mhurhangee/ep-ind-claims huggingface dataset:
A shell (110, 200, 300, 301) for an acoustic transducer comprising: a first shell end and a second shell end structured with circular cross sections; and a pleated geometry between the first shell end and the second shell end, wherein a perimeter of the pleated geometry is the same as perimeters of the circular cross sections of the first shell end and the second shell end, wherein the shell is made of a composite material, and wherein the shell extends axially between the first shell end and the second shell end, and characterized in that fibers of the composite material are oriented in a manner such that the shell has an approximately 10:1 ratio of stiffness in an axial direction compared to a circumferential direction. a first shell end and a second shell end structured with circular cross sections; and a pleated geometry between the first shell end and the second shell end, wherein a perimeter of the pleated geometry is the same as perimeters of the circular cross sections of the first shell end and the second shell end, wherein the shell is made of a composite material, and wherein the shell extends axially between the first shell end and the second shell end, and characterized in that fibers of the composite material are oriented in a manner such that the shell has an approximately 10:1 ratio of stiffness in an axial direction compared to a circumferential direction.
A method performed by a Policy and Charging Rules Node, PCRN, to process at least two messages received from a plurality of devices, the method comprising: receiving a first request from a first device, the first request associated with a first Session Binding Identifier, SBI, comprising at least one attribute associated with a first subscriber profile; identifying the first SBI associated with the first request; acquiring a lock associated with the first SBI, the acquisition of the lock indicating that processing cannot be interrupted by other requests; processing the first request; modifying the lock to indicate that the processing of the first request may be modified by the receipt of at least one priority task; sending an answer message to the first device in response to processing the first request; sending a resultant message to at least a second device after processing at least the first request; and releasing the lock. receiving a first request from a first device, the first request associated with a first Session Binding Identifier, SBI, comprising at least one attribute associated with a first subscriber profile; identifying the first SBI associated with the first request; acquiring a lock associated with the first SBI, the acquisition of the lock indicating that processing cannot be interrupted by other requests; processing the first request; modifying the lock to indicate that the processing of the first request may be modified by the receipt of at least one priority task; sending an answer message to the first device in response to processing the first request; sending a resultant message to at least a second device after processing at least the first request; and releasing the lock.
An electronic control unit that is configured to drive and control a motor by means of an inverter which comprises a bridge having upper-stage field-effect transistors, FETs, (1 - 3) and lower-stage FETs (4 - 6) via a micro controller unit, MCU,, said electronic control unit comprises: a FET-short detecting section that comprises a communication circuit, and is configured to detect a short failure of said upper-stage FETs (1 - 3) and said lower-stage FETs (4 - 6) based on respective connection point voltages of connection points connecting between sources of said upper-stage FETs (1 - 3) and drains of said lower-stage FETs (4 - 6), and to notify said detection of said short failure to said MCU via a notification terminal (NDIAG); a detecting-section-failure diagnostic function, incorporated in said MCU, that is configured to detect a failure of said FET-short detecting section; and a gate driving section that is configured to turn ON or turn OFF and drive said upper-stage FETs (1 - 3) and said lower-stage FETs (4 - 6) of said inverter, wherein said detecting-section-failure diagnostic function is configured to diagnose said failure of said FET-short detecting section at start up and to turn OFF said upper-stage FETs (1 - 3) and said lower-stage FETs (4 - 6) via said gate driving section when said failure of saidFET-short detecting section is detected, wherein said detecting-section-failure diagnostic function is configured to output a signal via said MCU, and said communication circuit is configured to receive said signal, to forcibly establish an FET-short detecting state, and said MCU is configured to diagnose whether said failure detection by means of said FET-short detecting section is in a no-detection state or not by monitoring a logic output of said notification terminal (NDIAG), and wherein said FET-short detecting section is configured to diagnose said short failure of said upper-stage FETs (1 - 3) and said lower-stage FETs (4 - 6) when said failure of said FET-short detecting section is not detected.
A tissue slitting apparatus comprising: a shaft, wherein the shaft is flexible, the shaft having a proximal and a distal end, and wherein the shaft includes an inner lumen running from the proximal to the distal end to receive at least one of an implanted object and a mechanical traction device; and a tissue slitting tip disposed adjacent to the distal end of the shaft, the tissue slitting tip comprising: a sharp edge disposed at the most distal portion of the tissue slitting tip, the sharp edge being disposed offset from an axis running along the inner lumen of the shaft, and wherein the sharp edge runs along a plane coincident with the two or more points along the axis; and a wedge disposed proximal to the sharp edge, wherein the wedge tapers from a first width adjacent to the sharp edge to a second width proximal to the sharp edge, wherein the second width is greater than the first width; wherein the tissue slitting tip is configured to separate a tissue growth along a side and a length of the tissue growth, and wherein the tissue slitting apparatus separates a first, but not a second, portion of the tissue growth around a circumference of the implanted object. a shaft, wherein the shaft is flexible, the shaft having a proximal and a distal end, and wherein the shaft includes an inner lumen running from the proximal to the distal end to receive at least one of an implanted object and a mechanical traction device; and a tissue slitting tip disposed adjacent to the distal end of the shaft, the tissue slitting tip comprising: a sharp edge disposed at the most distal portion of the tissue slitting tip, the sharp edge being disposed offset from an axis running along the inner lumen of the shaft, and wherein the sharp edge runs along a plane coincident with the two or more points along the axis; and a wedge disposed proximal to the sharp edge, wherein the wedge tapers from a first width adjacent to the sharp edge to a second width proximal to the sharp edge, a sharp edge disposed at the most distal portion of the tissue slitting tip, the sharp edge being disposed offset from an axis running along the inner lumen of the shaft, and wherein the sharp edge runs along a plane coincident with the two or more points along the axis; and a wedge disposed proximal to the sharp edge, wherein the wedge tapers from a first width adjacent to the sharp edge to a second width proximal to the sharp edge, wherein the second width is greater than the first width; wherein the tissue slitting tip is configured to separate a tissue growth along a side and a length of the tissue growth, and wherein the tissue slitting apparatus separates a first, but not a second, portion of the tissue growth around a circumference of the implanted object.
A meta -substituted trifunctional benzoxazine monomer represented by the following structure: and having a molecular weight of 699 g/mol as determined by Liquid Chromatography Mass Spectrometry (LCMS).
An injection molding machine comprising: an operation unit which is configured to receive an operation; a display section which is configured to display a display screen belonging to either a first display screen group or a second display screen group; a display screen control unit which is configured to switch the display screen of the display section based on the operation of the operation unit; a storage unit which is configured to store history information of the display screen displayed on the display section, and a display screen determination unit which is configured to determine whether the display screen, of which the history information is stored in the storage unit, is a display screen belonging to a first display screen group or a display screen belonging to a second display screen group, wherein when the operation unit is operated, the display screen control unit is configured to display the display screen belonging to the first display screen group based on the history information stored in the storage unit and on a determination result of the display screen determination unit. an operation unit which is configured to receive an operation; a display section which is configured to display a display screen belonging to either a first display screen group or a second display screen group; a display screen control unit which is configured to switch the display screen of the display section based on the operation of the operation unit; a storage unit which is configured to store history information of the display screen displayed on the display section, and a display screen determination unit which is configured to determine whether the display screen, of which the history information is stored in the storage unit, is a display screen belonging to a first display screen group or a display screen belonging to a second display screen group, wherein when the operation unit is operated, the display screen control unit is configured to display the display screen belonging to the first display screen group based on the history information stored in the storage unit and on a determination result of the display screen determination unit.
A tray-like modular building component configured to be filled with concrete after assembly, the component including: a substantially rectangular frame with a pair of opposed sides and a pair of opposed ends defining an interior therebetween; a sheet mounted to the frame and extending over the interior; a pair of beams, each mounted to the frame along each one of the pair of sides respectively; and a pair of end plates, each mounted to the frame along each one of the pair of ends respectively, wherein the sheet, the beams and the end plates together form an open-topped tray for receiving the concrete therein; and characterized in that the component further includes a pair of tensioners, each tensioner mounted to and along each one of a pair of beams, wherein each of the tensioners are tensionable to apply force to the beam to which the tensioner 70 is mounted so as to deform the beams and the sheet. a substantially rectangular frame with a pair of opposed sides and a pair of opposed ends defining an interior therebetween; a sheet mounted to the frame and extending over the interior; a pair of beams, each mounted to the frame along each one of the pair of sides respectively; and a pair of end plates, each mounted to the frame along each one of the pair of ends respectively, wherein the sheet, the beams and the end plates together form an open-topped tray for receiving the concrete therein; and characterized in that the component further includes a pair of tensioners, each tensioner mounted to and along each one of a pair of beams, wherein each of the tensioners are tensionable to apply force to the beam to which the tensioner 70 is mounted so as to deform the beams and the sheet.
A 2P2M electromagnetic residual current circuit breaker with overcurrent protection (RCBO), comprising a housing, wherein a circuit breaker module, a current leakage protection module linked to the circuit breaker module, and a handle linkage mechanism configured to control the circuit breaker module and the current leakage protection module are disposed in the housing; the circuit breaker module comprises a first pole circuit breaker protection apparatus disposed on one side of the housing; the current leakage protection module comprises a current leakage protection apparatus disposed on the other side of the housing; the circuit breaker module further comprises a second pole circuit breaker protection apparatus disposed in the housing and between the first pole circuit breaker protection apparatus and the current leakage protection apparatus, and an inner structure of the first pole circuit breaker protection apparatus is identical to an inner structure of the second pole circuit breaker protection apparatus, the current leakage protection apparatus comprises a current leakage tripping action mechanism and a test circuit mechanism; a test button is movably embedded in an upper part of the housing, characterized in that the test circuit mechanism comprises a conductivity test torsion spring, a third hinging and linking shaft is hinged to a middle part of the conductivity test torsion spring, and an end of the third hinging and linking shaft is fixed to the housing; one end of the conductivity test torsion spring extends towards the test button and abuts against the test button, and the housing is provided with a linkage hole; the other end of the conductivity test torsion spring opposite to the end abutting against the test button is embedded in the linkage hole, extends towards an outer side of the linkage hole, and is in conductive contact with the circuit breaker module; a test resistor is disposed under the test button on the housing; and the conductivity test torsion spring is intermittently conductively connected to the test resistor through the test button.
Belt that is continuously closed in the longitudinal direction, having an internal region, an external region, a core region arranged between the internal region and the external region, and at least one peripheral region (13; 14) arranged transversely to the longitudinal direction, the peripheral region (13; 14) being arranged entirely between the internal region and the external region, characterized in that the core region is continuously wound.
A method for producing instant noodles, wherein the method comprises a step of carrying out a heating process in a chamber at an intra-chamber temperature of 130°C to 220°C, and at an intra-chamber pressure greater than atmospheric pressure, wherein the heating process comprises exposing the noodles to steam having a temperature of 130°C to 220°C, and wherein the intra-chamber pressure is elevated so that the heating process is carried out in an atmosphere in which the intra-chamber absolute humidity is elevated over the absolute humidity of steam under atmospheric pressure at the predetermined temperature, and wherein the atmosphere is up to 110% of the absolute humidity of steam under atmospheric pressure at the temperature.
Tread profile of a vehicle tyre - in particular a pneumatic vehicle tyre - with radially raised profile elements (1, 3, 5), which are separated from one another by first grooves (2, 4) and are outwardly delimited in the radial direction R by a radially outer surface, and with second grooves, which respectively extend from a first groove into a profile element delimited by the first groove and end there at a distance from all of the first grooves (1, 3, 5), wherein, along their main extent formed in the radially outer surface of the profile element and taken from the first groove to the end of their extent, the second grooves are formed with a first portion of extent and with a second portion of extent, which reaches up to the end of the extent of the second groove, wherein, respectively along their main extent, the first grooves and the second grooves are delimited inwardly in the radial direction R of the tyre in their first portion of extent by a groove base (12, 13) and on both sides of the groove base (12, 13) in each case by a groove wall (14, 15), which extends from the groove base (12, 13) up to the radially outer surface in the radial direction R of the tyre, characterized in that, respectively along their main extent, the second grooves are delimited in their second portion of extent by two groove walls (17, 18), which respectively intersect the radially outer surface in a sectional line (v) and (w), wherein the sectional lines (v) and (w) run towards one another along the entire extent of the second portion of extent up to the end of the extent, while including an acute angle, and intersect at the end of the extent of the second groove at a point of intersection, and which intersect at a depth t 2 in a sectional line (g), wherein the sectional line (g) rises steadily in the radial direction R along the extent of the second groove over the entire extent thereof in the second portion of extent in the direction of the end of the extent of the second groove and at the end of the extent intersects the radially outer surface at the point of intersection.
A method of diagnosing whether a subject has cancer, comprising determining the level of miR-424, miR-660 and let7-i in a urine sample, wherein an alteration in the level of miR-424, miR-660 and let7-i in the urine sample, relative to the level of the respective miR gene products in a control sample, is indicative of the subject having cancer.
A method for the optically controlled dynamic spatial structuring of a plasma on a solid target including the following steps: - a first step in which, by means of a laser source, at least one laser pulse having a spatial shaping, called a "structuring pulse", is sent onto a first zone of the solid target; - a second step in which a spatially structured plasma is formed at the surface of the first zone of the solid target by means of said at least one structuring pulse. - a first step in which, by means of a laser source, at least one laser pulse having a spatial shaping, called a "structuring pulse", is sent onto a first zone of the solid target; - a second step in which a spatially structured plasma is formed at the surface of the first zone of the solid target by means of said at least one structuring pulse.
An assembly comprising an endoscope and a sterilization tray, the sterilization tray comprising: a flexible and vapor-permeable sheet, wherein the tray comprises a cutout disposed through the sheet, the cutout defining a first standoff that is foldable away from the sheet, wherein a first portion of the endoscope is configured to be positioned upon the first standoff when the first standoff is folded away from the sheet, a first contoured portion disposed through the first standoff, characterized in that the assembly comprises a dry booster defining an internal volume, such that the tray is configured to create a pressure differential between the internal volume of the dry booster and a vacuum chamber of a steriliser. a flexible and vapor-permeable sheet, wherein the tray comprises a cutout disposed through the sheet, the cutout defining a first standoff that is foldable away from the sheet, wherein a first portion of the endoscope is configured to be positioned upon the first standoff when the first standoff is folded away from the sheet, a first contoured portion disposed through the first standoff,
A method of monitoring an additive manufacturing process in which a directed energy source is used to create a weld pool at an exposed build surface of a mass of powdered material, and selectively fuse the powdered material to form a workpiece, whereby an apparatus is used for performing the method, the apparatus comprising a table, a powder supply, a scraper or recoater, an overflow container, a build platform surrounded by a build chamber, a directed energy source, and a beam steering apparatus, all surrounded by an enclosure, wherein the method comprises measuring acoustic energy generated by the weld pool to generate a measured acoustic profile, comparing the measured acoustic profile to the baseline acoustic profile representative of a known good workpiece, wherein a difference between the measured acoustic profile and the baseline acoustic profile indicates the presence of a defect in the workpiece, and controlling at least one aspect of the additive manufacturing process in response to the measured acoustic profile by taking a discrete action in response to the acoustic signal profile deviating from the baseline acoustic profile, wherein the discrete action is stopping the additive manufacturing process; further comprising monitoring a position of the weld pool while measuring the acoustic signal; wherein the position of weld pool is monitored by two or more spaced-apart acoustic sensors positioned at known locations relative to the mass of powdered material. an apparatus is used for performing the method, the apparatus comprising a table, a powder supply, a scraper or recoater, an overflow container, a build platform surrounded by a build chamber, a directed energy source, and a beam steering apparatus, all surrounded by an enclosure, wherein the method comprises measuring acoustic energy generated by the weld pool to generate a measured acoustic profile, comparing the measured acoustic profile to the baseline acoustic profile representative of a known good workpiece, wherein a difference between the measured acoustic profile and the baseline acoustic profile indicates the presence of a defect in the workpiece, and controlling at least one aspect of the additive manufacturing process in response to the measured acoustic profile by taking a discrete action in response to the acoustic signal profile deviating from the baseline acoustic profile, wherein the discrete action is stopping the additive manufacturing process; further comprising monitoring a position of the weld pool while measuring the acoustic signal; wherein the position of weld pool is monitored by two or more spaced-apart acoustic sensors positioned at known locations relative to the mass of powdered material.
A reusable battery indicator for indicating a characteristic of a battery, the reusable battery indicator comprising: a voltage sensor configured to convert sensed analog characteristics of a battery to digital information; a communication circuit communicatively connected to the voltage sensor; an antenna operatively coupled to the communication circuit; and a connection mechanism having at least a first connector comprising a flexible wire and a second connector comprising a flexible wire, each of the first connector and the second connector being electrically connected to the voltage sensor, the first connector including a first end loop that is sized and shaped to be removably connected to a first battery terminal and the second connector including an end loop that is sized and shaped to be removably connected to a second battery terminal, thereby completing an electrical circuit between the voltage sensor and the first and second battery terminals when the connection mechanism is coupled to the first battery terminal and to the second battery terminal. a voltage sensor configured to convert sensed analog characteristics of a battery to digital information; a communication circuit communicatively connected to the voltage sensor; an antenna operatively coupled to the communication circuit; and a connection mechanism having at least a first connector comprising a flexible wire and a second connector comprising a flexible wire, each of the first connector and the second connector being electrically connected to the voltage sensor, the first connector including a first end loop that is sized and shaped to be removably connected to a first battery terminal and the second connector including an end loop that is sized and shaped to be removably connected to a second battery terminal, thereby completing an electrical circuit between the voltage sensor and the first and second battery terminals when the connection mechanism is coupled to the first battery terminal and to the second battery terminal.