mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting channel state information, CSI, by a user equipment, UE, in a wireless communication system, the method comprising: receiving a reference signal from a base station supporting a 2-dimensional, 2D, antenna array; determining the CSI using the reference signal; and transmitting the determined CSI to the base station, wherein the determined CSI comprises a CSI set for each of T beam candidates defined in a first dimension of the 2D antenna array, with T>1, wherein the CSI set comprises a rank indicator, RI, in the first dimension, a precoding matrix index, PMI, in the first dimension, a RI in a second dimension of the 2D antenna array, a PMI in the second dimension, and a channel quality indicator, CQI, wherein the RI in the second dimension and the PMI in the second dimension are determined based on the PMI in the first dimension and the RI in the first dimension of each of the T beam candidates, and the RI in the second dimension is variable in each of the T beam candidates. receiving a reference signal from a base station supporting a 2-dimensional, 2D, antenna array; determining the CSI using the reference signal; and transmitting the determined CSI to the base station, wherein the determined CSI comprises a CSI set for each of T beam candidates defined in a first dimension of the 2D antenna array, with T>1, wherein the CSI set comprises a rank indicator, RI, in the first dimension, a precoding matrix index, PMI, in the first dimension, a RI in a second dimension of the 2D antenna array, a PMI in the second dimension, and a channel quality indicator, CQI, wherein the RI in the second dimension and the PMI in the second dimension are determined based on the PMI in the first dimension and the RI in the first dimension of each of the T beam candidates, and the RI in the second dimension is variable in each of the T beam candidates.
A method performed by an apparatus adapted for access controlling in a network element, comprising: receiving an access request message from a terminal device; in response to receiving the access request message, checking a data structure for maintaining state information of terminal devices from which the network element has received access request messages, characterized in that the data structure comprises entries corresponding respectively to said terminal devices, and each entry comprises an identifier of a corresponding terminal device, a number of access requests of the corresponding terminal device, a timer showing a time elapsed since the timer was started and indicating expiry after a certain period of time, and a state flag for indicating abnormality or normality; determining whether the requesting terminal device is abnormal based on said checking of the data structure, wherein a terminal device is abnormal if the timer of a corresponding entry in the data structure of said requesting terminal indicates not expiry and the number of access requests of the corresponding entry in the data structure meets a predetermined threshold; rejecting the access request of the requesting terminal device in response to determining that the requesting terminal device is abnormal; and deleting the entry corresponding to the requesting terminal if the timer indicates expiry. receiving an access request message from a terminal device; in response to receiving the access request message, checking a data structure for maintaining state information of terminal devices from which the network element has received access request messages, characterized in that the data structure comprises entries corresponding respectively to said terminal devices, and each entry comprises an identifier of a corresponding terminal device, a number of access requests of the corresponding terminal device, a timer showing a time elapsed since the timer was started and indicating expiry after a certain period of time, and a state flag for indicating abnormality or normality; determining whether the requesting terminal device is abnormal based on said checking of the data structure, wherein a terminal device is abnormal if the timer of a corresponding entry in the data structure of said requesting terminal indicates not expiry and the number of access requests of the corresponding entry in the data structure meets a predetermined threshold; rejecting the access request of the requesting terminal device in response to determining that the requesting terminal device is abnormal; and deleting the entry corresponding to the requesting terminal if the timer indicates expiry.
An electronic expansion valve, comprising: a valve seat having a cavity and a valve port portion which is in communication with the cavity; a valve needle movably arranged in the cavity, wherein the valve needle is operable at an open position for opening the valve port portion and a closed position for blocking the valve port portion; a drive mechanism having a rotor and a coil surrounding an outer circumference of the rotor; a planetary gear deceleration mechanism having a planetary carrier, a planetary gear and a gearbox, wherein the rotor, the planetary carrier and the gearbox are coaxially arranged, the drive mechanism serves as an input end of the planetary gear deceleration mechanism, the rotor is fixedly connected to the planetary carrier to drive the planetary carrier to rotate along an axis of the rotor, the planetary carrier is provided with a first mounting shaft, the planetary gear is sleeved on the first mounting shaft, the gearbox comprises a box body fixedly arranged on the valve seat, a fixed inner gear ring arranged on the box body and an output inner gear ring moveably arranged in the box body, the planetary gear extends into the box body and is meshed with the fixed inner gear ring and the output inner gear ring; and a transmission mechanism having a nut fixed on the valve seat and a screw rod which is matched with an internal thread of the nut, a first end of the screw rod is fixedly connected to the output inner gear ring. a valve seat having a cavity and a valve port portion which is in communication with the cavity; a valve needle movably arranged in the cavity, wherein the valve needle is operable at an open position for opening the valve port portion and a closed position for blocking the valve port portion; a drive mechanism having a rotor and a coil surrounding an outer circumference of the rotor; a planetary gear deceleration mechanism having a planetary carrier, a planetary gear and a gearbox, wherein the rotor, the planetary carrier and the gearbox are coaxially arranged, the drive mechanism serves as an input end of the planetary gear deceleration mechanism, the rotor is fixedly connected to the planetary carrier to drive the planetary carrier to rotate along an axis of the rotor, the planetary carrier is provided with a first mounting shaft, the planetary gear is sleeved on the first mounting shaft, the gearbox comprises a box body fixedly arranged on the valve seat, a fixed inner gear ring arranged on the box body and an output inner gear ring moveably arranged in the box body, the planetary gear extends into the box body and is meshed with the fixed inner gear ring and the output inner gear ring; and a transmission mechanism having a nut fixed on the valve seat and a screw rod which is matched with an internal thread of the nut, a first end of the screw rod is fixedly connected to the output inner gear ring.
A radiolabelled heavy chain variable domain derived from a heavy chain antibody (V HH), or a functional fragment thereof, which specifically binds to a target protein that is present on a cancer cell or on a solid tumor, for use in a method for the prevention and/or treatment of cancer, wherein said V HH or functional fragment thereof specifically binds to HER2 and said V HH comprises one of the CDR combinations chosen from the group comprising: a CDR1 region having SEQ ID NO:1, a CDR2 region having SEQ ID NO:2, and a CDR3 region having SEQ ID NO:3, and/or a CDR1 region having SEQ ID NQ:4, a CDR2 region having SEQ ID NQ:5, and a CDR3 region having SEQ ID NQ:6, and wherein said radiolabelled V HH or functional fragment thereof is labelled with 131-Iodine using N-succinimidyl-4-guanidinomethyl-3-[I-131]iodobenzoate ([I-131]SGMIB) or a suitable derivative or variant thereof.
A toner for electrophotography, the toner comprising: a toner particle comprising a binder resin, a colorant, and a releasing agent; and an external additive attached to a surface of the toner particle and comprising a quantum dot-inorganic particle composite, wherein the quantum dot-inorganic particle composite has a structure in which quantum dot particles are dispersed among inorganic particles or inorganic particles are dispersed among quantum dot particles; or wherein the quantum dot-inorganic particle composite is an inorganic particle surface-treated with a quantum dot; or wherein the quantum dot-inorganic particle composite has a quantum dot embedded in an inorganic particle. a toner particle comprising a binder resin, a colorant, and a releasing agent; and an external additive attached to a surface of the toner particle and comprising a quantum dot-inorganic particle composite, wherein the quantum dot-inorganic particle composite has a structure in which quantum dot particles are dispersed among inorganic particles or inorganic particles are dispersed among quantum dot particles; or wherein the quantum dot-inorganic particle composite is an inorganic particle surface-treated with a quantum dot; or wherein the quantum dot-inorganic particle composite has a quantum dot embedded in an inorganic particle.
A seal apparatus comprising: a seal assembly comprising a plurality of seal elements assembled together to form a ring structure around a longitudinal axis, each of the plurality of seal elements being formed from a compliant, compressible or resilient material; wherein the ring structure is operable to be moved between an expanded condition and a collapsed condition by sliding of the plurality of seal elements with respect to one another along respective contact surfaces (22, 23), characterised in that the sliding of the elements to an expanded condition is tangential to a circle defined around the longitudinal axis of the apparatus; and in that alternate seal elements in the ring structure are formed from different materials or the same class of material or compound with different material characteristics. a seal assembly comprising a plurality of seal elements assembled together to form a ring structure around a longitudinal axis, each of the plurality of seal elements being formed from a compliant, compressible or resilient material; wherein the ring structure is operable to be moved between an expanded condition and a collapsed condition by sliding of the plurality of seal elements with respect to one another along respective contact surfaces (22, 23), characterised in that the sliding of the elements to an expanded condition is tangential to a circle defined around the longitudinal axis of the apparatus; and in that alternate seal elements in the ring structure are formed from different materials or the same class of material or compound with different material characteristics.
Method for operating an automatic transmission of a motor vehicle, comprising the steps: - setting a shifting status of the automatic transmission by means of a control device; - detecting an acoustic signal in an interior space of the motor vehicle by means of a detection device coupled to the control device; - switching from a first shifting status into a second shifting status by means of the control device, if the acoustic signal exceeds a predetermined threshold value; characterised in that when the threshold value is exceeded, the control device further checks the acoustic signal by means of a plausibility criterion. - setting a shifting status of the automatic transmission by means of a control device; - detecting an acoustic signal in an interior space of the motor vehicle by means of a detection device coupled to the control device; - switching from a first shifting status into a second shifting status by means of the control device, if the acoustic signal exceeds a predetermined threshold value; characterised in that when the threshold value is exceeded, the control device further checks the acoustic signal by means of a plausibility criterion.
Connector with protrusions on one side, connectable to a pipe and a nut, which is configured to be positioned between a washing machine or a dishwasher and a tap or a faucet of a water supply of the washing machine/dishwasher, wherein the protrusions are positionable in the pipe wherein the connector comprises a filter and a gasket as an integral element of the connector, characterized in that the gasket consists of synthetic material different to the material of the filter and is overmoulded onto the connector.
Method for illuminating a light box, preferably for advertising lighting, with at least two lighting means, wherein - two lighting means (La1, La2) are operated by an operating device (BG1, BG2), respectively, - the operating devices (BG1, BG2) are connected with each other via one interface (IN11, IN12), respectively, - a control device is connected with the two operating devices (BG1, BG2) via the interface (IN11, IN12), - at least one brightness sensor is connected with the control device, characterized in that - the control device sends control signals via the interface (IN11, IN12) that depend on the sensor signals detected by the brightness sensors, and the lighting means (La1, La2) are actuated dependent on the control signals received via the interface (IN11, IN12), wherein the brightness sensor detects the sum of artificial light, which is generated by the lighting means (La1, La2), and the ambient light, - the artificial light is deactivated at least momentarily and measuring takes place by means of the sensor in this shut-off phase, - the proportion of artificial light and ambient light is determined from the difference of the detected brightnesses, - the lighting system is adapted in its brightness according to the specifications. - two lighting means (La1, La2) are operated by an operating device (BG1, BG2), respectively, - the operating devices (BG1, BG2) are connected with each other via one interface (IN11, IN12), respectively, - a control device is connected with the two operating devices (BG1, BG2) via the interface (IN11, IN12), - at least one brightness sensor is connected with the control device, characterized in that - the control device sends control signals via the interface (IN11, IN12) that depend on the sensor signals detected by the brightness sensors, and the lighting means (La1, La2) are actuated dependent on the control signals received via the interface (IN11, IN12), wherein the brightness sensor detects the sum of artificial light, which is generated by the lighting means (La1, La2), and the ambient light, - the artificial light is deactivated at least momentarily and measuring takes place by means of the sensor in this shut-off phase, - the proportion of artificial light and ambient light is determined from the difference of the detected brightnesses, - the lighting system is adapted in its brightness according to the specifications.
A machine for fitting cable bushings on a wire/cable, comprising - a hollow mandrel which is arranged in a fitting region and which is designed to receive the cable bushing on its outer diameter and the wire/cable in its inner diameter, - two stripping jaws (8a, 8b) movable towards one another and arranged in the fitting region, said stripping jaws being designed to engage around the cable bushing pushed onto the hollow mandrel in a closed position, and - a drive, which is designed to push the cable bushing onto the wire/cable by performing a relative movement between the hollow mandrel and in the stripping jaws (8a, 8b), - wherein the stripping jaws (8a, 8b) are mounted rotatably with a swivelling range between their closed position and their open position, characterised in that - the machine comprises a camera (9a, 9b) aligned onto the fitting region, - at least the rotation axis of one of the stripping jaws (8a, 8b) is laterally spaced apart from an observation beam exiting from the camera (9a, 9b) and running through the fitting region and - the stripping jaws (8a, 8b) can be opened to an extent such that an unimpeded view of the camera (9a, 9b) onto the fitted cable bushing is enabled. - a hollow mandrel which is arranged in a fitting region and which is designed to receive the cable bushing on its outer diameter and the wire/cable in its inner diameter, - two stripping jaws (8a, 8b) movable towards one another and arranged in the fitting region, said stripping jaws being designed to engage around the cable bushing pushed onto the hollow mandrel in a closed position, and - a drive, which is designed to push the cable bushing onto the wire/cable by performing a relative movement between the hollow mandrel and in the stripping jaws (8a, 8b), - wherein the stripping jaws (8a, 8b) are mounted rotatably with a swivelling range between their closed position and their open position, - the machine comprises a camera (9a, 9b) aligned onto the fitting region, - at least the rotation axis of one of the stripping jaws (8a, 8b) is laterally spaced apart from an observation beam exiting from the camera (9a, 9b) and running through the fitting region and - the stripping jaws (8a, 8b) can be opened to an extent such that an unimpeded view of the camera (9a, 9b) onto the fitted cable bushing is enabled.
A biosensor comprising: (a) a split transcription factor complex comprising one half of a split transcription factor linked to a transmembrane domain via an enzyme cleavable linker; and (b) a split transcription factor comprising the other half of the split transcription factor linked to a mitochondrial targeting sequence via an enzyme-cleavable linker; and (c) a reporter system comprising a first nucleic acid encoding a site specific recombinase operably linked to the site specific sequence for the transcription factor; and a second nucleic acid comprising a stop codon cassette flanked by site specific recombination sequences, wherein the stop codon cassette and flanking sequences separate a constitutive promoter and a fluorescent protein open reading frame. (a) a split transcription factor complex comprising one half of a split transcription factor linked to a transmembrane domain via an enzyme cleavable linker; and (b) a split transcription factor comprising the other half of the split transcription factor linked to a mitochondrial targeting sequence via an enzyme-cleavable linker; and (c) a reporter system comprising a first nucleic acid encoding a site specific recombinase operably linked to the site specific sequence for the transcription factor; and a second nucleic acid comprising a stop codon cassette flanked by site specific recombination sequences, wherein the stop codon cassette and flanking sequences separate a constitutive promoter and a fluorescent protein open reading frame.
A knotter, in particular for an agricultural bale press, comprising at least one knotter hook which is rotatable about an axis and which includes a knotter dog and a knotter tongue which is moveable against the knotter dog for clamping binding twine, and a sensor for monitoring the position of the knotter tongue relative to the knotter dog, wherein the knotter tongue is moveable against the return force of a spring, characterised in that the sensor is a force sensor which is subjected to the return force.
A method comprising: receiving, by a wireless device from a base station, one or more messages indicating: a first scheduling request, SR, resource, of the base station, corresponding to at least one first logical channel; and a second SR resource, of the base station, corresponding to at least one second logical channel; triggering an SR in response to uplink resources not being available for transmission of a triggered buffer status report, BSR, wherein the triggered BSR is in response to uplink data becoming available for one of the at least one first logical channel or the at least one second logical channel; selecting between the first SR resource and the second SR resource based on which one of the at least one first logical channel and the at least one second logical channel triggered the BSR; transmitting the SR via the selected SR resource; and receiving an uplink grant for transmission of one or more transport blocks. receiving, by a wireless device from a base station, one or more messages indicating: a first scheduling request, SR, resource, of the base station, corresponding to at least one first logical channel; and a second SR resource, of the base station, corresponding to at least one second logical channel; a first scheduling request, SR, resource, of the base station, corresponding to at least one first logical channel; and a second SR resource, of the base station, corresponding to at least one second logical channel; triggering an SR in response to uplink resources not being available for transmission of a triggered buffer status report, BSR, wherein the triggered BSR is in response to uplink data becoming available for one of the at least one first logical channel or the at least one second logical channel; selecting between the first SR resource and the second SR resource based on which one of the at least one first logical channel and the at least one second logical channel triggered the BSR; transmitting the SR via the selected SR resource; and receiving an uplink grant for transmission of one or more transport blocks.
A non-volatile inverter, comprising: a first transistor, including, a first gate electrode, a first electrode, a second electrode, a charge trap layer (TL, TL1) configured to trap or de-trap charges; a second transistor including a second gate electrode and a third electrode, the second transistor being configured to share the second electrode with the first transistor; an input line including an input terminal (Vin), the input line being configured to connect the first gate electrode to the second gate electrode; and an output line including an output terminal (Vout), the output line coupled to the second electrode and characterised in that: the first transistor further comprises a first switching layer (110, 311, 411) between the first gate electrode and the charge trap layer, the first switching layer having a resistance state, the first switching layer configured to switch its resistance state between a high resistance state and a low resistance state, and in that the charge trap layer is configured to trap or de-trap charges according to the resistance state of the first switching layer. a first transistor, including, a first gate electrode, a first electrode, a second electrode, a charge trap layer (TL, TL1) configured to trap or de-trap charges; a second transistor including a second gate electrode and a third electrode, the second transistor being configured to share the second electrode with the first transistor; an input line including an input terminal (Vin), the input line being configured to connect the first gate electrode to the second gate electrode; and an output line including an output terminal (Vout), the output line coupled to the second electrode and characterised in that: the first transistor further comprises a first switching layer (110, 311, 411) between the first gate electrode and the charge trap layer, the first switching layer having a resistance state, the first switching layer configured to switch its resistance state between a high resistance state and a low resistance state, and in that the charge trap layer is configured to trap or de-trap charges according to the resistance state of the first switching layer. the first transistor further comprises a first switching layer (110, 311, 411) between the first gate electrode and the charge trap layer, the first switching layer having a resistance state, the first switching layer configured to switch its resistance state between a high resistance state and a low resistance state, and in that the charge trap layer is configured to trap or de-trap charges according to the resistance state of the first switching layer.