mhurhangee/patent-ind-claim-en huggingface dataset:
A method of sensing the speed of a wheel including short-circuit tolerance, the method comprising: transmitting a first current (IH) to a wheel speed sensor ; monitoring the first current; comparing the magnitude of the first current with a first predetermined value (LV6) and with a second predetermined value (LV3) which is lower than the first predetermined value; receiving a second current (IL) from the wheel speed sensor ; comparing the magnitude of the second current with a first predetermined value (LV6) and with a second predetermined value (LV3); monitoring the second current; generating a wheel speed signal (WS1) for output based on one of the first current (IH) or the second current (IL), wherein the wheel speed signal (WS1) relates to a speed of the wheel that is associated with the wheel speed sensor ; characterised in that the wheel speed signal (WS1) is generated based on the second current (IL) in each of the response to either the magnitudes of each of the first and second currents (IH, IL) exceeding the first predetermined value (LV6), or the magnitude of the second current (IL) exceeding the second predetermined value (LV3) and the first predetermined value (LV6) exceeding the magnitudes of the first and second currents (IH, IL); and the wheel speed signal (WS1) is generated based on the first current (IH) in response to either the first predetermined value (LV6) exceeding the magnitude of the second current (IL), or the second predetermined value (LV3) exceeding the magnitude of the second current (IL). transmitting a first current (IH) to a wheel speed sensor ; monitoring the first current; comparing the magnitude of the first current with a first predetermined value (LV6) and with a second predetermined value (LV3) which is lower than the first predetermined value; receiving a second current (IL) from the wheel speed sensor ; comparing the magnitude of the second current with a first predetermined value (LV6) and with a second predetermined value (LV3); monitoring the second current; generating a wheel speed signal (WS1) for output based on one of the first current (IH) or the second current (IL), wherein the wheel speed signal (WS1) relates to a speed of the wheel that is associated with the wheel speed sensor ; characterised in that the wheel speed signal (WS1) is generated based on the second current (IL) in each of the response to either the magnitudes of each of the first and second currents (IH, IL) exceeding the first predetermined value (LV6), or the magnitude of the second current (IL) exceeding the second predetermined value (LV3) and the first predetermined value (LV6) exceeding the magnitudes of the first and second currents (IH, IL); and the wheel speed signal (WS1) is generated based on the first current (IH) in response to either the first predetermined value (LV6) exceeding the magnitude of the second current (IL), or the second predetermined value (LV3) exceeding the magnitude of the second current (IL).
Actuator , comprising - a motor , - an output drive which can be driven by the motor and coupled to a valve, and - an emergency drive with an energy storage unit , by means of which the output drive can be driven as an alternative to the motor , - wherein the energy storage unit is a pneumatic energy storage unit and - wherein the energy storage unit has a pressure chamber with an expandable volume, - wherein, during operation of the emergency drive, an expansion movement of the pressure chamber can be transmitted to the output drive , characterized in that - the energy storage unit can be charged with the motor by actuating the motor towards an end position of the actuator . - a motor , - an output drive which can be driven by the motor and coupled to a valve, and - an emergency drive with an energy storage unit , by means of which the output drive can be driven as an alternative to the motor , - wherein the energy storage unit is a pneumatic energy storage unit and - wherein the energy storage unit has a pressure chamber with an expandable volume, - wherein, during operation of the emergency drive, an expansion movement of the pressure chamber can be transmitted to the output drive , - the energy storage unit can be charged with the motor by actuating the motor towards an end position of the actuator .
A method of connecting a connecting member to a threaded profile member , comprising: providing one or more dog segments with a female threaded profile , holding said dog segments out of engagement from said threaded profile member while engaging said connecting member with said threaded profile member, releasing said one or more dog segments to allow engagement with said threaded profile member, moving said one or more dog segments axially of said threaded profile member to allow the threads of said dog segments to engage the threads of said threaded profile member, causing said threads of said dog segments to engage said threads of said threaded profile member, and securing said dog segments in the engaged position, wherein said dog segments sit on an inclined shoulder of a window of a main body of the connecting member, wherein the angle of the inclined shoulder is greater than the angle of male threads on the threaded profile member, and wherein the female threaded profile of the dog segments and the male threads on the threaded profile member are flat-topped threads. providing one or more dog segments with a female threaded profile , holding said dog segments out of engagement from said threaded profile member while engaging said connecting member with said threaded profile member, releasing said one or more dog segments to allow engagement with said threaded profile member, moving said one or more dog segments axially of said threaded profile member to allow the threads of said dog segments to engage the threads of said threaded profile member, causing said threads of said dog segments to engage said threads of said threaded profile member, and securing said dog segments in the engaged position, wherein said dog segments sit on an inclined shoulder of a window of a main body of the connecting member, wherein the angle of the inclined shoulder is greater than the angle of male threads on the threaded profile member, and wherein the female threaded profile of the dog segments and the male threads on the threaded profile member are flat-topped threads.
An apparatus for collecting a dry material sample flowing in a duct , the apparatus comprising: a sample tube ; a housing configured as a fluid cylinder and having a duct end and an outlet end ; a piston mounted around and connected to the sample tube and positioned within the housing; first and second sealing sleeves around and slideably supporting the sample tube , the duct end including the first sealing sleeve and the outlet end including the second sealing sleeve ; and a duct-connecting structure configured for extending between the duct end of the housing and the duct , wherein the sample tube is a piston rod within the fluid cylinder housing , and the fluid-cylinder housing is configured to extend and retract the sample tube within the duct , characterized in that the sample tube has a closed distal end and a sample-inlet aperture in the wall of the sample tube adjacent the closed distal end , wherein 4he the sample tube is configured for assuming a retracted position inside the fluid cylinder 22, wherein the closed distal end is located inside the duct end of the fluid cylinder . a sample tube ; a housing configured as a fluid cylinder and having a duct end and an outlet end ; a piston mounted around and connected to the sample tube and positioned within the housing; first and second sealing sleeves around and slideably supporting the sample tube , the duct end including the first sealing sleeve and the outlet end including the second sealing sleeve ; and a duct-connecting structure configured for extending between the duct end of the housing and the duct , wherein the sample tube is a piston rod within the fluid cylinder housing , and the fluid-cylinder housing is configured to extend and retract the sample tube within the duct , characterized in that the sample tube has a closed distal end and a sample-inlet aperture in the wall of the sample tube adjacent the closed distal end , wherein 4he the sample tube is configured for assuming a retracted position inside the fluid cylinder 22, wherein the closed distal end is located inside the duct end of the fluid cylinder .
A flexible section of an underwater seismic cable , comprising: first and second termination units ; two or more ropes , each pivotably attached at one end to the first termination unit and at the other end to the second termination unit ; a rigid ring having at least one bore in which the two or more ropes are received freely, the rigid ring being located between the first and second termination units ; wherein the ring has a single bore through which the two or more ropes pass , characterized in that the bore flares outwards in both directions from a central point at its waist, and in that the ring includes a bore wall bounding the bore and having a curvature from a first end to a second end of the ring providing a bend radius R B for the two or more ropes in the bore. first and second termination units ; two or more ropes , each pivotably attached at one end to the first termination unit and at the other end to the second termination unit ; a rigid ring having at least one bore in which the two or more ropes are received freely, the rigid ring being located between the first and second termination units ; wherein the ring has a single bore through which the two or more ropes pass , characterized in that the bore flares outwards in both directions from a central point at its waist, and in that the ring includes a bore wall bounding the bore and having a curvature from a first end to a second end of the ring providing a bend radius R B for the two or more ropes in the bore.
A method for display of an idle screen on a touch screen of a portable terminal, the method comprising: displaying, on the touch screen, a first portion of a virtual screen area as the idle screen, the virtual screen area including a plurality of objects and the first portion of the virtual screen area including at least one object of the plurality of objects, wherein the object is at least one of icon or widget; selecting an object of the at least one object by a touch input applied to the object, the object being displayed on the touch screen; in response to a drag input applied to the touch screen while the touch input is maintained on the touch screen, changing from displaying the first portion of the virtual screen area to displaying a second portion of the virtual screen area as the idle screen on the touch screen, while continuing to display the object being maintained in a selected state by the touch input, irrespective of the changing based on the drag input; and in response to detecting a release of the touch input , placing the selected object in the second portion of the virtual screen area displayed as the idle screen on the touch screen. displaying, on the touch screen, a first portion of a virtual screen area as the idle screen, the virtual screen area including a plurality of objects and the first portion of the virtual screen area including at least one object of the plurality of objects, wherein the object is at least one of icon or widget; selecting an object of the at least one object by a touch input applied to the object, the object being displayed on the touch screen; in response to a drag input applied to the touch screen while the touch input is maintained on the touch screen, changing from displaying the first portion of the virtual screen area to displaying a second portion of the virtual screen area as the idle screen on the touch screen, while continuing to display the object being maintained in a selected state by the touch input, irrespective of the changing based on the drag input; and in response to detecting a release of the touch input , placing the selected object in the second portion of the virtual screen area displayed as the idle screen on the touch screen.
A method for fabricating a component from powder, comprising: (a) cold compacting powder to create a pre-form ; (b) placing the pre-form between smart susceptors of an induction tool assembly; (c) flooding a space inside the induction tool assembly with an oxygen-free gas; (d) heating the smart susceptors (18,2 0) to a leveling temperature by applying a varying low-strength magnetic field having a magnetic flux that passes through surfaces of the smart susceptors ; (e) applying consolidation pressure to the pre-form at least during a time period subsequent to the temperature of the smart susceptors reaching the leveling temperature; and (f) while consolidation pressure is being applied, applying a pulsed high-strength magnetic field having a magnetic flux that passes through a surface of the pre-form ; wherein the strength of the high-strength magnetic field is greater than a peak strength of the low-strength magnetic field, the strength and pulse rate of the high-strength magnetic field are selected so that the crystallographic phase of the pre-form will rapidly oscillate at a substantially constant temperature, and the pulsed high-strength magnetic field is applied sufficiently long that superplasticity of the pre-form is attained during phase oscillation; wherein the strength of the high-strength magnetic field is greater than or equal to 0.5 tesla and the strength of the low-strength magnetic field is less than 0.1 tesla. (a) cold compacting powder to create a pre-form ; (b) placing the pre-form between smart susceptors of an induction tool assembly; (c) flooding a space inside the induction tool assembly with an oxygen-free gas; (d) heating the smart susceptors (18,2 0) to a leveling temperature by applying a varying low-strength magnetic field having a magnetic flux that passes through surfaces of the smart susceptors ; (e) applying consolidation pressure to the pre-form at least during a time period subsequent to the temperature of the smart susceptors reaching the leveling temperature; and (f) while consolidation pressure is being applied, applying a pulsed high-strength magnetic field having a magnetic flux that passes through a surface of the pre-form ;
An arthroplasty system comprising: a first arthroplasty prosthesis comprising a body and an anchoring element , wherein the body comprises an articular surface and a bone-facing surface opposite the articular surface, wherein the anchoring element comprises a dowel and a reinforcement plate , wherein the dowel projects from a peripheral portion of the bone-facing surface at a first angle that is an acute angle, wherein the dowel terminates in a free end and the free end is medially located, wherein the reinforcement plate extends between the bone-facing surface and the dowel in the first angle, wherein the reinforcement plate is triangular and comprises a side extending from the free end of the dowel to the bone-facing surface at a second angle , wherein the second angle opens toward the first angle, wherein the sum of the first and second angles is greater than zero degrees and less than one hundred eighty degrees. a first arthroplasty prosthesis comprising a body and an anchoring element , wherein the body comprises an articular surface and a bone-facing surface opposite the articular surface, wherein the anchoring element comprises a dowel and a reinforcement plate , wherein the dowel projects from a peripheral portion of the bone-facing surface at a first angle that is an acute angle, wherein the dowel terminates in a free end and the free end is medially located, wherein the reinforcement plate extends between the bone-facing surface and the dowel in the first angle, wherein the reinforcement plate is triangular and comprises a side extending from the free end of the dowel to the bone-facing surface at a second angle , wherein the second angle opens toward the first angle, wherein the sum of the first and second angles is greater than zero degrees and less than one hundred eighty degrees.
Air dome with one or more membrane shells made of plastic film material, at least one heat-reflecting mat in the form of a multi-layer hybrid insulating mat being arranged on the inside of at least one membrane shell, the same consisting of several layers of metallised IR-reflecting aluminium foils for highly effective infrared reflection and with low intrinsic emission and of two to eight layers of absorption-reducing air cushion foils for achieving convective distances through the enclosed air in the studs and thus for an optimum convective effect for reducing the transmission heat losses, for highly effective infrared reflection with low intrinsic emission and for effective shielding against high-frequency rays, waves and fields, characterised in that A) said one or more multi-layer hybrid insulation mats are either inserted into flat pockets arranged in a matrix-like manner on the membrane shell, filling the pockets on the open side thereof, wherein the pockets are welded to the inside of the membrane shell and the open sides thereof are closed by means of a Velcro fastener or by means of a zip fastener after insertion of the heat reflection mats , or B) in the case of several membrane shells made of plastic film material, the outer and inner membranes are constructed from several separate membrane strips which extend parallel to each other in a uniform direction over the entire air dome, and which are connected along their longitudinal edges via at least one piping to a piping connecting profile with a piping fitting profile in the transverse direction to the membrane strips in a tension-locking manner, each such membrane strip forming an airtight pocket in which one or more heat-reflecting mats are inserted to fill the pocket . A) said one or more multi-layer hybrid insulation mats are either inserted into flat pockets arranged in a matrix-like manner on the membrane shell, filling the pockets on the open side thereof, wherein the pockets are welded to the inside of the membrane shell and the open sides thereof are closed by means of a Velcro fastener or by means of a zip fastener after insertion of the heat reflection mats , or B) in the case of several membrane shells made of plastic film material, the outer and inner membranes are constructed from several separate membrane strips which extend parallel to each other in a uniform direction over the entire air dome, and which are connected along their longitudinal edges via at least one piping to a piping connecting profile with a piping fitting profile in the transverse direction to the membrane strips in a tension-locking manner, each such membrane strip forming an airtight pocket in which one or more heat-reflecting mats are inserted to fill the pocket .
A pharmaceutical combination for use in the treatment of cancer comprising a DNA ligase IV inhibitor and a PARP inhibitor in synergistically effective amounts for simultaneous, separate or sequential administration to a subject in need thereof, wherein the cancer is a drug resistant cancer, wherein the DNA ligase IV inhibitor comprises L189 or SCR7 and the PARP inhibitor comprises Talazoparib or Olaparib.
A system for modelling an anatomical structure, including: a probe, said probe including an ultrasonic sensor comprising an array of ultrasound transducers , which is configured to acquire an ultrasonic image of the anatomical structure at a respective spatial position of the probe, and said probe including a position sensor , which is configured to measure location and orientation coordinates of the ultrasonic sensor at the spatial position; a position processor , which is coupled to receive the ultrasonic image and the measured location and orientation coordinates and to calculate a 3-D position of the ultrasonic image based on the measured location and orientation coordinates; and an interactive display , which is coupled to receive a manual tagging input marking contours-of-interest that refer to features of the anatomical structure in the ultrasonic image and to display at least part of the ultrasonic image and the contours-of-interest in a 3-D space based on the calculated 3-D position of the ultrasonic image and, an image processor configured to identify and reconstruct contours corresponding to said contours-of-interest in at least some of any remaining untagged ultrasonic images, the image processor being further configured to construct a 3-D structural model based on multiple ultrasonic images and the corresponding measured location and orientation coordinates at which each of the ultrasonic images was captured, wherein said contours are used to segment 3-D structures in the 3-D structural model . a probe, said probe including an ultrasonic sensor comprising an array of ultrasound transducers , which is configured to acquire an ultrasonic image of the anatomical structure at a respective spatial position of the probe, and said probe including a position sensor , which is configured to measure location and orientation coordinates of the ultrasonic sensor at the spatial position; a position processor , which is coupled to receive the ultrasonic image and the measured location and orientation coordinates and to calculate a 3-D position of the ultrasonic image based on the measured location and orientation coordinates; and an interactive display , which is coupled to receive a manual tagging input marking contours-of-interest that refer to features of the anatomical structure in the ultrasonic image and to display at least part of the ultrasonic image and the contours-of-interest in a 3-D space based on the calculated 3-D position of the ultrasonic image and, an image processor configured to identify and reconstruct contours corresponding to said contours-of-interest in at least some of any remaining untagged ultrasonic images, the image processor being further configured to construct a 3-D structural model based on multiple ultrasonic images and the corresponding measured location and orientation coordinates at which each of the ultrasonic images was captured, wherein said contours are used to segment 3-D structures in the 3-D structural model .