mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a semiconductor device, comprising in the following order: forming a trench in a substrate having a top surface; forming a first dielectric liner over sidewalls of the trench; forming a second dielectric liner over the first dielectric liner; forming a polysilicon shield over the second dielectric liner; removing a portion of the polysilicon shield; removing the second liner on the sidewalls of the trench exposed by the removal of the portion of the polysilicon shield, at least a portion of the first liner remaining to protect top corners of the trench; forming an insulator over the polysilicon shield contacting the first dielectric liner such that the first dielectric liner is located laterally between the insulator and the substrate; removing the first dielectric liner between the insulator and the top surface providing an exposed sidewall of the substrate; forming a gate dielectric layer over the exposed sidewall of the substrate; and forming a gate electrode over the gate dielectric layer and said insulator. forming a trench in a substrate having a top surface; forming a first dielectric liner over sidewalls of the trench; forming a second dielectric liner over the first dielectric liner; forming a polysilicon shield over the second dielectric liner; removing a portion of the polysilicon shield; removing the second liner on the sidewalls of the trench exposed by the removal of the portion of the polysilicon shield, at least a portion of the first liner remaining to protect top corners of the trench; forming an insulator over the polysilicon shield contacting the first dielectric liner such that the first dielectric liner is located laterally between the insulator and the substrate; removing the first dielectric liner between the insulator and the top surface providing an exposed sidewall of the substrate; forming a gate dielectric layer over the exposed sidewall of the substrate; and forming a gate electrode over the gate dielectric layer and said insulator.
A ceramic cutting template, characterised in that it consists of a base body 2 having one or more recesses 3 for passing through and guiding, with a precise fit, a cutting instrument, wherein the ceramic material contains 3 to 8 % by weight Y 2 O 3, preferably 4 to 6 % by weight Y 2 O 3, particularly preferably 4.5 to 5.5 % by weight Y 2 O 3, 0 to 0.5 % by weight Al 2 O 3, preferably 0.05 to 0.4 % by weight Al 2 O 3, particularly preferably 0.1 to 0.3 % by weight Al 2 O 3, and the remainder to 100 % by weight ZrO 2, and wherein up to 3 % by weight HfO 2, preferably up to 2 % by weight HfO 2, can be contained in the ZrO 2, and the monoclinic proportion in the ZrO 2 lies preferably at less than 2 % by volume, preferably at less than 1 % by volume.
A display apparatus comprising: a display panel; a substrate provided with a plurality of light sources to apply light to the display pane and including at least one fixing hole which is formed between the plurality of light sources; and a bottom chassis to which the substrate is coupled, wherein the bottom chassis includes at least one fixing protrusion to be coupled to the at least one fixing hole and wherein the at least one fixing protrusion is formed integrally with the bottom chassis, characterised in that the at least one fixing protrusion has a cylindrical shape protruding from the bottom chassis toward the display panel and has a groove (140,140a) so that the at least one fixing protrusion is prevented from being detached from the at least one fixing hole. a display panel; a substrate provided with a plurality of light sources to apply light to the display pane and including at least one fixing hole which is formed between the plurality of light sources; and a bottom chassis to which the substrate is coupled, wherein the bottom chassis includes at least one fixing protrusion to be coupled to the at least one fixing hole and wherein the at least one fixing protrusion is formed integrally with the bottom chassis, characterised in that the at least one fixing protrusion has a cylindrical shape protruding from the bottom chassis toward the display panel and has a groove (140,140a) so that the at least one fixing protrusion is prevented from being detached from the at least one fixing hole.
A method of operating a terminal device capable of coverage enhancement in a wireless telecommunication system comprising receiving a signal from a base station within the wireless telecommunication system, measuring the received signal strength of the received signal, comparing the measured signal strength with a plurality of threshold values and selecting the mode of operation of coverage enhancement based on the result of the comparison, wherein each mode of operation of coverage enhancement provides a different respective level of coverage enhancement, each mode of operation of coverage enhancement is associated with a different respective one of the plurality of threshold values, and each of the plurality of threshold values relates to the minimum level of power supported by the base station at the level of coverage enhancement associated with that threshold value; wherein when operating in the selected mode of operation, in the event that system information associated with the selected mode of operation is not received, the method comprises: selecting a different mode of coverage enhancement associated with a lower threshold value than that of the previously selected mode of coverage enhancement.
A slide processing apparatus for processing a specimen carried by a slide, comprising: a staining module including a slide holder platen having a first sidewall, a second sidewall, and a slide receiving region between the first sidewall and the second sidewall, a slide positioned on the slide receiving region, the slide including a first edge and an opposing second edge, an opposable element disposed proximate to the slide and including a first edge and an opposing second edge, and an opposable actuator for holding the opposable element, wherein the opposable element forms a capillary gap between the opposable element and the slide, the first edge of the opposable element being closer to the first sidewall than the first edge of the slide, and the second edge of the opposable element being closer to the second sidewall than the second edge of the slide, wherein a width W G1 of a first gap between the first edge of the opposable element and the first sidewall is smaller than the distance D 1 between the first edge of the opposable element to the first edge of the slide, and a width W G2 of a second gap between the second edge of the opposable element to the second sidewall is smaller than the distance D 2 between the second edge of the opposable element to the second edge of the slide, characterized in that the slide extends outwardly from the slide receiving region. a staining module including a slide holder platen having a first sidewall, a second sidewall, and a slide receiving region between the first sidewall and the second sidewall, a slide positioned on the slide receiving region, the slide including a first edge and an opposing second edge, an opposable element disposed proximate to the slide and including a first edge and an opposing second edge, and an opposable actuator for holding the opposable element, a slide holder platen having a first sidewall, a second sidewall, and a slide receiving region between the first sidewall and the second sidewall, a slide positioned on the slide receiving region, the slide including a first edge and an opposing second edge, an opposable element disposed proximate to the slide and including a first edge and an opposing second edge, and an opposable actuator for holding the opposable element, wherein the opposable element forms a capillary gap between the opposable element and the slide, the first edge of the opposable element being closer to the first sidewall than the first edge of the slide, and the second edge of the opposable element being closer to the second sidewall than the second edge of the slide, wherein a width W G1 of a first gap between the first edge of the opposable element and the first sidewall is smaller than the distance D 1 between the first edge of the opposable element to the first edge of the slide, and a width W G2 of a second gap between the second edge of the opposable element to the second sidewall is smaller than the distance D 2 between the second edge of the opposable element to the second edge of the slide, characterized in that the slide extends outwardly from the slide receiving region.
A method, comprising: establishing, by a processor, a wireless communication session with a web server via a wireless fidelity (WiFi) connection; receiving, by the processor, a request for information related to a battery-backed emergency lighting system and a request to change a configuration of the battery-backed emergency lighting system over the wireless communication session, wherein the request to change the configuration is initiated from an endpoint device (114, 116) in communication with the web server, wherein the request to change the configuration of the battery-backed emergency lighting system comprises changing a schedule of automatic tests and a light brightness profile when in a back-up mode; configuring, by the processor, the battery-backed emergency lighting system in accordance with the request to change the configuration; and sending, by the processor, the information that is requested. establishing, by a processor, a wireless communication session with a web server via a wireless fidelity (WiFi) connection; receiving, by the processor, a request for information related to a battery-backed emergency lighting system and a request to change a configuration of the battery-backed emergency lighting system over the wireless communication session, wherein the request to change the configuration is initiated from an endpoint device (114, 116) in communication with the web server, wherein the request to change the configuration of the battery-backed emergency lighting system comprises changing a schedule of automatic tests and a light brightness profile when in a back-up mode; configuring, by the processor, the battery-backed emergency lighting system in accordance with the request to change the configuration; and sending, by the processor, the information that is requested.
Fuel rail assembly for a combustion engine, the fuel rail assembly comprising - a fuel rail, - at least four fuel injector cups (42A, 42B), each of the fuel injector cups (42A, 42B) being arranged and configured to face a cylinder head of the combustion engine and being hydraulically and mechanically coupled to the fuel rail directly or via a respective pipe element (44A, 44B), and - at least a first and a second support element (46A, 46B), each being configured to be fixedly coupled to the cylinder head, characterized in that the first and second support elements (46A, 46B) are spaced apart from each other, the first support element is fixedly coupled to two first injector cups of the four injector cups (42A, 42B) or to respective two first pipe elements being coupled to the two first injector cups, respectively, the second support element is fixedly coupled to two second injector cups of the four injector cups, different from the first injector cups, or to respective two second pipe elements being different from the first pipe elements and being coupled to the second injector cups. - a fuel rail, - at least four fuel injector cups (42A, 42B), each of the fuel injector cups (42A, 42B) being arranged and configured to face a cylinder head of the combustion engine and being hydraulically and mechanically coupled to the fuel rail directly or via a respective pipe element (44A, 44B), and - at least a first and a second support element (46A, 46B), each being configured to be fixedly coupled to the cylinder head, characterized in that the first and second support elements (46A, 46B) are spaced apart from each other,
A single-use bio-solution processing sensor having usage counter capabilities, comprising: a single-use sensor and flow cell; a fluid conduit through which biopharmaceutical solution flows during use of the sensor; an on-sensor memory device; a usage counter associated with the sensor; said usage counter utilizes an accelerometer located in an electronics module of a multiple-use interface that attaches to the single-use sensor and flow cell such that the accelerometer is sensitive to pulses of fluid moving through the fluid conduit and detects vibration of said sensor corresponding to solution flow through the fluid conduit as a threshold event to designate a counted sensor use event, whereupon the counted sensor use event is stored on the memory device and accumulates with prior or subsequent use events until a maximum use total stored on the memory device is attained; a processing unit comprising software for analyzing vibration signals from the accelerometer for frequency content and amplitude and for writing to the sensor memory device to make a counted sensor use event; and a lead assembly for transmitting the accelerometer signals to said processing unit. a single-use sensor and flow cell; a fluid conduit through which biopharmaceutical solution flows during use of the sensor; an on-sensor memory device; a usage counter associated with the sensor; said usage counter utilizes an accelerometer located in an electronics module of a multiple-use interface that attaches to the single-use sensor and flow cell such that the accelerometer is sensitive to pulses of fluid moving through the fluid conduit and detects vibration of said sensor corresponding to solution flow through the fluid conduit as a threshold event to designate a counted sensor use event, whereupon the counted sensor use event is stored on the memory device and accumulates with prior or subsequent use events until a maximum use total stored on the memory device is attained; a processing unit comprising software for analyzing vibration signals from the accelerometer for frequency content and amplitude and for writing to the sensor memory device to make a counted sensor use event; and a lead assembly for transmitting the accelerometer signals to said processing unit.
A method implemented by a computer that is a node of a cluster, the method comprising: installing software on the node of the cluster from an image used to install the software on nodes of the cluster, the image including the software and a root secret of the cluster; booting the node of the cluster in a secure mode; upon booting, detecting by the node of the cluster that individualization is needed for the node to join the cluster; creating an identity of the node for authenticating with other nodes of the cluster; chaining the identity of the node to the root secret of the cluster available to the node; and securely erasing the root secret of the cluster from the node. installing software on the node of the cluster from an image used to install the software on nodes of the cluster, the image including the software and a root secret of the cluster; booting the node of the cluster in a secure mode; upon booting, detecting by the node of the cluster that individualization is needed for the node to join the cluster; creating an identity of the node for authenticating with other nodes of the cluster; chaining the identity of the node to the root secret of the cluster available to the node; and securely erasing the root secret of the cluster from the node.
A process comprising: shutting down a reactor wherein ethylbenzene is undergoing dehydrogenation to styrene in the presence of steam and a catalyst, adapted to catalyze dehydrogenation of ethylbenzene to styrene, wherein the catalyst comprises potassium, and wherein shutting down the reactor comprises: - reducing a temperature of the reactor to range of 550°C to 450°C; - increasing a steam-to-ethylbenzene molar ratio of an input stream to the reactor to form a purge stream, wherein a steam-to-ethylbenzene molar ratio is from 12: 1 to 50: 1; and - supplying the purge stream to the reactor, wherein shutting down the reactor is performed without use of a steam-only purge stream, and wherein the steam-to-ethylbenzene molar ratio of the purge stream is continuously maintained at from 12: 1 to 50: 1 while the temperature of the reactor is within the range of 550°C to 450°C during the shutting down of the reactor. shutting down a reactor wherein ethylbenzene is undergoing dehydrogenation to styrene in the presence of steam and a catalyst, adapted to catalyze dehydrogenation of ethylbenzene to styrene, wherein the catalyst comprises potassium, and wherein shutting down the reactor comprises: - reducing a temperature of the reactor to range of 550°C to 450°C; - increasing a steam-to-ethylbenzene molar ratio of an input stream to the reactor to form a purge stream, wherein a steam-to-ethylbenzene molar ratio is from 12: 1 to 50: 1; and - reducing a temperature of the reactor to range of 550°C to 450°C; - increasing a steam-to-ethylbenzene molar ratio of an input stream to the reactor to form a purge stream, wherein a steam-to-ethylbenzene molar ratio is from 12: 1 to 50: 1; and - supplying the purge stream to the reactor, wherein shutting down the reactor is performed without use of a steam-only purge stream, and wherein the steam-to-ethylbenzene molar ratio of the purge stream is continuously maintained at from 12: 1 to 50: 1 while the temperature of the reactor is within the range of 550°C to 450°C during the shutting down of the reactor.
Rubber composition based on at least: • one reinforcing filler comprising a reinforcing inorganic filler, • one plasticizing system composed of at least one plasticizing hydrocarbon resin and one liquid plasticizer, • one elastomer which is a copolymer at least of isoprene and styrene bearing at least one SiOR functional group, R being hydrogen or a C 1 -C 10 alkyl, C 5 -C 18 cycloalkyl, C 6 -C 18 aryl or C 7 -C 18 aralkyl radical, • and one coupling agent for bonding the inorganic filler to the elastomer. • one reinforcing filler comprising a reinforcing inorganic filler, • one plasticizing system composed of at least one plasticizing hydrocarbon resin and one liquid plasticizer, • one elastomer which is a copolymer at least of isoprene and styrene bearing at least one SiOR functional group, R being hydrogen or a C 1 -C 10 alkyl, C 5 -C 18 cycloalkyl, C 6 -C 18 aryl or C 7 -C 18 aralkyl radical, • and one coupling agent for bonding the inorganic filler to the elastomer.
An isolated antibody that (i) competes with the antibody produced by the hybridoma cell line deposited as ATCC Deposit No. PTA-6933 for binding to hIL-13Rα1; (ii) inhibits IL-13 signaling; and (iii) wherein a substitution in a hIL-13Rα1 peptide of the phenylalanine residue that corresponds to position 233 of SEQ ID NO:101 with an alanine residue leads to a loss of binding between said antibody and the resultant mutant hIL-13Rα1 peptide compared to the binding between said antibody and the hIL-13Rα1 peptide without said substitution.
A medical device adapted for contact with a vessel or cavity in the body, the medical device including a tubular portion, comprising: an external surface including an external substance that is at least one of a coating or an impregnation, comprising alexidine in an amount that is both anti-thrombogenically effective and anti-microbially effective; and an internal surface including an internal substance that is at least one of a coating or an impregnation, comprising alexidine in an amount that is both anti-thrombogenically effective and anti-microbially effective. an external surface including an external substance that is at least one of a coating or an impregnation, comprising alexidine in an amount that is both anti-thrombogenically effective and anti-microbially effective; and an internal surface including an internal substance that is at least one of a coating or an impregnation, comprising alexidine in an amount that is both anti-thrombogenically effective and anti-microbially effective.
A system having a pipe for conducting a medium, in particular a gaseous or liquid medium, in the pipe, wherein the system has a coupling piece with a pipe portion and also a clip (10.1), wherein the pipe can be connected to the coupling piece by means of the clip (10.1), wherein the pipe portion and/or the pipe has/have a stop for the pipe and/or the pipe portion, behind which the clip (10.1) can engage, characterised in that the clip (10.1) consists of at least two shells (11.1, 11.2), which are articulated together and each shell forms a lug (19, 22) which lie against each other in the closing position and in each case have a cutout (20, 24), one cutout serving to receive a screw bolt and the other cutout serving to receive a nut, a stop being associated with the cutout for receiving the nut at a point, against which stop the nut can be turned, and the screw bolt being able to be guided counter to the force of a spring together with the nut in the region of the stop.
An electric power transmission system comprising at each end of a High Voltage Direct Current (HVDC) transmission line comprising conductors, a converter station (5, 6) for conversion of an alternating voltage into a direct voltage for transmitting direct current between said stations in all conductors, wherein each of said converter station comprises a Voltage Source Converter (7, 8) with one or more phase legs having current valves of semiconductor devices of turn-off type and rectifying members in anti-parallel therewith connected in series between a first and a second so-called pole conductor of said conductors and a midpoint being connected to an alternating voltage side (19, 20) of the converter, and a control unit for switching the current valves by controlling the semiconductor devices thereof for converting said alternating voltage into a direct voltage applied to said two pole conductors, and an extra phase leg (22, 23) of current valves of semiconductor devices of turn-off type and rectifying members connected in anti-parallel therewith connected in series between said two pole conductors (2, 4) on the direct voltage side of said converter, characterized in that the transmission lines comprises three conductors, a third one of said conductors is connected to a midpoint (27, 28) between current valves of said extra phase leg, and in that the station further comprises an arrangement adapted to control said current valves of said extra phase leg to switch for connecting said third conductor either to the first pole conductor or the second pole conductor for utilizing the third conductor for conducting current between said stations. a Voltage Source Converter (7, 8) with one or more phase legs having current valves of semiconductor devices of turn-off type and rectifying members in anti-parallel therewith connected in series between a first and a second so-called pole conductor of said conductors and a midpoint being connected to an alternating voltage side (19, 20) of the converter, and a control unit for switching the current valves by controlling the semiconductor devices thereof for converting said alternating voltage into a direct voltage applied to said two pole conductors, and an extra phase leg (22, 23) of current valves of semiconductor devices of turn-off type and rectifying members connected in anti-parallel therewith connected in series between said two pole conductors (2, 4) on the direct voltage side of said converter, characterized in that the transmission lines comprises three conductors, a third one of said conductors is connected to a midpoint (27, 28) between current valves of said extra phase leg, and in that the station further comprises an arrangement adapted to control said current valves of said extra phase leg to switch for connecting said third conductor either to the first pole conductor or the second pole conductor for utilizing the third conductor for conducting current between said stations.