mhurhangee/ep-ind-claims huggingface dataset:
Use of an aqueous solution of potassium formate further comprising at least one dissolved lithium and/or sodium salt, at least one or more organic or inorganic acids as a well or completion fluid, characterized in that the lithium salts include lithium citrate and/or lithium amidosulfonate, and the sodium salts include sodium citrate and/or sodium amidosulfonate, having a crystallization temperature that is lowered as compared to a liquid consisting exclusively of 75% by weight potassium formate and 25% by weight water, wherein the amount of the lithium and/or sodium salt is in total up to 15% by weight, based on the amount of potassium formate.
A polypeptide construct comprising an interferon linked to an antibody or antigen binding portion thereof which binds to a cell surface-associated antigen, wherein the IFN is an attenuated interferon α (IFNα) comprising, relative to wildtype, a mutation as depicted in an amino acid sequence selected from the group consisting of R144A (SEQ ID NO:30), R144S (SEQ ID NO:40), R144T (SEQ ID NO:41), R144Y (SEQ ID NO:43), R144I (SEQ ID NO:35), R144L (SEQ ID NO:37), A145D (SEQ ID NO:44), A145H (SEQ ID NO:47), A145Y (SEQ ID NO:58), A145K (SEQ ID NO:49), R33A+YNS (SEQ ID NO:65), R33A (SEQ ID NO:16) and R144A+YNS (SEQ ID NO:68).
A broadband service nesting processing method, comprising: receiving, by a broadband service nesting processing device, a service request message sent to a user equipment, and obtaining a service identity of a current service carried in the service request message; determining, by the broadband service nesting processing device, according to a service nesting list that service nesting is formed between a terminating call service corresponding to a terminating call service request message received by the broadband service nesting processing device from the user equipment and a service corresponding to the service identity of the current service, wherein the service nesting list stores mapping relationships between various terminating call services and services having service nesting relationships with the terminating call services, characterized in that the service identity of the current service is a service identity of a conference call service and the terminating call service is a call hold service; and when determining that the service nesting is formed between the terminating call service and the service corresponding to the service identity of the current service, implementing, by the broadband service nesting processing device, a call hold for the conference call service of a callee, and refusing to play a hold tone. receiving, by a broadband service nesting processing device, a service request message sent to a user equipment, and obtaining a service identity of a current service carried in the service request message; determining, by the broadband service nesting processing device, according to a service nesting list that service nesting is formed between a terminating call service corresponding to a terminating call service request message received by the broadband service nesting processing device from the user equipment and a service corresponding to the service identity of the current service, wherein the service nesting list stores mapping relationships between various terminating call services and services having service nesting relationships with the terminating call services, characterized in that the service identity of the current service is a service identity of a conference call service and the terminating call service is a call hold service; and when determining that the service nesting is formed between the terminating call service and the service corresponding to the service identity of the current service, implementing, by the broadband service nesting processing device, a call hold for the conference call service of a callee, and refusing to play a hold tone.
A copper alloy for an electric and electronic device, comprising: more than 2 mass% and less than 23 mass% of Zn; 0.1 mass% to 0.9 mass% of Sn; 0.05 mass% to less than 1.0 mass% of Ni; 0.001 mass% to 0.08 mass% of Fe; 0.005 mass% to 0.1 mass% of P; and optionally 0.001 mass% to less than 0.1 mass% of Co; the balance being Cu and unavoidable impurities, wherein a ratio (Fe+Co)/Ni of a total content of Fe and Co to a Ni content satisfies 0.002≤(Fe+Co)/Ni<1.5 by atomic ratio, a ratio (Ni+Fe+Co)/P of a total content (Ni+Fe+Co) of Ni, Fe, and Co to a P content satisfies 3<(Ni+Fe+Co)/P<15 by atomic ratio, a ratio Sn/(Ni+Fe+Co) of a Sn content to the total content (Ni+Fe+Co) of Ni, Fe, and Co satisfies 0.3<Sn/(Ni+Fe+Co)<5 by atomic ratio, and R is 0.8 or less, wherein an X-ray diffraction intensity from a plane on a surface of the copper alloy is represented by I, an X-ray diffraction intensity from a plane on the surface of the copper alloy is represented by I, an X-ray diffraction intensity from a plane on the surface of the copper alloy is represented by I, an X-ray diffraction intensity from a plane on the surface of the copper alloy is represented by I, and a fraction R of the X-ray diffraction intensity from the plane on the surface of the copper alloy is R =I /(I +I +I +I), and the X-ray diffraction intensities are from an α phase which is the matrix of the copper alloy. more than 2 mass% and less than 23 mass% of Zn; 0.1 mass% to 0.9 mass% of Sn; 0.05 mass% to less than 1.0 mass% of Ni; 0.001 mass% to 0.08 mass% of Fe; 0.005 mass% to 0.1 mass% of P; and optionally 0.001 mass% to less than 0.1 mass% of Co; the balance being Cu and unavoidable impurities, wherein a ratio (Fe+Co)/Ni of a total content of Fe and Co to a Ni content satisfies 0.002≤(Fe+Co)/Ni<1.5 by atomic ratio, a ratio (Ni+Fe+Co)/P of a total content (Ni+Fe+Co) of Ni, Fe, and Co to a P content satisfies 3<(Ni+Fe+Co)/P<15 by atomic ratio, a ratio Sn/(Ni+Fe+Co) of a Sn content to the total content (Ni+Fe+Co) of Ni, Fe, and Co satisfies 0.3<Sn/(Ni+Fe+Co)<5 by atomic ratio, and R is 0.8 or less, wherein an X-ray diffraction intensity from a plane on a surface of the copper alloy is represented by I, an X-ray diffraction intensity from a plane on the surface of the copper alloy is represented by I, an X-ray diffraction intensity from a plane on the surface of the copper alloy is represented by I, an X-ray diffraction intensity from a plane on the surface of the copper alloy is represented by I, and a fraction R of the X-ray diffraction intensity from the plane on the surface of the copper alloy is R =I /(I +I +I +I), and the X-ray diffraction intensities are from an α phase which is the matrix of the copper alloy.
A photoacoustic probe comprising: a light irradiation unit for irradiating first light that is used for photoacoustic imaging on an object; a transducer that receives acoustic waves generated from the object by absorbing the first light and converts the acoustic waves into electrical signals; and an indicator for providing information about whether the first light is irradiated, CHARACTERIZED BY a wavelength converter for converting the first light to second light having a different wavelength than the first light, wherein the indicator is configured to output the second light to provide the information about whether the first light is irradiated. a light irradiation unit for irradiating first light that is used for photoacoustic imaging on an object; a transducer that receives acoustic waves generated from the object by absorbing the first light and converts the acoustic waves into electrical signals; and an indicator for providing information about whether the first light is irradiated, CHARACTERIZED BY a wavelength converter for converting the first light to second light having a different wavelength than the first light, wherein the indicator is configured to output the second light to provide the information about whether the first light is irradiated.
A network load balance processing method, applied to a network load balance processing system comprising a client, a virtual server and a back-end server, the method comprising: receiving, by the back-end server, a control command including the IP address and a port of the client from the virtual server, wherein the virtual server is configured to send the control command to the back-end server after establishing connection with the client; establishing, by the back-end server, a connection with the client based on the control command directed to the connection between the virtual server and the client; wherein: receiving, by a back-end module of the back-end server, the control command; parsing, by the back-end module, a key information including the IP address and the port of the client; and transferring, by the back-end module, the key information to a back-end kernel of the back-end server to establish the connection with the client; receiving, by the back-end server, a data request packet forwarded by the virtual server from the client; and responding, by the back-end server, to the data request packet based on the connection between the back-end server and the client, and sending, by the back-end server, response information to the client. receiving, by the back-end server, a control command including the IP address and a port of the client from the virtual server, wherein the virtual server is configured to send the control command to the back-end server after establishing connection with the client; establishing, by the back-end server, a connection with the client based on the control command directed to the connection between the virtual server and the client; wherein: receiving, by a back-end module of the back-end server, the control command; parsing, by the back-end module, a key information including the IP address and the port of the client; and transferring, by the back-end module, the key information to a back-end kernel of the back-end server to establish the connection with the client; receiving, by the back-end server, a data request packet forwarded by the virtual server from the client; and responding, by the back-end server, to the data request packet based on the connection between the back-end server and the client, and sending, by the back-end server, response information to the client.
Device for producing milk foam comprising an outer cylinder, an inner cylinder arranged concentrically within the outer cylinder, a fluid inlet and a fluid outlet, the outer cylinder and the inner cylinder being rotatable with respect to each other, a gap being formed between the outer cylinder and the inner cylinder, and the gap connecting the fluid inlet with the fluid outlet; characterized in that the outer cylinder has an inner wall and the inner cylinder has an outer wall, the inner wall and the outer wall realizing two parallel boundary plates, the relative movement of the inner cylinder against the outer cylinder causing a Couette flow of a fluid in a space between the two parallel plates.
A method for separating CO 2 from C 2 to C 5 alkanes, comprising: introducing a first stream comprising C 2 to C 5 alkanes and CO 2 into a first separation zone, the first separation zone comprising a hydrocarbon solvent; separating the first stream into a recycle stream and a second stream in the first separation zone, wherein the recycle stream comprises CO 2 and one or more of CO, H 2, and CH 4, and the second stream comprises C 2 to C 5 alkanes; introducing the second stream into a second separation zone; and separating the second stream into a third stream and a fourth stream, wherein the third stream comprises C 2 alkanes and the fourth stream comprises C 3 to C 5 alkanes. introducing a first stream comprising C 2 to C 5 alkanes and CO 2 into a first separation zone, the first separation zone comprising a hydrocarbon solvent; separating the first stream into a recycle stream and a second stream in the first separation zone, wherein the recycle stream comprises CO 2 and one or more of CO, H 2, and CH 4, and the second stream comprises C 2 to C 5 alkanes; introducing the second stream into a second separation zone; and separating the second stream into a third stream and a fourth stream, wherein the third stream comprises C 2 alkanes and the fourth stream comprises C 3 to C 5 alkanes.
A compound, which compound is (4S,4aS,5aR,12aS)-4-dimethylamino-3,10,12,12a-tetrahydroxy-7- [(methoxy(methyl)amino)-methyl]-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydro- naphthacene-2-carboxylic acid amide or a pharmaceutically acceptable salt thereof, for use in a therapeutically effective amount in the treatment of non-inflammatory acne vulgaris lesion.
A female housing (3; 103) of an electrical connector apparatus (1; 100), comprising: a set of terminal apertures for receiving therein at least a set of terminals; a bottom slot located underneath the female housing (3; 103); and a first terminal position assurance device (5; 105) accommodated within the bottom slot, characterised in that the female housing further comprises: ribs (12, 13, 14, 15, 16, 17, 18; 112, 113, 114, 115, 116, 117, 118) provided on the female housing (3; 103) along a periphery of the TPA (5; 105) to protect the TPA (5; 105) from physical contact, wherein the first TPA (5; 105) includes at each of its widthwise outer sides two rib-shaped engagement members extending therefrom for allowing the first TPA (5; 105) to be at a pre-set position during transport of the female housing (3; 103) and at a final lock position for engaging the set of terminals. a set of terminal apertures for receiving therein at least a set of terminals; a bottom slot located underneath the female housing (3; 103); and a first terminal position assurance device (5; 105) accommodated within the bottom slot, characterised in that the female housing further comprises: ribs (12, 13, 14, 15, 16, 17, 18; 112, 113, 114, 115, 116, 117, 118) provided on the female housing (3; 103) along a periphery of the TPA (5; 105) to protect the TPA (5; 105) from physical contact, wherein the first TPA (5; 105) includes at each of its widthwise outer sides two rib-shaped engagement members extending therefrom for allowing the first TPA (5; 105) to be at a pre-set position during transport of the female housing (3; 103) and at a final lock position for engaging the set of terminals. ribs (12, 13, 14, 15, 16, 17, 18; 112, 113, 114, 115, 116, 117, 118) provided on the female housing (3; 103) along a periphery of the TPA (5; 105) to protect the TPA (5; 105) from physical contact, wherein the first TPA (5; 105) includes at each of its widthwise outer sides two rib-shaped engagement members extending therefrom for allowing the first TPA (5; 105) to be at a pre-set position during transport of the female housing (3; 103) and at a final lock position for engaging the set of terminals.
A self-propelled combine harvester with a separating device which comprises at least one axial rotor and a housing in the interior of which the axial rotor is disposed, wherein the housing has an inflow head at a front face, and a feed drum is provided which is disposed in front of the separating device and is provided for feeding a flow of harvested material into the separating device, characterized in that an inflow segment is associated with the feed drum over which the flow of harvested material is fed to the inflow head, wherein the inflow segment and/or portions (622 - 624) thereof is or are disposed in the combine harvester in an interchangeable and/or adjustable manner, wherein the inflow segment is disposed beneath the feed drum and in front of the separating device and the inflow segment and/or its portions (622 - 624) is or are interchangeably and/or adjustably disposed in the combine harvester as a function of the harvested material, the harvesting conditions, its wear and/or the throughput of harvested material.
A method of communicating in a wireless communications system, the method being executed by an access terminal and comprising: monitoring a communication session on a second network; determining that at least one page is received from a first network during the communication session, the first and second network configured for operation on different physical layers; refraining from responding to the at least one page during the communication session; characterised by: upon termination of the communication session over the second network, evaluating the at least one page to determine whether to query an application server to request information related to the at least one page; and selectively sending (565B, 560A) the query to the application server based on the evaluation. monitoring a communication session on a second network; determining that at least one page is received from a first network during the communication session, the first and second network configured for operation on different physical layers; refraining from responding to the at least one page during the communication session; characterised by: upon termination of the communication session over the second network, evaluating the at least one page to determine whether to query an application server to request information related to the at least one page; and selectively sending (565B, 560A) the query to the application server based on the evaluation. upon termination of the communication session over the second network, evaluating the at least one page to determine whether to query an application server to request information related to the at least one page; and selectively sending (565B, 560A) the query to the application server based on the evaluation.
A radio communication system comprising a base station and a mobile station communicating with the base station, wherein the base station includes: a selection unit configured to select an item of identification information for identifying a data series from a plurality of data series corresponding to resources used to transmit a signal that the mobile station uses to measure reception quality; and a first transmitting unit (13, 14) configured to transmit the item of identification information to the mobile station, and the mobile station includes: a receiving unit configured to receive the item of identification information that the first transmitting unit has transmitted; a measurement unit configured to measure the reception quality using a signal of the data series identified by the item of identification information; and a second transmitting unit configured to transmit information indicating the reception quality that the measurement unit has measured to the base station; characterized in that: the selection unit is configured to select the item of identification information for identifying a data series corresponding to the position of the mobile station among a plurality of different data series corresponding to a port used to transmit the signal. a selection unit configured to select an item of identification information for identifying a data series from a plurality of data series corresponding to resources used to transmit a signal that the mobile station uses to measure reception quality; and a first transmitting unit (13, 14) configured to transmit the item of identification information to the mobile station, and the mobile station includes: a receiving unit configured to receive the item of identification information that the first transmitting unit has transmitted; a measurement unit configured to measure the reception quality using a signal of the data series identified by the item of identification information; and a second transmitting unit configured to transmit information indicating the reception quality that the measurement unit has measured to the base station; characterized in that: the selection unit is configured to select the item of identification information for identifying a data series corresponding to the position of the mobile station among a plurality of different data series corresponding to a port used to transmit the signal. a receiving unit configured to receive the item of identification information that the first transmitting unit has transmitted; a measurement unit configured to measure the reception quality using a signal of the data series identified by the item of identification information; and a second transmitting unit configured to transmit information indicating the reception quality that the measurement unit has measured to the base station; characterized in that: the selection unit is configured to select the item of identification information for identifying a data series corresponding to the position of the mobile station among a plurality of different data series corresponding to a port used to transmit the signal.
Oscillating driven power tool, comprising a motor shaft driven rotationally by a motor, which motor shaft can be coupled by a gear and an eccentric coupling drive to a tool spindle for the oscillating drive of the latter, characterised in that the gear is designed as a toothed-belt drive which comprises a first belt wheel driven by the motor and which comprises a second belt wheel which drives the eccentric coupling drive, in that the eccentric coupling drive comprises an eccentric pin which is driven by the second belt wheel, in that the eccentric pin is mounted together with an eccentric bearing held thereon on the second belt wheel, in that the second belt wheel comprises a mass balance for balancing the imbalance caused by the eccentric pin and the eccentric bearing and in that the eccentric coupling drive is designed for converting an oscillating drive movement produced by the eccentric coupling drive into an oscillating drive movement of the tool spindle with an opposite direction of rotation.
An aqueous resinous dispersion comprising: an anionic resin, a pigment of a divalent metal cation, and a chelating agent capable of reacting with the pigment. an anionic resin, a pigment of a divalent metal cation, and a chelating agent capable of reacting with the pigment.