mhurhangee/ep-ind-claims huggingface dataset:
An in vitro method of diagnosing a subject having a cell proliferation-related disorder or suspected of having a cell proliferation-related disorder resulting from an IDH1-G97D mutant enzyme with 2-hydroxyglutarate neoactivity, or evaluating a subject for the susceptibility to a cell proliferation-related disorder resulting from an IDH1-G97D mutant enzyme with 2HG neoactivity characterized by: (a) the presence of an IDH1-G97D mutant enzyme which has 2HG neoactivity, or (b) elevated levels of 2HG due to the presence of IDH1-G97D mutant enzyme having 2HG neoactivity, wherein said method comprises: analyzing for the presence of 2HG in a sample selected from a tissue, product, and bodily fluid of said subject by a chromatographic method; analyzing for the presence of an IDH1-G97D mutant protein or a DNA or RNA encoding said IDH1-G97D mutant protein in the sample; wherein the presence of 2HG is indicative for the subject has, or is suspected of having a cell proliferation-related disorder resulting from an IDH1-G97D mutant enzyme with 2HG neoactivity. (a) the presence of an IDH1-G97D mutant enzyme which has 2HG neoactivity, or (b) elevated levels of 2HG due to the presence of IDH1-G97D mutant enzyme having 2HG neoactivity, analyzing for the presence of 2HG in a sample selected from a tissue, product, and bodily fluid of said subject by a chromatographic method; analyzing for the presence of an IDH1-G97D mutant protein or a DNA or RNA encoding said IDH1-G97D mutant protein in the sample; wherein the presence of 2HG is indicative for the subject has, or is suspected of having a cell proliferation-related disorder resulting from an IDH1-G97D mutant enzyme with 2HG neoactivity.
Polymer comprising a first monomer unit M 1 and a second monomer unit M 2 in random sequence, wherein the first monomer unit M 1 is of formula and the second monomer unit M 2 is of formula -[-SiR 1 R 2 -NR 5 -]- -[-SiR 3 R 4 -[-O-SiR 3 R 4 -] a -NR 5 -]- wherein R 1, R 2, R 3, R 4 and R 5 are at each occurrence independently of each other selected from the group consisting of H and carbyl; and a is an integer of at least 1 and at most 10. R 1, R 2, R 3, R 4 and R 5 are at each occurrence independently of each other selected from the group consisting of H and carbyl; and a is an integer of at least 1 and at most 10.
A method for establishing a selected IP traffic offload connection under a H(e)NB, comprising: obtaining a request for a packet data network connection to an access point; obtaining an address of a local gateway in connection with the H(e)NB and information of access points supported by the local gateway; determining from obtained external subscription information and obtained local configuration information whether the access point requested by a UE allows a selected IP traffic offload connection to be established, if both of flag bits in the subscription information and the local configuration information to indicate whether to allow the connection to be established are "1", then indicating that the access point allows a selected IP traffic offload connection to be established; or if at least one of the flag bits is "0", then indicating that the access point allows no selected IP traffic offload connection to be established; determining whether the local gateway is capable of being connected to the access point; and determining from determination results a scheme for establishing a selected IP traffic offload connection, and establishing a selected IP traffic offload connection. obtaining a request for a packet data network connection to an access point; obtaining an address of a local gateway in connection with the H(e)NB and information of access points supported by the local gateway; determining from obtained external subscription information and obtained local configuration information whether the access point requested by a UE allows a selected IP traffic offload connection to be established, if both of flag bits in the subscription information and the local configuration information to indicate whether to allow the connection to be established are "1", then indicating that the access point allows a selected IP traffic offload connection to be established; or if at least one of the flag bits is "0", then indicating that the access point allows no selected IP traffic offload connection to be established; determining whether the local gateway is capable of being connected to the access point; and determining from determination results a scheme for establishing a selected IP traffic offload connection, and establishing a selected IP traffic offload connection.
A method for reducing differential ghosting in a scintillator of an X-ray system, the X-ray system configured for acquiring image data of a subject from which a 3D image in respect of the subject is reconstructable, the X-ray system comprising an X-ray source for irradiating said subject and an X-ray detector for receiving X-radiation that has passed through said subject and generating an electric signal representative of the intensity distribution thereof, said X-ray detector comprising the scintillator for receiving X-radiation incident thereon and converting said X-radiation into optical radiation, the method comprising periodically performing a deghost scan prior to performing subsequent one or more scans for the acquisition of the image data, the deghost scan being performed when no subject is present between said X-ray source and X-ray detector, and said deghost scan causing said X-ray source to generate an X-radiation beam and causing said detector to receive said X-radiation and generate an electric signal representative of homogeneous ghosting caused in said detector by said X-radiation incident thereon, and wherein said deghost scan is performed at an X-radiation detector dose of about 40 mGy.
A transmitter system, comprising: a voltage-controlled oscillator, VCO, having a first inductor coupled with a VCO output, such that a VCO signal generated at the VCO output oscillates at a VCO period in accordance with oscillation of the first inductor; a power amplifier, PA, having a second inductor coupled with a PA input, such that the second inductor oscillates at a PA period in accordance with oscillation of a PA signal received at the PA input; and a signal path coupled between the VCO output and the PA input, whereby the PA period is substantially the VCO period, the signal path comprising: a set of signal path components introducing a first signal delay between the VCO output and the PA input; and a coupling delay matching, CDM, subsystem configured to generate a second signal delay between the VCO output and the PA input, the second signal delay determined such that introducing the first signal delay and the second signal delay into the signal path causes the PA signal to be phase-shifted with respect to the VCO signal by an amount corresponding to an integer multiple of the VCO period. a voltage-controlled oscillator, VCO, having a first inductor coupled with a VCO output, such that a VCO signal generated at the VCO output oscillates at a VCO period in accordance with oscillation of the first inductor; a power amplifier, PA, having a second inductor coupled with a PA input, such that the second inductor oscillates at a PA period in accordance with oscillation of a PA signal received at the PA input; and a signal path coupled between the VCO output and the PA input, whereby the PA period is substantially the VCO period, the signal path comprising: a set of signal path components introducing a first signal delay between the VCO output and the PA input; and a coupling delay matching, CDM, subsystem configured to generate a second signal delay between the VCO output and the PA input, the second signal delay determined such that introducing the first signal delay and the second signal delay into the signal path causes the PA signal to be phase-shifted with respect to the VCO signal by an amount corresponding to an integer multiple of the VCO period. a set of signal path components introducing a first signal delay between the VCO output and the PA input; and a coupling delay matching, CDM, subsystem configured to generate a second signal delay between the VCO output and the PA input, the second signal delay determined such that introducing the first signal delay and the second signal delay into the signal path causes the PA signal to be phase-shifted with respect to the VCO signal by an amount corresponding to an integer multiple of the VCO period.
A method for removing impurities from shredded plastic using a device comprising a first cleaning disk with a first cleaning surface and a second cleaning disk with a second cleaning surface, wherein the cleaning surfaces (12, 42) face one another and define a cleaning gap between one another, comprising the steps: - rotating at least one of the cleaning disks (10, 40) about the rotational axis thereof, - feeding liquid, especially water or an aqueous solution, into the cleaning gap, - feeding shredded plastic to be cleaned between the cleaning disks (10, 40) and conveying the shredded plastic through the cleaning gap, the surfaces of the shredded plastic being abrasively processed by the first and the second cleaning surface (12, 42), - measuring the difference between the temperature of the liquid conducted through the cleaning gap at the point of entry into the cleaning gap and the temperature of the liquid conducted through the cleaning gap at the point of discharge from the cleaning gap and/or measuring a parameter characterizing said difference in temperature, - adjusting the distance between the cleaning surfaces (12, 42) in such a way that the measured difference in temperature and/or the at least one parameter characterizing said difference in temperature comes as close as possible to a desired value. - rotating at least one of the cleaning disks (10, 40) about the rotational axis thereof, - feeding liquid, especially water or an aqueous solution, into the cleaning gap, - feeding shredded plastic to be cleaned between the cleaning disks (10, 40) and conveying the shredded plastic through the cleaning gap, the surfaces of the shredded plastic being abrasively processed by the first and the second cleaning surface (12, 42), - measuring the difference between the temperature of the liquid conducted through the cleaning gap at the point of entry into the cleaning gap and the temperature of the liquid conducted through the cleaning gap at the point of discharge from the cleaning gap and/or measuring a parameter characterizing said difference in temperature, - adjusting the distance between the cleaning surfaces (12, 42) in such a way that the measured difference in temperature and/or the at least one parameter characterizing said difference in temperature comes as close as possible to a desired value.
Inflatable textile bag for lowering the drag of vehicles, having a vehicle side and a rear side, wherein a holding apparatus for fastening the inflatable textile bag to a vehicle is disposed on the vehicle, and the inflatable textile bag has a filled state and an emptied state, wherein inside the textile bag wherein a stabilizer, which keeps its shape but is resilient inward, and comprises at least one stabilizer surface element (3, 4, 5, 15, 16, 18) having a component that extends perpendicular to the surface of the inflatable textile bag, which element is connected with the inflatable textile bag by way of a connection line.
Anode for a lithium secondary battery, comprising a substrate having an extent over a defined geometric area, or consisting thereof, there being deposited over 45% to 70% of this area a columnar layer which comprises or consists of silicon and has a layer height of at least 1 μm, characterized in that the columnar layer forms a multiplicity of regions which are distributed evenly on the geometric area.
A gas generator comprising, a housing (11, 211) including a diffuser shell (12, 212) provided with a gas discharge port (22, 322), and a closure shell (13, 213), an ignition device including an igniter and a gas generating agent accommodated inside the housing (11, 211), the diffuser shell (12, 212) being in a substantially cup-like shape and having an annular bent portion (12d, 212d) obtained by bending a circumferential wall portion (12b, 212b) at an opening inwardly, characterized in that the closure shell (13, 213) being in a substantially annular shape having a annular plate portion, the annular plate portion having a annular curved portion projecting and being curved toward an inside of the housing (11, 211), the ignition device being fixed to a central hole (26, 226) in the annular plate portion with a resin, an inner circumferential part of the annular plate portion in the closure shell (13, 213) abutting against the resin, and an outer circumferential part of the annular plate portion abutting against and being fixed to the annular bent portion (12d, 212d) of the diffuser shell (12, 212).
A seal land for a seal assembly in a piece of rotational equipment, the seal land comprising: a seal land body extending circumferentially about an axis and radially between an inner seal land side and an outer seal land side; the seal land body configured with a plurality of fluid passages arranged about the axis; a first of the plurality of fluid passages including an inner passage segment and an outer passage segment fluidly coupled with the inner passage segment; the inner passage segment extending along a first trajectory within the seal land body towards the outer passage segment; and the outer passage segment extending along a second trajectory within the seal land body away from the inner passage segment and towards the outer seal land side, wherein the second trajectory is different than the first trajectory and includes a radial component and a circumferential component, charcterized in that: the second trajectory lies in a plane perpendicular to the axis, the second trajectory is a non-straight-line trajectory. a seal land body extending circumferentially about an axis and radially between an inner seal land side and an outer seal land side; the seal land body configured with a plurality of fluid passages arranged about the axis; a first of the plurality of fluid passages including an inner passage segment and an outer passage segment fluidly coupled with the inner passage segment; the inner passage segment extending along a first trajectory within the seal land body towards the outer passage segment; and the outer passage segment extending along a second trajectory within the seal land body away from the inner passage segment and towards the outer seal land side, wherein the second trajectory is different than the first trajectory and includes a radial component and a circumferential component, charcterized in that: the second trajectory lies in a plane perpendicular to the axis, the second trajectory is a non-straight-line trajectory.
Level measuring device with a device for determining the topology of a product surface, comprising an antenna apparatus, the antenna apparatus comprising an antenna unit for emitting a measurement signal towards a filling material surface and for receiving the measurement signal reflected by the filling material surface, wherein the antenna unit comprises an array of several radiator elements, which is designed for emitting and/or receiving the measurement signal and for electronic beam control; a drive unit for rotating the antenna unit about an axis of rotation; an elongated focusing arrangement (601, 701, 702), wherein the longitudinal extension of the focusing arrangement (601, 701, 702) is greater than the transverse extension thereof, and which is designed to focus the measurement signal emitted and/or received by the antenna unit in one dimension; an evaluation unit for determining the topology of a medium. an antenna unit for emitting a measurement signal towards a filling material surface and for receiving the measurement signal reflected by the filling material surface, wherein the antenna unit comprises an array of several radiator elements, which is designed for emitting and/or receiving the measurement signal and for electronic beam control; a drive unit for rotating the antenna unit about an axis of rotation; an elongated focusing arrangement (601, 701, 702), wherein the longitudinal extension of the focusing arrangement (601, 701, 702) is greater than the transverse extension thereof, and which is designed to focus the measurement signal emitted and/or received by the antenna unit in one dimension; an evaluation unit for determining the topology of a medium.
A method of transmitting uplink data in a wireless telecommunications system comprising a terminal device, a first network access node supporting communications in a first communication cell and a second network access node supporting communications in a second communication cell; wherein the method comprises: establishing a first set of radio resources available for use by the terminal device for transmitting uplink data to the first network access node; establishing a shared set of radio resources available for use by the terminal device for transmitting uplink data to the first network access node and to the second network access node, wherein the first set of radio resources and the shared set of radio resources are different sets of radio resources; determining uplink data has become available for transmission; selecting radio resources to use for transmitting the uplink data from within the shared set of radio resources if it is determined the terminal device is in a boundary region between the first communication cell and the second communication cell; and selecting radio resources to use for transmitting the uplink data from within the first set of radio resources if it is determined the terminal device is within the first communication cell and not in the boundary region between the first communication cell and the second communication cell. establishing a first set of radio resources available for use by the terminal device for transmitting uplink data to the first network access node; establishing a shared set of radio resources available for use by the terminal device for transmitting uplink data to the first network access node and to the second network access node, wherein the first set of radio resources and the shared set of radio resources are different sets of radio resources; determining uplink data has become available for transmission; selecting radio resources to use for transmitting the uplink data from within the shared set of radio resources if it is determined the terminal device is in a boundary region between the first communication cell and the second communication cell; and selecting radio resources to use for transmitting the uplink data from within the first set of radio resources if it is determined the terminal device is within the first communication cell and not in the boundary region between the first communication cell and the second communication cell.
Device for irradiating green tyres with electron beams, wherein the green tyres are fed to the device while mounted rotatably on pallets, comprising: - an irradiating chamber with an electron beam source, - an input lock and an output lock, which adjoin the irradiating chamber and in which a conveying device (7, 7') is respectively arranged, - a framework, arranged in the irradiating chamber and having a first pallet support at the input lock and a second pallet support at the output lock, wherein each pallet support (11, 11') can be aligned substantially at the same level in relation to the conveyor belts (7, 7') and also can be raised and lowered with respect to the framework, wherein pallets can be pushed into the output lock, onto the second pallet support, characterized in that - two rail-guided drive units (13a, 13b), which are arranged on the framework underneath the pallet supports (11, 11') and can be coupled to a pallet each, by means of which the pallets can be moved between the first and second pallet supports (11, 11') and by means of which the green tyres mounted on the pallets can be set in rotational motion. - an irradiating chamber with an electron beam source, - an input lock and an output lock, which adjoin the irradiating chamber and in which a conveying device (7, 7') is respectively arranged, - a framework, arranged in the irradiating chamber and having a first pallet support at the input lock and a second pallet support at the output lock, wherein each pallet support (11, 11') can be aligned substantially at the same level in relation to the conveyor belts (7, 7') and also can be raised and lowered with respect to the framework, wherein pallets can be pushed into the output lock, onto the second pallet support, characterized in that - two rail-guided drive units (13a, 13b), which are arranged on the framework underneath the pallet supports (11, 11') and can be coupled to a pallet each, by means of which the pallets can be moved between the first and second pallet supports (11, 11') and by means of which the green tyres mounted on the pallets can be set in rotational motion.
A fluid deposition device, comprising: a platen configured to support a substrate; a cartridge mount assembly including: a receptacle configured to receive a print cartridge configured to deposit a fluid on the substrate, the receptacle including: a plurality of electrical contacts configured to mate with a plurality of electrical contacts included on one side of the print cartridge; a vacuum connector configured to mate with a vacuum inlet included on the bottom of the print cartridge, wherein the vacuum connector is in communication with a vacuum source, wherein the vacuum source provides a vacuum within a print cartridge's housing providing back pressure; where the receptacle is configured such that when a print cartridge is inserted into the receptacle, connections between the print cartridge and the receptacle's electrical contacts and vacuum connector are formed at substantially the same time, wherein the relative positions of the electrical contacts and vacuum connector of the receptacle and the electrical contacts and vacuum inlet of the print cartridge are such that the electrical and vacuum connections between the two are formed at substantially the same time when the print cartridge is inserted into the receptacle. a platen configured to support a substrate; a cartridge mount assembly including: a receptacle configured to receive a print cartridge configured to deposit a fluid on the substrate, the receptacle including: a plurality of electrical contacts configured to mate with a plurality of electrical contacts included on one side of the print cartridge; a vacuum connector configured to mate with a vacuum inlet included on the bottom of the print cartridge, wherein the vacuum connector is in communication with a vacuum source, wherein the vacuum source provides a vacuum within a print cartridge's housing providing back pressure; a plurality of electrical contacts configured to mate with a plurality of electrical contacts included on one side of the print cartridge; a vacuum connector configured to mate with a vacuum inlet included on the bottom of the print cartridge, wherein the vacuum connector is in communication with a vacuum source, wherein the vacuum source provides a vacuum within a print cartridge's housing providing back pressure; where the receptacle is configured such that when a print cartridge is inserted into the receptacle, connections between the print cartridge and the receptacle's electrical contacts and vacuum connector are formed at substantially the same time, wherein the relative positions of the electrical contacts and vacuum connector of the receptacle and the electrical contacts and vacuum inlet of the print cartridge are such that the electrical and vacuum connections between the two are formed at substantially the same time when the print cartridge is inserted into the receptacle.