mhurhangee/ep-ind-claims huggingface dataset:
Method for carrying out a zero point comparison in a patient monitoring system with a transmitter unit transmitting via a radio link measurement data taken from the patient, and with at least one receiver unit for receiving the measurement data transmitted by the transmitter unit, wherein the measurement data taken from the patient are pressure signals which are supplied via a fluid-filled pressure measuring line to a pressure transducer which converts the pressure signals into electrical signals and passes these on to the transmitter unit, and wherein the measurement data received by the receiver unit are displayed on a monitor, wherein for performance of the zero point comparison, the fluid-filled pressure measuring line to the patient is interrupted and exposed to ambient air pressure, and wherein the offset voltage V ofs generated by the pressure transducer and resulting from the ambient air pressure p 0 is determined in the transmitter unit, characterized in that in normal operation, the measurement data transmitted by the transmitter unit are transmitted to the receiver unit cleaned by the value of the offset voltage V ofs.
A working fluid for heat cycle, which contains trifluoroethylene and 1,2-difluoroethylene, wherein the proportion of 1,2-difluoroethylene based on the entire amount of the working fluid for heat cycle is at least 10 mass%.
A compressor, comprising: a compressor housing; a non-orbiting scroll member and an orbiting scroll member; an orbiting scroll hub having an upper end and a lower end, the lower end being disposed at a vertical elevation that is lower than the upper end; a thrust bearing; a lubricant sump; a housing drain cavity disposed within the compressor housing and configured to receive lubricant from the lubricant sump and to deliver the lubricant to the thrust bearing, whereby, in use, lubricant is pushed by the orbiting scroll hub against walls of the housing drain cavity until it reaches the thrust bearing; and a bearing housing drain fluidly connected to the housing drain cavity and the lubricant sump, wherein the bearing housing drain receives a lubricant flow from the housing drain cavity at an inlet end, and a portion of the lubricant flow is directed from the housing drain cavity through the bearing housing drain to an outlet end, characterized in that the outlet end of the bearing housing drain is disposed at a location which is relatively vertically higher than the inlet end of the bearing housing drain, the inlet end is relatively vertically lower than the lower end of the orbiting scroll hub, and the outlet end is relatively vertically higher than the lower end of the orbiting scroll hub. a compressor housing; a non-orbiting scroll member and an orbiting scroll member; an orbiting scroll hub having an upper end and a lower end, the lower end being disposed at a vertical elevation that is lower than the upper end; a thrust bearing; a lubricant sump; a housing drain cavity disposed within the compressor housing and configured to receive lubricant from the lubricant sump and to deliver the lubricant to the thrust bearing, whereby, in use, lubricant is pushed by the orbiting scroll hub against walls of the housing drain cavity until it reaches the thrust bearing; and a bearing housing drain fluidly connected to the housing drain cavity and the lubricant sump, wherein the bearing housing drain receives a lubricant flow from the housing drain cavity at an inlet end, and a portion of the lubricant flow is directed from the housing drain cavity through the bearing housing drain to an outlet end, characterized in that the outlet end of the bearing housing drain is disposed at a location which is relatively vertically higher than the inlet end of the bearing housing drain, the inlet end is relatively vertically lower than the lower end of the orbiting scroll hub, and the outlet end is relatively vertically higher than the lower end of the orbiting scroll hub.
Device for sorting fish in a stream of swimming fish, comprising: • a sorting chamber having an inlet port arranged in an end and at least two outlet ports (12, 13) arranged in an opposite end of the sorting chamber along a sorting direction, • at least a conveying device comprising at least one guide element, wherein the conveying device is movably arranged in the sorting chamber and adapted to push the fish towards at least one of the outlet ports, and wherein the conveying device is connected to a processing device and adapted to receive signals from the processing device which provide information on how to move the conveying device, characterized in that the at least one guide element is adapted to be moved perpendicular to the sorting direction of the sorting chamber. • a sorting chamber having an inlet port arranged in an end and at least two outlet ports (12, 13) arranged in an opposite end of the sorting chamber along a sorting direction, • at least a conveying device comprising at least one guide element, wherein the conveying device is movably arranged in the sorting chamber and adapted to push the fish towards at least one of the outlet ports, and wherein the conveying device is connected to a processing device and adapted to receive signals from the processing device which provide information on how to move the conveying device, characterized in that the at least one guide element is adapted to be moved perpendicular to the sorting direction of the sorting chamber.
A testing system for applying loads to a test specimen, the testing system comprising: an actuator comprising a piston rod, the piston rod supporting the first end of the test specimen; a first support portion supporting the actuator, the actuator configured to support a first end of the test specimen; a second support portion configured to support a second end of the test specimen; a first sensor comprising a displacement sensor, wherein the displacement sensor is configured to measure displacement of the piston rod relative to the first support portion, the first sensor being configured to provide a first output signal indicative of displacement of the first end of the test specimen; an accelerometer operably coupled to the first support portion and configured to measure acceleration of the first support portion and provide a second output signal; and a displacement compensator configured to receive the first output signal and the second output signal and, using the first output signal and second output signal, provide a displacement output signal indicative of differential displacement between the first end and the second end of the test specimen. an actuator comprising a piston rod, the piston rod supporting the first end of the test specimen; a first support portion supporting the actuator, the actuator configured to support a first end of the test specimen; a second support portion configured to support a second end of the test specimen; a first sensor comprising a displacement sensor, wherein the displacement sensor is configured to measure displacement of the piston rod relative to the first support portion, the first sensor being configured to provide a first output signal indicative of displacement of the first end of the test specimen; an accelerometer operably coupled to the first support portion and configured to measure acceleration of the first support portion and provide a second output signal; and a displacement compensator configured to receive the first output signal and the second output signal and, using the first output signal and second output signal, provide a displacement output signal indicative of differential displacement between the first end and the second end of the test specimen.
A femoral sizing guide, comprising: a base including a main body and one or more paddles that extend from the main body, wherein the one or more paddles are configured to contact posterior condyles of a patient; a posterior reference frame pivotally coupled with the base, wherein the posterior reference frame includes one or more holes for receiving one or more fasteners; an anterior reference frame slidably coupled to the posterior reference frame; a stylus coupled to the anterior reference frame, wherein the stylus extends away from the plane in which the anterior reference frame slides relative to the posterior reference frame; and a pivot between the base and the posterior reference frame, characterised in that the pivot is positioned in an anterior half of the posterior reference frame. a base including a main body and one or more paddles that extend from the main body, wherein the one or more paddles are configured to contact posterior condyles of a patient; a posterior reference frame pivotally coupled with the base, wherein the posterior reference frame includes one or more holes for receiving one or more fasteners; an anterior reference frame slidably coupled to the posterior reference frame; a stylus coupled to the anterior reference frame, wherein the stylus extends away from the plane in which the anterior reference frame slides relative to the posterior reference frame; and a pivot between the base and the posterior reference frame, characterised in that the pivot is positioned in an anterior half of the posterior reference frame.
A method for adjusting transmission power of a small cell operating on a cellular network, comprising: transmitting a power adjusting request to the surrounding small cells, so as to cause the surrounding small cells to adjust the transmission power of the surrounding small cells when the surrounding small cells transmit downlink data; upon receiving an instruction to switch from an off state to an on state, determining that downlink data needs to be transmitted; acquiring transmission power of surrounding small cells when it is determined that downlink data needs to be transmitted; adjusting transmission power for transmitting the downlink data according to a load state of the small cell and the transmission power of the surrounding small cells; and adjusting the transmission power for transmitting the downlink data according to a power adjusting request upon receiving the power adjusting request from the surrounding small cells. transmitting a power adjusting request to the surrounding small cells, so as to cause the surrounding small cells to adjust the transmission power of the surrounding small cells when the surrounding small cells transmit downlink data; upon receiving an instruction to switch from an off state to an on state, determining that downlink data needs to be transmitted; acquiring transmission power of surrounding small cells when it is determined that downlink data needs to be transmitted; adjusting transmission power for transmitting the downlink data according to a load state of the small cell and the transmission power of the surrounding small cells; and adjusting the transmission power for transmitting the downlink data according to a power adjusting request upon receiving the power adjusting request from the surrounding small cells.
A blade holder for detaching a web threading tail from a moving surface of a roll or cylinder of a machine section of a fiber web machine, where the blade holder includes a frame, wherein the frame of the blade holder includes a blow-off blow channel with air flowing therefrom being adapted to generate a blow-off blow for detaching a web threading tail from the moving surface, and a mechanical blade for detaching the web threading tail from the moving surface if the tail is still attached to the moving surface a trailing blow channel with air flowing therefrom being adapted to generate a trailing blow for guiding the web threading tail; and a substantially flat depressurized guide surface formed between the blow-off blow channel and the trailing blow channel; wherein an angle (a) between the blow-off blow and the trailing blow is in a range from 130 degrees to 220 degrees, and a flow surface being a web guiding surface to the direction of which web guiding is started, relative to which the trailing blow is adapted to flow to the same direction with or in a small angle such that the trailing blow is directed to the web threading tail and such that a Coanda effect is created beside the flow surface in which the blown air is bent conforming to the flow surface by the internal viscosity.
Torque transmission device for a drive train of a vehicle having - a flywheel or another rotational part which has at least one flywheel mass, and - a centrifugal force pendulum module which has a plurality of pendulum masses and a carrier device which supports the pendulum masses, which centrifugal force pendulum module is connected to the rotational part, characterized by a disc-shaped plate element which is connected to the carrier device and/or the rotational part and in which at least one balance recess (54, 56) for balancing or for setting of a predefined unbalance is configured. - a flywheel or another rotational part which has at least one flywheel mass, and - a centrifugal force pendulum module which has a plurality of pendulum masses and a carrier device which supports the pendulum masses, which centrifugal force pendulum module is connected to the rotational part,
A data carrier, especially a value document, such as a banknote, identification card and the like, having a support in which a see-through region is formed by a line grid composed of a plurality of parallel cutting lines, there being arranged within the see-through region a motif region having a visual impression that is changed in reflected light and/ or transmitted light and that is developed in the form of a pattern, characters or a code, wherein the motif region is formed either a) by a line grid composed of a plurality of parallel cutting lines, such that the cutting lines of the motif region form first cutting lines, and the cutting lines of the see-through region that lie outside the motif region form second cutting lines, the first and second cutting lines connecting to each other and exhibiting different cutting widths, or b) by an uncut region of the support. a) by a line grid composed of a plurality of parallel cutting lines, such that the cutting lines of the motif region form first cutting lines, and the cutting lines of the see-through region that lie outside the motif region form second cutting lines, the first and second cutting lines connecting to each other and exhibiting different cutting widths, or b) by an uncut region of the support.
A shelf assembly, comprising: a flat shelf panel having a top surface and a bottom surface, the top surface capable of supporting articles; a hydrophobic surface arranged in a spill containment pattern disposed on said top surface; at least one non-hydrophobic central portion completely bounded by the spill containment pattern for containing liquids on the top surface of the shelf panel; and at least one support bracket attached to the bottom surface of the shelf panel such that the top surface of the shelf panel is completely free from intrusion or other obstruction, thereby maximizing the available shelf space on the top surface of the shelf panel, characterized in that the at least one support bracket comprises a horizontal leg with a horizontal top surface and further comprises a vertical leg extending from the horizontal leg at an angle of 90° such that the bracket has a generally an upside down L-shaped cross section, wherein no aspect of the bracket does extend beyond the top surface of the shelf panel, and wherein the horizontal top surface is attached to the bottom surface of the shelf panel. a flat shelf panel having a top surface and a bottom surface, the top surface capable of supporting articles; a hydrophobic surface arranged in a spill containment pattern disposed on said top surface; at least one non-hydrophobic central portion completely bounded by the spill containment pattern for containing liquids on the top surface of the shelf panel; and at least one support bracket attached to the bottom surface of the shelf panel such that the top surface of the shelf panel is completely free from intrusion or other obstruction, thereby maximizing the available shelf space on the top surface of the shelf panel, characterized in that the at least one support bracket comprises a horizontal leg with a horizontal top surface and further comprises a vertical leg extending from the horizontal leg at an angle of 90° such that the bracket has a generally an upside down L-shaped cross section, wherein no aspect of the bracket does extend beyond the top surface of the shelf panel, and wherein the horizontal top surface is attached to the bottom surface of the shelf panel.
Transferring device comprising an adjustable gripping device, the gripping device having at least one first suction cup which can be placed under negative pressure and which can be brought into contact with the surface of an object to be picked up on a first suction cup contact surface, the first suction cup defining a first suction cup normal (SN 1) extending perpendicularly to the first suction cup contact surface, a first arm being provided, which is mounted in a first rotary bearing so as to be pivotable about an axis of rotation and bears a first arm suction cup, the first arm suction cup having a first arm suction cup contact surface and defining a first arm suction cup normal (ASN 1) extending perpendicularly to the first arm suction cup contact surface, characterized in that a second arm is provided, which is arranged at a distance from the first arm and bears a second arm suction cup, the second arm suction cup having a second arm suction cup contact surface and defining a second arm suction cup normal (ASN 2) extending perpendicularly to the second arm suction cup contact surface, which second arm suction cup normal extends parallel to the first arm suction cup normal (ASN 1), in that the 1st arm suction cup and the second arm suction cup are facing each other, and in that the axis of rotation extends perpendicularly to the first suction cup normal (SN 1), in that the first arm suction cup normal (ASN 1) extends parallel to the axis of rotation, in that the second arm is mounted in a second rotary bearing so as to be pivotable about the axis of rotation or an axis parallel thereto, in that the second arm suction normal (ASN 2) extends parallel to the axis of rotation and in that the first arm is displaceable along its axis of rotation and/or in that the second arm is displaceable along its axis of rotation.
Switching unit for an electrical switch, wherein the switching unit comprises at least one fixed contact (100, 400; 100', 400') and one moveable contact (200, 300; 200', 300') with a current feed to the moveable contact (200, 300; 200', 300'), which in order to close or open the current path are respectively brought into mechanical contact with each other or mechanically or magnetically separated from each other, wherein the switching unit further comprises at least one extinguishing plate, which affects an electrical arc created when the electrical contacts (100, 400; 100', 400': 200, 300; 200', 300') are opened, wherein the current feed is designed such that in the open position it directs the current along the electrical arc in the opposite direction to the current direction of the arc, wherein the moveable contact (200, 300; 200', 300') comprises a contact arm (200; 200') and a contact piece (300; 300'), and the current feed is designed such that in the open position it extends substantially parallel to the electrical arc, wherein the contact arm is mounted such that it can rotate about a pivot point and is pivoted about said pivot point in order to close or open the current path, characterized in that the current feed comprises a semi-circular shaped section, which in the open position extends substantially parallel to the electrical arc.
Method for detecting a failure in an electronic signal processing system having a signal processing path comprising a configurable functional unit for performing a given function and at least one redundant version of said signal processing path comprising a corresponding configurable functional unit for performing said given function, the method comprising - configuring a first operating point for said functional unit in said signal processing path for performing said given function, - configuring a second operating point for said corresponding functional unit in said redundant version of said signal processing path, said second operating point being different from said first operating point while allowing performing said given function, - applying a same input signal to said functional unit and said corresponding functional unit, - comparing a first output signal produced by said functional unit with a second output signal produced by said corresponding functional unit, - deriving a failure indication from said comparing. - configuring a first operating point for said functional unit in said signal processing path for performing said given function, - configuring a second operating point for said corresponding functional unit in said redundant version of said signal processing path, said second operating point being different from said first operating point while allowing performing said given function, - applying a same input signal to said functional unit and said corresponding functional unit, - comparing a first output signal produced by said functional unit with a second output signal produced by said corresponding functional unit, - deriving a failure indication from said comparing.
A process for preparing a mixed oxide material comprising the steps of: a) Preparation of a mixture of starting compounds containing molybdenum trioxide, vanadium pentoxide, niobium pentoxide and a starting compound containing tellurium and two chelating oxoligands, b) hydrothermal treatment of the mixture of starting compounds at a temperature of 100 °C to 300 °C to obtain a product suspension, c) separating and drying the solid contained in the product suspension resulting from step b), d) activating the solid obtained from step c) in inert gas, characterized in that the tellurium-containing starting compound is tellurium dioxide. a) Preparation of a mixture of starting compounds containing molybdenum trioxide, vanadium pentoxide, niobium pentoxide and a starting compound containing tellurium and two chelating oxoligands, b) hydrothermal treatment of the mixture of starting compounds at a temperature of 100 °C to 300 °C to obtain a product suspension, c) separating and drying the solid contained in the product suspension resulting from step b), d) activating the solid obtained from step c) in inert gas, characterized in that the tellurium-containing starting compound is tellurium dioxide.