mhurhangee/patent-ind-claim-en huggingface dataset:
An uplink transmission method, comprising: setting (S410) a first transmit power for a first uplink channel based on a channel priority of the first uplink channel, a channel priority of a first physical random access channel, PRACH and a channel priority of a second PRACH, wherein the first uplink channel comprises at least one of a physical uplink shared channel, PUSCH and a physical uplink control channel, PUCCH, a first time domain resource on which the first uplink channel is located, a second time domain resource on which the first PRACH is located and a third time domain resource on which the second PRACH is located overlap, the channel priority of the second PRACH is higher than the channel priority of the first uplink channel, the channel priority of the first uplink channel is higher than the channel priority of the first PRACH, and the first transmit power is greater than 0; and sending (S420) the first uplink channel at the first transmit power. setting (S410) a first transmit power for a first uplink channel based on a channel priority of the first uplink channel, a channel priority of a first physical random access channel, PRACH and a channel priority of a second PRACH, wherein the first uplink channel comprises at least one of a physical uplink shared channel, PUSCH and a physical uplink control channel, PUCCH, a first time domain resource on which the first uplink channel is located, a second time domain resource on which the first PRACH is located and a third time domain resource on which the second PRACH is located overlap, the channel priority of the second PRACH is higher than the channel priority of the first uplink channel, the channel priority of the first uplink channel is higher than the channel priority of the first PRACH, and the first transmit power is greater than 0; and sending (S420) the first uplink channel at the first transmit power.
An apparatus for growing plants comprising: at least one base member having a periphery ; at least one cover member having at least one channel ; wherein the at least one cover member are couplable to the periphery of the at least one base member for providing a hollow space , and wherein the at least one channel is operable to receive at least one tubular member supported at a distance from the at least one base member; and at least one intermediate filter operable to be supported by the at least one cover member, wherein the at least one intermediate filter is arranged for dividing the hollow space into at least two segments wherein the at least one cover member comprises a first sheet and a second sheet , wherein the first and second sheets are couplable along at least of their lateral peripheral edges for forming the at least one channel therebetween, wherein the second sheet comprises at least one corner-cutout portion for creating at least one opening for a bottom portion of the at least one tubular member when received within the at least one channel. at least one base member having a periphery ; at least one cover member having at least one channel ; wherein the at least one cover member are couplable to the periphery of the at least one base member for providing a hollow space , and wherein the at least one channel is operable to receive at least one tubular member supported at a distance from the at least one base member; and at least one intermediate filter operable to be supported by the at least one cover member, wherein the at least one intermediate filter is arranged for dividing the hollow space into at least two segments wherein the at least one cover member comprises a first sheet and a second sheet , wherein the first and second sheets are couplable along at least of their lateral peripheral edges for forming the at least one channel therebetween, wherein the second sheet comprises at least one corner-cutout portion for creating at least one opening for a bottom portion of the at least one tubular member when received within the at least one channel. a first sheet and a second sheet , wherein the first and second sheets are couplable along at least of their lateral peripheral edges for forming the at least one channel therebetween, wherein the second sheet comprises at least one corner-cutout portion for creating at least one opening for a bottom portion of the at least one tubular member when received within the at least one channel.
A method for the purification of a recombinantly expressed triple-helical protein comprising a repeating (Gly-X-Y)n motif, where n is between 5 and 600 and X and Y are independently any natural or unnatural imino or amino acid, wherein the protein is contained within a non-mammalian host cell culture extract or homogenate, the method comprising: (i) precipitating the host cell materials from the triple-helical protein at a pH less than 7 and at a temperature that is less than the melting temperature Tm of the triple-helical protein; followed by (ii) digesting host cell materials present in the precipitated host cell culture extract or homogenate by addition of an acid protease, wherein the triple-helical protein is resistant to the acid protease digestion; and (iii) collecting the purified triple-helical protein; wherein the triple-helical protein remains in solution throughout at least steps (i) and (ii). (i) precipitating the host cell materials from the triple-helical protein at a pH less than 7 and at a temperature that is less than the melting temperature Tm of the triple-helical protein; followed by (ii) digesting host cell materials present in the precipitated host cell culture extract or homogenate by addition of an acid protease, wherein the triple-helical protein is resistant to the acid protease digestion; and (iii) collecting the purified triple-helical protein;
Absorption device (DA) intended to be fitted to a land vehicle and comprising a cross-member (TA) comprising opposite ends (Ej) and each comprising a front face (FV) and an end side face (FLE) delimited by first edges (A1) one of which is common with said front face (FV), further comprising two outer plates (PEj) joined by welding and respectively to said ends (Ej) each having a main part (PP) placed in front of said front face (FV) and extended by a first end wing (AE1) folded in front of at least a part of said end side face (FLE) in order to define a protective screen in front of at least a part of said first edges (A1), wherein said front face (FV) comprises at least one groove (Rk) extending between said opposite end lateral faces (FLE) and delimited by two second edges (A2), and wherein each main part (PP) is extended by a second end wing (AE2) opposite said first end wing (AE1), folded in management with said front face (FV) and provided with at least one sub-part (SPj) intended to be housed at least partially in a groove (Rk) corresponding when its outer plate (PEj) is pushed into management with said cross member (TA), in order to keep said main part (PP) at a distance from said second edges (A2).
A method for producing a concentrate of aromatic hydrocarbons from natural gas, which involves producing synthesis gas, converting same into methanol, then producing, from the methanol, in the presence of a catalyst, a concentrate of aromatic hydrocarbons and water, separating the water, air stripping hydrocarbon residues from the water, and separating-out the resultant concentrate of aromatic hydrocarbons and hydrogen-containing gas, the latter being at least partially used in the production of synthesis gas to adjust the ratio therein of H 2 :CO 1.8-2.3:1, characterized in that the production of aromatic hydrocarbons from methanol in the presence of a catalyst is carried out in two consecutively-connected reactors for synthesizing aromatic hydrocarbons: in a first, low-temperature isothermal reactor for synthesizing aromatic and aliphatic hydrocarbons, and in a second, high-temperature adiabatic reactor for synthesizing aromatic and aliphatic hydrocarbons from aliphatic hydrocarbons formed in the first reactor, and the subsequent stabilization of the concentrate of aromatic hydrocarbons in a stabilization unit, and in that at least a portion of the hydrogen-containing gas from the concentrate of aromatic hydrocarbons and hydrogen-containing gas is fed to the synthesis gas production unit and is used for producing synthesis gas using autothermal reforming technology with a pre-reforming unit or non-catalytic partial oxidation using oxygen or oxygen-air mixtures as the oxidant to adjust the ratio therein according to the relationship (the MF of H 2 - the MF of CO 2 ) / (the MF of CO + the MF of CO 2 ) ≥ 2.05, where MF stands for the mole fraction of the component in the synthesis gas.
A game console, comprising: a data-sending interface capable of transmitting multimedia data to a television receiver through a first transmission channel; a request-sending interface capable of sending a request to the television receiver through a second transmission channel; and a first control unit that is configured to detect an event and perform control to send, to the television receiver through the second transmission channel, a request including at least control information for giving an instruction about control to be executed by the television receiver in accordance with the detected event, characterized in that the first control unit is configured to detect a predetermined user input at a controller for the game console as the event and send, to the television receiver through the second transmission channel, data associated with the detected event and as the request a request including control information for giving an instruction to display this data together with data currently selected by input switching control at the television receiver, which is not the multimedia data transmitted via the first transmission channel wherein the data associated with the event is user interface information for guiding a user of the controller on how to control the television receiver by using the controller. a data-sending interface capable of transmitting multimedia data to a television receiver through a first transmission channel; a request-sending interface capable of sending a request to the television receiver through a second transmission channel; and a first control unit that is configured to detect an event and perform control to send, to the television receiver through the second transmission channel, a request including at least control information for giving an instruction about control to be executed by the television receiver in accordance with the detected event,
An apparatus comprising: multiple thermal actuator switches configured to control a transfer of thermal energy through the apparatus, the thermal actuator switches arranged in a stacked configuration, each thermal actuator switch comprising: first and second plates (102, 104, 502, 504, 702. 704); a piston movable between the first and second plates; and a phase change material configured to (i) expand to move a surface of the piston into a first position and (ii) contract to allow the surface of the piston to move into a second position, the surface of the piston thermally contacting the first plate and increasing thermal energy transfer between the first and second plates when in one of the first and second positions, the surface of the piston spaced apart from the first plate and decreasing thermal energy transfer between the first and second plates when in another of the first and second positions; wherein different ones of the thermal actuator switches comprise different phase change materials that expand or contract at different temperatures. multiple thermal actuator switches configured to control a transfer of thermal energy through the apparatus, the thermal actuator switches arranged in a stacked configuration, each thermal actuator switch comprising: first and second plates (102, 104, 502, 504, 702. 704); a piston movable between the first and second plates; and a phase change material configured to (i) expand to move a surface of the piston into a first position and (ii) contract to allow the surface of the piston to move into a second position, the surface of the piston thermally contacting the first plate and increasing thermal energy transfer between the first and second plates when in one of the first and second positions, the surface of the piston spaced apart from the first plate and decreasing thermal energy transfer between the first and second plates when in another of the first and second positions; first and second plates (102, 104, 502, 504, 702. 704); a piston movable between the first and second plates; and a phase change material configured to (i) expand to move a surface of the piston into a first position and (ii) contract to allow the surface of the piston to move into a second position, the surface of the piston thermally contacting the first plate and increasing thermal energy transfer between the first and second plates when in one of the first and second positions, the surface of the piston spaced apart from the first plate and decreasing thermal energy transfer between the first and second plates when in another of the first and second positions; wherein different ones of the thermal actuator switches comprise different phase change materials that expand or contract at different temperatures.
A curable composition comprising a bisphenol F epoxy resin, at least one rubber-modified epoxy resin and at least one epoxy acrylate component, characterized in that ethylene-vinyl alcohol copolymer capsules are dispersed in said composition and the weight ratio between the bisphenol F epoxy resin and said capsules is comprised between 1 and 10.
An assembly comprising an endoscope and a sterilization tray , the sterilization tray comprising: a flexible and vapor-permeable sheet , wherein the tray comprises a cutout disposed through the sheet, the cutout defining a first standoff that is foldable away from the sheet , wherein a first portion of the endoscope is configured to be positioned upon the first standoff when the first standoff is folded away from the sheet, a first contoured portion disposed through the first standoff , characterized in that the assembly comprises a dry booster defining an internal volume, such that the tray is configured to create a pressure differential between the internal volume of the dry booster and a vacuum chamber of a steriliser. a flexible and vapor-permeable sheet , wherein the tray comprises a cutout disposed through the sheet, the cutout defining a first standoff that is foldable away from the sheet , wherein a first portion of the endoscope is configured to be positioned upon the first standoff when the first standoff is folded away from the sheet, a first contoured portion disposed through the first standoff ,
A device control method for a mobile terminal having a touch screen , comprising: receiving (S507) a notification signal from a registered device , when the registered device is turned on, through short-range wireless communication, wherein the registered device has previously been connected to the mobile terminal and registered by the mobile terminal ; connecting (S311) to the registered device through the short-range wireless communication; displaying (S313) a user interface, UI, of the connected registered device on the touch screen , the UI having been previously downloaded from the registered device; and controlling (S315) the connected registered device through the displayed UI of the connected registered device . receiving (S507) a notification signal from a registered device , when the registered device is turned on, through short-range wireless communication, wherein the registered device has previously been connected to the mobile terminal and registered by the mobile terminal ; connecting (S311) to the registered device through the short-range wireless communication; displaying (S313) a user interface, UI, of the connected registered device on the touch screen , the UI having been previously downloaded from the registered device; and controlling (S315) the connected registered device through the displayed UI of the connected registered device .
An optical device comprising: an active layer comprising two outer barriers and a coupled quantum well (QW) between the two outer barriers, wherein the coupled quantum well comprises: a first quantum well layer (QW1); a second quantum well layer (QW2); a third quantum well layer (QW3); a first coupling barrier (CB1) between the first quantum well layer and the second quantum well layer; and a second coupling barrier (CB2) between the second quantum well layer and the third quantum well layer, wherein the second quantum well layer is between the first quantum well layer and the third quantum well layer, and wherein an energy band gap (Band-gap2) of the second quantum well layer is less than an energy band gap (Band-gap1) of the first quantum well layer, and characterized in that an energy band gap of the third quantum well layer is equal to the energy band gap of the second quantum well layer. an active layer comprising two outer barriers and a coupled quantum well (QW) between the two outer barriers, wherein the coupled quantum well comprises: a first quantum well layer (QW1); a second quantum well layer (QW2); a third quantum well layer (QW3); a first coupling barrier (CB1) between the first quantum well layer and the second quantum well layer; and a second coupling barrier (CB2) between the second quantum well layer and the third quantum well layer, a first quantum well layer (QW1); a second quantum well layer (QW2); a third quantum well layer (QW3); a first coupling barrier (CB1) between the first quantum well layer and the second quantum well layer; and a second coupling barrier (CB2) between the second quantum well layer and the third quantum well layer, wherein the second quantum well layer is between the first quantum well layer and the third quantum well layer, and wherein an energy band gap (Band-gap2) of the second quantum well layer is less than an energy band gap (Band-gap1) of the first quantum well layer, and characterized in that an energy band gap of the third quantum well layer is equal to the energy band gap of the second quantum well layer.
Method for operating a pump having a pump chamber which has at least one connection , and an electromagnetic linear actuator which is acted on by a spring force (F F ) and which can be moved counter to the spring force (F 1 ) by applying a voltage (U), wherein, by means of a movement of the electromagnetic linear actuator in a first direction (Ri), fluid is sucked into the pump chamber through a connection , and wherein, by means of a movement of the electromagnetic linear actuator in a second direction (R 2 ), fluid is displaced out of the pump chamber through a connection , wherein, during the movement of the electromagnetic linear actuator in the direction of the spring force (F F ), a voltage (U) is applied in such a way that after the start of the movement, the magnetic energy present in the electromagnetic linear actuator is dissipated actively to a predefined proportion of less than 100%, characterized in that the predefined proportion lies between 10% and 50%, wherein the voltage (U) is reapplied before or at the end of the movement, specifically in such a way that the magnetic energy that is still present in the electromagnetic linear actuator is completely actively dissipated, wherein, between the application of the voltage (U) with which the predefined proportion of the magnetic energy is actively dissipated and the application of the voltage (U) with which the magnetic energy present in the electromagnetic linear actuator is completely actively dissipated, at least a predefined time period (Δt') and/or a movement distance of the electromagnetic linear actuator are provided. wherein, by means of a movement of the electromagnetic linear actuator in a second direction (R 2 ), fluid is displaced out of the pump chamber through a connection , wherein, during the movement of the electromagnetic linear actuator in the direction of the spring force (F F ), a voltage (U) is applied in such a way that after the start of the movement, the magnetic energy present in the electromagnetic linear actuator is dissipated actively to a predefined proportion of less than 100%, characterized in that the predefined proportion lies between 10% and 50%, wherein the voltage (U) is reapplied before or at the end of the movement, specifically in such a way that the magnetic energy that is still present in the electromagnetic linear actuator is completely actively dissipated, wherein, between the application of the voltage (U) with which the predefined proportion of the magnetic energy is actively dissipated and the application of the voltage (U) with which the magnetic energy present in the electromagnetic linear actuator is completely actively dissipated, at least a predefined time period (Δt') and/or a movement distance of the electromagnetic linear actuator are provided.
A crystalline form of -6'-fluoro-N,N-dimethyl-4-phenyl-4',9'-dihydro-3'H-spiro-[cyclohexane-1,1'-pyrano[3,4,b]indol]-4-amine, which is an alcohol solvate.
A supercharging device for a combustion engine , having an electrically driven compressor which has a compressor housing with a compressor housing inlet and a compressor housing outlet , in which compressor housing there is arranged a radial compressor wheel which is fastened to one end of a motor shaft of an electric motor , and which compressor housing has a radially outwardly directed diffuser , wherein the compressor housing outlet is in the form of an axial outlet; characterized in that a cylindrical first housing section of the compressor housing adjoins the radially outwardly directed diffuser ; and in that the said diffuser is provided with flow-guiding blades . in which compressor housing there is arranged a radial compressor wheel which is fastened to one end of a motor shaft of an electric motor , and which compressor housing has a radially outwardly directed diffuser ,
An optical rotating coupling for optical signal transmission with at least two units , each rotatably mounted about a rotary axis (D1, D2), the rotary axes (D1, D2) of which, at least in sections, are at a lateral distance (a) from each other, with a rotary signal transmitter in contact with the at least two units along a respective contact region (B1, B2) and designed in form of an endless loop, wherein the rotary signal transmitter rotatingly permanently couples the at least two units to each other, with respectively an optical unit non-rotatingly attached to both units , which comprises at least an optical signal line (S1, S2), a beam splitter and/or beam coupler , which is optically coupled to the at least one optical signal line (S1, S2), as well as at least two optical partial signal lines (T11, T12, T21, T22), which are optically coupled via the beam splitter and/or beam coupler to the at least one optical signal line (S1, S2), with at least two optical transmission lines attached to the rotary signal transmitter , as well as with optical coupling means (KM1, KM2, KM3, KM4) attached to the rotary signal transmitter and with optical coupling means (KM11, KM12, KM21, KM22) attached to the units , each for forming a detachable optical signal coupling between one of the partial signal lines (T11, T12, T21, T22) and one of the optical transmission lines .