mhurhangee/patent-ind-claim-en huggingface dataset:
A system for managing occlusions during phacoemulsification surgery, the system comprising: a surgical console having at least one system bus communicatively connected to at least one computing processor capable of accessing at least one computing memory associated with the at least one computing processor; at least one vacuum source associated with the surgical console for providing a vacuum pressure between a minimum pressure and a maximum pressure; a phacoemulsification surgical handpiece having at the distal end at least one surgical tool and having near the proximate end a receiver for receiving an aspiration line from the surgical console; and an input means for receiving a first pressure threshold setting and a second pressure threshold setting, wherein the first pressure threshold setting is greater than the minimum pressure and less than the second pressure threshold setting and wherein the second pressure threshold setting is less than the maximum pressure; and characterised in that the surgical console is configured to provide a user of the surgical console with an alert when the vacuum pressure is greater than the first pressure threshold setting and automatically reduce the vacuum pressure when the second pressure threshold setting is exceeded. a surgical console having at least one system bus communicatively connected to at least one computing processor capable of accessing at least one computing memory associated with the at least one computing processor; at least one vacuum source associated with the surgical console for providing a vacuum pressure between a minimum pressure and a maximum pressure; a phacoemulsification surgical handpiece having at the distal end at least one surgical tool and having near the proximate end a receiver for receiving an aspiration line from the surgical console; and an input means for receiving a first pressure threshold setting and a second pressure threshold setting, wherein the first pressure threshold setting is greater than the minimum pressure and less than the second pressure threshold setting and wherein the second pressure threshold setting is less than the maximum pressure; and characterised in that the surgical console is configured to provide a user of the surgical console with an alert when the vacuum pressure is greater than the first pressure threshold setting and automatically reduce the vacuum pressure when the second pressure threshold setting is exceeded.
A DHODH inhibitor compound for use in a local ocular route administration in a method to treat an ocular disease, wherein the compound is
A synthesis method for the production of N-acyl glutathione, characterized in that it comprises an acylation step, during which, in a water solution with a pH ranging from 8 to 10, glutathione is caused to react with an anhydride with formula (RCO) 2 O with a formation of S,N-diacyl glutathione, and a subsequent S-acyl group selective alcoholysis step, during which the S,N-diacyl glutathione produced in the previous step is dissolved in an alkoxide/alcohol solution (R'O - /R'OH) and, subsequently, the obtained product is treated with a cation-exchange resin; R being H or a straight or branched hydrocarbon group with a number of carbon atoms ranging from C1 to C24; R' being a straight or branched radical hydrocarbon group with a number of carbon atoms ranging from C1 to C4.
device for polishing semiconductor wafers, comprising at least two polishing machines for simultaneous polishing of semiconductor wafers on both sides; one or more rotor discs , which lie on a polishing cloth of a respective lower polishing disc of the polishing machines and have recesses for receiving semiconductor discs ; a ceiling-mounted transport system for delivering a cassette containing semiconductor wafers to be polished; each of the polishing machines is associated with a vertical transport system for taking over the delivered cassette from the ceiling-mounted transport system and comprising an integrated wafer lifter for lifting the semiconductor wafers to be polished out of the cassette; a robot travelling independently to the at least two polishing machines and having a manipulator for taking over the semiconductor wafer to be polished from the wafer lifter , for inserting the semiconductor wafer to be polished into one of the recesses and, after completion of a polish, for lifting the polished semiconductor wafer out of the recess ; associated with each of said polishing machines , an x/y linear unit having a wafer gripper for picking up the polished wafer from the manipulator of the self-propelled robot and depositing the polished wafer into a wet transport container having an integrated wafer receptacle; and a driverless transport vehicle for transporting the wet transport container to a cleaning system for polished semiconductor wafers. at least two polishing machines for simultaneous polishing of semiconductor wafers on both sides; one or more rotor discs , which lie on a polishing cloth of a respective lower polishing disc of the polishing machines and have recesses for receiving semiconductor discs ; a ceiling-mounted transport system for delivering a cassette containing semiconductor wafers to be polished; each of the polishing machines is associated with a vertical transport system for taking over the delivered cassette from the ceiling-mounted transport system and comprising an integrated wafer lifter for lifting the semiconductor wafers to be polished out of the cassette; a robot travelling independently to the at least two polishing machines and having a manipulator for taking over the semiconductor wafer to be polished from the wafer lifter , for inserting the semiconductor wafer to be polished into one of the recesses and, after completion of a polish, for lifting the polished semiconductor wafer out of the recess ; associated with each of said polishing machines , an x/y linear unit having a wafer gripper for picking up the polished wafer from the manipulator of the self-propelled robot and depositing the polished wafer into a wet transport container having an integrated wafer receptacle; and a driverless transport vehicle for transporting the wet transport container to a cleaning system for polished semiconductor wafers.
A method of deforming a layer of granular medium , the method comprising a step of burying at least one flexible envelope comprising a variable internal volume at a predetermined depth in the granular medium , and a step of varying the internal volume of said envelope between a first volume and a second volume greater than the first volume so as to raise or lower the layer of granular medium above the envelope .
Device for automatic control of a stopper casting device in vacuum induction casting equipment in dependence on the height of the melt bath surface within a casting mould or a tundish or a pouring ladle with use of at least one optical and/or acoustic measuring method and through adjustment of a stopper rod of the stopper casting device in at least one axis with respect to a nozzle, wherein the vacuum induction casting device comprises a storage chamber and a forehearth communicating with the storage chamber , which define a volume for reception of the melt, wherein at least one stopper casting device for regulation of the melt bath surface within the casting mould or the tundish or the pouring ladle is provided in the forehearth , comprising at least one adjustable stopper rod which co-operates with a casting nozzle of the vacuum induction casting device , at least one drive for the stopper rod , means for detecting the melt bath surface within the casting mould or the tundish or the pouring ladle and means for controlling the setting of the stopper rod in dependence on the melt bath surface, wherein the stopper rod is configured to be axially and radially adjustable, wherein the stopper rod is guided in a stopper chamber which is arranged outside a storage volume of the vacuum induction casting device and is configured for the purpose of guiding and/or receiving the stopper rod under vacuum and/or under a protective gas atmosphere and wherein the stopper chamber is gas-tightly flange-mounted on a connection of the vacuum induction casting equipment .
A flexible pharmaceutical bag for lyophilizing a pharmaceutical product within said bag comprising: a front film ; a back film ; an outer seal joining the front film to the back film around a perimeter of the pharmaceutical bag so as to form: a first chamber configured to hold a lyophilized pharmaceutical product; a second chamber separated from the first chamber , the second chamber configured to hold a reconstituting solution for reconstituting the lyophilized pharmaceutical product in the first chamber ; the bag further comprising: a seal disposed between the first chamber and the second chamber that separates and seals the first chamber from the second chamber ; and a first port attached to the first chamber , the first port configured to introduce a pharmaceutical product into the first chamber and allow passage of water vapor from the pharmaceutical product during lyophilization of the pharmaceutical product. a front film ; a back film ; an outer seal joining the front film to the back film around a perimeter of the pharmaceutical bag so as to form: a first chamber configured to hold a lyophilized pharmaceutical product; a second chamber separated from the first chamber , the second chamber configured to hold a reconstituting solution for reconstituting the lyophilized pharmaceutical product in the first chamber ; the bag further comprising: a seal disposed between the first chamber and the second chamber that separates and seals the first chamber from the second chamber ; and a first port attached to the first chamber , the first port configured to introduce a pharmaceutical product into the first chamber and allow passage of water vapor from the pharmaceutical product during lyophilization of the pharmaceutical product. a first chamber configured to hold a lyophilized pharmaceutical product; a second chamber separated from the first chamber , the second chamber configured to hold a reconstituting solution for reconstituting the lyophilized pharmaceutical product in the first chamber ; the bag further comprising: a seal disposed between the first chamber and the second chamber that separates and seals the first chamber from the second chamber ; and a first port attached to the first chamber , the first port configured to introduce a pharmaceutical product into the first chamber and allow passage of water vapor from the pharmaceutical product during lyophilization of the pharmaceutical product. a seal disposed between the first chamber and the second chamber that separates and seals the first chamber from the second chamber ; and a first port attached to the first chamber , the first port configured to introduce a pharmaceutical product into the first chamber and allow passage of water vapor from the pharmaceutical product during lyophilization of the pharmaceutical product.
A laundry treatment apparatus comprising: a receiving unit configured to receive laundry; an introduction port configured to allow the receiving unit to communicate with an outside of the laundry treatment apparatus; a door configured to open and close the introduction port ; an actuation unit provided at the door and configured to move between a first position and a second position; and a fixing unit that is configured to fix the door to the introduction port by an attractive force based on the actuation unit being positioned at the first position, and that is configured to separate the door from the introduction port based on the actuation unit being positioned at the second position, characterized in that the actuation unit comprises an actuation body that is provided at the door and configured to move between the first position and the second position, a magnetic body fixed to the actuation body , and a non-magnetic body fixed to the actuation body , in that the fixing unit comprises a magnet fixed to the receiving unit , in that the magnetic body is configured to face the magnet when the actuation body is moved to the first position, and in that non-magnetic body is configured to face the magnet when the actuation body is moved to the second position. a receiving unit configured to receive laundry; an introduction port configured to allow the receiving unit to communicate with an outside of the laundry treatment apparatus; a door configured to open and close the introduction port ; an actuation unit provided at the door and configured to move between a first position and a second position; and a fixing unit that is configured to fix the door to the introduction port by an attractive force based on the actuation unit being positioned at the first position, and that is configured to separate the door from the introduction port based on the actuation unit being positioned at the second position, characterized in that the actuation unit comprises an actuation body that is provided at the door and configured to move between the first position and the second position, a magnetic body fixed to the actuation body , and a non-magnetic body fixed to the actuation body , in that the fixing unit comprises a magnet fixed to the receiving unit , in that the magnetic body is configured to face the magnet when the actuation body is moved to the first position, and in that non-magnetic body is configured to face the magnet when the actuation body is moved to the second position.
A flexible boron nitride nanoribbon aerogel, comprising an interconnected three-dimensional porous network structure, wherein the interconnected three-dimensional porous network structure is formed by mutually twining and contacting boron nitride nanoribbons and consists of macropores having a pore diameter of more than 50 nm, mesopores having a pore diameter of 2-50 nm and micropores having a pore diameter of less than 2 nm and wherein the flexible boron nitride nanoribbon aerogel has a thermal conductivity of 0.025-0.5W/mK.
A method for testing a wiring of at least one current transformer and at least one voltage transformer of a device of an electrical energy system , comprising applying a first test signal to a secondary side of a voltage transformer and impressing a second test signal into a primary side of a current transformer , wherein the first test signal and the second test signal are generated at the same time, and evaluating a response of the device to the first test signal and the second test signal. impressing a second test signal into a primary side of a current transformer , wherein the first test signal and the second test signal are generated at the same time, and evaluating a response of the device to the first test signal and the second test signal.
Electrical cable harness plug , comprising a housing part comprising cavities for receiving electric contact elements and a fastening device to fasten a cable harness , comprising the electrical contact elements, the electrical cable harness plug furthermore comprising a cover to protect the contact elements, wherein a housing transition portion of the housing part and a cover transition portion of the cover cooperate with each other, to define a tube shaped guiding channel for guiding the cable harness through, wherein the fastening device comprises means adapted to cooperate with a cable tie such that it guides and holds the cable tie in a holding direction (Y) perpendicular to an extension direction (X) of the guiding channel , wherein the cable tie is movable through an opening of the fastening device and around the cable harness , characterized in that the fastening device is arranged inside the guiding channel , wherein the fastening device comprises at least one handle , comprising a first protrusion and a second protrusion protruding, spaced apart from each other by a first distance , from the housing transition portion into the guiding channel , a handle bar connects the free end of the first protrusion and the free end of the second protrusion in a second distance from the housing transition portion , wherein the first protrusion and the second protrusion are arranged in a row along the extension direction (X) of the guiding channel .
Hydraulic device for degassing and dewatering a hydraulic oil, comprising: a pressure source , an air source, a flow channel , a nozzle-shaped throttle point ; wherein the outlet of the nozzle coincides with the centre axis of the flow channel, wherein hydraulic oil to be degassed flows from the pressure source via the throttle point , wherein the quantity of liquid flowing via the throttle point and the throughflow cross section of the throttle point are coordinated with each other such that a cavitation or supercavitation zone is formed downstream of the throttle point , wherein the device comprises an air path , one end of which is connected to the air source, and the other end of which is situated downstream of the throttle point directly in or at the cavitation or supercavitation zone, with the result that air can be introduced into the hydraulic oil from the outside via the air path .
A method of generating a self-test signal (RF TEST ) for a receiver of radiofrequency signals wherein a local oscillator signal (TX/LO) is generated for mixing with a reception signal , the method including: - applying frequency division to said local oscillator signal (TX/LO) to produce a frequency-divided signal (f DIV ), - providing a signal generator (222; 320a) for generating said self-test signal (RF TEST ), - generating said self-test signal (RF TEST ) by operating said signal generator (222; 320a) with operation of said signal generator (222; 320a) monitored or controlled via said frequency-divided signal (f DIV ), - generating (226, 226a; 326, 326a) a test flag signal when: a) both said local oscillator signal (TX/LO) and said self-test signal (RF TEST ) oscillate at expected frequencies, or b) said self-test signal (RF TEST ) is locked in frequency with said local oscillator signal (TX/LO), - generating said local oscillator signal (TX/LO) via a first oscillator , - generating via a second oscillator (222; 320a) a further oscillating signal to provide said self-test signal (RF TEST ) with operation of said second oscillator (222; 320a) monitored or controlled via said frequency-divided signal (f DIV ), - setting the frequency of said first oscillator with a coarse signal (V COARSE ), and - finely tuning the frequency of said first oscillator with a fine tuning signal (V EINS ). - applying frequency division to said local oscillator signal (TX/LO) to produce a frequency-divided signal (f DIV ), - providing a signal generator (222; 320a) for generating said self-test signal (RF TEST ), - generating said self-test signal (RF TEST ) by operating said signal generator (222; 320a) with operation of said signal generator (222; 320a) monitored or controlled via said frequency-divided signal (f DIV ), - generating (226, 226a; 326, 326a) a test flag signal when: a) both said local oscillator signal (TX/LO) and said self-test signal (RF TEST ) oscillate at expected frequencies, or b) said self-test signal (RF TEST ) is locked in frequency with said local oscillator signal (TX/LO), a) both said local oscillator signal (TX/LO) and said self-test signal (RF TEST ) oscillate at expected frequencies, or b) said self-test signal (RF TEST ) is locked in frequency with said local oscillator signal (TX/LO), - generating said local oscillator signal (TX/LO) via a first oscillator , - generating via a second oscillator (222; 320a) a further oscillating signal to provide said self-test signal (RF TEST ) with operation of said second oscillator (222; 320a) monitored or controlled via said frequency-divided signal (f DIV ), - setting the frequency of said first oscillator with a coarse signal (V COARSE ), and - finely tuning the frequency of said first oscillator with a fine tuning signal (V EINS ).
A building management system of an occupiable structure having an elevator system comprises: an elevator video display ; a building computing device including a computer processor and a computer readable storage medium ; a building status system configured to send real-time building condition signals to the building computing device , and wherein the building computing device is configured to process the real-time building condition signals and output an associated information signal for display on the elevator video display ; and an elevator service computing device including a second computer processor and a second computer readable storage medium , wherein the elevator service computing device is configured to send a communication signal to the elevator video display indicative of elevator service. an elevator video display ; a building computing device including a computer processor and a computer readable storage medium ; a building status system configured to send real-time building condition signals to the building computing device , and wherein the building computing device is configured to process the real-time building condition signals and output an associated information signal for display on the elevator video display ; and an elevator service computing device including a second computer processor and a second computer readable storage medium , wherein the elevator service computing device is configured to send a communication signal to the elevator video display indicative of elevator service.
A method for depositing conductive lines on a substrate comprising: coating a layer of material having a low thermal conductivity over the substrate depositing a film of conductive ink over the layer of material having the low thermal conductivity; and sintering the film of conductive ink, characterised in that the layer of material having a low thermal conductivity has a thickness of at least 2.3 μm. coating a layer of material having a low thermal conductivity over the substrate depositing a film of conductive ink over the layer of material having the low thermal conductivity; and sintering the film of conductive ink, characterised in that the layer of material having a low thermal conductivity has a thickness of at least 2.3 μm.
Method for controlling a parking brake system for a vehicle combination having a tractor and a trailer , wherein the method has the following steps: reading a parking signal ; providing an activation signal in response to the parking signal to a valve assembly in order to transfer a tractor parking brake and a trailer service brake into an activated state; characterised in that the method further has the following steps: reading a trailer release signal ; and providing a detach signal in response to the trailer release signal to the valve assembly in order to transfer the trailer service brake from the activated state into a deactivated state, wherein the tractor parking brake is left in the activated state. reading a parking signal ; providing an activation signal in response to the parking signal to a valve assembly in order to transfer a tractor parking brake and a trailer service brake into an activated state; characterised in that the method further has the following steps: reading a trailer release signal ; and providing a detach signal in response to the trailer release signal to the valve assembly in order to transfer the trailer service brake from the activated state into a deactivated state, wherein the tractor parking brake is left in the activated state. reading a trailer release signal ; and providing a detach signal in response to the trailer release signal to the valve assembly in order to transfer the trailer service brake from the activated state into a deactivated state, wherein the tractor parking brake is left in the activated state.