% to 2.0% (inclusive of 0.05% and 2.0%), Cu: 0.05% to 2.0% (inclusive of 0.05% and 2.0%), Ca: 0.001% to 0.005% (inclusive of 0.001% and 0.005%), REM: 0.001% to 0.005% (inclusive of 0.001% and 0.005%),
A method comprising: receiving video information; classifying one or more frames in the received video information as a flash scene; characterized in that the method further comprises: adjusting one or more coding parameters based on the classification of the frames; and coding the video information in accordance with the adjusted coding parameters; wherein classifying the one or more frames as the flash scene comprises identifying motion compensated prediction errors between frames preceding the flash scene and frames subsequent to the flash scene, wherein the motion compensated prediction errors are below a threshold. receiving video information; classifying one or more frames in the received video information as a flash scene; adjusting one or more coding parameters based on the classification of the frames; and coding the video information in accordance with the adjusted coding parameters; wherein classifying the one or more frames as the flash scene comprises identifying motion compensated prediction errors between frames preceding the flash scene and frames subsequent to the flash scene, wherein the motion compensated prediction errors are below a threshold.
A vehicle control device controlling a vehicle having an idling stop system mounted thereon for temporarily stopping an engine if a state of the vehicle satisfies a predetermined condition, comprising: setting means for setting said predetermined condition; detecting means (1100, 1200, 1300, 3200) for detecting the state of the vehicle when said vehicle is temporarily stopped; wherein said state of the vehicle includes at least one of a state in which a brake is or is not in an operation state, a state in which a transmission is or is not in a neutral position and a state in which a clutch is or is not in a power transmission state; characterized by said detecting means (1100, 1200, 1300, 3200) comprising means being adapted to detect the state of the vehicle when said vehicle has temporarily been stopped in a continuous manner for a predetermined period of time for the first time after a driver performed a manipulation to start said engine; and said setting means being adapted to set said predetermined condition based on said detected state of the vehicle. setting means for setting said predetermined condition; detecting means (1100, 1200, 1300, 3200) for detecting the state of the vehicle when said vehicle is temporarily stopped; wherein said state of the vehicle includes at least one of a state in which a brake is or is not in an operation state, a state in which a transmission is or is not in a neutral position and a state in which a clutch is or is not in a power transmission state; characterized by said detecting means (1100, 1200, 1300, 3200) comprising means being adapted to detect the state of the vehicle when said vehicle has temporarily been stopped in a continuous manner for a predetermined period of time for the first time after a driver performed a manipulation to start said engine; and said setting means being adapted to set said predetermined condition based on said detected state of the vehicle.
An extrusion die comprising a substrate body having a multilayer coating, the substrate body being made of a steel material that has long-term heat resistance at an extrusion operating temperature in the range between 400 °C and 950 °C and is intended for interacting with ductile extrusion metal in the form of a hot work steel and comprising a single-layer or multilayer coating deposited by a CVD process and comprising at least one metal, preferably at least titanium, and carbon and nitrogen, the ratio between carbon and nitrogen in the at least one layer of the coating deposited at a CVD average temperature in the range between 700 °C and 950 °C being C/N>1, in relation to a ratio in atomic percentage, and the at least one layer of the coating deposited at a CVD average temperature in the range between 700 °C and 950 °C having a columnar and/or stalky structure with a plurality of structural sections provided with a grain orientation that lie adjacent to one another and are aligned parallel to one another and perpendicular to the substrate surface and an upper cover layer being provided on the coating, the upper cover layer reducing an abrasion acting by the extrusion process and the upper cover layer being applied at a CVD process temperature above 950 °C.
An external chemical dosing system arranged to be located external to an appliance having a water inlet, the system comprising: a meter arranged to be located external to the appliance for determining the volume of water supplied, or the rate at which water is being supplied, to the appliance via the water inlet; a pump or valve arranged to be located external to the appliance for dispensing a volume of chemical to the appliance; and a control unit arranged to be located external to the appliance, the control unit being arranged to receive a signal from the meter and to determine from said signal the stage in a cycle the appliance is at and to control the pump or valve in dependence thereon, and to cause the pump or valve to dispense a chemical to the appliance appropriate for the stage of the cycle the appliance is at, characterised in that the control unit is arranged to control the quantity of chemical dispensed, in dependence on the volume of water supplied via the water inlet to the appliance at that stage of the cycle, and in that the control unit is arranged to determine the stage of a cycle an appliance is at from the volume of water drawn through the meter during one continuous intake of water, or within a predetermined period. a meter arranged to be located external to the appliance for determining the volume of water supplied, or the rate at which water is being supplied, to the appliance via the water inlet; a pump or valve arranged to be located external to the appliance for dispensing a volume of chemical to the appliance; and a control unit arranged to be located external to the appliance, the control unit being arranged to receive a signal from the meter and to determine from said signal the stage in a cycle the appliance is at and to control the pump or valve in dependence thereon, and to cause the pump or valve to dispense a chemical to the appliance appropriate for the stage of the cycle the appliance is at, characterised in that the control unit is arranged to control the quantity of chemical dispensed, in dependence on the volume of water supplied via the water inlet to the appliance at that stage of the cycle, and in that the control unit is arranged to determine the stage of a cycle an appliance is at from the volume of water drawn through the meter during one continuous intake of water, or within a predetermined period.
Procedure for the fabrication of a measuring tube, which serves to conduct a medium, said measuring tube comprising a pipe with an interior channel, wherein an immersion body projects into said interior channel, wherein the immersion body is connected to a molded piece, and wherein the molded piece is connected to the pipe in such a way that a recess in the wall of the pipe is sealed by the molded piece essentially in a manner that is medium-tight, such as gas-tight and/or liquid-tight, characterized in that a part of the pipe wall, particularly a pipe wall section, is removed from the pipe and serves as a molded piece.
Bearing part (10") for a frame or a leaf of a window, a door or the like, which can be placed at an abutment face of the bearing part (10") on the frame or leaf, wherein the bearing part (10") has at least one bearing projection (25a", 25b") for connecting the bearing part (10") to a hinge part and the bearing part (10") has at least one through recess (22a", 22b") into which a connecting means for connecting the bearing part (10") to the frame or leaf can be inserted, wherein the longitudinal axis of the through recess (22a", 22b") is oriented obliquely with respect to the abutment face, wherein the through recess (22a", 22b") extends at least in part in the bearing projection (25a", 25b"), wherein the bearing part (10") has at least one slide-in part (50a, 50b) in the region of one bearing projection (25a", 25b"), in particular in the region of two bearing projections (25a", 25b"), characterised in that the at least one through recess (22a", 22b") oriented or formed obliquely with respect to the abutment face is formed at least in part by a slide-in part recess (51 a, 51 b).
Device for separating overspray having a first separator with a first separating means, wherein the first separating means has a first overspray-receiving area, and a second separator with a second separating means, wherein the second separating means has a second overspray-receiving area, and wherein the overspray-receiving areas (19, 20) are inclined relative to each other, wherein the first separating means at least partially overlaps the second separating means, wherein the first separator has a first unrolling device and a first rolling device, in order to unroll the first separating means from the first unrolling device and to roll it onto the first rolling device, and the second separator has a second unrolling device and a second rolling device, in order to unroll the second separating means from the second unrolling device and to roll it onto the second rolling device, wherein an air-intake device is provided in an area between the first unrolling device and the first rolling device of the first separator in the device and wherein a further air-intake device is provided in an area between the second unrolling device and the second rolling device of the second separator, wherein the air-intake devices are equipped to convey air charged with overspray in the direction of the overspray-receiving areas (19, 20) of the separating means (3, 13).