mhurhangee/ep-ind-claims huggingface dataset:
A single-photon source for emitting single photons, comprising - a cavity having a first mirror and a second mirror and exhibiting a longitudinal resonance frequency between the first and second mirror; - at least one quantum dot arranged inside said cavity, said quantum dot being strain-dependent and configured to generate radiation at a strain-dependent radiation frequency; - a device capable of exciting the quantum dot to generate radiation; - a piezoelectric crystal layer being arranged outside the cavity and mechanically coupled to the second mirror's outer surface, said piezoelectric crystal layer configured to receive a control voltage and capable of applying a biaxial strain, namely either a laterally tensile and vertically compressive strain to both the cavity and the quantum dot, or a laterally compressive and vertically tensile strain to both the cavity and the quantum dot, depending on the control voltage's polarity; - wherein the least one quantum dot is formed in an active layer which is parallel to the first and second mirror and the piezoelectric crystal layer, such that, in response to said biaxial strain, the resonance frequency and the radiation frequency shift in opposite directions, and - wherein the single-photon source has a controller and a voltage source, which is connected to the piezoelectric crystal layer and controlled by the controller, wherein the controller is adapted to control the voltage of the voltage source such that the quantum dot's emission frequency corresponds to the longitudinal resonance frequency of the cavity. - a cavity having a first mirror and a second mirror and exhibiting a longitudinal resonance frequency between the first and second mirror; - at least one quantum dot arranged inside said cavity, said quantum dot being strain-dependent and configured to generate radiation at a strain-dependent radiation frequency; - a device capable of exciting the quantum dot to generate radiation; - a piezoelectric crystal layer being arranged outside the cavity and mechanically coupled to the second mirror's outer surface, said piezoelectric crystal layer configured to receive a control voltage and capable of applying a biaxial strain, namely either a laterally tensile and vertically compressive strain to both the cavity and the quantum dot, or a laterally compressive and vertically tensile strain to both the cavity and the quantum dot, depending on the control voltage's polarity; - wherein the least one quantum dot is formed in an active layer which is parallel to the first and second mirror and the piezoelectric crystal layer, such that, in response to said biaxial strain, the resonance frequency and the radiation frequency shift in opposite directions, and - wherein the single-photon source has a controller and a voltage source, which is connected to the piezoelectric crystal layer and controlled by the controller, wherein the controller is adapted to control the voltage of the voltage source such that the quantum dot's emission frequency corresponds to the longitudinal resonance frequency of the cavity.
A method of operating a flue gas desulfurization apparatus, in which a gypsum slurry containing gypsum obtained by bringing sulfur oxides contained in a flue gas discharged from a combustion device including a boiler into contact with an absorbing solution containing a limestone slurry in an absorption tower, and oxidizing the same, is extracted from the absorption tower, and by using a pump, the gypsum slurry is supplied to a gypsum slurry tank (6, 23) for supplying the gypsum slurry to a dehydration equipment, or is circulated to the absorption tower, the method characterized in that it comprises: performing an operation of supplying the gypsum slurry only to the gypsum slurry tank (6, 23) and an operation of circulating the gypsum slurry only to the absorption tower by switching therebetween, wherein the switching is controlled depending on a solid content concentration of the gypsum slurry, and when switching to the operation of supplying the gypsum slurry only to the gypsum slurry tank (6, 23), washing a circulation pipe configured to circulate the gypsum slurry to the absorption tower, wherein the gypsum slurry is supplied to the gypsum slurry tank (6, 23) via a gypsum slurry supply pipe having a gradient such that the gypsum slurry flows into the gypsum slurry tank (6, 23) by gravity. performing an operation of supplying the gypsum slurry only to the gypsum slurry tank (6, 23) and an operation of circulating the gypsum slurry only to the absorption tower by switching therebetween, wherein the switching is controlled depending on a solid content concentration of the gypsum slurry, and when switching to the operation of supplying the gypsum slurry only to the gypsum slurry tank (6, 23), washing a circulation pipe configured to circulate the gypsum slurry to the absorption tower, wherein the gypsum slurry is supplied to the gypsum slurry tank (6, 23) via a gypsum slurry supply pipe having a gradient such that the gypsum slurry flows into the gypsum slurry tank (6, 23) by gravity.
A method for predicting response to treatment with 7-(6-(2-hydroxypropan-2-yl)pyridin-3-yl)-1-(( trans)-4-methoxycyclohexyl)-3,4-dihydropyrazino[2,3 -b]pyrazin-2(1 H one or a pharmaceutically acceptable salt or tautomer thereof in a patient having hepatocellular carcinoma, the method comprising: a) analyzing a biological test sample from the patient for HBV infection; b) predicting an increased likelihood of response to treatment with 7-(6-(2-hydroxypropan-2-yl)pyridin-3-yl)-1-(( trans)-4-methoxycyclohexyl)-3,4-dihydropyrazino[2,3- b]pyrazin-2(1 H one or a pharmaceutically acceptable salt or tautomer thereof in the patient having HCC if HBV infection is determined in the sample.
Seating furniture - comprising a base having a support, - comprising a seat arrangement, - the seat arrangement being connected via a spring element to a support connecting part which is supported on the support, and the seat arrangement being movable against the restoring force of the spring element in a relative movement relative to the support connecting part, and - comprising a ram arranged in the region between the support connecting part and the seat arrangement, which ram, when the seat arrangement approaches the support connecting part, enters a ram receptacle in a longitudinal direction of the ram receptacle, characterized in that the seating furniture has a control arrangement for controlling, in particular for blocking and/or limiting, the relative movement, the control arrangement for controlling being able to enter the ram receptacle at least in part and/or it being possible, by means of said control arrangement, to shorten and/or lengthen the ram receptacle at least in regions in its longitudinal direction. - comprising a base having a support, - comprising a seat arrangement, - the seat arrangement being connected via a spring element to a support connecting part which is supported on the support, and the seat arrangement being movable against the restoring force of the spring element in a relative movement relative to the support connecting part, and - comprising a ram arranged in the region between the support connecting part and the seat arrangement, which ram, when the seat arrangement approaches the support connecting part, enters a ram receptacle in a longitudinal direction of the ram receptacle, characterized in that the seating furniture has a control arrangement for controlling, in particular for blocking and/or limiting, the relative movement, the control arrangement for controlling being able to enter the ram receptacle at least in part and/or it being possible, by means of said control arrangement, to shorten and/or lengthen the ram receptacle at least in regions in its longitudinal direction.
A turbine engine vane comprising: an airfoil portion having a suction side wall and a pressure side wall; a serpentine cooling passageway within said airfoil portion located between said suction side wall and said pressure side wall; said serpentine cooling passageway having an inlet channel, an intermediate channel, a first turn fluidly connecting said inlet channel to said intermediate channel, an outlet channel, and a second turn fluidly connecting said intermediate channel to said outlet channel; said inlet channel communicating with a source of cooling fluid via a fluid inlet; and means for dividing said flow within said inlet channel and a portion of said intermediate channel into two flow streams, wherein said dividing means has a portion for guiding each of said flow streams through said first turn; characterised in that: said dividing means has a beginning point adjacent said fluid inlet and a termination upstream of said second turn. an airfoil portion having a suction side wall and a pressure side wall; a serpentine cooling passageway within said airfoil portion located between said suction side wall and said pressure side wall; said serpentine cooling passageway having an inlet channel, an intermediate channel, a first turn fluidly connecting said inlet channel to said intermediate channel, an outlet channel, and a second turn fluidly connecting said intermediate channel to said outlet channel; said inlet channel communicating with a source of cooling fluid via a fluid inlet; and means for dividing said flow within said inlet channel and a portion of said intermediate channel into two flow streams, wherein said dividing means has a portion for guiding each of said flow streams through said first turn; characterised in that: said dividing means has a beginning point adjacent said fluid inlet and a termination upstream of said second turn.
A steel-pipe column structure (1, 50, 73, 77) comprising steel pipes (1a, 1b,... 1r), wherein a plate thickness of the steel-pipe column structure varies in a peripheral direction when viewed in a cross section taken perpendicularly to a direction of an axis of the steel-pipe column structure at least partially in a height direction; characterised in that the steel pipes (1a, 1b,... 1r) are circular steel pipes each obtained by forming at least one steel plate, having a portion in which the plate thickness varies in the rolling direction, into an annular shape.
A dispatch system (100, 300), comprising: a first terminal (104, 304) coupled to a database (105, 305) adapted to receive a first address and event data and to correlate the first address to a first set of location based data, wherein the first terminal is located remote from the first address; and a second terminal (108, 308) having a map display unit the second terminal adapted to receive a second set of location based data from a location system (109, 309) based on the location of the second terminal, the second terminal adapted to transmit such second set of location based data over a communication channel (107, 307) to the first terminal; wherein: the first terminal (104, 304) is adapted to maintain the second set of location based data in a memory (105, 305), dependent on the second set of location based data and the event data meeting certain criteria, the first terminal (104, 304) is adapted to transmit the first set of location based data and event data to the second terminal (108, 308); and the second terminal (108, 308) is further adapted to automatically input such location based data into the map display unit adapted to display a map including the first address that correlates to said first set of location based data. a first terminal (104, 304) coupled to a database (105, 305) adapted to receive a first address and event data and to correlate the first address to a first set of location based data, wherein the first terminal is located remote from the first address; and a second terminal (108, 308) having a map display unit the second terminal adapted to receive a second set of location based data from a location system (109, 309) based on the location of the second terminal, the second terminal adapted to transmit such second set of location based data over a communication channel (107, 307) to the first terminal; the first terminal (104, 304) is adapted to maintain the second set of location based data in a memory (105, 305), dependent on the second set of location based data and the event data meeting certain criteria, the first terminal (104, 304) is adapted to transmit the first set of location based data and event data to the second terminal (108, 308); and the second terminal (108, 308) is further adapted to automatically input such location based data into the map display unit adapted to display a map including the first address that correlates to said first set of location based data.
A device having a separation chamber for separating components of a composition according to density comprising: a port that provides fluid communication between an interior and an exterior of said separation chamber; a buoy guide post; a first buoy fixedly mounted to said buoy guide post and slidably mounted within said separation chamber; a second buoy slidably mounted to said buoy guide post and movable between a first position and a second position along said buoy guide post; a passage defined in said buoy guide post that is in fluid communication with said port; a first valve in said buoy guide post in fluid communication with said passage and an area of said separation chamber between said first buoy and said second buoy; a second valve in said buoy guide post in fluid communication with said passage and an area of said separation chamber between said second buoy and an end of said separation chamber that is opposite to said port; wherein said second buoy closes said first valve and opens said second valve when in said first position; and wherein said second buoy opens said first valve and closes said second valve when in said second position; and wherein said second buoy has a density such that after spinning said device for a suitable period of time a first component of said composition is isolated between said first buoy and said second buoy and a second component of said composition is isolated between said second buoy and said end of said separation chamber that is opposite to said port. a port that provides fluid communication between an interior and an exterior of said separation chamber; a buoy guide post; a first buoy fixedly mounted to said buoy guide post and slidably mounted within said separation chamber; a second buoy slidably mounted to said buoy guide post and movable between a first position and a second position along said buoy guide post; a passage defined in said buoy guide post that is in fluid communication with said port; a first valve in said buoy guide post in fluid communication with said passage and an area of said separation chamber between said first buoy and said second buoy; a second valve in said buoy guide post in fluid communication with said passage and an area of said separation chamber between said second buoy and an end of said separation chamber that is opposite to said port; wherein said second buoy closes said first valve and opens said second valve when in said first position; and wherein said second buoy opens said first valve and closes said second valve when in said second position; and wherein said second buoy has a density such that after spinning said device for a suitable period of time a first component of said composition is isolated between said first buoy and said second buoy and a second component of said composition is isolated between said second buoy and said end of said separation chamber that is opposite to said port.
A transmitting method for use by a transmitting apparatus for transmitting data (SDCH) and control information (SCCH) in a single carrier system, the method comprising: determining a first coding rate for the data based on information for determining the first coding rate, the information for determining the first coding rate being transmitted from a base station; calculating a second coding rate for the control information; transmitting the data using the first coding rate for the data; and transmitting the control information using the second coding rate for the control information, characterized in that the second coding rate for the control information is calculated based on both the information for determining the first coding rate and offset information (CQI OFFSET INFORMATION) transmitted from the base station, and a value of the offset information is used to calculate the second coding rate for the control information. determining a first coding rate for the data based on information for determining the first coding rate, the information for determining the first coding rate being transmitted from a base station; calculating a second coding rate for the control information; transmitting the data using the first coding rate for the data; and transmitting the control information using the second coding rate for the control information,
Method for operating a coiling installation of a paper machine, wherein the coiling installation has a roll having a variable diameter (d) and a motor, wherein the motor serves for driving the roll (3, 4), wherein the motor is supplied with a motor current by a frequency inverter, wherein a first rotating speed of the roll (3, 4) or of the motor and a second rotating speed of the roll (3, 4) or of the motor are determined, wherein the first rotating speed is determined by a first encoder and wherein the second rotating speed is provided by the frequency inverter, and wherein a first speed of the material web is determined by means of the first rotating speed, wherein a second speed of the material web is determined by means of the second rotating speed, and wherein in the event of an unforeseen deviation of the first rotating speed of the material web from the second speed of the material web the coiling installation is converted to a safe state.
An in vitro or ex vivo method of altering target DNA in a cell wherein the cell is genetically modified to include a nucleic acid encoding an enzyme, in the genomic DNA of the cell, that forms a co-localization complex with a guide RNA complementary to the target DNA and that cleaves the target DNA in a site specific manner comprising introducing into the cell a guide RNA complementary to the target DNA and which guides the enzyme to the target DNA, wherein the guide RNA and the enzyme are members of a co-localization complex for the target DNA, introducing into the cell a donor nucleic acid sequence, wherein the guide RNA and the enzyme co-localize to the target DNA, the enzyme cleaves the target DNA and the donor nucleic acid sequence is inserted into the target DNA to produce altered DNA in the cell, and further comprising introducing multiple donor nucleic acids and multiple guide RNAs to produce multiple alterations to the DNA in the cell.
A pneumatic radial tire (1, 31) including a carcass (10, 40) that includes a rubber-coated layer of a carcass ply extending in a radial direction of the tire, the carcass being formed into a toroidal shape between a pair of bead cores, the carcass ply of the carcass comprising: a turn-up ply (11,41) including a main body portion (11a, 41a) extended across and disposed between the pair of bead cores, and turn-up portions (11b, 41b) turned up around the respective bead cores from an inside toward an outside in a tire width direction; and a down ply (12, 42) extending up to at least an inside in a tire radial direction of the bead cores so as to cover the turn-up ply including the turn-up portions from an outside, characterized in that a curvature (12w, 42w) locally bulging in a semi-elliptical shape in cross section to an outside in a tire width direction is formed at a portion of the down ply that covers a turn-up end portion of the turn-up portion of the turn-up ply from an outside in the tire width direction. a turn-up ply (11,41) including a main body portion (11a, 41a) extended across and disposed between the pair of bead cores, and turn-up portions (11b, 41b) turned up around the respective bead cores from an inside toward an outside in a tire width direction; and a main body portion (11a, 41a) extended across and disposed between the pair of bead cores, and turn-up portions (11b, 41b) turned up around the respective bead cores from an inside toward an outside in a tire width direction; and a down ply (12, 42) extending up to at least an inside in a tire radial direction of the bead cores so as to cover the turn-up ply including the turn-up portions from an outside, characterized in that a curvature (12w, 42w) locally bulging in a semi-elliptical shape in cross section to an outside in a tire width direction is formed at a portion of the down ply that covers a turn-up end portion of the turn-up portion of the turn-up ply from an outside in the tire width direction.
A method operable on a media platform for providing program entitlements in a broadcast stream delivered to a media client of a subscriber by employing a manifest, the method comprising: identifying a program within a received media stream for a channel; receiving entitlements associated with the program; writing an entitlement block containing the entitlements into a manifest file for delivery to the media client in the broadcast stream; and providing the media client with a subscriber override indicator for allowing the entitlements of a specific subscriber to override the content entitlements associated with the program, wherein one value of the subscriber override indicator instructs the media client to ignore other entitlements and request override entitlements for each program. identifying a program within a received media stream for a channel; receiving entitlements associated with the program; writing an entitlement block containing the entitlements into a manifest file for delivery to the media client in the broadcast stream; and providing the media client with a subscriber override indicator for allowing the entitlements of a specific subscriber to override the content entitlements associated with the program, wherein one value of the subscriber override indicator instructs the media client to ignore other entitlements and request override entitlements for each program.