mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: - a fiber optic distributed sensor (100,120, 152, 170, 200, 286) comprising a plurality of sections of lower sensitivity to a measurand, and a plurality of sections of higher sensitivity to the measurand, the sections of higher sensitivity being respectively located between two sections of lower sensitivity; and - an interrogation and acquisition system to launch optical pulses into the fiber optic distributed sensor and to detect coherent Rayleigh noise generated in the sections in response to the launched optical pulses, the interrogation and acquisition system configured to determine a distributed response along the length of the fiber optic distributed sensor based on phase differences between the CRN generated by sections (105, 138, 156, 174, 206, 290) of lower sensitivity, between which a section (102, 136, 150, 172, 208, 288) of higher sensitivity is located, the interrogation and acquisition system further configured to determine individual responses along the length of the fiber optic distributed sensor based on detected CRN generated in the sections of higher sensitivity, wherein characteristics of the measurand are determined using the detected CRN generated in the section of higher sensitivity to unwrap the phase difference between the CRN generated in the sections of lower sensitivity surrounding the section of higher sensitivity. - a fiber optic distributed sensor (100,120, 152, 170, 200, 286) comprising a plurality of sections of lower sensitivity to a measurand, and a plurality of sections of higher sensitivity to the measurand, the sections of higher sensitivity being respectively located between two sections of lower sensitivity; and - an interrogation and acquisition system to launch optical pulses into the fiber optic distributed sensor and to detect coherent Rayleigh noise generated in the sections in response to the launched optical pulses, the interrogation and acquisition system configured to determine a distributed response along the length of the fiber optic distributed sensor based on phase differences between the CRN generated by sections (105, 138, 156, 174, 206, 290) of lower sensitivity, between which a section (102, 136, 150, 172, 208, 288) of higher sensitivity is located, the interrogation and acquisition system further configured to determine individual responses along the length of the fiber optic distributed sensor based on detected CRN generated in the sections of higher sensitivity,
An air stream filter, in particular for an air stream channel in a laundry dryer, wherein - the air stream filter includes at least one plastic frame (10, 210), - the plastic frame (10, 210) comprises two substantially symmetric wings, - a net sheet (14, 214), provided for filtering fluff, covers the plastic frame (10, 210), - a hinge (12, 212) extends along a symmetry axis between the wings of the plastic frame (10, 210), so that the plastic frame (10, 210) is openable and closable in a book-like fashion, - at least one reinforcing element (20, 220) is attached on at least one side of the net sheet (14, 214) in a hinge portion between the wings of the plastic frame (10, 210), characterised in that the hinge (12, 212) is formed by the net sheet (14, 214) between the wings of the plastic frame and additionally by the reinforcing element. - the air stream filter includes at least one plastic frame (10, 210), - the plastic frame (10, 210) comprises two substantially symmetric wings, - a net sheet (14, 214), provided for filtering fluff, covers the plastic frame (10, 210), - a hinge (12, 212) extends along a symmetry axis between the wings of the plastic frame (10, 210), so that the plastic frame (10, 210) is openable and closable in a book-like fashion, - at least one reinforcing element (20, 220) is attached on at least one side of the net sheet (14, 214) in a hinge portion between the wings of the plastic frame (10, 210),
Method of actuating a variable boom loading arrangement, comprising a variable length boom that can be extended and retracted using a length actuator, wherein a first end of the variable length boom is pivotally attached to a frame, and wherein the variable length boom can be pivoted relative to the frame by means of a pivot actuator, and wherein a second end of the variable length boom is used for handling loads, wherein an input command that is given by an operator is modified if the variable boom loading arrangement reaches a predefined tipping moment, resulting in a modified output command to the actuators (3, 5), so as to avoid a tipping of the variable boom loading arrangement, characterised in that the input command is used to calculate an unmodified commanded direction of the second end of the variable length boom in an external reference frame, in particular in an external Cartesian coordinate reference frame, wherein the modification scheme that is applied to the input command and that results in an modified output command to the actuators depends on the calculated unmodified commanded direction in the external reference frame. wherein a first end of the variable length boom is pivotally attached to a frame, and wherein the variable length boom can be pivoted relative to the frame by means of a pivot actuator, and wherein a second end of the variable length boom is used for handling loads, wherein an input command that is given by an operator is modified if the variable boom loading arrangement reaches a predefined tipping moment, resulting in a modified output command to the actuators (3, 5), so as to avoid a tipping of the variable boom loading arrangement, characterised in that the input command is used to calculate an unmodified commanded direction of the second end of the variable length boom in an external reference frame, in particular in an external Cartesian coordinate reference frame, wherein the modification scheme that is applied to the input command and that results in an modified output command to the actuators depends on the calculated unmodified commanded direction in the external reference frame.
A medical device for removing an occlusion from a vessel, comprising: a delivery catheter and a delivery wire; said delivery catheter comprising an internal lumen that extends through said delivery catheter, said internal lumen of said delivery catheter adapted to receive said delivery wire therein, said delivery wire comprising a distal end region, said delivery wire disposed in said internal lumen of said delivery catheter, wherein said delivery wire further comprising a first body releasably engaged to said delivery wire at a first position on said delivery wire, said releasable engagement of said first body to said delivery wire comprising a breakable mechanical connection of said first body to said delivery wire, wherein, while engaged, said first body remains fixed on said delivery wire, said breakable mechanical connection comprising a threshold holding force, said delivery wire further comprising a second body fixed to said delivery wire at a second position on said delivery wire, said second position comprising a position proximate said distal end region of said delivery wire and, thereby distal from said first position of said first body, said first body further adapted to disengage from said delivery wire and axially move along said delivery wire in a distal direction toward said second body when said delivery catheter is axially moved in a distal direction relative to said delivery wire, said delivery catheter being configured to contact said first body and to apply a force to said first body that is greater than said threshold holding force to break said breakable mechanical connection. a delivery catheter and a delivery wire; said delivery catheter comprising an internal lumen that extends through said delivery catheter, said internal lumen of said delivery catheter adapted to receive said delivery wire therein, said delivery wire comprising a distal end region, said delivery wire disposed in said internal lumen of said delivery catheter, wherein said delivery wire further comprising a first body releasably engaged to said delivery wire at a first position on said delivery wire, said releasable engagement of said first body to said delivery wire comprising a breakable mechanical connection of said first body to said delivery wire, wherein, while engaged, said first body remains fixed on said delivery wire, said breakable mechanical connection comprising a threshold holding force, said delivery wire further comprising a second body fixed to said delivery wire at a second position on said delivery wire, said second position comprising a position proximate said distal end region of said delivery wire and, thereby distal from said first position of said first body, said first body further adapted to disengage from said delivery wire and axially move along said delivery wire in a distal direction toward said second body when said delivery catheter is axially moved in a distal direction relative to said delivery wire, said delivery catheter being configured to contact said first body and to apply a force to said first body that is greater than said threshold holding force to break said breakable mechanical connection.
A method in a computing environment utilizing a processor and memory for concurrently maintaining 1) a spanned virtual hard drive, VHD, across two or more computer-storage media, CSM, and 2) a non-spanned VHD on a first CSM of the two or more CSM, the method comprising: storing data of the spanned VHD across the two or more CSM utilizing volume spanning; while the spanned VHD is maintained on the two or more CSM, storing data of the non-spanned VHD on the first CSM, wherein the non-spanned VHD does not span the two or more CSM; and if resources required by a virtual machine associated with the spanned VHD diminish, dynamically altering the spanned VHD during runtime to become a non-spanned VHD on one single CSM of the two or more CSMs, wherein a metafile is maintained for the virtual machine, the metafile maintaining an index of data storage locations, options, VHD type, and metrics associated with data access size and frequency, the metafile being used by a VHD driver to determine where the data is stored and whether to move containers from one of the two or more CSMs to another in order to reduce the number of CSMs spanned by a container. storing data of the spanned VHD across the two or more CSM utilizing volume spanning; while the spanned VHD is maintained on the two or more CSM, storing data of the non-spanned VHD on the first CSM, wherein the non-spanned VHD does not span the two or more CSM; and if resources required by a virtual machine associated with the spanned VHD diminish, dynamically altering the spanned VHD during runtime to become a non-spanned VHD on one single CSM of the two or more CSMs, wherein a metafile is maintained for the virtual machine, the metafile maintaining an index of data storage locations, options, VHD type, and metrics associated with data access size and frequency, the metafile being used by a VHD driver to determine where the data is stored and whether to move containers from one of the two or more CSMs to another in order to reduce the number of CSMs spanned by a container.
A crystalline solid having an empirical formula of M 2 A 2 X, wherein M is Cr, Hf, Sc, Ti, Mo, Nb, Ta, V, Zr, or a combination thereof; wherein A is Al, Ga, Ge, In, Pb, or Sn, or a combination thereof; and each X is C x N y, where x + y = 1.
Wiping member comprising a material based on elastomer(s) comprising a coating on at least one portion of an outer surface of the material, at least one portion of the surface of the assembly constituted by the material based on elastomer(s) and the coating having over at least a thickness located at the surface of the material, said at least one thickness being equal to or greater than 3 μm and less than 5 μm, a degree of crosslinking of the elastomer of the member that is 10% greater than that of the polymer(s) present in the remainder of the elastomer-based material, said coating comprising a first layer and a second layer on at least one portion of an outer surface of the material based on elastomer(s), the first layer comprising a binder and a first filler, for which the ratio of the dry weight of the first filler to the dry weight of the binder is between 1 and 2 and the second layer comprising the binder and a second filler, for which the ratio of the dry weight of the second filler to the dry weight of the binder is between 3 and 10.
A rubber article reinforcing steel wire, comprising a cross section in a width direction including a major diameter and a minor diameter, the major diameter and the minor diameter being substantially perpendicular to each other, wherein the major diameter is W, the minor diameter is T, a straight line that passes through a center of the major diameter in a width direction and is parallel to a minor diameter direction is L1, a straight line that passes through a center of the minor diameter in a width direction and is parallel to a major diameter direction is L2, an intersection point of the L1 and the L2 is a center point C, a region within a half of a distance from the center point C to a surface is a central region Rc, and a region outside the central region Rc is a surface layer region Rs, characterized in that a Vickers hardness Hvc of the central region Rc is more than a Vickers hardness Hvs of the surface layer region Rs; a Vickers hardness on the L1 in the surface layer region Rs is Hv1, and a Vickers hardness on the L2 in the surface layer region Rs is Hv2; and relationships represented by the following Expressions to are satisfied: Hvc − Hv 1 ≤ 150 Hvc − Hv 2 ≤ 150 Hv 1 / Hvc × 100 ≥ 85.11 Hv 2 / Hvc × 100 ≥ 79.84
A lamp post comprising a support pole; and a plurality of pole modules arranged one above the other along a vertical axis of the support pole, and supported by the support pole; said plurality of pole modules comprising: - a light pole module; said light pole module comprising a light source; - a functional pole module; said functional pole module comprising a tubular portion configured for being aligned with the vertical axis of the support pole, a bracket protruding outwardly of said tubular portion, and a functional unit fixed to said bracket; characterized in that the bracket comprises a compartment configured for housing components; wherein the bracket comprises a door or removable cover providing access to the compartment. - a light pole module; said light pole module comprising a light source; - a functional pole module; said functional pole module comprising a tubular portion configured for being aligned with the vertical axis of the support pole, a bracket protruding outwardly of said tubular portion, and a functional unit fixed to said bracket;
Industrial truck comprising - a mast, - a load-carrying apparatus, which can be moved upwards and downwards thereon and which has at least one load-receiving means for receiving a load that is to be transported and a support structure connecting the load-receiving means to the mast, the load-receiving means having a load-carrying arrangement connected to the support structure, and - a device for reducing vibrations, wherein the device for reducing vibrations has at least one load support, which covers the load-carrying arrangement at the top at least in regions, on which support a load received by the load-carrying apparatus can be supported and which support is provided so as to be movable to a limited extent on the load-carrying arrangement such that it can perform vibration-reducing movements relative to the load-carrying arrangement, wherein the load support is coupled to the load-carrying arrangement by a passive and/or active damping system which influences the movement of the load support relative to the load-carrying arrangement, characterized in that. the damping system comprises at least one active component, in particular at least one controllable hydraulic and/or pneumatic cylinder and/or at least one controllable electric motor, preferably a servomotor, the active component of the damping system acting between the load-carrying arrangement and the load support in order to apply pressure to the load support in a vibration-reducing manner. - a mast, - a load-carrying apparatus, which can be moved upwards and downwards thereon and which has at least one load-receiving means for receiving a load that is to be transported and a support structure connecting the load-receiving means to the mast, the load-receiving means having a load-carrying arrangement connected to the support structure, and - a device for reducing vibrations, wherein the device for reducing vibrations has at least one load support, which covers the load-carrying arrangement at the top at least in regions, on which support a load received by the load-carrying apparatus can be supported and which support is provided so as to be movable to a limited extent on the load-carrying arrangement such that it can perform vibration-reducing movements relative to the load-carrying arrangement, wherein the load support is coupled to the load-carrying arrangement by a passive and/or active damping system which influences the movement of the load support relative to the load-carrying arrangement, characterized in that. the damping system comprises at least one active component, in particular at least one controllable hydraulic and/or pneumatic cylinder and/or at least one controllable electric motor, preferably a servomotor, the active component of the damping system acting between the load-carrying arrangement and the load support in order to apply pressure to the load support in a vibration-reducing manner.
Dispenser for flat products wound onto rolls with a cover part with a front wall and a housing part, the housing part comprising a rear wall and a first and a second side wall (24, 26), forming an interior space, wherein assigned to one of the two side walls (24, 26) is a swing arm tilt-mounted, wherein one joint axis of the swing arm is arranged between front wall and rear wall and transversely to a longitudinal direction of the swing arm, wherein the swing arm has a guide part being arranged below the joint axis and a holding part being arranged above the joint axis, the surfaces (56, 58) of which facing the interior space and forming an obtuse angle α in a range of about 130° to about 176°, wherein the guide part comprises a broadening section on its lower end section being arranged in the direction of the joint axis.
A medical lead comprising: an elongated lead body; and an assembly including at least one insulative element located within the elongated lead body and a set of two or more electrode segments coupled to the at least one insulative element in a circular arrangement, wherein each of the electrode segments includes an exposed outer surface, wherein the at least one insulative element includes an electrode segment holder forming receptacles configured to receive the electrode segments, and wherein protrusions of the electrode segments are positioned within the receptacles of the electrode segment holder. an elongated lead body; and an assembly including at least one insulative element located within the elongated lead body and a set of two or more electrode segments coupled to the at least one insulative element in a circular arrangement, wherein each of the electrode segments includes an exposed outer surface, wherein the at least one insulative element includes an electrode segment holder forming receptacles configured to receive the electrode segments, and wherein protrusions of the electrode segments are positioned within the receptacles of the electrode segment holder.
A test fixture for a heatsink, the test fixture comprising: a probe assembly with a thermocouple probe configured to: removably contact a bottom surface of a pedestal of the heatsink to be tested when the heatsink is attached to the test fixture, and measure a surface temperature of the heatsink; an insulator housing (125, 130, 135) configured to: house the probe assembly and a heater block, and thermally insulate the probe assembly from the heater block; the heater block provided within the insulator housing (125, 130, 135) and configured to provide heat to the heatsink via the bottom surface of the pedestal of the heatsink; and a mounting block connected to the insulator housing (125, 130, 135) and configured to connect to the heatsink. a probe assembly with a thermocouple probe configured to: removably contact a bottom surface of a pedestal of the heatsink to be tested when the heatsink is attached to the test fixture, and measure a surface temperature of the heatsink; removably contact a bottom surface of a pedestal of the heatsink to be tested when the heatsink is attached to the test fixture, and measure a surface temperature of the heatsink; an insulator housing (125, 130, 135) configured to: house the probe assembly and a heater block, and thermally insulate the probe assembly from the heater block; house the probe assembly and a heater block, and thermally insulate the probe assembly from the heater block; the heater block provided within the insulator housing (125, 130, 135) and configured to provide heat to the heatsink via the bottom surface of the pedestal of the heatsink; and a mounting block connected to the insulator housing (125, 130, 135) and configured to connect to the heatsink.
A racking board for restraining one or more rigid, elongate tubular members during one or more of well drilling, preparation, or maintenance, said racking board comprising: a plurality of elongate fingers including a first elongate finger and a second elongate finger positioned generally parallel to said first finger, wherein a first gap is positioned between said first and second fingers, wherein a width of said first gap is greater than a diameter of said rigid, elongate tubular members; and characterised by a first inflatable member disposed adjacent said first gap and adapted to expand into said first gap when inflated. a plurality of elongate fingers including a first elongate finger and a second elongate finger positioned generally parallel to said first finger, wherein a first gap is positioned between said first and second fingers, wherein a width of said first gap is greater than a diameter of said rigid, elongate tubular members; and characterised by a first inflatable member disposed adjacent said first gap and adapted to expand into said first gap when inflated.
A mass-spectrometer-based flow cytometer, comprising: means adapted to introduce cells on a discrete cell-by-cell basis sequentially into a device to vaporize, atomize and ionize the cells or an elemental tag associated with the cells; a device to vaporize, atomize and ionize the cells or an elemental tag associated with the cells downstream of the means for introducing cells sequentially; and a mass spectrometer operatively connected and downstream of the device. means adapted to introduce cells on a discrete cell-by-cell basis sequentially into a device to vaporize, atomize and ionize the cells or an elemental tag associated with the cells; a device to vaporize, atomize and ionize the cells or an elemental tag associated with the cells downstream of the means for introducing cells sequentially; and a mass spectrometer operatively connected and downstream of the device.