mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating and packaging an ohmic micro-electro-mechanical system (MEMS) switch device, comprising: constructing the ohmic MEMS switch device on a substrate, the ohmic MEMS switch device having one or more contacts that consist of a platinum-group metal; within a first chamber, forming an oxidized layer of the platinum-group metal on an outer surface of each of the one or more contacts; within a second chamber that is separate from the first chamber, bonding a cap to the substrate, thereby hermetically sealing the ohmic MEMS switch device within a sealed cavity formed by the cap and the substrate, the bonding occurring in a bonding atmosphere that has a proportion of oxygen within a range of 0.05% to 30%, such that, after the ohmic MEMS switch device has been hermetically sealed within the sealed cavity, a cavity atmosphere within the sealed cavity has a proportion of oxygen within the range of 0.05% to 30%. constructing the ohmic MEMS switch device on a substrate, the ohmic MEMS switch device having one or more contacts that consist of a platinum-group metal; within a first chamber, forming an oxidized layer of the platinum-group metal on an outer surface of each of the one or more contacts; within a second chamber that is separate from the first chamber, bonding a cap to the substrate, thereby hermetically sealing the ohmic MEMS switch device within a sealed cavity formed by the cap and the substrate, the bonding occurring in a bonding atmosphere that has a proportion of oxygen within a range of 0.05% to 30%, such that, after the ohmic MEMS switch device has been hermetically sealed within the sealed cavity, a cavity atmosphere within the sealed cavity has a proportion of oxygen within the range of 0.05% to 30%.
Orthopaedic impactor and extractor device for an orthopaedic prosthesis , comprising: - a main body ; - a coupling rod comprising a coupling end ; - an activation system in the main body , associated with said coupling rod , wherein: said coupling end is movably guided from an active position, in which said coupling end is coupled to said orthopaedic prosthesis , to an inactive position, in which said coupling end releases said orthopaedic prosthesis ; characterized in that said coupling end is movably guided in a roto-translation movement between said active position and said inactive position, and vice versa. - a main body ; - a coupling rod comprising a coupling end ; - an activation system in the main body , associated with said coupling rod , wherein: said coupling end is movably guided from an active position, in which said coupling end is coupled to said orthopaedic prosthesis , to an inactive position, in which said coupling end releases said orthopaedic prosthesis ; characterized in that said coupling end is movably guided in a roto-translation movement between said active position and said inactive position, and vice versa. said coupling end is movably guided from an active position, in which said coupling end is coupled to said orthopaedic prosthesis , to an inactive position, in which said coupling end releases said orthopaedic prosthesis ; characterized in that said coupling end is movably guided in a roto-translation movement between said active position and said inactive position, and vice versa.
A drug delivery molecule, comprising: (a) a gold nanoparticle; (b) a first nucleic acid molecule covalently linked to said gold nanoparticle, wherein said first nucleic acid molecule comprises three doxorubicin binding sites of the sequence (5'-TCG-3'); and (c) a second, complementary nucleic acid molecule hybridized to said first nucleic acid molecule to form a double-stranded nucleic acid molecule. (a) a gold nanoparticle; (b) a first nucleic acid molecule covalently linked to said gold nanoparticle, wherein said first nucleic acid molecule comprises three doxorubicin binding sites of the sequence (5'-TCG-3'); and (c) a second, complementary nucleic acid molecule hybridized to said first nucleic acid molecule to form a double-stranded nucleic acid molecule.
A system for treating valvular regurgitation in a heart valve, the system including a delivery configuration and a deployed configuration, the system comprising: a flexible canopy including a first surface and a second surface opposite the first surface ; and an elongated tether configured to be placed under tension in situ, the elongated tether including an elastic portion and an inelastic portion coupled to the elastic portion , wherein the elastic portion is at least as long as the inelastic portion and a proximal end of the elongated tether is attached to a distal end of the flexible canopy , wherein when the system is in the deployed configuration, a proximal end of the flexible canopy is anchored to an annulus of the heart valve and a distal end of the elongated tether is anchored to tissue of a ventricle such that the first surface of the flexible canopy overlays an underlying first surface of a first leaflet of the heart valve, and the elongated tether is placed under tension such that the system is configured to prevent the first leaflet of the heart valve from prolapsing, and to permit a portion of the second surface of the flexible canopy to coapt with at least an opposing mating portion of a second leaflet of the heart valve. a flexible canopy including a first surface and a second surface opposite the first surface ; and an elongated tether configured to be placed under tension in situ, the elongated tether including an elastic portion and an inelastic portion coupled to the elastic portion , wherein the elastic portion is at least as long as the inelastic portion and a proximal end of the elongated tether is attached to a distal end of the flexible canopy , wherein when the system is in the deployed configuration, a proximal end of the flexible canopy is anchored to an annulus of the heart valve and a distal end of the elongated tether is anchored to tissue of a ventricle such that the first surface of the flexible canopy overlays an underlying first surface of a first leaflet of the heart valve, and the elongated tether is placed under tension such that the system is configured to prevent the first leaflet of the heart valve from prolapsing, and to permit a portion of the second surface of the flexible canopy to coapt with at least an opposing mating portion of a second leaflet of the heart valve.
Device for simulating an endoscopic operation via natural orifice, comprising a physical model of a biological organ comprising a main module and an inlet module detachable from each other, wherein the main module defines a main body of the organ with a cavity and the inlet module defines an inlet opening to the cavity of the main module corresponding to the inlet of the biological organ; wherein the inlet module or the main module is replaceable by another different inlet module or main module so as to simulate another different biological organ or with different morphology and/or pathology; wherein the cavity of the main module is accessible through the inlet module by an endoscopic tool to actuate in the cavity of the main module ; and wherein the main module is configured in such a way that, in use, one or more simulation modules are attachable with the main module to simulate one or more events representative of the actuation of the endoscopic tool in the cavity of the main module . a physical model of a biological organ comprising a main module and an inlet module detachable from each other, wherein the main module defines a main body of the organ with a cavity and the inlet module defines an inlet opening to the cavity of the main module corresponding to the inlet of the biological organ; wherein the inlet module or the main module is replaceable by another different inlet module or main module so as to simulate another different biological organ or with different morphology and/or pathology; wherein the cavity of the main module is accessible through the inlet module by an endoscopic tool to actuate in the cavity of the main module ; and wherein the main module is configured in such a way that, in use, one or more simulation modules are attachable with the main module to simulate one or more events representative of the actuation of the endoscopic tool in the cavity of the main module .
A magnetic resonance imaging system , the magnetic resonance imaging system comprising: - an infrared camera system for monitoring a subject when undergoing an examination while positioned in an examination zone of the magnetic resonance imaging system, the infrared camera system comprising an infrared camera , and - a coating on at least one wall of a room housing the magnetic resonance imaging system, and/or on an interior wall of a magnet assembly around the examination zone and/or on auxiliary equipment of the magnetic resonance system for use inside the examination zone, wherein said infrared camera is adapted to operate in an infrared wavelength range that corresponds to, or substantially overlaps with, the range over which said coating absorbs and/or diffusely reflects infrared light, characterized in that said coating is adapted to absorb and/or diffusely reflect infrared light, so as to avoid spurious reflections of infrared light into a field of view of the infrared camera and/or to provide diffuse auxiliary lighting. - an infrared camera system for monitoring a subject when undergoing an examination while positioned in an examination zone of the magnetic resonance imaging system, the infrared camera system comprising an infrared camera , and - a coating on at least one wall of a room housing the magnetic resonance imaging system, and/or on an interior wall of a magnet assembly around the examination zone and/or on auxiliary equipment of the magnetic resonance system for use inside the examination zone,
A dual lock cylinder arrangement comprising; - a housing having a front end and a rear end, said housing being provided with a first cylinder bore and a second cylinder bore each of which cylinder bore exhibits a forwardly open mouth; - a single carrier arranged to engage a follower of a lock mechanism and extending out from the rear end of the housing and being rotatable about a rotational axis which is parallel with the first and second ) cylinder bores; - a transmission arrangement received in the housing and arranged to selectively connect a first plug of a first lock cylinder received in the first cylinder bore or a second plug of a second lock cylinder received in the second cylinder bore with the carrier wherein the transmission arrangement comprises a first rotatable drive connectable with the first plug , a second rotatable drive connectable with the second plug and connected to the first rotatable drive , a third rotatable drive connected to the carrier and a fourth rotatable drive which is connected to the third rotatable drive and selectively connectable with the second rotatable drive .. - a housing having a front end and a rear end, said housing being provided with a first cylinder bore and a second cylinder bore each of which cylinder bore exhibits a forwardly open mouth; - a single carrier arranged to engage a follower of a lock mechanism and extending out from the rear end of the housing and being rotatable about a rotational axis which is parallel with the first and second ) cylinder bores; - a transmission arrangement received in the housing and arranged to selectively connect a first plug of a first lock cylinder received in the first cylinder bore or a second plug of a second lock cylinder received in the second cylinder bore with the carrier
A method for secure user plane communication between a User Equipment, UE, and an evolved NodeB, eNB, the method comprising: deriving, by the UE, a user plane, UP, encryption key (K UPenc ) from a shared key (K eNB ) associated with the UE for an ongoing communication session; hashing, by the UE, the UP encryption key (K UPenc ) with two or more random numbers to generate a plurality of UP encryption keys(K UPenc(n) ), wherein the random numbers are configured for transmission to the eNB through a Packet Data Convergence Protocol, PDCP, control message; and encrypting, by the UE, one or more data packets for transmission from the UE to the eNB using two or more of the plurality of UP encryption keys (K UPenc(n) ). deriving, by the UE, a user plane, UP, encryption key (K UPenc ) from a shared key (K eNB ) associated with the UE for an ongoing communication session; hashing, by the UE, the UP encryption key (K UPenc ) with two or more random numbers to generate a plurality of UP encryption keys(K UPenc(n) ), wherein the random numbers are configured for transmission to the eNB through a Packet Data Convergence Protocol, PDCP, control message; and encrypting, by the UE, one or more data packets for transmission from the UE to the eNB using two or more of the plurality of UP encryption keys (K UPenc(n) ).
An arrangement for determining a calibration position of a robot joint and comprising: - the joint, comprising a moveable joint element and a stationary joint element , where one of the joint elements comprises a holding structure (60, 62; 76; 98, 100; 110; 112) and the other a force providing protrusion , - a robot controller , - a motor connected between the robot controller and the moveable joint element, and - a force receiving element adapted to form a kinematic coupling with the holding structure (60, 62; 76; 98, 100; 110; 112) and the force providing protrusion , the kinematic coupling having at least two areas of contact between the holding structure and the force receiving element and one area of contact between the force providing protrusion and the force receiving element, the force receiving element being fastenable to said holding structure for stretching out across a gap between the two robot joint elements for receiving a force from the force providing protrusion characterized in that the force providing protrusion and the force receiving element each have a cylindrical shape and the area of contact between the force providing protrusion and the force receiving element is between their cylindrical surfaces. - the joint, comprising a moveable joint element and a stationary joint element , where one of the joint elements comprises a holding structure (60, 62; 76; 98, 100; 110; 112) and the other a force providing protrusion , - a robot controller , - a motor connected between the robot controller and the moveable joint element, and - a force receiving element adapted to form a kinematic coupling with the holding structure (60, 62; 76; 98, 100; 110; 112) and the force providing protrusion , the kinematic coupling having at least two areas of contact between the holding structure and the force receiving element and one area of contact between the force providing protrusion and the force receiving element, the force receiving element being fastenable to said holding structure for stretching out across a gap between the two robot joint elements for receiving a force from the force providing protrusion
A device for creating an arteriovenous (AV) fistula, comprising: an elongate member comprising a distal tapered face ; a distal member connected to the elongate member and movable relative to the elongate member, and a shaft for connecting the distal member to the elongate member, the shaft being extendable and retractable to extend and retract said distal member relative to the elongate member, wherein when the distal member is retracted, relative to the elongate member, the distal tapered face and the proximal tapered face are substantially engaged to clamp tissue therebetween; and characterised in that the distal member comprises a proximal tapered face which is substantially aligned with the distal tapered face of the elongate member and the device further comprising a heating member disposed on at least one of said proximal tapered face of the distal member and said distal tapered face of the elongate member; wherein said heating member is adapted to cut through said clamped tissue to create the fistula. a distal member connected to the elongate member and movable relative to the elongate member, and a shaft for connecting the distal member to the elongate member, the shaft being extendable and retractable to extend and retract said distal member relative to the elongate member, wherein when the distal member is retracted, relative to the elongate member, the distal tapered face and the proximal tapered face are substantially engaged to clamp tissue therebetween; and characterised in that the distal member comprises a proximal tapered face which is substantially aligned with the distal tapered face of the elongate member and the device further comprising a heating member disposed on at least one of said proximal tapered face of the distal member and said distal tapered face of the elongate member; wherein said heating member is adapted to cut through said clamped tissue to create the fistula.
A pharmaceutical composition, comprising halobetasol propionate; a first compound; and a second compound; wherein the first compound and the second compound are independently members selected from the group consisting of N-lauroyl sarcosine, sodium octyl sulfate, methyl laurate, isopropyl myristate, oleic acid, and glyceryl oleate wherein the first compound and the second compound are not the same, and wherein the pharmaceutical composition is devoid of ethoxylated castor oil. halobetasol propionate; a first compound; and a second compound;
A remote control-based method for protecting information on a device screen, wherein a controlling terminal controls a controlled terminal through a remote control system, and the remote control-based method specifically comprises the following steps: S1: superimposing a floating layer on a content page of a screen of the controlled terminal; S2: adjusting transparency of the floating layer to allow the content page on the screen of the controlled terminal to be invisible; S3: taking a screenshot of the controlled terminal; and S4: adjusting by the controlled terminal the brightness of the screenshot to restore the content page to be normally visible and sending by the controlled terminal the adjusted screenshot to be displayed at the controlling terminal. S1: superimposing a floating layer on a content page of a screen of the controlled terminal; S2: adjusting transparency of the floating layer to allow the content page on the screen of the controlled terminal to be invisible; S3: taking a screenshot of the controlled terminal; and S4: adjusting by the controlled terminal the brightness of the screenshot to restore the content page to be normally visible and sending by the controlled terminal the adjusted screenshot to be displayed at the controlling terminal.
A method of wireless communication, comprising: generating , by an apparatus, an aggregated media access control protocol data unit, A-MPDU, frame comprising two or more A-MPDU sub-frames , wherein each A-MPDU sub-frame comprises a receiver address and further wherein the A-MPDU frame comprises at least one indication for one or more acknowledgement policies associated with the receiver address of each A-MPDU sub-frame, wherein generating the A-MPDU frame comprises generating a request for an acknowledgement of receipt in an end of frame field in at least one of the two or more A-MPDU sub-frames, wherein a value in the end of frame field determines a type of the request for an acknowledgement of receipt; and outputting the A-MPDU frame for transmission. generating , by an apparatus, an aggregated media access control protocol data unit, A-MPDU, frame comprising two or more A-MPDU sub-frames , wherein each A-MPDU sub-frame comprises a receiver address and further wherein the A-MPDU frame comprises at least one indication for one or more acknowledgement policies associated with the receiver address of each A-MPDU sub-frame, wherein generating the A-MPDU frame comprises generating a request for an acknowledgement of receipt in an end of frame field in at least one of the two or more A-MPDU sub-frames, wherein a value in the end of frame field determines a type of the request for an acknowledgement of receipt; and outputting the A-MPDU frame for transmission.
A lubricant supply system for a plurality of engine components and plurality of bearing dampers in a plurality of engine bearing compartments of a gas turbine engine , comprising: a lubricant supply conduit ; a first lubricant delivery conduit fluidly coupled to the supply conduit , the first delivery conduit including one or more lubricant delivery flow paths for continuously delivering lubrication to the plurality of engine components and the plurality of bearing dampers ; a second lubricant delivery conduit fluidly coupled to the supply conduit for continuously delivering lubricant to one or more of the plurality of bearing dampers ; an active oil flow management valve in fluid communication with both the first delivery conduit and the second delivery conduit , wherein the valve is a solenoid valve, and wherein maximum actuation of the solenoid valve partially restricts lubricant flow in the first delivery conduit thereby increasing flow and pressure in the second delivery conduit ; and wherein actuation of the solenoid valve is dependent upon a rotational speed of an engine spool being below a preselected rotational speed. a lubricant supply conduit ; a first lubricant delivery conduit fluidly coupled to the supply conduit , the first delivery conduit including one or more lubricant delivery flow paths for continuously delivering lubrication to the plurality of engine components and the plurality of bearing dampers ; a second lubricant delivery conduit fluidly coupled to the supply conduit for continuously delivering lubricant to one or more of the plurality of bearing dampers ; an active oil flow management valve in fluid communication with both the first delivery conduit and the second delivery conduit , wherein the valve is a solenoid valve, and wherein maximum actuation of the solenoid valve partially restricts lubricant flow in the first delivery conduit thereby increasing flow and pressure in the second delivery conduit ; and wherein actuation of the solenoid valve is dependent upon a rotational speed of an engine spool being below a preselected rotational speed.
A composition comprising free N-glycans, wherein the free N-glycans are generated by contacting a glycoprotein comprising a high mannose, complex, or hybrid N-glycan with a GH18 endoglycosidase from B. longum bv infantis, wherein the glycoprotein is a milk, plant, or egg glycoprotein.