mhurhangee/ep-ind-claims huggingface dataset:
A surgical atherectomy apparatus for removing deposits such as plaque from an interior of a vessel, comprising: an outer member; a rotatable shaft positioned for rotational movement within the outer member, the rotatable shaft having a guidewire lumen extending therethrough and having a distal opening; and a rotatable tip (30, 30') having a longitudinal axis and mounted to the rotatable shaft for rotation about its longitudinal axis upon rotation of the rotatable shaft, the rotatable tip mounted to a distal portion of the rotatable shaft such that the distal opening of the lumen of the rotatable shaft is axially spaced from a distalmost end of the rotatable tip, the rotatable tip including a guidewire lumen for receiving a guidewire to enable over the wire insertion of the apparatus, characterised in that the rotatable tip (30, 30') has an inner lumen configured to cause fluid exiting the opening to contact the internal surface of the end wall of the tip, where it is then directed back towards a gap between the shaft and outer member for directing in a proximal direction deposits removed by the rotational movement of the rotatable tip and in that the rotatable tip (30, 30') includes a plurality of side openings (33, 33', 50) configured to aspirate deposits through the tip and to direct such particles through the gap between the shaft and the outer member.
Preservative preparation which comprises a) 1,2-benzisothiazolin-3-one, b) at least one 2-mercaptopyridine N-oxide salts selected from an alkali metal, an alkaline earth metal or zinc salt; c) at least one aromatic alcohol selected from phenoxyethanol, phenoxypropanols, benzyl alcohol and mixtures thereof. d) at least one alkali metal hydroxide where the preparation has a pH of at least 11. a) 1,2-benzisothiazolin-3-one, b) at least one 2-mercaptopyridine N-oxide salts selected from an alkali metal, an alkaline earth metal or zinc salt; c) at least one aromatic alcohol selected from phenoxyethanol, phenoxypropanols, benzyl alcohol and mixtures thereof. d) at least one alkali metal hydroxide
Foundation for an offshore structure, comprising: a tower having an anchoring section which is anchorable in a seabed and a connecting section arranged at the opposite end, wherein a power generating plant which is arrangable above the water surface is connectable to the connecting section of the tower; and wherein the foundation further comprises at least one restoring element, wherein the at least one restoring element is directly connectable to the tower or indirectly connectable via one or more transition pieces, characterized in that a natural frequency of the offshore structure is below an excitation from a simple number of revolution 1P of at least one exciting structural element, wherein the natural frequency of the offshore structure is below a frequency of 0.15 Hz, in particular below a frequency of 0.10 Hz, and wherein the at least one restoring element is designed in such a way that, in a tilted position of the tower in which the longitudinal extension direction of the tower runs outside a vertically extending axis, tensile and/or compressive forces are transmittable onto the tower by the at least one restoring element, so that the tower can be straightened up. a tower having an anchoring section which is anchorable in a seabed and a connecting section arranged at the opposite end, wherein a power generating plant which is arrangable above the water surface is connectable to the connecting section of the tower; and wherein the foundation further comprises at least one restoring element, wherein the at least one restoring element is directly connectable to the tower or indirectly connectable via one or more transition pieces, characterized in that a natural frequency of the offshore structure is below an excitation from a simple number of revolution 1P of at least one exciting structural element, wherein the natural frequency of the offshore structure is below a frequency of 0.15 Hz, in particular below a frequency of 0.10 Hz, and wherein the at least one restoring element is designed in such a way that, in a tilted position of the tower in which the longitudinal extension direction of the tower runs outside a vertically extending axis, tensile and/or compressive forces are transmittable onto the tower by the at least one restoring element, so that the tower can be straightened up.
An apparatus comprising: a processor configured to; present, on a display, a first and second application so that the second application, including controls of the second application, is transparently presented over the first application wherein the first and second applications are active applications such that the processor is configured to run the first and second applications to provide for simultaneous operation by the user, and wherein the processor is configured to operate the first application through input received from a first user input means and operate the second application through input received from a second user input means, wherein the first user input means and the second user input means (210, 230, 231, 232, 233, 234, 410, 410', 420', 430, 431, 432, 433, 434, 435, 450, 220, 607) are different from each other. a processor configured to; present, on a display, a first and second application so that the second application, including controls of the second application, is transparently presented over the first application wherein the first and second applications are active applications such that the processor is configured to run the first and second applications to provide for simultaneous operation by the user, and wherein the processor is configured to operate the first application through input received from a first user input means and operate the second application through input received from a second user input means, wherein the first user input means and the second user input means (210, 230, 231, 232, 233, 234, 410, 410', 420', 430, 431, 432, 433, 434, 435, 450, 220, 607) are different from each other.
Print head adjustment device for an inkjet printer, comprising an adjustment adapter and a print head with a printing side which extends in an X-Y plane, the adjustment adapter being designed for receiving an individual print head and for fastening to a frame of a print head module, the adjustment adapter comprising a receiving means which can be adjusted in the X-Y plane and in which a fixed end of the print head is received, and a loose end of the print head being mounted on the adjustment adapter such that it can be displaced in the X-direction and such that it can be rotated about a rotational axis which is perpendicular with respect to the X-Y plane.
A computer-implemented method, the method comprising: receiving, at a receiver node in a blockchain transaction acceleration system, a first transaction sent through a first node in a blockchain; receiving, at the receiver node in the blockchain transaction acceleration system, a plurality of second transactions, each second transaction being a duplicate of the first transaction, each respective second transaction of the plurality of second transactions sent by the first node to a respective second node (308, 310, 312) of a plurality of second nodes in the blockchain, wherein each respective second node of the plurality of second nodes is different from the first node, each respective second transaction of the plurality of second transactions being forwarded by the respective second node (308, 310, 312) to the receiver node; executing, by the blockchain transaction acceleration system, a first-received transaction among received transactions that include the first transaction and the plurality of second transactions; and upon determining, by the blockchain transaction acceleration system, that remaining transactions of the received transactions are identical to the first-received transaction, discarding the remaining transactions. receiving, at a receiver node in a blockchain transaction acceleration system, a first transaction sent through a first node in a blockchain; receiving, at the receiver node in the blockchain transaction acceleration system, a plurality of second transactions, each second transaction being a duplicate of the first transaction, each respective second transaction of the plurality of second transactions sent by the first node to a respective second node (308, 310, 312) of a plurality of second nodes in the blockchain, wherein each respective second node of the plurality of second nodes is different from the first node, each respective second transaction of the plurality of second transactions being forwarded by the respective second node (308, 310, 312) to the receiver node; executing, by the blockchain transaction acceleration system, a first-received transaction among received transactions that include the first transaction and the plurality of second transactions; and upon determining, by the blockchain transaction acceleration system, that remaining transactions of the received transactions are identical to the first-received transaction, discarding the remaining transactions.
A lighting device comprising: a case comprising a bottom plate; a side wall substantially vertically extending from both ends of the bottom plate; and a louver inclined from both ends of the side wall with respect to a surface of the side wall, characterized by further comprising: a light emitter comprising a substrate seated on the bottom plate and a plurality of light emitting diodes mounted on the substrate; a reflector reflecting light emitted from the light emitter and comprising a bottom reflector having a plurality of holes into which the plurality of the light emitting diodes are inserted and a side reflector extending from the both sides of the bottom reflector; and a diffuser plate being spaced apart from and in parallel with the substrate of the light emitter and having its both ends arranged at the both ends of the side wall of the case, wherein the side wall of the case comprises a coupling groove being formed at both ends thereof and allowing the both ends thereof to be coupled to the diffuser plate, wherein the reflector further comprises a fixing protrusion extending from both ends of the side reflector, and wherein the fixing protrusion is inserted into the coupling groove. a case comprising a bottom plate; a side wall substantially vertically extending from both ends of the bottom plate; and a louver inclined from both ends of the side wall with respect to a surface of the side wall, characterized by further comprising: a light emitter comprising a substrate seated on the bottom plate and a plurality of light emitting diodes mounted on the substrate; a bottom plate; a side wall substantially vertically extending from both ends of the bottom plate; and a louver inclined from both ends of the side wall with respect to a surface of the side wall, characterized by further comprising: a light emitter comprising a substrate seated on the bottom plate and a plurality of light emitting diodes mounted on the substrate; a reflector reflecting light emitted from the light emitter and comprising a bottom reflector having a plurality of holes into which the plurality of the light emitting diodes are inserted and a side reflector extending from the both sides of the bottom reflector; and a diffuser plate being spaced apart from and in parallel with the substrate of the light emitter and having its both ends arranged at the both ends of the side wall of the case, wherein the side wall of the case comprises a coupling groove being formed at both ends thereof and allowing the both ends thereof to be coupled to the diffuser plate, wherein the reflector further comprises a fixing protrusion extending from both ends of the side reflector, and wherein the fixing protrusion is inserted into the coupling groove. wherein the side wall of the case comprises a coupling groove being formed at both ends thereof and allowing the both ends thereof to be coupled to the diffuser plate, wherein the reflector further comprises a fixing protrusion extending from both ends of the side reflector, and wherein the fixing protrusion is inserted into the coupling groove.
A non-aqueous pharmaceutical composition, comprising: a therapeutically effective amount of an active pharmaceutical ingredient compound represented by the following structural formula at least one acidifying agent; and a vehicle base which is at least one pharmaceutically acceptable non-aqueous solvent, wherein n is 5, 6 or 7, R 1 and R 2 are each independently hydrogen, halogen, an aliphatic group, a heteroaliphatic group, an aryl, a heteroaryl; -OR A; -C R A; -C N(R A) 2; -CO 2 R A; -CN; -SCN; -SR A; -SOR A; -SO 2 R A; -NO 2; -N(R A) 2; -NHR A; -NR A C R A; or -C(R A) 3; and wherein R A for each occurrence is, independently, a hydrogen, an aliphatic group, a heteroaliphatic group, an acyl moiety, an aryl moiety, a heteroaryl moiety, alkoxy, aryloxy, alkylthio, arylthio, amino, alkylamino, dialkylamino, heteroaryloxy, or heteroarylthio moiety, and when an aliquot of the composition is diluted with water to about 10% by volume, the aliquot so diluted has a pH of from about 3 to about 5. a therapeutically effective amount of an active pharmaceutical ingredient compound represented by the following structural formula at least one acidifying agent; and a vehicle base which is at least one pharmaceutically acceptable non-aqueous solvent, n is 5, 6 or 7, R 1 and R 2 are each independently hydrogen, halogen, an aliphatic group, a heteroaliphatic group, an aryl, a heteroaryl; -OR A; -C R A; -C N(R A) 2; -CO 2 R A; -CN; -SCN; -SR A; -SOR A; -SO 2 R A; -NO 2; -N(R A) 2; -NHR A; -NR A C R A; or -C(R A) 3; and wherein R A for each occurrence is, independently, a hydrogen, an aliphatic group, a heteroaliphatic group, an acyl moiety, an aryl moiety, a heteroaryl moiety, alkoxy, aryloxy, alkylthio, arylthio, amino, alkylamino, dialkylamino, heteroaryloxy, or heteroarylthio moiety, and when an aliquot of the composition is diluted with water to about 10% by volume, the aliquot so diluted has a pH of from about 3 to about 5.
A method for exchanging delay-tolerant data content or in-advance data content between a user terminal and a communication network with which the user terminal communicates, the method comprising: storing the delay-tolerant data content or in-advance data content into a network cache of the communication network, wherein the communication network includes a core network, a base station, and the network cache, wherein the network cache is located within the communication network so that the network cache can communicate directly with the base station to receive radio information via an interface to the base station; gathering at the network cache network information related to a status of the communication network, wherein the network information includes current radio conditions; receiving user terminal information at the network cache from a user cache located outside the communication network at the user terminal, the user cache controlled only by the user terminal and the user terminal information containing information about conditions determined by the user terminal that affect when transfer of the delay-tolerant content or in-advance data content should occur; and transferring the delay-tolerant data content or in-advance data content from the network cache to the user cache based on a determination by the network cache using both the network information and the user terminal information. storing the delay-tolerant data content or in-advance data content into a network cache of the communication network, wherein the communication network includes a core network, a base station, and the network cache, wherein the network cache is located within the communication network so that the network cache can communicate directly with the base station to receive radio information via an interface to the base station; gathering at the network cache network information related to a status of the communication network, wherein the network information includes current radio conditions; receiving user terminal information at the network cache from a user cache located outside the communication network at the user terminal, the user cache controlled only by the user terminal and the user terminal information containing information about conditions determined by the user terminal that affect when transfer of the delay-tolerant content or in-advance data content should occur; and transferring the delay-tolerant data content or in-advance data content from the network cache to the user cache based on a determination by the network cache using both the network information and the user terminal information.
A method for determining variables for the position and the orientation of the cornea of an eye, comprising the following steps: generating linear structures on the iris of the eye by means of a projector; recording a first image of the eye with the linear structures by means of a camera; characterized in the method comprising the following steps: determining with a control device, by means of a correlation of the linear structures on the iris of the eye of the first image with a line template, a distance and parameters characterizing the orientation of the linear structures relative to the camera, wherein the iris is assumed to be planar. generating linear structures on the iris of the eye by means of a projector; recording a first image of the eye with the linear structures by means of a camera; characterized in the method comprising the following steps: determining with a control device, by means of a correlation of the linear structures on the iris of the eye of the first image with a line template, a distance and parameters characterizing the orientation of the linear structures relative to the camera, wherein the iris is assumed to be planar.
An oral care implement comprising a head and a handle, the head comprising a first face and a second face, wherein the first face includes a plurality of cleaning elements extending therefrom, and wherein the second face is located on an opposite side of the head to the first face, wherein the head has a length in a direction along a longitudinal axis (X 1 -X 2) of the handle, and a width perpendicular to the length, the head having a proximal section adjacent to the handle and a distal section remote from the handle, the proximal section having a first maximum width and the distal section having a second maximum width, wherein the second maximum width is less than the first maximum width, wherein the second face comprises a tissue cleanser, the tissue cleanser extending over a distal-most edge of the head and forming a ridge located on the distal-most edge of the head; wherein the tissue cleanser further comprises a plurality of nubs extending from the second face; and wherein the ridge is divided into a plurality of sections across the width of the distal-most edge of the head by at least one notch; characterized in that the at least one notch extends across a portion of the second face from a distal-most end of the distal section of the head towards the proximal section.
A method of controlling a turbofan engine, the turbofan engine including a rotating shaft coupling a turbine to a compressor and driving a fan through a geared architecture and a second rotating shaft coupling a high pressure compressor to a high pressure turbine, the method comprising: measuring a first speed of the rotating shaft at a first location aft of the geared architecture; measuring a second speed of a fan drive shaft driven by the geared architecture and rotating at a speed different than the rotating shaft; calculating an expected difference in the speed of the rotating shaft and the fan drive shaft based on a gear ratio of the geared architecture; determining that one of the rotating shaft and the fan drive shaft are outside predefined deformation limits responsive to a difference between an actual difference between the first and second speeds and the calculated expected difference; and sensing a speed of the second rotating shaft at more than one location and determining a deformation beyond the predefined limit in the second rotating shaft responsive to a difference in measured speed at the more than one locations exceeding a predetermined range. measuring a first speed of the rotating shaft at a first location aft of the geared architecture; measuring a second speed of a fan drive shaft driven by the geared architecture and rotating at a speed different than the rotating shaft; calculating an expected difference in the speed of the rotating shaft and the fan drive shaft based on a gear ratio of the geared architecture; determining that one of the rotating shaft and the fan drive shaft are outside predefined deformation limits responsive to a difference between an actual difference between the first and second speeds and the calculated expected difference; and sensing a speed of the second rotating shaft at more than one location and determining a deformation beyond the predefined limit in the second rotating shaft responsive to a difference in measured speed at the more than one locations exceeding a predetermined range.
A device with an atmospheric control valve for controlling the O 2 and CO 2 concentrations in the atmosphere inside a refrigerated transport container, requiring minimal intervention in its installation in refrigerated containers, the device being self-sufficient, compact, and reusable, wherein the device comprises a body with an elongated cylindrical shape; wherein the body comprises a body area with a cylindrical shape inside the body; a solenoid valve; a valve element; lower and upper flow ducts (24, 26); an electronics compartment inside the body comprising electrical, electronic and sensory elements, wherein the electronics compartment comprises sensors (42, 43) configured to detect O 2 and CO 2 concentrations to provide the solenoid valve with electrical signals regarding the behavior of the gases inside the refrigerated transport container, in order to open and close the valve element body to control the refrigerated transport container's atmosphere; a handling compartment inside the body comprising elements that handle the device; a lid compartment, which can be detached from the device's body and which is configured to seal the refrigerated transport container after the atmospheric control valve device is removed, in order to maintain controlled temperatures when the refrigerated transport container is used without the atmospheric control valve device, and a gas exchange compartment comprising two-way gas exchange media, controlled by the solenoid valve and by the natural pressure differences generated in the refrigerated transport container, wherein the gas exchange compartment includes a chamber which includes a central orifice through which a shaft passes to the body of the valve element; the chamber and the central orifice are formed by a central wall that surrounds this chamber forming and being part of the wall that forms the lower and upper flow ducts (24, 26); this central wall forms a central seat made up by a wall surrounding the shaft, characterized in that the chamber houses an elastic part, which is connected to the shaft of the valve element, and the central wall forms the central seat in such a way that the central seat comprises a rubber seal of the seat and the shaft whose edge coincides with the edge of the seal of the body of the valve element, allowing to isolate the system in order to contain the exchange of gases and therefore use the least possible energy to open and close the solenoid.