mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus holding a secure chip in which a hash value is capable of being registered, the information processing apparatus comprising: first registration means configured to register hash values of application software in a volatile memory in the secure chip when application software is started; second registration means configured to copy a state of the volatile memory to a non-volatile memory in the secure chip when the information processing apparatus enters an idle state; determination means configured to determine whether the information processing apparatus is returning from an idle state; returning means configured to, if the determination means determines that the information processing apparatus is returning from the idle state, copy a state of the non-volatile memory to the volatile memory; detection means configured to, after the state of the non-volatile memory is copied to the volatile memory and before an application software is started, detect an initialized value of the state of the volatile memory; and control means configured to, if the detection means detects the initialized value of the state of the volatile memory, control the first registration means to not register a hash value of the application software in the secure chip. first registration means configured to register hash values of application software in a volatile memory in the secure chip when application software is started; second registration means configured to copy a state of the volatile memory to a non-volatile memory in the secure chip when the information processing apparatus enters an idle state; determination means configured to determine whether the information processing apparatus is returning from an idle state; returning means configured to, if the determination means determines that the information processing apparatus is returning from the idle state, copy a state of the non-volatile memory to the volatile memory; detection means configured to, after the state of the non-volatile memory is copied to the volatile memory and before an application software is started, detect an initialized value of the state of the volatile memory; and control means configured to, if the detection means detects the initialized value of the state of the volatile memory, control the first registration means to not register a hash value of the application software in the secure chip.
A fan blade for a jet engine, the fan blade comprising: a root connected to a blade portion, the blade portion including a leading edge and a trailing edge; and a titanium sheath; at least the blade portion being formed from one of the following: aluminium, an aluminium alloy or an aluminium lithium alloy; characterised in that: the root includes an attachment portion and a root transition portion between the attachment portion and the leading edge of the blade portion; at least a portion of the leading edge and at least part of the root transition portion being covered by a fabric liner; and at least a portion of the fabric liner being covered by the titanium sheath. a root connected to a blade portion, the blade portion including a leading edge and a trailing edge; and a titanium sheath; at least the blade portion being formed from one of the following: aluminium, an aluminium alloy or an aluminium lithium alloy; characterised in that: the root includes an attachment portion and a root transition portion between the attachment portion and the leading edge of the blade portion; at least a portion of the leading edge and at least part of the root transition portion being covered by a fabric liner; and at least a portion of the fabric liner being covered by the titanium sheath. the root includes an attachment portion and a root transition portion between the attachment portion and the leading edge of the blade portion; at least a portion of the leading edge and at least part of the root transition portion being covered by a fabric liner; and at least a portion of the fabric liner being covered by the titanium sheath.
A method for reducing the resistivity of a thermoplastic film containing carbon nanotubes, characterized by: connecting an electric power supply to the thermoplastic film containing carbon nanotubes, wherein the thermoplastic film is solid at room temperature; and passing electric current through the thermoplastic film containing carbon nanotubes to heat the thermoplastic film to an elevated first temperature and align carbon nanotubes within the thermoplastic film; wherein the first elevated temperature is lower than the melting temperature of the thermoplastic film. connecting an electric power supply to the thermoplastic film containing carbon nanotubes, wherein the thermoplastic film is solid at room temperature; and carbon nanotubes, wherein the thermoplastic film is solid at room temperature; and passing electric current through the thermoplastic film containing carbon nanotubes to heat the thermoplastic film to an elevated first temperature and align carbon nanotubes within the thermoplastic film; nanotubes to heat the thermoplastic film to an elevated first temperature and align carbon nanotubes within the thermoplastic film; wherein the first elevated temperature is lower than the melting temperature of the thermoplastic film.
A method for tracking a tumor, comprising for each pair of current images in sequences of bi-plane images: generating a set of segmentation hypotheses using a 3D model of the tumor, a bi-plane geometry, and a previous location of the tumor as determined from each pairs of bi-plane images; constructing volume prior probabilities based on the set of hypotheses; selecting seed pixels in the pair of current images using the volume prior probabilities; constructing a bi-plane dual image graph using intensity values and the seed pixels; and obtaining segmentation masks corresponding to tumor boundaries using image intensities to determine a current location of the tumor, wherein the steps performed in a processor. generating a set of segmentation hypotheses using a 3D model of the tumor, a bi-plane geometry, and a previous location of the tumor as determined from each pairs of bi-plane images; constructing volume prior probabilities based on the set of hypotheses; selecting seed pixels in the pair of current images using the volume prior probabilities; constructing a bi-plane dual image graph using intensity values and the seed pixels; and obtaining segmentation masks corresponding to tumor boundaries using image intensities to determine a current location of the tumor, wherein the steps performed in a processor.
A mask system for providing respiratory therapy to the airways of a person, the mask system being constructed and arranged to be in surrounding sealing relationship with the nose and mouth of the person in use, the mask system being further constructed and arranged to be used on the person without requiring a forehead support, the mask system comprising a frame including upper headgear connectors and lower headgear connectors, wherein the upper headgear connectors are configured to be located in use on the cheeks below the eyes of the person, a sealing arrangement releasably connectable to the frame, the sealing arrangement defining a breathing chamber and being adapted to form a seal with the patient's face characterized by an elbow provided to the sealing arrangement and adapted to be connected to an air delivery tube that delivers breathable gas to the patient, and a headgear being attached to the upper and lower headgear connectors and configured to maintain the mask system in a desired position on the patient's face, the headgear including upper side straps configured to be routed over the ears and lower side straps configured to be routed under the ears. a frame including upper headgear connectors and lower headgear connectors, wherein the upper headgear connectors are configured to be located in use on the cheeks below the eyes of the person, a sealing arrangement releasably connectable to the frame, the sealing arrangement defining a breathing chamber and being adapted to form a seal with the patient's face characterized by an elbow provided to the sealing arrangement and adapted to be connected to an air delivery tube that delivers breathable gas to the patient, and a headgear being attached to the upper and lower headgear connectors and configured to maintain the mask system in a desired position on the patient's face, the headgear including upper side straps configured to be routed over the ears and lower side straps configured to be routed under the ears.
An apparatus for mounting and removing a tyre operatively resting on a supporting surface, comprising: - a wheel-holder unit configured to lock a wheel and to set the wheel in rotation about a horizontal axis of rotation operatively at right angles to gravity and parallel to the supporting surface; - a bed operatively fixed on the supporting surface and defining a floorplate which extends along its placement surface (S') parallel to the axis of rotation and to the supporting surface to receive and support the wheel resting on it; - a drive system configured to move the wheel-holder unit along the axis of rotation; - a tool-holder turret movably connected to the bed and adapted to support at least one tool (8; 8') to keep it in an operating work position where it can interact with a tyre of the wheel; characterized in that it comprises: - at least one tool-holder arm connected to a further tool (7; 7'); - at least one connecting member situated on the floorplate at a fixed, stationary position, where the at least one tool-holder arm is removably fixable to the floorplate, by means of the connecting member in such a way that the arm projects from the floorplate transversely to the placement surface (S') and holds the further tool (7; 7') in an operating work position where it can interact with the tyre. - a wheel-holder unit configured to lock a wheel and to set the wheel in rotation about a horizontal axis of rotation operatively at right angles to gravity and parallel to the supporting surface; - a bed operatively fixed on the supporting surface and defining a floorplate which extends along its placement surface (S') parallel to the axis of rotation and to the supporting surface to receive and support the wheel resting on it; - a drive system configured to move the wheel-holder unit along the axis of rotation; - a tool-holder turret movably connected to the bed and adapted to support at least one tool (8; 8') to keep it in an operating work position where it can interact with a tyre of the wheel; - at least one tool-holder arm connected to a further tool (7; 7'); - at least one connecting member situated on the floorplate at a fixed, stationary position, where the at least one tool-holder arm is removably fixable to the floorplate, by means of the connecting member in such a way that the arm projects from the floorplate transversely to the placement surface (S') and holds the further tool (7; 7') in an operating work position where it can interact with the tyre.
A laser system comprising: a single multi-media Raman resonator (500; 600; 700) configured to receive a pump beam (504; 604; 704) and generate an output beam (514; 616; 714), the single multi-media Raman resonator (500; 600; 700) comprising multiple mirrors (506, 512; 606, 610, 612; 706, 712, 720) such that each side of the single resonator is delimited by a mirror or a set of mirrors, and two or more distinct Raman media (508, 510; 608, 610; 708, 710) optically located between the mirrors (506, 512; 616, 610, 612; 706, 712, 720) within the single resonator; wherein reflectivities of the mirrors are optimized such that an output power in the output beam (514; 616; 714) is spectrally concentrated around a single dominant wavelength (λ 2) that is longer than a pump wavelength (λ p); and wherein the single dominant wavelength (λ 2) of the output beam (514; 616; 714) is equal to a longest Stokes-shifted wavelength generated by the individual Raman media (508, 510; 608, 610; 708, 710). a single multi-media Raman resonator (500; 600; 700) configured to receive a pump beam (504; 604; 704) and generate an output beam (514; 616; 714), the single multi-media Raman resonator (500; 600; 700) comprising multiple mirrors (506, 512; 606, 610, 612; 706, 712, 720) such that each side of the single resonator is delimited by a mirror or a set of mirrors, and two or more distinct Raman media (508, 510; 608, 610; 708, 710) optically located between the mirrors (506, 512; 616, 610, 612; 706, 712, 720) within the single resonator; wherein reflectivities of the mirrors are optimized such that an output power in the output beam (514; 616; 714) is spectrally concentrated around a single dominant wavelength (λ 2) that is longer than a pump wavelength (λ p); and wherein the single dominant wavelength (λ 2) of the output beam (514; 616; 714) is equal to a longest Stokes-shifted wavelength generated by the individual Raman media (508, 510; 608, 610; 708, 710).
Inverter having a first busbar for connection to a positive pole of a battery and a second busbar for connection to a negative pole of the battery and a filter for reducing common-mode and push-pull interference, which filter comprises a toroidal core made of a ferromagnetic material and surrounding the first and the second busbar, wherein a core of a further ferromagnetic material is provided in an intermediate space surrounded by the toroidal core and formed between the two busbars (3, 4), wherein the busbars (3, 4) have recesses facing one another which surround the core in sections.
A tire mold comprising: a base mold; and a pattern mold detachably fitted to the base mold, wherein the pattern mold has a pattern molding surface opposite to a crown region of a tire and forms a tread pattern on the crown region, wherein the base mold has an inner fitting periphery to be fitted to an outer fitting periphery of the pattern mold on the opposite side of the pattern molding surface thereof, with a peripheral length of the inner fitting periphery being set shorter than a peripheral length of the outer fitting periphery, the peripheral lengths being lengths in the circumferential direction of a tire T as placed in the tire mold, and wherein the pattern mold comprises a plurality of division pieces (30A, 30B) which are divided in the circumferential and axial directions or in any one of the circumferential and axial directions of the pattern mold, characterised in that the division pieces (30A, 30B) are fitted to the base mold via a plurality of fastening portions formed on the inner fitting periphery of the base mold, wherein the plurality of fastening portions include fastening portions that are not used in a state where the division pieces (30A, 30B) are fitted to the base mold. a base mold; and a pattern mold detachably fitted to the base mold, wherein the pattern mold has a pattern molding surface opposite to a crown region of a tire and forms a tread pattern on the crown region, wherein the base mold has an inner fitting periphery to be fitted to an outer fitting periphery of the pattern mold on the opposite side of the pattern molding surface thereof, with a peripheral length of the inner fitting periphery being set shorter than a peripheral length of the outer fitting periphery, the peripheral lengths being lengths in the circumferential direction of a tire T as placed in the tire mold, and wherein the pattern mold comprises a plurality of division pieces (30A, 30B) which are divided in the circumferential and axial directions or in any one of the circumferential and axial directions of the pattern mold, characterised in that the division pieces (30A, 30B) are fitted to the base mold via a plurality of fastening portions formed on the inner fitting periphery of the base mold, wherein the plurality of fastening portions include fastening portions that are not used in a state where the division pieces (30A, 30B) are fitted to the base mold.
A prosthetic heart valve, comprising: an annularly collapsible and re-expandable stent extending between an inflow end having an inflow edge and an outflow end, the stent including a plurality of commissure posts each commissure post including an elongated central slot for attaching ends of the leaflets to the stent; a buffer material disposed radially inward of the stent; a plurality of leaflets mounted to the stent and operative to allow blood flow in a first direction from the inflow end to the outflow end and to substantially block blood flow in an opposite direction from the outflow end to the inflow end, each of the leaflets having a first and second ends, a first edge between the first and second ends that is attached to the buffer material and a second edge between the first and second ends that is adapted to coapt with the second edge of the other ones of the leaflets; a fabric reinforcing core attached to at least one of the leaflets and to the buffer material so as to sandwich the first edge of the at least one leaflet; and a cuff material disposed radially outward of the buffer material and radially outward of the stent, the buffer material and the cuff material collectively covering the inflow edge of the stent. an annularly collapsible and re-expandable stent extending between an inflow end having an inflow edge and an outflow end, the stent including a plurality of commissure posts each commissure post including an elongated central slot for attaching ends of the leaflets to the stent; a buffer material disposed radially inward of the stent; a plurality of leaflets mounted to the stent and operative to allow blood flow in a first direction from the inflow end to the outflow end and to substantially block blood flow in an opposite direction from the outflow end to the inflow end, each of the leaflets having a first and second ends, a first edge between the first and second ends that is attached to the buffer material and a second edge between the first and second ends that is adapted to coapt with the second edge of the other ones of the leaflets; a fabric reinforcing core attached to at least one of the leaflets and to the buffer material so as to sandwich the first edge of the at least one leaflet; and a cuff material disposed radially outward of the buffer material and radially outward of the stent, the buffer material and the cuff material collectively covering the inflow edge of the stent.
A method for deployment of discrete lengths of flexible jumper pipes (1,3) for installation subsea comprising: coupling the jumper pipes together end-to-end thus forming a flexible train of jumper pipes, winding the train of jumper pipes on a drum suitable for transport to a deployment site by a pipe-laying vessel, unreeling the train of jumper pipes from the drum until the first jumper pipe is lowered into the sea, then halting the drum, hanging off/detaching the trailing end of the first jumper pipe from the leading end of the second jumper pipe in the train of jumper pipes, shifting the trailing end of the first jumper pipe to a lowering wire, and lowering the first jumper pipe to the sea bottom, repeating the previous steps until the discrete lengths of flexible jumper pipes are individually lowered into the sea. coupling the jumper pipes together end-to-end thus forming a flexible train of jumper pipes, winding the train of jumper pipes on a drum suitable for transport to a deployment site by a pipe-laying vessel, unreeling the train of jumper pipes from the drum until the first jumper pipe is lowered into the sea, then halting the drum, hanging off/detaching the trailing end of the first jumper pipe from the leading end of the second jumper pipe in the train of jumper pipes, shifting the trailing end of the first jumper pipe to a lowering wire, and lowering the first jumper pipe to the sea bottom, repeating the previous steps until the discrete lengths of flexible jumper pipes are individually lowered into the sea.
A construction machine, in particular a self-propelled road milling machine, comprising: a machine frame; a milling drum supported at a milling drum axis and mounted between lateral walls of a drum casing fastened to the machine frame, a scraper blade located behind the milling drum with reference to a direction of travel, the scraper blade including an upper part and a lower part (12, 14), the lower part being adapted to slide in a height-adjustable manner over the ground surface milled by the milling drum, and the upper part thereof being attached at the upper end of the scraper blade to swivel about a swivelling axis parallel to the milling drum axis, characterized in that the scraper blade, when in operating position, is engaged with lateral retaining devices at the lateral walls, which retain the scraper blade in a position running essentially orthogonally to the ground surface, the lower part is raisable in relation to the upper part by means of a lifting device until the lower part is disengaged from the lateral retaining devices, a swivelling device can swivel the scraper blade about the swivelling axis when the scraper blade is disengaged from the lateral retaining devices, and the swivelling device is provided, at the upper end of the upper part of the scraper blade, with an operating device that is articulated between a permanently installed part of the construction machine and the upper part of the scraper blade. a machine frame; a milling drum supported at a milling drum axis and mounted between lateral walls of a drum casing fastened to the machine frame, a scraper blade located behind the milling drum with reference to a direction of travel, the scraper blade including an upper part and a lower part (12, 14), the lower part being adapted to slide in a height-adjustable manner over the ground surface milled by the milling drum, and the upper part thereof being attached at the upper end of the scraper blade to swivel about a swivelling axis parallel to the milling drum axis, characterized in that the scraper blade, when in operating position, is engaged with lateral retaining devices at the lateral walls, which retain the scraper blade in a position running essentially orthogonally to the ground surface, the lower part is raisable in relation to the upper part by means of a lifting device until the lower part is disengaged from the lateral retaining devices, a swivelling device can swivel the scraper blade about the swivelling axis when the scraper blade is disengaged from the lateral retaining devices, and the swivelling device is provided, at the upper end of the upper part of the scraper blade, with an operating device that is articulated between a permanently installed part of the construction machine and the upper part of the scraper blade.