mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter device for thrombus aspiration comprising: an inflatable member ; a carrier catheter having a proximal end and a distal end adapted to be inserted percutaneously into an artery, the carrier catheter forming an outer jacket of the catheter device having a tubular body, the inflatable member fixed to the distal end of the carrier catheter; an inflating tube passing through the tubular body and having an open front end in fluid communication with the inflatable member to inflate same; an infusion tube adapted to infuse pharmacologic agents, the infusion tube passing through the tubular body and having an open front end extending beyond the inflatable member; and an aspiration tube , the aspiration tube passing through the tubular body and having an open front end; ; wherein the open front end of the infusion tube is located distally to the inflatable member such that it can be located distally of the thrombus during deployment to infuse pharmacologic agents downstream of the thrombus; wherein the inflatable member can be inflated proximally to the thrombus; wherein the open front end of the aspiration tube can be located on the distal end of the carrier catheter and proximally to the thrombus to aspire the thrombus. an inflatable member ; a carrier catheter having a proximal end and a distal end adapted to be inserted percutaneously into an artery, the carrier catheter forming an outer jacket of the catheter device having a tubular body, the inflatable member fixed to the distal end of the carrier catheter; an inflating tube passing through the tubular body and having an open front end in fluid communication with the inflatable member to inflate same; an infusion tube adapted to infuse pharmacologic agents, the infusion tube passing through the tubular body and having an open front end extending beyond the inflatable member; and an aspiration tube , the aspiration tube passing through the tubular body and having an open front end; ; wherein the open front end of the infusion tube is located distally to the inflatable member such that it can be located distally of the thrombus during deployment to infuse pharmacologic agents downstream of the thrombus; wherein the inflatable member can be inflated proximally to the thrombus; wherein the open front end of the aspiration tube can be located on the distal end of the carrier catheter and proximally to the thrombus to aspire the thrombus.
Method for mechanically and electrically joining electrical conductors made of copper, aluminium, steel or any other electrically conductive material, whereby the method comprises the following steps: - welding the ends of the electrical conductors to be joined, so defining a welding area; - pre-shaping of a reinforcement bush , by causing a deformation of a flat sheet of conductive metal until it becomes cylindrical but without closing the edges of the reinforcement bush , leaving an angle α between the edges ; - inserting the welded conductors between the edges into the pre-shaped reinforcement bush ; - fitting the pre-shaped reinforcement bush to surround the welding area; - progressive shaping of the pre-shaped reinforcement bush with the welded conductors placed inside until the final diameter of the reinforcement bush is the same as of the conductor; and - welding of the edges of the reinforcement bush with the welded conductors placed inside. - welding the ends of the electrical conductors to be joined, so defining a welding area; - pre-shaping of a reinforcement bush , by causing a deformation of a flat sheet of conductive metal until it becomes cylindrical but without closing the edges of the reinforcement bush , leaving an angle α between the edges ; - inserting the welded conductors between the edges into the pre-shaped reinforcement bush ; - fitting the pre-shaped reinforcement bush to surround the welding area; - progressive shaping of the pre-shaped reinforcement bush with the welded conductors placed inside until the final diameter of the reinforcement bush is the same as of the conductor; and - welding of the edges of the reinforcement bush with the welded conductors placed inside.
A method for the approximate determination of voltages at a high voltage side of a transformer on the basis of measured voltages at a low voltage side of the transformer , comprising the following steps: - Measuring delta voltages (uo) and string voltages (u Y ) and phase angles (Φ Y ) at the low voltage side of the transformer ; - Transforming the string voltages (u Y ) and phase angles (Φ Y ) into positive and negative sequence voltages (u + , u - ) and phase angles (Φ + , Φ - ) of the positive and negative sequence systems, respectively, at the low voltage side; - Determining positive and negative sequence voltages (u*+, u*-) and phase angles (Φ ∗ + , (Φ ∗ - ) of the positive and negative sequence systems, respectively, at the high voltage side from the positive and negative sequence voltages (u+, u-) and phase angles (Φ + , Φ - ) of the positive and negative sequence systems, respectively, at the low voltage side; - Determining estimates of a zero-sequence voltage (u* 0 ) and a phase angle (Φ* 0 ) of a zero-sequence system at the high voltage side from the measured delta voltages (uo) and string voltages (u Y ) and phase angles (Φ Y ) at the low voltage side; - Transforming the positive, negative and zero sequence voltages (u*+, u*-, u* 0 ) and the phase angles (Φ ∗ + , Φ ∗ - ) into string voltages and/or delta voltages at the high voltage side of the transformer . - Measuring delta voltages (uo) and string voltages (u Y ) and phase angles (Φ Y ) at the low voltage side of the transformer ; - Transforming the string voltages (u Y ) and phase angles (Φ Y ) into positive and negative sequence voltages (u + , u - ) and phase angles (Φ + , Φ - ) of the positive and negative sequence systems, respectively, at the low voltage side; - Determining positive and negative sequence voltages (u*+, u*-) and phase angles (Φ ∗ + , (Φ ∗ - ) of the positive and negative sequence systems, respectively, at the high voltage side from the positive and negative sequence voltages (u+, u-) and phase angles (Φ + , Φ - ) of the positive and negative sequence systems, respectively, at the low voltage side; - Determining estimates of a zero-sequence voltage (u* 0 ) and a phase angle (Φ* 0 ) of a zero-sequence system at the high voltage side from the measured delta voltages (uo) and string voltages (u Y ) and phase angles (Φ Y ) at the low voltage side; - Transforming the positive, negative and zero sequence voltages (u*+, u*-, u* 0 ) and the phase angles (Φ ∗ + , Φ ∗ - ) into string voltages and/or delta voltages at the high voltage side of the transformer .
A machine for dispensing a product, in particular liquid, stored in a container , said machine comprising a storage zone delimiting a plurality of locations for receiving a container , a metering station delimiting a chamber housing a support for receiving a collecting vessel , this support being positioned vertically aligned with and below at least one opening providing access to the chamber , positioned in a so-called top part of the chamber , the machine also comprising a system for emptying each location for receiving a container through the at least one access opening formed in the top part of the chamber of the metering station and a unit for driving the machine , the metering station comprising at least one sensor for detecting the presence of a collecting vessel inside said chamber , the driving unit being configured to control the machine at least as a function of the data supplied by the sensor for detecting the presence of a collecting vessel inside said chamber and the metering station being equipped with a gaseous fluid circulation circuit , the gaseous fluid circulation circuit being a circuit for connecting the chamber with the outside of said chamber , this fluid circulation circuit comprising a forced air circulation device or being equipped with a coupling that can be connected to a forced air circulation device , characterized in that the support for receiving a collecting vessel is mounted to be movable up and down inside the chamber in the direction toward or away from the at least one opening providing access to the chamber formed in the top part of the chamber of the metering station , in that the gaseous fluid circulation circuit connecting the chamber with the outside of said chamber is connected to the chamber at the opening providing access to the chamber positioned in the top part of the chamber and emerges in said opening .
A device for vibration stimulation in a body cavity of a mammalian subject, the device comprising: an expandable stimulation member being arrangeable in a first state, in which the stimulation member is introducible into a body cavity of the subject, and a second state, in which the stimulation member is expanded to a volume such that an outer surface of the stimulation member is adapted to abut against body tissue in the body cavity and to impart vibrations to body tissue in the body cavity of the mammalian subject; a tubing in fluid communication with the expandable stimulation member, wherein the tubing is adapted to supply a flow of pressurized fluid to expand the stimulation member, wherein the stimulation member constitutes a fluid tight chamber for containing fluid supplied by the tubing, so as to prevent leakage of fluid into the body cavity; a vibration generator ; and a vibration controller adapted to control the vibration generator to bring the stimulation member to vibrate according to a vibration pattern; wherein the vibration pattern comprises a main periodic element of a first frequency and an excitation stimulus of a second frequency higher than the first frequency. an expandable stimulation member being arrangeable in a first state, in which the stimulation member is introducible into a body cavity of the subject, and a second state, in which the stimulation member is expanded to a volume such that an outer surface of the stimulation member is adapted to abut against body tissue in the body cavity and to impart vibrations to body tissue in the body cavity of the mammalian subject; a tubing in fluid communication with the expandable stimulation member, wherein the tubing is adapted to supply a flow of pressurized fluid to expand the stimulation member, wherein the stimulation member constitutes a fluid tight chamber for containing fluid supplied by the tubing, so as to prevent leakage of fluid into the body cavity; a vibration generator ; and a vibration controller adapted to control the vibration generator to bring the stimulation member to vibrate according to a vibration pattern; wherein the vibration pattern comprises a main periodic element of a first frequency and an excitation stimulus of a second frequency higher than the first frequency.
Gas supply unit for an exhaust gas analysis unit for the measurement of exhaust gases of internal combustion engines comprising a measuring device for analyzing sample gas, a calibration gas line (30; 32; 34), a purge gas line and a sample gas line , which open into a common connecting line via which a fluid communication with the measuring device can be established, stop valves in the calibration gas line (30; 32; 34), the purge gas line and the sample gas line , via which the sample gas flow, the calibration gas flow and the purge gas flow can be blocked or released, a pump for conveying the sample gas flow from an exhaust gas source , wherein the sample gas line between the respective measuring device and the calibration gas line (30; 32; 34) as well as the purge gas line opens into the connecting line , wherein a discharge nozzle is arranged at the end of the connecting line opposite the measuring device and a discharge line branches off from the connecting line , in which a discharge nozzle and a stop valve are arranged.
Shading device for a window of a motor vehicle, with a flexible sheet-like structure which is held on a winding shaft so as to be able to be wound up and unwound between a wound-up inoperative position and a stretched protective position, which winding shaft is mounted rotatably in a vehicle-mounted receiving space which is closable by a closing part which is mounted pivotably between a closed position and at least one opening position and which is held permanently in the closed position by means of a spring device, as long as no other and oppositely acting forces or torques act on the closing part , wherein the sheet-like structure is provided at its front end region in the unwinding direction with a dimensionally stable pull-out profile which is shiftable in parallel along the window by means of a drive system (12, M), characterized in that the closing part is forcibly controlled by means of a control mechanism between at least two different opening positions, of which a first opening position opens up an opening permitting passage of the pull-out profile , and a second opening position opens up a reduced opening which is selected to be of a size sufficient in order to permit the flexible sheet-like structure to pass through without contact.
A method of cutting an article from a substrate , comprising: focusing a pulsed laser beam into a laser beam focal line ; directing the laser beam focal line into the substrate at a first plurality of locations along a first predetermined path , the laser beam focal line generating an induced absorption within the substrate that produces a defect line within the substrate along the laser beam focal line at each location of the first plurality of locations, wherein the first predetermined path is a closed path; heating the substrate along the first predetermined path to propagate a crack through each defect line of the first plurality of locations, thereby isolating an interior plug from the substrate ; further characterised in ; heating the interior plug after the isolating so that at least a portion of the plug is heated to a temperature equal to or greater than a softening temperature of the substrate ; and allowing the interior plug to cool after the heating to remove the plug from the substrate . focusing a pulsed laser beam into a laser beam focal line ; directing the laser beam focal line into the substrate at a first plurality of locations along a first predetermined path , the laser beam focal line generating an induced absorption within the substrate that produces a defect line within the substrate along the laser beam focal line at each location of the first plurality of locations, wherein the first predetermined path is a closed path; heating the substrate along the first predetermined path to propagate a crack through each defect line of the first plurality of locations, thereby isolating an interior plug from the substrate ; further characterised in ; heating the interior plug after the isolating so that at least a portion of the plug is heated to a temperature equal to or greater than a softening temperature of the substrate ; and allowing the interior plug to cool after the heating to remove the plug from the substrate . heated to a temperature equal to or greater than a softening temperature of the substrate ; and allowing the interior plug to cool after the heating to remove the plug from the substrate .
A razor cartridge configured to secure at least one blade , wherein the razor cartridge comprises: a blade housing including a seat configured to receive the at least one blade ; a pair of side caps respectively disposed at opposite ends of the blade housing , wherein each side cap is configured to be engaged with a corresponding end of the blade housing ; and a plurality of bridges , wherein one or more bridges are disposed at each end of the blade housing and configured to provide a moveable connection between the side cap and the corresponding end of the blade housing , wherein the blade housing , the pair of side caps , and the one or more bridges are integrally formed, wherein each side cap is configured to secure the at least one blade to the blade housing when the side cap is engaged with the corresponding end of the blade housing , wherein each side cap is moveable via the one or more bridges from a first position spaced apart from the corresponding end of the blade housing to a second position engaged with the corresponding end of the blade housing , characterized in that the one or more bridges are configured to deform to shorten the length of the one or more bridges when the side cap is moved from the first position to the second position. a blade housing including a seat configured to receive the at least one blade ; a pair of side caps respectively disposed at opposite ends of the blade housing , wherein each side cap is configured to be engaged with a corresponding end of the blade housing ; and a plurality of bridges , wherein one or more bridges are disposed at each end of the blade housing and configured to provide a moveable connection between the side cap and the corresponding end of the blade housing , wherein the blade housing , the pair of side caps , and the one or more bridges are integrally formed, wherein each side cap is configured to secure the at least one blade to the blade housing when the side cap is engaged with the corresponding end of the blade housing , wherein each side cap is moveable via the one or more bridges from a first position spaced apart from the corresponding end of the blade housing to a second position engaged with the corresponding end of the blade housing , characterized in that the one or more bridges are configured to deform to shorten the length of the one or more bridges when the side cap is moved from the first position to the second position.
An rAAV particle comprising an AAV2 capsid protein with at least 90% identity to the protein set forth in SEQ ID NO:1 and a vector comprising a nucleic acid encoding a therapeutic protein inserted between a pair of AAV inverted terminal repeats for use in treating a lysosomal storage disease (LSD) in a non-rodent mammal, wherein the rAAV particle is to be administered to the non-rodent mammal by intraventricular injection / intracerebroventricular (ICV) delivery, wherein the non-rodent mammal is a primate, horse, sheep, goat, pig, or dog.
A method for decryption of system boot data including an encrypted operating system kernel, performed by a computing device, comprising: as directed by a Basic Input Output System, BIOS , executing and transferring control to an entity which is either a bootloader or a bootloader driver module into the computing device, performing, by the entity, as part of a boot process of the computing device, a key exchange with a server , to obtain a key; decrypting by the entity, said encrypted operating system kernel with the key, to generate a decrypted operating system kernel; executing and transferring control to said decrypted operating system kernel, characterized in that said key exchange is a Diffie Hellman key exchange performed using Dynamic Host Configuration Protocol, DHCP, Pre-boot execution Environment, PXE, option negotiation. as directed by a Basic Input Output System, BIOS , executing and transferring control to an entity which is either a bootloader or a bootloader driver module into the computing device, performing, by the entity, as part of a boot process of the computing device, a key exchange with a server , to obtain a key; decrypting by the entity, said encrypted operating system kernel with the key, to generate a decrypted operating system kernel; executing and transferring control to said decrypted operating system kernel, characterized in that said key exchange is a Diffie Hellman key exchange performed using Dynamic Host Configuration Protocol, DHCP, Pre-boot execution Environment, PXE, option negotiation.
A color photosensor structure comprising: a silicon semiconductor substrate ; and at least three junctions of regions with opposite polarities which are formed in the silicon semiconductor substrate, wherein the at least three junctions are arranged substantially vertically aligned with each other, characterized in that one of the junctions is a junction of a copper halide region of a first polarity and a silicon region of a second polarity a silicon semiconductor substrate ; and at least three junctions of regions with opposite polarities which are formed in the silicon semiconductor substrate, wherein the at least three junctions are arranged substantially vertically aligned with each other, characterized in that one of the junctions is a junction of a copper halide region of a first polarity and a silicon region of a second polarity
A refractory object comprising: a zircon body comprising zircon grains and an Al 2 O 3 rich intergranular phase, wherein the zircon body comprises: at least 2.1 wt.% and not greater than 5.5 wt.% of Al 2 O 3 for a total weight of the zircon body; at least 25 wt.% and not greater than 35 wt.% of SiO 2 component for a total weight of the zircon body; and wherein the Al 2 O 3 rich intergranular phase comprises a content of Al 2 O 3 of at least 40 wt.% and not greater than 95 wt.% for a total weight of the Al 2 O 3 rich intergranular phase as shown by wavelength dispersive X-ray spectroscopy or energy dispersive X-ray spectroscopy. a zircon body comprising zircon grains and an Al 2 O 3 rich intergranular phase, wherein the zircon body comprises: at least 2.1 wt.% and not greater than 5.5 wt.% of Al 2 O 3 for a total weight of the zircon body; at least 25 wt.% and not greater than 35 wt.% of SiO 2 component for a total weight of the zircon body; and at least 2.1 wt.% and not greater than 5.5 wt.% of Al 2 O 3 for a total weight of the zircon body; at least 25 wt.% and not greater than 35 wt.% of SiO 2 component for a total weight of the zircon body; and wherein the Al 2 O 3 rich intergranular phase comprises a content of Al 2 O 3 of at least 40 wt.% and not greater than 95 wt.% for a total weight of the Al 2 O 3 rich intergranular phase as shown by wavelength dispersive X-ray spectroscopy or energy dispersive X-ray spectroscopy.
An X-ray apparatus including an X-ray tube including a cathode part with a filament and an anode part with a target , a power source that supplies electricity to the X-ray tube , and a controlling mechanism that performs control involving controlling a filament current flowing through the filament to maintain constant a tube current flowing through the X-ray tube , characterized in that the X-ray apparatus comprises: a current monitoring mechanism that monitors a current value of at least one of the filament current and the tube current; a detecting mechanism that detects a mode of change in the current value acquired by the current monitoring mechanism , the mode of change including at least a frequency of a waveform which is generated by a time-series change in the current value; a determining mechanism that determines that a sign of breakage of the filament is present in case the frequency of the mode of change in the current value detected by the detecting mechanism is less than a predetermined threshold; and a warning mechanism that issues a warning based on the determination by the determining mechanism . a current monitoring mechanism that monitors a current value of at least one of the filament current and the tube current; a detecting mechanism that detects a mode of change in the current value acquired by the current monitoring mechanism , the mode of change including at least a frequency of a waveform which is generated by a time-series change in the current value; a determining mechanism that determines that a sign of breakage of the filament is present in case the frequency of the mode of change in the current value detected by the detecting mechanism is less than a predetermined threshold; and a warning mechanism that issues a warning based on the determination by the determining mechanism .