mhurhangee/patent-ind-claim-en huggingface dataset:
A process for creating an article, comprising the steps of: combining a coefficient of thermal expansion, CTE, material with a frit material, the CTE material comprising elements that are perfectly, partially and/or substantially in spherical form, wherein at least 80% of said elements have an average diameter or major distance of between 60 to 100 μm; disposing the combined material to a substrate; applying energy to the substrate and disposed material to thereby melt the disposed material; cooling the article. combining a coefficient of thermal expansion, CTE, material with a frit material, the CTE material comprising elements that are perfectly, partially and/or substantially in spherical form, wherein at least 80% of said elements have an average diameter or major distance of between 60 to 100 μm; disposing the combined material to a substrate; applying energy to the substrate and disposed material to thereby melt the disposed material; cooling the article.
A system comprising: a first AC bus configured to supply power from a first generator ; a first generator line contactor, GLC, selectively connecting the first AC bus to the first generator; a second AC bus configured to supply power from a second generator ; a second GLC selectively connecting the second AC bus to the second generator; an auxiliary generator line contactor, ALC, connected to selectively supply power to the first and second AC buses from an auxiliary generator ; a first bus tie contactor, BTC, electrically connecting between the first GLC and the ALC; a second BTC electrically connecting between the ALC and the second GLC; and a ram air turbine, RAT, automatic deployment controller operatively connected to the first GLC, the second GLC, the ALC, the first BTC, and the second BTC to automatically deploy a RAT based on the combined status of the first GLC, the second GLC, the ALC, the first BTC, and the second BTC; and wherein the RAT automatic deployment controller is configured to deploy the RAT only if the first BTC and second BTC are both open or the ALC is open, and the first GLC and the second GLC are both open. a first AC bus configured to supply power from a first generator ; a first generator line contactor, GLC, selectively connecting the first AC bus to the first generator; a second AC bus configured to supply power from a second generator ; a second GLC selectively connecting the second AC bus to the second generator; an auxiliary generator line contactor, ALC, connected to selectively supply power to the first and second AC buses from an auxiliary generator ; a first bus tie contactor, BTC, electrically connecting between the first GLC and the ALC; a second BTC electrically connecting between the ALC and the second GLC; and a ram air turbine, RAT, automatic deployment controller operatively connected to the first GLC, the second GLC, the ALC, the first BTC, and the second BTC to automatically deploy a RAT based on the combined status of the first GLC, the second GLC, the ALC, the first BTC, and the second BTC; and wherein the RAT automatic deployment controller is configured to deploy the RAT only if the first BTC and second BTC are both open or the ALC is open, and the first GLC and the second GLC are both open.
A pressure-regulating valve comprising: a valve sleeve (102; 202) including a first end (114; 214) and a second end (116; 216) defining a longitudinal axis (A) therebetween, and a bore (118; 218) axially aligned between the first and second ends; a sense line (104; 204) defined within the bore proximate the first end; a sense piston (106; 206) mounted within the bore between the sense line and the second end, configured to move along the longitudinal axis in response to pressure exerted by fluid in the sense line; a main chamber (108; 208) defined within the bore between the sense piston and the second end, wherein the main chamber includes a supply port (120; 220) and a vent port (122; 222), wherein the supply port and the vent port are in fluid communication with one another by way of the main chamber; a first valve spool (110; 210) mounted within the bore between the sense piston and the second end, wherein the first valve spool occludes a portion of the vent port to a variable extent to modulate a flow rate between the supply port and the vent port, and wherein the first valve spool is configured to move along the longitudinal axis to modulate a flow rate in a fluid circuit for regulation of a sense pressure; and a second valve (112; 212) spool mounted within the bore between the first valve spool and the second end configured to move along the longitudinal axis to modulate flow rate in a bypass line (134; 234) for regulation of a balance pressure, characterised in that the bypass line (134; 234) is arranged to pass through the first valve spool (110; 210). a valve sleeve (102; 202) including a first end (114; 214) and a second end (116; 216) defining a longitudinal axis (A) therebetween, and a bore (118; 218) axially aligned between the first and second ends; a sense line (104; 204) defined within the bore proximate the first end; a sense piston (106; 206) mounted within the bore between the sense line and the second end, configured to move along the longitudinal axis in response to pressure exerted by fluid in the sense line; a main chamber (108; 208) defined within the bore between the sense piston and the second end, wherein the main chamber includes a supply port (120; 220) and a vent port (122; 222), wherein the supply port and the vent port are in fluid communication with one another by way of the main chamber; a first valve spool (110; 210) mounted within the bore between the sense piston and the second end, wherein the first valve spool occludes a portion of the vent port to a variable extent to modulate a flow rate between the supply port and the vent port, and wherein the first valve spool is configured to move along the longitudinal axis to modulate a flow rate in a fluid circuit for regulation of a sense pressure; and a second valve (112; 212) spool mounted within the bore between the first valve spool and the second end configured to move along the longitudinal axis to modulate flow rate in a bypass line (134; 234) for regulation of a balance pressure, characterised in that the bypass line (134; 234) is arranged to pass through the first valve spool (110; 210).
An ophthalmic composition comprising an aqueous phase, an oil phase, and Povidone-iodine (PVP-I) at a concentration of between 0.2% - 1.0% (w/w), said oil phase consisting of medium-chain triglycerides and said oil phase constituting less than 3% of the total weight of said composition.
A closing device for an open food can, which is a stop-like device suitable to be placed on a point of the open circumference or rim of a food can that still has the lid thereof, and to clip on that point of the open circumference enabling the lid of the opened food can to be pressed in a closed position, wherein by means of the use of several closing devices along the circumference it is ensured that the entirely of the lid of the can remains in a closed position; and wherein that device is made from plastic material and has a transverse cross section comprising an inverted U-shaped central profile with an outer wall facing an inner wall and both remaining joined by an edge ; characterized in that it also comprises a ridge that projects from the free end of the outer wall , and a fastening tab that projects from the free end of the inner wall ; and at least one surface slit in the inner face of the outer wall .
A clutch control device comprising: an engine ; a transmission ; a clutch device configured to connect and disconnect motive power transmission between the engine and the transmission ; a clutch actuator configured to drive the clutch device and change a clutch capacity; and a control unit configured to calculate a target value of a slave hydraulic pressure Ps for the clutch capacity, characterised in that when the target value of the slave hydraulic pressure Ps immediately after system startup is defined as a first target hydraulic pressure P1 and the target value of the slave hydraulic pressure Ps during a clutch stroke at the time of the system startup is defined as a second target hydraulic pressure P2, the control unit is configured to set the first target hydraulic pressure P1 to a value greater than the second target hydraulic pressure P2, and the first target hydraulic pressure and the second target hydraulic pressure are set to a hydraulic pressure that is lower than a touch point hydraulic pressure at which a connection of the clutch device starts. an engine ; a transmission ; a clutch device configured to connect and disconnect motive power transmission between the engine and the transmission ; a clutch actuator configured to drive the clutch device and change a clutch capacity; and a control unit configured to calculate a target value of a slave hydraulic pressure Ps for the clutch capacity, characterised in that when the target value of the slave hydraulic pressure Ps immediately after system startup is defined as a first target hydraulic pressure P1 and the target value of the slave hydraulic pressure Ps during a clutch stroke at the time of the system startup is defined as a second target hydraulic pressure P2, the control unit is configured to set the first target hydraulic pressure P1 to a value greater than the second target hydraulic pressure P2, and the first target hydraulic pressure and the second target hydraulic pressure are set to a hydraulic pressure that is lower than a touch point hydraulic pressure at which a connection of the clutch device starts.
A system for performing minimally invasive procedures in a body lumen of a patient, the system comprising: a flexible catheter having a first lumen configured and dimensioned to receive an endoscope therethrough and a second lumen configured and dimensioned to receive a first flexible tube therethrough; a first flexible tube movable through the second lumen, the first flexible tube having a first channel extending therethrough configured and dimensioned to receive a first endoscopic tool for axial movement therein, the first flexible tube having a longitudinal axis and a tube distal portion movable to an angled position with respect to the longitudinal axis, the first flexible tube slidable axially within the second lumen; a body lumen reshaping system positioned at a distal portion of the catheter, the reshaping system including first and second flexible elements movable from a non-expanded insertion position to an expanded position forming an expanded cage to reshape the body lumen to form an asymmetric working space relative to a longitudinal axis of the catheter, the distal portion of the first flexible tube movable within the expanded cage; and characterized by a first transverse bridge member joining the first and second flexible elements to increase the rigidity of the reshaping system . a flexible catheter having a first lumen configured and dimensioned to receive an endoscope therethrough and a second lumen configured and dimensioned to receive a first flexible tube therethrough; a first flexible tube movable through the second lumen, the first flexible tube having a first channel extending therethrough configured and dimensioned to receive a first endoscopic tool for axial movement therein, the first flexible tube having a longitudinal axis and a tube distal portion movable to an angled position with respect to the longitudinal axis, the first flexible tube slidable axially within the second lumen; a body lumen reshaping system positioned at a distal portion of the catheter, the reshaping system including first and second flexible elements movable from a non-expanded insertion position to an expanded position forming an expanded cage to reshape the body lumen to form an asymmetric working space relative to a longitudinal axis of the catheter, the distal portion of the first flexible tube movable within the expanded cage; and characterized by a first transverse bridge member joining the first and second flexible elements to increase the rigidity of the reshaping system .
A laser cleaning system for laser treating a pipe surface , comprising: a frame extendable about an outer circumference of a cylindrical pipe , the frame comprising a first annular support and a second annular support axially offset from the first annular support ; a plurality of circumferential guide supports mounted to the frame and engageable with the outer circumference of the pipe, each of the first and second annular supports (202a,b) having one or more circumferential guide supports rotatably coupled thereto; a laser mounted to the frame to generate a laser beam directed toward an exterior surface of the pipe; a first motor operable to drive rotation of the one or more of the circumferential guide supports coupled to the first annular support ; a second motor operable to drive rotation of the one or more of the circumferential guide supports coupled to the second annular support ; and a control module operable to cause the frame to move about the outer circumference of the pipe on the plurality of circumferential guide supports to simultaneously scan the laser beam circumferentially and axially across the exterior surface, the first and second motors operate in tandem, or alternatively work independently to move the system circumferentially and/or axially. a frame extendable about an outer circumference of a cylindrical pipe , the frame comprising a first annular support and a second annular support axially offset from the first annular support ; a plurality of circumferential guide supports mounted to the frame and engageable with the outer circumference of the pipe, each of the first and second annular supports (202a,b) having one or more circumferential guide supports rotatably coupled thereto; a laser mounted to the frame to generate a laser beam directed toward an exterior surface of the pipe; a first motor operable to drive rotation of the one or more of the circumferential guide supports coupled to the first annular support ; a second motor operable to drive rotation of the one or more of the circumferential guide supports coupled to the second annular support ; and a control module operable to cause the frame to move about the outer circumference of the pipe on the plurality of circumferential guide supports to simultaneously scan the laser beam circumferentially and axially across the exterior surface, the first and second motors operate in tandem, or alternatively work independently to move the system circumferentially and/or axially.
A communication method, comprising: reserving, by a terminal device, a first scheduling-free resource after a secondary serving cell of the terminal device is deactivated, wherein the first scheduling-free resource belongs to the secondary serving cell; sending , by the terminal device after the secondary serving cell is activated, data to a network device on the first scheduling-free resource, wherein the data is transmitted by using a first hybrid automatic repeat request, HARQ, process; receiving , by the terminal device, downlink control information, DCI, from the network device, wherein the DCI comprises HARQ feedback information, the HARQ feedback information is generated based on a decoding result of the data, the DCI further comprises first indication information, and the first indication information is used to indicate the first HARQ process; and processing , by the terminal device, data of the first HARQ process based on the HARQ feedback information. reserving, by a terminal device, a first scheduling-free resource after a secondary serving cell of the terminal device is deactivated, wherein the first scheduling-free resource belongs to the secondary serving cell; sending , by the terminal device after the secondary serving cell is activated, data to a network device on the first scheduling-free resource, wherein the data is transmitted by using a first hybrid automatic repeat request, HARQ, process; receiving , by the terminal device, downlink control information, DCI, from the network device, wherein the DCI comprises HARQ feedback information, the HARQ feedback information is generated based on a decoding result of the data, the DCI further comprises first indication information, and the first indication information is used to indicate the first HARQ process; and processing , by the terminal device, data of the first HARQ process based on the HARQ feedback information.
A ported catheter assembly , comprising: a catheter hub having a distal end, an interior cavity, and a proximal end; a port extending from the catheter hub and having an inner opening communicating with the interior cavity of the catheter hub ; a catheter extending from the distal end of the catheter hub ; a needle projecting through the catheter tube with the needle tip extending distally of the distal opening of the catheter tube and a valve providing a seal between the interior cavity of the catheter hub and the port when the valve is in a closed position; wherein the valve has an open position, in which two-way fluid flow is permitted between the interior cavity of the catheter hub and the port , the valve being moved to the open position by the insertion of an instrument into the port wherein a valve opener is disposed in the port or the port is configured in that the instrument, when inserted, directly contacts the valve , wherein the valve opener is urged by an instrument inserted into the port into contact with the valve to move the valve from the closed position to the open position, wherein the valve opener comprises a valve opener body, which comprises a bore therethrough for the passage of fluid between the instrument and the interior cavity of the catheter hub . a catheter hub having a distal end, an interior cavity, and a proximal end; a port extending from the catheter hub and having an inner opening communicating with the interior cavity of the catheter hub ; a catheter extending from the distal end of the catheter hub ; a needle projecting through the catheter tube with the needle tip extending distally of the distal opening of the catheter tube and a valve providing a seal between the interior cavity of the catheter hub and the port when the valve is in a closed position; wherein the valve has an open position, in which two-way fluid flow is permitted between the interior cavity of the catheter hub and the port , the valve being moved to the open position by the insertion of an instrument into the port wherein a valve opener is disposed in the port or the port is configured in that the instrument, when inserted, directly contacts the valve , wherein the valve opener is urged by an instrument inserted into the port into contact with the valve to move the valve from the closed position to the open position, wherein the valve opener comprises a valve opener body, which comprises a bore therethrough for the passage of fluid between the instrument and the interior cavity of the catheter hub .
A hinge for furniture leaves that swing about at least one horizontal axis, which comprises: a supporting body which is adapted to be applied inside a piece of furniture, at least one oscillating lever adapted to be connected to said supporting body at one end and, at an opposite end, to an anchoring element which is fixed to a leaf , the oscillating lever supporting the lifting of the leaf and being integrated in the hinge with further levers that connect the leaf to the piece of furniture to allow an oscillating movement of the leaf , an intermediate body separate from the supporting body and insertable inside said supporting body , the supporting body being provided internally with a plurality of humps or drawn portions which constitute guiding elements for inserting the intermediate body inside the supporting body , said intermediate body supporting the oscillating lever so that oscillating lever can oscillate, the oscillating lever being connectable to the supporting body by the intermediate body , and a coupling element connected to the oscillating lever , the oscillating lever being connectable to the anchoring element fixed to the leaf by the coupling element , wherein said supporting body is provided, at the end that lies opposite an end for insertion of said intermediate body , with a retention clip for said intermediate body within said supporting body . a supporting body which is adapted to be applied inside a piece of furniture, at least one oscillating lever adapted to be connected to said supporting body at one end and, at an opposite end, to an anchoring element which is fixed to a leaf , the oscillating lever supporting the lifting of the leaf and being integrated in the hinge with further levers that connect the leaf to the piece of furniture to allow an oscillating movement of the leaf , an intermediate body separate from the supporting body and insertable inside said supporting body , the supporting body being provided internally with a plurality of humps or drawn portions which constitute guiding elements for inserting the intermediate body inside the supporting body , said intermediate body supporting the oscillating lever so that oscillating lever can oscillate, the oscillating lever being connectable to the supporting body by the intermediate body , and a coupling element connected to the oscillating lever , the oscillating lever being connectable to the anchoring element fixed to the leaf by the coupling element , wherein said supporting body is provided, at the end that lies opposite an end for insertion of said intermediate body , with a retention clip for said intermediate body within said supporting body .
An apparatus for holding an organ or tissue for at least one of perfusion, storage, diagnosis and transport of the organ or tissue, comprising: • a portable housing, the portable housing including more than one lid that forms a substantially airtight seal with the portable housing; and • an organ or tissue supporting surface configured to support the organ or tissue within the portable housing while allowing effluent medical fluid to pass through the organ or tissue, wherein the portable housing is configured to be received by at least one of a perfusion device, a transporter and a diagnostic device, wherein the portable housing includes one or more openings configured to allow tubing to pass by way of the one or more openings and be connected to the organ or tissue, and wherein each of the lids includes an hydrophobic membrane which help maintain equal pressure between the inside and the outside of the portable housing, and wherein the portable housing includes a pressure control valve associated with the membrane allowing pressure inside the portable housing to be varied, and the pressure control valve being configured to restrict the rate at which external pressure changes are transmitted to the inside of the portable housing. • a portable housing, the portable housing including more than one lid that forms a substantially airtight seal with the portable housing; and • an organ or tissue supporting surface configured to support the organ or tissue within the portable housing while allowing effluent medical fluid to pass through the organ or tissue,