mhurhangee/ep-ind-claims huggingface dataset:
A syringe assembly comprising: an outer cylinder having an outer cylinder body part, a piercing needle mounting part provided at a distal end portion of said outer cylinder body part, a piercing needle which has a piercing needle tip at a distal end thereof and whose proximal end portion is fixed to said piercing needle mounting part, and a seal cap mounted on said outer cylinder, wherein said seal cap comprises a closed distal end part, an open proximal end part, a hollow part including a piercing needle mounting part-accommodating part positioned at a distal side from said open proximal end part and accommodating a distal end portion of said piercing needle mounting part and a piercing needle accommodating part continuous with a distal end of said piercing needle mounting part-accommodating part and accommodating said piercing needle, and a pierceable part into which said piercing needle tip of said piercing needle accommodated inside said piercing needle accommodating part is pierceable, wherein said seal cap is mounted on said outer cylinder, and wherein said piercing needle tip is in a state of being pierced into said pierceable part of said seal cap, characterized in that said seal cap is formed of a rubber composition containing a mixture of butyl rubber and diene-based rubber as a base polymer thereof, the ratio between said butyl rubber and said diene-based rubber of said rubber composition being set from 7:3 to 4:6, and said syringe assembly is subjected to high-pressure steam sterilization. an outer cylinder having an outer cylinder body part, a piercing needle mounting part provided at a distal end portion of said outer cylinder body part, a piercing needle which has a piercing needle tip at a distal end thereof and whose proximal end portion is fixed to said piercing needle mounting part, and a seal cap mounted on said outer cylinder, wherein said seal cap comprises a closed distal end part, an open proximal end part, a hollow part including a piercing needle mounting part-accommodating part positioned at a distal side from said open proximal end part and accommodating a distal end portion of said piercing needle mounting part and a piercing needle accommodating part continuous with a distal end of said piercing needle mounting part-accommodating part and accommodating said piercing needle, and a pierceable part into which said piercing needle tip of said piercing needle accommodated inside said piercing needle accommodating part is pierceable, wherein said seal cap is mounted on said outer cylinder, and wherein said piercing needle tip is in a state of being pierced into said pierceable part of said seal cap, characterized in that said seal cap is formed of a rubber composition containing a mixture of butyl rubber and diene-based rubber as a base polymer thereof, the ratio between said butyl rubber and said diene-based rubber of said rubber composition being set from 7:3 to 4:6, and
A system for stimulating body tissue, the system comprising: a catheter including a plurality of electrodes; and a user interface; and a control unit including a processor and a non-transitory computer readable medium storing instructions that, when executed by the processor, causes the processor to, based on input received via the user interface: determine a coarse threshold suitable for stimulating the body tissue, wherein the body tissue is a phrenic nerve that innervates a diaphragm; identify an electrode combination from the plurality of electrodes, wherein the electrode combination is used to deliver stimulation to the phrenic nerve; and determine a fine threshold suitable for stimulating the body tissue via the identified electrode combination, wherein the fine threshold is a more precise threshold amount of charge suitable to deliver stimulation, as compared to the coarse threshold. a catheter including a plurality of electrodes; and a user interface; and a control unit including a processor and a non-transitory computer readable medium storing instructions that, when executed by the processor, causes the processor to, based on input received via the user interface: determine a coarse threshold suitable for stimulating the body tissue, wherein the body tissue is a phrenic nerve that innervates a diaphragm; identify an electrode combination from the plurality of electrodes, wherein the electrode combination is used to deliver stimulation to the phrenic nerve; and determine a fine threshold suitable for stimulating the body tissue via the identified electrode combination, wherein the fine threshold is a more precise threshold amount of charge suitable to deliver stimulation, as compared to the coarse threshold. determine a coarse threshold suitable for stimulating the body tissue, wherein the body tissue is a phrenic nerve that innervates a diaphragm; identify an electrode combination from the plurality of electrodes, wherein the electrode combination is used to deliver stimulation to the phrenic nerve; and determine a fine threshold suitable for stimulating the body tissue via the identified electrode combination, wherein the fine threshold is a more precise threshold amount of charge suitable to deliver stimulation, as compared to the coarse threshold.
A method for damping vibration in a mechanical system, the method comprising: detecting a vibration at a coupling of the mechanical system; generating a countervibration based on the detected vibration; operating the mechanical system while generating the countervibration; and determining a magnitude and a frequency of the vibration at the coupling, wherein generating the countervibration comprises driving vibration engines at the coupling based on the magnitude and the frequency of the detected vibration, characterised by: driving the vibration engines comprises applying magnetic forces to flywheels disposed at the coupling, and wherein the magnetic forces are applied intermittently to the flywheels to generate the countervibration; or driving the vibration engines comprises applying electrical energy to a solenoid motor disposed at the coupling, and wherein the electrical energy is applied at the frequency to the solenoid motor, causing the solenoid motor to generate the countervibration at the frequency. detecting a vibration at a coupling of the mechanical system; generating a countervibration based on the detected vibration; operating the mechanical system while generating the countervibration; and determining a magnitude and a frequency of the vibration at the coupling, wherein generating the countervibration comprises driving vibration engines at the coupling based on the magnitude and the frequency of the detected vibration, characterised by: driving the vibration engines comprises applying magnetic forces to flywheels disposed at the coupling, and wherein the magnetic forces are applied intermittently to the flywheels to generate the countervibration; or driving the vibration engines comprises applying electrical energy to a solenoid motor disposed at the coupling, and wherein the electrical energy is applied at the frequency to the solenoid motor, causing the solenoid motor to generate the countervibration at the frequency. driving the vibration engines comprises applying magnetic forces to flywheels disposed at the coupling, and wherein the magnetic forces are applied intermittently to the flywheels to generate the countervibration; or driving the vibration engines comprises applying electrical energy to a solenoid motor disposed at the coupling, and wherein the electrical energy is applied at the frequency to the solenoid motor, causing the solenoid motor to generate the countervibration at the frequency.
An aircraft landing gear assembly comprising: a first landing gear element movably coupled relative to a second landing gear element to move between a first condition and a second condition; and a fibre composite leaf spring formed from a plurality of composite layers (260, 262, 264) and arranged between the first and second landing gear elements, the fibre composite leaf spring being arranged to bend when the first landing gear element moves from the first condition to the second condition, wherein the fibre composite leaf spring comprises: a first region and a second region; and a mounting assembly (280, 320) arranged to engage the first region of the fibre composite leaf spring to couple the leaf spring to the first landing gear element; characterized in that the fibre composite leaf spring comprises: two outer composite layers (262, 264) separated by one or more inner composite layers, wherein at least one of the one or more inner layers is shorter in length than the outer layers and resides within the first region of the fibre composite leaf spring such that a number of layers in the first region of the fibre composite leaf spring is greater than a number of layers in the second region of the fibre composite leaf spring. a first landing gear element movably coupled relative to a second landing gear element to move between a first condition and a second condition; and a fibre composite leaf spring formed from a plurality of composite layers (260, 262, 264) and arranged between the first and second landing gear elements, the fibre composite leaf spring being arranged to bend when the first landing gear element moves from the first condition to the second condition, wherein the fibre composite leaf spring comprises: a first region and a second region; and a mounting assembly (280, 320) arranged to engage the first region of the fibre composite leaf spring to couple the leaf spring to the first landing gear element; characterized in that the fibre composite leaf spring comprises: two outer composite layers (262, 264) separated by one or more inner composite layers, wherein at least one of the one or more inner layers is shorter in length than the outer layers and resides within the first region of the fibre composite leaf spring such that a number of layers in the first region of the fibre composite leaf spring is greater than a number of layers in the second region of the fibre composite leaf spring. a first region and a second region; and a mounting assembly (280, 320) arranged to engage the first region of the fibre composite leaf spring to couple the leaf spring to the first landing gear element; characterized in that the fibre composite leaf spring comprises: two outer composite layers (262, 264) separated by one or more inner composite layers, wherein at least one of the one or more inner layers is shorter in length than the outer layers and resides within the first region of the fibre composite leaf spring such that a number of layers in the first region of the fibre composite leaf spring is greater than a number of layers in the second region of the fibre composite leaf spring.
A power conversion device configured to perform DC/AC power conversion via an intermediate bus, the power conversion device comprising: a first DC/DC converter (1 or 2) provided between a first DC power supply or a load, and the intermediate bus; a second DC/DC converter (2 or 1) provided between a DC-side capacitor (5 or 4) and the intermediate bus; an intermediate capacitor connected to the intermediate bus; a DC/AC converter provided between the intermediate bus and an AC grid; and a control unit configured to control the first DC/DC converter (1 or 2), the second DC/DC converter (2 or 1), and the DC/AC converter, characterized in that: the control unit is configured to make such current command value setting that mainly the second DC/DC converter (2 or 1) supplies a reactive current flowing through the intermediate bus. a first DC/DC converter (1 or 2) provided between a first DC power supply or a load, and the intermediate bus; a second DC/DC converter (2 or 1) provided between a DC-side capacitor (5 or 4) and the intermediate bus; an intermediate capacitor connected to the intermediate bus; a DC/AC converter provided between the intermediate bus and an AC grid; and a control unit configured to control the first DC/DC converter (1 or 2), the second DC/DC converter (2 or 1), and the DC/AC converter, characterized in that: the control unit is configured to make such current command value setting that mainly the second DC/DC converter (2 or 1) supplies a reactive current flowing through the intermediate bus.
A method, comprising: providing a folded Tele camera configured to scan and capture a plurality of Tele images, each captured image having a Tele image resolution (RES T), a Tele image signal-to-noise-ratio (SNR T) and a Tele field of view (FOV T), obtaining and analyzing a reference image with a R field of view FOV R > FOV T having a R image resolution RES R < RES T, and/or a R image with a signal-to-noise-ratio SNR R < SNR T; determining an order of one or more scanning FOV T positions for consecutive captures of the Tele images, wherein the one or more scanning FOV T positions include positions that are horizontally and vertically shifted relative to one another within FOV R; capturing a Tele image at each respective scanning FOV T position; aligning the captured Tele images with segments of the R image to obtain aligned Tele images; and using the aligned Tele images and the R image to create a new image having a field of view FOV N ≤ FOV R, wherein the image resolution of the new image RES N > RES R and/or wherein the SNR of the new image SNR N > SNR R, wherein the determining an order of one or more scanning FOV T positions is performed so that a desired coverage of FOV R with a plurality of FOV T is performed in a fastest manner by minimizing the FOV T movement between the capturing of Tele images. providing a folded Tele camera configured to scan and capture a plurality of Tele images, each captured image having a Tele image resolution (RES T), a Tele image signal-to-noise-ratio (SNR T) and a Tele field of view (FOV T), obtaining and analyzing a reference image with a R field of view FOV R > FOV T having a R image resolution RES R < RES T, and/or a R image with a signal-to-noise-ratio SNR R < SNR T; determining an order of one or more scanning FOV T positions for consecutive captures of the Tele images, wherein the one or more scanning FOV T positions include positions that are horizontally and vertically shifted relative to one another within FOV R; capturing a Tele image at each respective scanning FOV T position; aligning the captured Tele images with segments of the R image to obtain aligned Tele images; and using the aligned Tele images and the R image to create a new image having a field of view FOV N ≤ FOV R, wherein the image resolution of the new image RES N > RES R and/or wherein the SNR of the new image SNR N > SNR R, wherein the determining an order of one or more scanning FOV T positions is performed so that a desired coverage of FOV R with a plurality of FOV T is performed in a fastest manner by minimizing the FOV T movement between the capturing of Tele images.
Device for fastening an optical device, which comprises a cylindrical receiving opening, on a holding device, having: ▪ a housing with several housing parts (34, 37, 38), ▪ an operating device with an adjustable operating element, ▪ an expansion sleeve with several expansion segments, which may be adjusted between a closed state and an expanded state in a plane perpendicular to a longitudinal axis of the expansion sleeve, and ▪ a first adjustment device, which converts a movement of the operating device into a radial movement of the expansion segments in the plane perpendicular to the longitudinal axis of the expansion sleeve, in which the expansion segments may be introduced into the receiving opening of the optical device in the closed state of the expansion sleeve and form a force or form fitting connection with the receiving opening of the optical device in the expanded state of the expansion sleeve, characterised in that the device has a clamping ring and a second adjustment device, in which the second adjustment device converts a movement of the operating device into a movement of the clamping ring in an axial direction. ▪ a housing with several housing parts (34, 37, 38), ▪ an operating device with an adjustable operating element, ▪ an expansion sleeve with several expansion segments, which may be adjusted between a closed state and an expanded state in a plane perpendicular to a longitudinal axis of the expansion sleeve, and ▪ a first adjustment device, which converts a movement of the operating device into a radial movement of the expansion segments in the plane perpendicular to the longitudinal axis of the expansion sleeve,
Apparatus comprising a functionalized polymer coated member, a first pro - cessor and a second processor, the first processor configured to receive a mixture of fluid, valuable material and unwanted material and the functionalized polymer coated member, the functionalized polymer coated member configured to attach to the valuable material in an attachment rich environment, and configured to provide an en - riched functionalized polymer coated member having the valuable material at - tached thereto; and the second processor configured to receive a fluid and the enriched function - alized polymer coated member in a release rich environment to release the valuable material, and provide the valuable material released from the en - riched functionalized polymer coated member to the release rich environment, wherein an attachment rich environment is an environment conducive to the attachment of the valuable material to the functionalized polymer coated member, and a release rich environment is an environment conducive to the release of the valuable material from the enriched functionalized polymer coated member, and further wherein the valuable material comprises mineral particles, and the functional - ized polymer coated member is a solid-phase body comprising a surface coated with a hydroxyl-terminated polydimethylsiloxanes, so that the function - alized polymer coated member becomes hydrophobic. the first processor configured to receive a mixture of fluid, valuable material and unwanted material and the functionalized polymer coated member, the functionalized polymer coated member configured to attach to the valuable material in an attachment rich environment, and configured to provide an en - riched functionalized polymer coated member having the valuable material at - tached thereto; and the second processor configured to receive a fluid and the enriched function - alized polymer coated member in a release rich environment to release the valuable material, and provide the valuable material released from the en - riched functionalized polymer coated member to the release rich environment, wherein an attachment rich environment is an environment conducive to the attachment of the valuable material to the functionalized polymer coated member, and a release rich environment is an environment conducive to the release of the valuable material from the enriched functionalized polymer coated member, and further wherein the valuable material comprises mineral particles, and the functional - ized polymer coated member is a solid-phase body comprising a surface coated with a hydroxyl-terminated polydimethylsiloxanes, so that the function - alized polymer coated member becomes hydrophobic.
A wheel rim for a vehicle, in particular for a motor-vehicle, having a central axis and comprising: - a central hub configured to be fixed to a suspension of said vehicle; - a peripheral ring, which is arranged around said hub with a predetermined radial distance from the hub itself and is configured to receive a tire of said vehicle on a radially outermost surface thereof; and - a plurality of spokes equally spaced angularly from one another around said axis and connecting said peripheral ring to said hub; and - at least one projection protruding in a cantilever fashion towards said hub; wherein said peripheral ring delimits, on opposite sides, a rear opening, configured to be arranged, in use, inside said vehicle, and a front opening facing said rear opening; wherein said projection defines an airfoil configured to generate, in use, during the forward travel of said vehicle, a channelling of the air entering from said rear opening towards said front opening and from here towards the outside of said wheel rim; wherein said projection is arranged in a position circumferentially interposed between two said spokes; wherein said projection has a configuration tapered towards its free end facing said hub; wherein the airfoil defined by said projection has an attack edge and an output edge; and wherein said attack edge is arranged at a distance from said rear opening, measured parallel to said axis, which is smaller than that of said output edge; wherein said projection starts from a radially innermost surface of said peripheral ring, opposite to said radially outermost surface; characterised in that said projection is delimited by a first curvilinear surface facing said front opening and by a second curvilinear surface facing said rear opening; and in that the airfoil associated with said projection has a back defined by said first curvilinear surface and a belly defined by said second curvilinear surface; said back and said belly mutually connecting said attack edge and said output edge. - a central hub configured to be fixed to a suspension of said vehicle; - a peripheral ring, which is arranged around said hub with a predetermined radial distance from the hub itself and is configured to receive a tire of said vehicle on a radially outermost surface thereof; and - a plurality of spokes equally spaced angularly from one another around said axis and connecting said peripheral ring to said hub; and - at least one projection protruding in a cantilever fashion towards said hub;
A system for picking-up a user's voice, comprising an earpiece to be worn at least partly in the user's ear canal, comprising a shell, an elongate C-shaped bow-like retention element attached to the shell for retaining the shell within the user's ear (18, 66, 68) and an ear microphone oriented acoustically inwardly towards the user's ear canal for picking-up the user's voice, wherein the material and the dimensions of the retention element are selected such that the retention element can be brought into engagement with the user's concha by manual plastic deformation by the user.
Electronic overspeed governor comprising a backup circuit for electricity supply for ensuring its power supply in connection with a malfunction of an electricity network; which backup circuit comprises an energy storage ensuring the electricity supply of the electronic overspeed governor; whereby the backup circuit is configured to disconnect the electricity supply from the energy storage to the overspeed governor with a delay when a malfunction of the electricity network is detected and to disconnect the electricity supply from the energy storage to the overspeed governor while the malfunction of the electricity network continues.
A finger-print data preparing method comprising: a FP preparing step preparing a FP configured by peaks and retention time points of the peaks detected from a chromatogram of an evaluation target, the chromatogram being a 3D chromatogram including retention time points, detection wavelengths, and peaks as data, characterized in that the FP preparing step prepares the FP by two-dimensionelly indicating maximum values or area values in signal strength of the peaks, as heights at the respective retention time points and including ultraviolet absorbance spectrum information for each respective heights, the peaks being detected from the 3D chromatogram at a specific wavelength. a FP preparing step preparing a FP configured by peaks and retention time points of the peaks detected from a chromatogram of an evaluation target, the chromatogram being a 3D chromatogram including retention time points, detection wavelengths, and peaks as data,