mhurhangee/ep-ind-claims huggingface dataset:
A composite stent graft comprising a tubular body with a lumen therethrough, the tubular body having a diameter and comprising a first end and a second end, an inside and an outside; a plurality of self radially expanding stents spaced apart on the tubular body and positioned on the outside of the tubular body towards the second end of the tubular body and a terminal self radially expanding stent on the inside of the tubular body at the second end of the tubular body; characterised in that the stent graft comprises a balloon radially expandable stent inside the first end of the tubular body, an extension portion of the balloon radially expandable stent extending longitudinally beyond the first end of the tubular body, wherein the extension portion of the balloon expandable stent can be expanded with a balloon to expand radially beyond the selected diameter of the tubular body; wherein the composite stent graft is a side branch stent graft for connection into a fenestration in a main graft.
A method for implementing instant message, IM, and E-mail interworking, comprising corresponding an IM user applying a service of IM and E-mail interworking to at least one E-mail address, either being constructed from an IM address of the IM user or being a pre-allocated E-mail address, and the method further comprising: determining, from a received IM, the E-mail address of a destination user, converting the IM into an E-mail, and sending the E-mail to the E-mail address of the destination user (202, 203); and determining, from an E-mail initiated by an E-mail receiver, the IM address of a destination user, converting the E-mail into an IM, and sending the IM to the IM address of the destination user (401, 402), characterized in that, the method further comprises: if the E-mail, when being converted into an IM, has a content of exceeding a size, e.g. 1300 bytes, of a pager mode IM, converting the content of the E-mail into two or more Message Session Relay Protocol, MSRP, messages. determining, from a received IM, the E-mail address of a destination user, converting the IM into an E-mail, and sending the E-mail to the E-mail address of the destination user (202, 203); and determining, from an E-mail initiated by an E-mail receiver, the IM address of a destination user, converting the E-mail into an IM, and sending the IM to the IM address of the destination user (401, 402), characterized in that, the method further comprises: if the E-mail, when being converted into an IM, has a content of exceeding a size, e.g. 1300 bytes, of a pager mode IM, converting the content of the E-mail into two or more Message Session Relay Protocol, MSRP, messages. if the E-mail, when being converted into an IM, has a content of exceeding a size, e.g. 1300 bytes, of a pager mode IM, converting the content of the E-mail into two or more Message Session Relay Protocol, MSRP, messages.
An organic light-emitting display device (100; 200), comprising: an organic light-emitting element on a first substrate; and a second substrate (150; 250) on the organic light-emitting element, wherein the second substrate (150; 250) is formed of a metal material; wherein the organic light-emitting display device (100; 200) further comprises: an encapsulation unit (140; 240) made of resin and covering the organic light-emitting element between the organic light emitting element and the second substrate to protect the organic light-emitting element against infiltration of moisture or oxygen and to bond the first substrate to the second substrate; a structure in which a driving film, which is disposed directly toward the second substrate (150; 250), having a driving chip mounted thereon, and is connected to a pad unit on the first substrate and to not be protruded further than the first substrate; a portion (180; 280) of the encapsulation unit (140; 240) between the second substrate (150; 250) and the driving film; and the portion of the encapsulation unit (140; 240) configured to reduce damage to the driving film caused by the second substrate (150; 250). an organic light-emitting element on a first substrate; and a second substrate (150; 250) on the organic light-emitting element, wherein the second substrate (150; 250) is formed of a metal material; wherein the organic light-emitting display device (100; 200) further comprises: an encapsulation unit (140; 240) made of resin and covering the organic light-emitting element between the organic light emitting element and the second substrate to protect the organic light-emitting element against infiltration of moisture or oxygen and to bond the first substrate to the second substrate; a structure in which a driving film, which is disposed directly toward the second substrate (150; 250), having a driving chip mounted thereon, and is connected to a pad unit on the first substrate and to not be protruded further than the first substrate; a portion (180; 280) of the encapsulation unit (140; 240) between the second substrate (150; 250) and the driving film; and the portion of the encapsulation unit (140; 240) configured to reduce damage to the driving film caused by the second substrate (150; 250).
Control device for a locking device (2, 6) arranged in or on a door or window of a building, preferably for a door drive and/or window drive and/or a hold-open device and/or a door lock and/or a door opener, comprising at least one, preferably switchable, output (32a, 32b) for controlling an actuator or an electromagnet or a motor of the locking device (2, 6), and a power supply connection for connecting the control device to a power supply unit via a supply line, further comprising a protective circuit connected to the power supply connection in order to protect the control device and/or a locking device connected thereto against overvoltage, the protective circuit having a controllable resistor and/or a semiconductor switch which is arranged in series with the supply line, and having a threshold value switch whose input is connected indirectly or directly to the supply line, in order to measure the voltage present on the supply line, the threshold value switch triggering the controllable resistor and/or the semiconductor switch to disconnect the supply line when the voltage present on the supply line is above a predetermined voltage value, characterized in that, the protective circuit has a reverse polarity protection circuit between the power supply connection and the controllable resistor and/or the semiconductor switch. comprising at least one, preferably switchable, output (32a, 32b) for controlling an actuator or an electromagnet or a motor of the locking device (2, 6), and a power supply connection for connecting the control device to a power supply unit via a supply line, further comprising a protective circuit connected to the power supply connection in order to protect the control device and/or a locking device connected thereto against overvoltage, the protective circuit having a controllable resistor and/or a semiconductor switch which is arranged in series with the supply line, and having a threshold value switch whose input is connected indirectly or directly to the supply line, in order to measure the voltage present on the supply line, the threshold value switch triggering the controllable resistor and/or the semiconductor switch to disconnect the supply line when the voltage present on the supply line is above a predetermined voltage value, characterized in that, the protective circuit has a reverse polarity protection circuit between the power supply connection and the controllable resistor and/or the semiconductor switch.
Method for operating a laser device with a laser tool, comprising a laser lens system with a focusing lens system and a collimating lens system and also a connection for an optical waveguide with a waveguide decoupling point, characterized in that the focal length Ff of the focusing lens system is changed by adjusting the optical distance b of the waveguide decoupling point from the collimating lens system, the collimating lens system being displaced in the direction of the beam in a remote-controllable manner by means of a motor-driven adjusting device.
Towed vehicle having a connecting device, wherein the connecting device has at least: a first connection apparatus for receiving brake control signals from a towing vehicle, and a second connection apparatus for receiving light control signals from the towing vehicle, wherein the connecting device has a control device and a bus connection apparatus for a trailer data bus of the towed vehicle, wherein the control device receives the signals (S3, S4) received by the first connection apparatus and the second connection apparatus and outputs these signals (S3, S4) or signals (S1, S2) determined on the basis of these signals to the trailer data bus via the bus connection apparatus, wherein the connecting device is used directly on the front of the towed vehicle, wherein the connecting device forms a connection box. a first connection apparatus for receiving brake control signals from a towing vehicle, and a second connection apparatus for receiving light control signals from the towing vehicle, wherein the connecting device has a control device and a bus connection apparatus for a trailer data bus of the towed vehicle, wherein the control device receives the signals (S3, S4) received by the first connection apparatus and the second connection apparatus and outputs these signals (S3, S4) or signals (S1, S2) determined on the basis of these signals to the trailer data bus via the bus connection apparatus, wherein the connecting device is used directly on the front of the towed vehicle, wherein the connecting device forms a connection box.
A facemask for surgical use, comprising: a first spunbond splash layer adjacent a second splash layer on a side away from a wearer's face, the second splash layer made from a spunbond fabric or apertured film, a meltblown filtration layer and an inner layer suitable for contact with the wearer's face, characterized in that said first spunbond splash layer has a basis weight of between 23.7 and 30.5 gsm (0.7 osy and 0.9 osy) and a drape stiffness above 3.5 according to ASTM standard test D-1388 using 0.0254 m by 0.2032 m (1" by 8") pieces and said second splash layer has a basis weight of at least 27 gsm (0.8 osy) and an air permeability value of greater than about 4575 m 3 s/m 2 (250 CFM/Ft2) according to ASTM D737- 04, said meltblown filtration layer having an air permeability value greater than 732 m 3 s/m 2 (40 CFM/ Ft2) according to ASTM D737- 04 and a basis weight between 13.6 gsm and 30.5 gsm (0.4 and 0.9 osy), said inner layer comprising at least one polyester cellulose wetlaid material and at least one of a spunbond layer or a meltblown layer or combinations thereof, the inner layer comprising an air permeability of greater than 3652 m 3 s/m 2 (200 CFM/Ft2), and wherein said facemask has an air permeability value of at least 549 m 3 s/m 2 (30 CFM/ Ft2) according to ASTM D737- 04 and passes a test of splash resistance conducted at a pressure of 21.33 kPa (160 mmHg) according to ASTM F-1862-05 level 3 test, and wherein none of the layers have a repellent treatment that improves repellency to low surface tension fluids. a first spunbond splash layer adjacent a second splash layer on a side away from a wearer's face, the second splash layer made from a spunbond fabric or apertured film, a meltblown filtration layer and an inner layer suitable for contact with the wearer's face, characterized in that said first spunbond splash layer has a basis weight of between 23.7 and 30.5 gsm (0.7 osy and 0.9 osy) and a drape stiffness above 3.5 according to ASTM standard test D-1388 using 0.0254 m by 0.2032 m (1" by 8") pieces and said second splash layer has a basis weight of at least 27 gsm (0.8 osy) and an air permeability value of greater than about 4575 m 3 s/m 2 (250 CFM/Ft2) according to ASTM D737- 04, said meltblown filtration layer having an air permeability value greater than 732 m 3 s/m 2 (40 CFM/ Ft2) according to ASTM D737- 04 and a basis weight between 13.6 gsm and 30.5 gsm (0.4 and 0.9 osy), said inner layer comprising at least one polyester cellulose wetlaid material and at least one of a spunbond layer or a meltblown layer or combinations thereof, the inner layer comprising an air permeability of greater than 3652 m 3 s/m 2 (200 CFM/Ft2), and wherein said facemask has an air permeability value of at least 549 m 3 s/m 2 (30 CFM/ Ft2) according to ASTM D737- 04 and passes a test of splash resistance conducted at a pressure of 21.33 kPa (160 mmHg) according to ASTM F-1862-05 level 3 test, and wherein none of the layers have a repellent treatment that improves repellency to low surface tension fluids.
A clamping master track link comprising: a body defining a top surface, a bottom surface, a first side surface and a second side surface defining a thickness therebetween, a proximate end and a distal end; wherein the body defines a first bore adjacent the distal end and a second bore adjacent to the proximate end; the body defines a first aperture disposed between the first bore and the second bore, the first aperture being disposed nearer the first bore than the second bore; the body defines a second aperture disposed between the first aperture and the second bore; the body includes a first strut disposed between the first aperture and the second aperture, the body defining a first gap dividing the first strut into a first upper portion and a first lower portion; the body includes a second strut disposed between the first aperture and the first bore, the body defining a second gap dividing the second strut into a second upper portion and a second lower portion; and the first gap defines a first minimum distance and the second gap defines a second minimum distance; characterised in that the ratio of the second minimum distance to the first minimum distance ranges from 3 to 10; and that the body includes a bridge disposed between the second aperture and the second bore, said bridge being a unitary or undivided strut. a body defining a top surface, a bottom surface, a first side surface and a second side surface defining a thickness therebetween, a proximate end and a distal end; wherein the body defines a first bore adjacent the distal end and a second bore adjacent to the proximate end; the body defines a first aperture disposed between the first bore and the second bore, the first aperture being disposed nearer the first bore than the second bore; the body defines a second aperture disposed between the first aperture and the second bore; the body includes a first strut disposed between the first aperture and the second aperture, the body defining a first gap dividing the first strut into a first upper portion and a first lower portion; the body includes a second strut disposed between the first aperture and the first bore, the body defining a second gap dividing the second strut into a second upper portion and a second lower portion; and the first gap defines a first minimum distance and the second gap defines a second minimum distance; characterised in that the ratio of the second minimum distance to the first minimum distance ranges from 3 to 10; and that the body includes a bridge disposed between the second aperture and the second bore, said bridge being a unitary or undivided strut.
A cooling apparatus for an electrical device, wherein it comprises an at least partially hollow body containing a refrigerant and characterized in that the partially hollow body has a plurality of electrically conductive sections, each of said plurality of electrically conductive sections having a respective coupling portion suitable to be operatively associated with a corresponding electrically conductive part of said electrical device, wherein said at least partially hollow body further comprises one or more electrically insulating sections, each of said one or more electrically insulating sections being positioned between and electrically insulating from each other two adjacent electrically conductive sections of said plurality of electrically conductive sections.
A method comprising: receiving, at a vocoder, an audio signal sampled at a first sample rate, the audio signal comprising a first high-band signal sub-portion and a second high-band signal sub-portion; generating, at a low-band encoder of the vocoder, a low-band excitation signal based on a low-band portion of the audio signal; generating, at a high-band encoder of the vocoder, a first baseband signal for modelling said first high-band signal sub-portion, wherein generating the first baseband signal includes performing a spectral flip operation on a nonlinearly transformed version of the low-band excitation signal; and generating, at said high-band encoder, a second baseband signal for modelling said second high-band signal sub-portion, wherein the first sub-portion is distinct from the second sub-portion, characterized in that the second baseband signal is based on the first baseband signal. receiving, at a vocoder, an audio signal sampled at a first sample rate, the audio signal comprising a first high-band signal sub-portion and a second high-band signal sub-portion; generating, at a low-band encoder of the vocoder, a low-band excitation signal based on a low-band portion of the audio signal; generating, at a high-band encoder of the vocoder, a first baseband signal for modelling said first high-band signal sub-portion, wherein generating the first baseband signal includes performing a spectral flip operation on a nonlinearly transformed version of the low-band excitation signal; and generating, at said high-band encoder, a second baseband signal for modelling said second high-band signal sub-portion, wherein the first sub-portion is distinct from the second sub-portion, characterized in that the second baseband signal is based on the first baseband signal.
A method of monitoring a position of a lubricant valve in a gas turbine engine, comprising: monitoring a position of a lubricant valve using a first auxiliary pressure reading and a second auxiliary pressure reading wherein the first auxiliary pressure reading and the second auxiliary pressure reading are readings of pressure in an auxiliary lubrication circuit, the first auxiliary pressure reading taken when a primary lubrication circuit is at a first pressure, the second auxiliary pressure reading taken when the primary lubrication circuit is at a second pressure; and selectively lubricating a portion of a gearbox of a gas turbine engine using fluid communicated along the primary lubrication circuit or an auxiliary lubrication circuit, wherein the lubricant valve is moveable from a primary position to an auxiliary position, and moveable from the auxiliary position to the primary position, the lubricant valve in the primary position permitting a fluid to communicate along the primary lubrication circuit to the gearbox and blocking the fluid from communicating along the auxiliary lubrication circuit to the gearbox, the lubricant valve in the auxiliary position permitting a fluid to communicate along the auxiliary lubrication circuit to the gearbox and blocking the fluid from communicating along the primary lubrication circuit to the gearbox. monitoring a position of a lubricant valve using a first auxiliary pressure reading and a second auxiliary pressure reading wherein the first auxiliary pressure reading and the second auxiliary pressure reading are readings of pressure in an auxiliary lubrication circuit, the first auxiliary pressure reading taken when a primary lubrication circuit is at a first pressure, the second auxiliary pressure reading taken when the primary lubrication circuit is at a second pressure; and selectively lubricating a portion of a gearbox of a gas turbine engine using fluid communicated along the primary lubrication circuit or an auxiliary lubrication circuit, wherein the lubricant valve is moveable from a primary position to an auxiliary position, and moveable from the auxiliary position to the primary position, the lubricant valve in the primary position permitting a fluid to communicate along the primary lubrication circuit to the gearbox and blocking the fluid from communicating along the auxiliary lubrication circuit to the gearbox, the lubricant valve in the auxiliary position permitting a fluid to communicate along the auxiliary lubrication circuit to the gearbox and blocking the fluid from communicating along the primary lubrication circuit to the gearbox.
A fluxgate current sensor comprising a magnetic core that extends around a conductor conveying a current (Im) for measuring, an excitation coil, an excitation module connected to the excitation coil in order to generate an excitation voltage (Ve) across the terminals of the excitation coil, a measurement coil conveying an induced measurement current (Iim), and a measurement synchronous demodulator connected to the measurement coil for the purpose of multiplying the induced measurement current by a demodulation signal of frequency 2f 0 in order to obtain an image voltage that is the image of the current for measuring, the sensor being characterized in that the excitation voltage (Ve) is obtained from a first voltage of frequency f 0 and from a second voltage of frequency 3f 0, in that the fluxgate current sensor further includes a servo-control coil distinct from the excitation coil and conveying an induced servo-control current, and a servo-control synchronous demodulator connected to the servo-control coil for the purpose of multiplying the induced servo-control current by a demodulation signal of frequency 3f 0, and in that the servo-control synchronous demodulator is connected to the excitation module in order to servo-control the excitation voltage in such a manner as to cancel the component of frequency 3f 0 in the induced servo-control current.
Reflector for a LED lighting device provided with at least one LED chip, said reflector comprising a second opening and a main optical surface which is positionable around said at least one LED chip so as to surround laterally the same for reflecting and distributing in a homogeneous manner a luminous flux towards said second opening, said reflector further comprising first coupling means which are realized in proximity of a first proximal end for fastening said reflector internally to said lighting device, said reflector further comprising a first portion provided with said first coupling means and also comprises a second portion which is decouplable from said first portion, and wherein said main optical surface comprises a first reflective optical surface and a second reflective optical surface realized respectively internally to said first portion and internally to said second portion, characterised in that said reflector further comprises second coupling means which connect and fasten in a non permanent manner said first portion to said second portion for making said main optical surface continuous and for making said first portion replaceable independently from said second portion and vice versa, and in particular for making said first portion and said second portion respectively replaceable with different first portions or different second portions by reducing advantageously the costs for the realization of moulds and especially the number of the moulds needed for realizing a plurality of reflectors for a plurality of different types of LED chips each of which has a plurality of different connector elements or supports, or heat sinks for different types of LED lighting devices.