mhurhangee/ep-ind-claims huggingface dataset:
A resin mold comprising: a substrate, a resin layer formed upon the substrate and having a depressions and protrusions pattern formed on the surface of the resin layer, and a release layer containing a mold release agent and being formed with uniform thickness on at least the surface of the depressions and protrusions pattern of said resin layer; wherein said resin layer comprises a solvent soluble resin and an additive; said additive is a compound, or hydrolysate thereof, of General Formula: Y 3-n (CH 3) n SiX wherein Y is a methoxy or ethoxy group; X is an organic group including one type selected from the group consisting of an epoxy group, glycidoxy group, and optionally substituted phenyl group or amino group; and n is 0 or 1; the solvent soluble resin has a constituent unit having a substituent group of the same type as X in said General Formula; and said additive is localized in the vicinity of said resin layer surface, the substituent group Y in said General Formula of the additive, or a hydrolysate of such substituent group Y, bonding chemically with said mold release agent to couple together said resin layer and release layer. a substrate, a resin layer formed upon the substrate and having a depressions and protrusions pattern formed on the surface of the resin layer, and a release layer containing a mold release agent and being formed with uniform thickness on at least the surface of the depressions and protrusions pattern of said resin layer; wherein said resin layer comprises a solvent soluble resin and an additive; said additive is a compound, or hydrolysate thereof, of General Formula: Y 3-n (CH 3) n SiX wherein Y is a methoxy or ethoxy group; X is an organic group including one type selected from the group consisting of an epoxy group, glycidoxy group, and optionally substituted phenyl group or amino group; and n is 0 or 1; the solvent soluble resin has a constituent unit having a substituent group of the same type as X in said General Formula; and said additive is localized in the vicinity of said resin layer surface, the substituent group Y in said General Formula of the additive, or a hydrolysate of such substituent group Y, bonding chemically with said mold release agent to couple together said resin layer and release layer.
A high voltage assembly comprising: - a sealed compartment containing an active component at least partly surrounded by an insulation liquid; - a free breathing conservator that breathes air from ambient air; - a Buchholz relay arranged above a level of a cover of the sealed compartment; and a pipe arrangement comprising: - a first pipe section connecting the interior of the sealed compartment at the cover of the sealed compartment to the Buchholz relay; and - a second pipe section connecting the Buchholz relay with the interior of the free breathing conservator at a lower portion of the free breathing conservator, wherein in a normal operating state of the high voltage assembly, the pipe arrangement is configured such that a hydraulic diameter of the pipe arrangement is maintained constant and the level of insulation liquid in the conservator is maintained below the level of the cover of the sealed compartment, characterized in that the pipe arrangement further comprises: - a third pipe section connecting the interior of the sealed compartment and the lower portion of the free breathing conservator. - a sealed compartment containing an active component at least partly surrounded by an insulation liquid; - a free breathing conservator that breathes air from ambient air; - a Buchholz relay arranged above a level of a cover of the sealed compartment; and - a first pipe section connecting the interior of the sealed compartment at the cover of the sealed compartment to the Buchholz relay; and - a second pipe section connecting the Buchholz relay with the interior of the free breathing conservator at a lower portion of the free breathing conservator, wherein in a normal operating state of the high voltage assembly, the pipe arrangement is configured such that a hydraulic diameter of the pipe arrangement is maintained constant and the level of insulation liquid in the conservator is maintained below the level of the cover of the sealed compartment, - a third pipe section connecting the interior of the sealed compartment and the lower portion of the free breathing conservator.
A device comprising: a controller; a plurality of devices (201, 202, 203) coupled to the controller via an input/output bus; wherein a device of the plurality of devices comprises: a memory array including a plurality of memory cells; an input/output circuit coupled to the input/output bus and configured to receive a first voltage supply, wherein the input/output circuit is configured to be disabled responsive to a control signal; a peripheral circuit coupled to the input/output circuit and configured to receive a second voltage supply having a voltage that is greater than a voltage of the first voltage supply; and an enabling circuit coupled to the input/output circuits and configured to provide the control signal to disable the input/output circuit based on the first voltage supply transitioning below a first threshold voltage and to provide the control signal to disable the input/output circuit based on the second voltage supply transitioning below a second threshold voltage. a controller; a plurality of devices (201, 202, 203) coupled to the controller via an input/output bus; wherein a device of the plurality of devices comprises: a memory array including a plurality of memory cells; an input/output circuit coupled to the input/output bus and configured to receive a first voltage supply, wherein the input/output circuit is configured to be disabled responsive to a control signal; a peripheral circuit coupled to the input/output circuit and configured to receive a second voltage supply having a voltage that is greater than a voltage of the first voltage supply; and an enabling circuit coupled to the input/output circuits and configured to provide the control signal to disable the input/output circuit based on the first voltage supply transitioning below a first threshold voltage and to provide the control signal to disable the input/output circuit based on the second voltage supply transitioning below a second threshold voltage. a memory array including a plurality of memory cells; an input/output circuit coupled to the input/output bus and configured to receive a first voltage supply, wherein the input/output circuit is configured to be disabled responsive to a control signal; a peripheral circuit coupled to the input/output circuit and configured to receive a second voltage supply having a voltage that is greater than a voltage of the first voltage supply; and an enabling circuit coupled to the input/output circuits and configured to provide the control signal to disable the input/output circuit based on the first voltage supply transitioning below a first threshold voltage and to provide the control signal to disable the input/output circuit based on the second voltage supply transitioning below a second threshold voltage.
A method for manufacturing an aircraft component, including enabling simulation of interactions among subsystems and between subsystems of a modeled system during design by implementing a modeling language extension for inter-partition communication by a processor communicatively coupled to a memory, the method comprising: defining, by a modeling language, a simulation model; defining a simulation model extension, the simulation model extension comprising: at least one sampling port communication module; and at least one queueing port communication module; adding the simulation model extension to the simulation model; running a simulation using the simulation model extension and the simulation model; and causing at least one aircraft component of the modeled system to be manufactured based at least in part on one or more results of the simulation; wherein the at least one aircraft component is manufactured using tolerances of machinery, the tolerances being adjusted automatically based on the results of the simulation; and in that the simulation model extension is configured to mimic inter-partition communication according to the ARINC 653 standard within the modeled system. defining, by a modeling language, a simulation model; defining a simulation model extension, the simulation model extension comprising: at least one sampling port communication module; and at least one queueing port communication module; at least one sampling port communication module; and at least one queueing port communication module; adding the simulation model extension to the simulation model; running a simulation using the simulation model extension and the simulation model; and causing at least one aircraft component of the modeled system to be manufactured based at least in part on one or more results of the simulation; wherein the at least one aircraft component is manufactured using tolerances of machinery, the tolerances being adjusted automatically based on the results of the simulation; and in that the simulation model extension is configured to mimic inter-partition communication according to the ARINC 653 standard within the modeled system.
A history information recording method, performed by a current secondary node, comprising: obtaining information about a history cell that a terminal device visits, wherein the information about the history cell comprises stay time of the terminal device in the history cell, wherein the history cell comprises one or more primary secondary cells, and the one or more primary secondary cells comprise a primary secondary cell of one or more history secondary nodes and/or the current secondary node, wherein the information about the history cell indicates an association relationship between the one or more primary secondary cells and one primary cell, and the primary cell is a primary cell of one or more history master nodes or a current master node; and performing handover preparation based on the information about the history cell. obtaining information about a history cell that a terminal device visits, wherein the information about the history cell comprises stay time of the terminal device in the history cell, wherein the history cell comprises one or more primary secondary cells, and the one or more primary secondary cells comprise a primary secondary cell of one or more history secondary nodes and/or the current secondary node, wherein the information about the history cell indicates an association relationship between the one or more primary secondary cells and one primary cell, and the primary cell is a primary cell of one or more history master nodes or a current master node; and performing handover preparation based on the information about the history cell.
A semiconductor device, comprising: a substrate; a plurality of channel structures (306 -306, 804 -804) disposed over the substrate and corresponding to a field effect transistor, FET (302,302,802,802) and one or more shallow trench isolation, STI, trenches (310 - 310), each STI trench formed between a corresponding pair of channel structures of the plurality of channel structures and comprising: a bottom region (312 -312) filled with a lower quality oxide; and a top region (316 -316) filled with a higher quality oxide not being susceptible to void formation, characterised in that the lower quality oxide is susceptible to void formation, and the higher quality oxide fills voids formed in the lower quality oxide that are within, and adjacent to a top level of, the bottom region. a substrate; a plurality of channel structures (306 -306, 804 -804) disposed over the substrate and corresponding to a field effect transistor, FET (302,302,802,802) and one or more shallow trench isolation, STI, trenches (310 - 310), each STI trench formed between a corresponding pair of channel structures of the plurality of channel structures and comprising: a bottom region (312 -312) filled with a lower quality oxide; and a top region (316 -316) filled with a higher quality oxide not being susceptible to void formation, characterised in that the lower quality oxide is susceptible to void formation, and the higher quality oxide fills voids formed in the lower quality oxide that are within, and adjacent to a top level of, the bottom region. a bottom region (312 -312) filled with a lower quality oxide; and a top region (316 -316) filled with a higher quality oxide not being susceptible to void formation, characterised in that the lower quality oxide is susceptible to void formation, and the higher quality oxide fills voids formed in the lower quality oxide that are within, and adjacent to a top level of, the bottom region.
An operating table top assembly comprising: a first table top component; a receiver assembly attached to or integrally formed with the first table top component, the receiver assembly comprising first and second spaced walls (170, 168) that define a central recess therebetween, the first wall having an outer side surface and a projection that extends laterally from the outer side surface, the projection defining an undercut; a second table top component (108, 110); and a hook assembly attached to or integrally formed with the second table top component (108, 110), the hook assembly comprising an elongate hook member attached to or integrally formed with a housing, the hook member having a tip portion, the housing being configured to be at least partially disposed within the central recess of the receiver assembly, and the tip portion of the hook member being configured to matingly engage the undercut defined by the projection of the receiver assembly, wherein the housing of the hook assembly is at least partially disposed within the central recess of the receiver assembly when the first table top component is coupled to the second table top component (108, 110), and the tip portion of the hook member of the hook assembly matingly engages the undercut defined by the projection of the receiver assembly when the first table top component is coupled to the second table top component (108, 110) characterized in that the hook assembly further comprises a spring-loaded member that can be moved between an extended position in which the spring-loaded member extends from a side surface of the housing and a retracted position in which the spring-loaded member is retracted into the housing, and one of the first and second walls (168, 170) of the receiver assembly defines an aperture configured to receive a portion of the spring-loaded member when the spring-loaded member is in the extended position. a first table top component; a receiver assembly attached to or integrally formed with the first table top component, the receiver assembly comprising first and second spaced walls (170, 168) that define a central recess therebetween, the first wall having an outer side surface and a projection that extends laterally from the outer side surface, the projection defining an undercut; a second table top component (108, 110); and a hook assembly attached to or integrally formed with the second table top component (108, 110), the hook assembly comprising an elongate hook member attached to or integrally formed with a housing, the hook member having a tip portion, the housing being configured to be at least partially disposed within the central recess of the receiver assembly, and the tip portion of the hook member being configured to matingly engage the undercut defined by the projection of the receiver assembly,
A method for producing 2,5-bis(aminomethyl)tetrahydrofuran, the method comprising subjecting 2,5-bis(aminomethyl)furan to a reaction with a hydrogen source in a non-aqueous solvent by using a hydrogenation catalyst to obtain 2,5-bis(aminomethyl)tetrahydrofuran, wherein the amount of the non-aqueous solvent is from 1.0 to 20 times by mass, relative to the mass of 2,5-bis(aminomethyl)furan.
Method of acquiring images of a terrestrial region Z using a spacecraft in non-geostationary orbit around the Earth along a direction of travel and at a speed of travel relative to the ground V sol, said spacecraft comprising an observation instrument associated with a field of view (11, 12) that is fixed within a spacecraft's frame of reference and forming a ground footprint of length L along the direction of travel, and associated with a spatial resolution R s along the direction of travel, said method being characterized in that it comprises: - a step of observing a portion P 1 of the terrestrial region Z, comprising a step of controlling the attitude of the spacecraft during a time interval of duration α that is greater than R s /V sol, the attitude of the spacecraft being controlled such that the ground footprint of the field of view is kept stationary for the duration α and corresponds to said portion P 1, and a step of acquisition by the observation instrument of an image of portion P 1 during the time interval of duration α, - a step of modifying the pitch attitude of the spacecraft so as to orient the field of view such that the ground footprint corresponds to a portion P 2 of the terrestrial region Z, portions P 1 and P 2 of the terrestrial region Z being contiguous or at most partially overlapping along the direction of travel, - a step of observing portion P 2 of the terrestrial region Z, and in that the step of modifying the pitch attitude is executed during a time interval of duration β such that the quantity V sol ·(α + β)·1/L is less than 3. - a step of observing a portion P 1 of the terrestrial region Z, comprising a step of controlling the attitude of the spacecraft during a time interval of duration α that is greater than R s /V sol, the attitude of the spacecraft being controlled such that the ground footprint of the field of view is kept stationary for the duration α and corresponds to said portion P 1, and a step of acquisition by the observation instrument of an image of portion P 1 during the time interval of duration α, - a step of modifying the pitch attitude of the spacecraft so as to orient the field of view such that the ground footprint corresponds to a portion P 2 of the terrestrial region Z, portions P 1 and P 2 of the terrestrial region Z being contiguous or at most partially overlapping along the direction of travel, - a step of observing portion P 2 of the terrestrial region Z,
Food product with hemp, cooked or intended for cooking, comprising at least one mixture of flours, water and yeast characterised in that every kg of mixture of flours comprises at least amounts of flours in the following ranges: - 600-900 grams of soft wheat flour; - 50-200 grams of durum wheat flour; - 50-200 grams of hemp flour. wherein the flours have the following parameters: - strength of the soft wheat flour: 140-380 W - proteins of the durum wheat flour 10%-13% - proteins of the hemp flour 24%-35%. - 600-900 grams of soft wheat flour; - 50-200 grams of durum wheat flour; - 50-200 grams of hemp flour. - strength of the soft wheat flour: 140-380 W - proteins of the durum wheat flour 10%-13% - proteins of the hemp flour 24%-35%.
An Fc-binding polypeptide with improved alkaline stability over a parental domain or polypeptide, which polypeptide comprises a mutant of a parental B or C domain of Staphylococcus Protein A (SpA), as specified by SEQ ID NO 1 or SEQ ID NO 2, or of parental Protein Z, as specified by SEQ ID NO 3, wherein the glutamine residue at position 9 has been mutated to an amino acid other than asparagine and wherein the amino acid residue at position 9 is an alanine and the amino acid residue at position 26 is a glutamine.
A device for turning over a package of stacked sacks, comprising: a holder device for the purpose of receiving, turning over, and releasing the package, said holder device comprising two transport elements (21 a, 21 b) for the purpose of conveying the package, and comprising at least one transport drive for the purpose of driving the transport elements (21a, 21 b) and having a rotary device for the purpose of rotating the transport elements (21a, 21 b) about a stationary axis of rotation, said rotary device comprising a rotatable frame to fasten the transport elements (21 a, 21 b) on both sides thereof, wherein the transport elements (21a, 21 b) are fastened to the frame in a manner allowing movement, characterized in that the transport drive is rigidly fastened to the frame in a manner allowing movement.
Container, in particular sorting and delivery container, for the transport and the storage of objects, in particular of postal items, with a substantially rectangular bottom and two opposite side walls (6, 8), wherein at least at one of the remaining sides of the container a side boundary is provided, which is coupled to the two adjacent side walls (6, 8) and can be transferred from a first position in which it delimits the container towards the side into a second position which is located substantially at or below the level of a loading surface of the container, in which it is substantially vertically oriented and disposed laterally adjacent to a side edge of the bottom and leaves the loading surface of the container open to the side, characterized in that the side boundary is displaceably mounted at the adjacent side walls (6, 8) and is guided between the first and second position via a slotted guide (44, 46).
A method comprising: inserting, in a radio link control, RLC, entity, at least one service data unit, SDU, to a protocol data unit,PDU, of an appropriate size; characterized in that it further comprises: providing at least one indicator including a length indicator for indicating that a first data octet of the protocol data unit, PDU, is a first octet of a first service data unit and at least one other octet of the protocol data unit, PDU, is the last octet of another service data unit, the first service data unit being either the same or different from the other service data unit, wherein the at least one other octet is the last octet of the protocol data unit, PDU. inserting, in a radio link control, RLC, entity, at least one service data unit, SDU, to a protocol data unit,PDU, of an appropriate size; characterized in that it further comprises: providing at least one indicator including a length indicator for indicating that a first data octet of the protocol data unit, PDU, is a first octet of a first service data unit and at least one other octet of the protocol data unit, PDU, is the last octet of another service data unit, the first service data unit being either the same or different from the other service data unit, wherein the at least one other octet is the last octet of the protocol data unit, PDU. providing at least one indicator including a length indicator for indicating that a first data octet of the protocol data unit, PDU, is a first octet of a first service data unit and at least one other octet of the protocol data unit, PDU, is the last octet of another service data unit, the first service data unit being either the same or different from the other service data unit, wherein the at least one other octet is the last octet of the protocol data unit, PDU.