mhurhangee/ep-ind-claims huggingface dataset:
A channel measurement method, comprising: configuring, by a base station, a second reference signal resource mapping diagram of K2 second reference signal resource mapping diagrams, and obtaining a reference signal according to the second reference signal resource mapping diagram; sending, by the base station, the second reference signal resource mapping diagram to user equipment, UE; and receiving, by the base station, channel state information fed back by the UE, wherein the second reference signal resource mapping diagram is a location to which a time-frequency resource of the reference signal is mapped, wherein the second reference signal resource mapping diagram of the K2 second reference resource mapping diagrams comprises time-frequency resources of at least two of K1 first reference signal resource mapping diagrams, wherein K2 is a quantity of the second reference signal resource mapping diagrams, K1 is a quantity of the first reference signal resource mapping diagrams, and K1 and K2 are integers greater than or equal to 1; and each of the first reference signal resource mapping diagram is a Y-port reference signal resource mapping diagram, the second reference signal resource mapping diagram is an X-port reference signal resource mapping diagram, wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer greater than 8, or wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer less than 8 not satisfying 2 n. configuring, by a base station, a second reference signal resource mapping diagram of K2 second reference signal resource mapping diagrams, and obtaining a reference signal according to the second reference signal resource mapping diagram; sending, by the base station, the second reference signal resource mapping diagram to user equipment, UE; and receiving, by the base station, channel state information fed back by the UE, wherein the second reference signal resource mapping diagram is a location to which a time-frequency resource of the reference signal is mapped, wherein the second reference signal resource mapping diagram of the K2 second reference resource mapping diagrams comprises time-frequency resources of at least two of K1 first reference signal resource mapping diagrams, wherein K2 is a quantity of the second reference signal resource mapping diagrams, K1 is a quantity of the first reference signal resource mapping diagrams, and K1 and K2 are integers greater than or equal to 1; and each of the first reference signal resource mapping diagram is a Y-port reference signal resource mapping diagram, the second reference signal resource mapping diagram is an X-port reference signal resource mapping diagram, wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer greater than 8, or wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer less than 8 not satisfying 2 n.
A device for controlling movement of a support, the device comprising: a frame; an arm rotatably connected to the frame about a lateral axis; a torque element configured to be displaced from the lateral axis in a longitudinal direction perpendicular to the lateral axis, part of the torque element being rotatable about a longitudinal axis; and a link connected to the arm and the torque element such that rotation of the arm about the lateral axis translates the torque element in the longitudinal direction, wherein the frame comprises a shaft connected thereto and characterised in that the torque element being positioned around at least a portion of the shaft such that longitudinal displacement of the torque element relative to the shaft rotates a portion of the torque element. a frame; an arm rotatably connected to the frame about a lateral axis; a torque element configured to be displaced from the lateral axis in a longitudinal direction perpendicular to the lateral axis, part of the torque element being rotatable about a longitudinal axis; and a link connected to the arm and the torque element such that rotation of the arm about the lateral axis translates the torque element in the longitudinal direction, wherein the frame comprises a shaft connected thereto and characterised in that the torque element being positioned around at least a portion of the shaft such that longitudinal displacement of the torque element relative to the shaft rotates a portion of the torque element. the torque element being positioned around at least a portion of the shaft such that longitudinal displacement of the torque element relative to the shaft rotates a portion of the torque element.
A processor comprising: a first logic to decode a memory access instruction, the memory access instruction to indicate one or more memory address operands, the one or more memory address operands to have address generation information and metadata; the processor being characterized in that it comprises: a second logic (324, 330) coupled with the first logic, the second logic to: generate a 64-bit virtual address based on the one or more memory address operands, the 64-bit virtual address having a bit 63 to indicate whether the 64-bit virtual address corresponds to user level or supervisor level, an X-bit address field starting at a bit 0 to store an address generated from the address generation information, and one or more metadata bits to store the metadata; and perform a canonicality check on the 64-bit virtual address that does not fail due to non-canonical values of the metadata stored in the one or more metadata bits,, wherein the one or more metadata bits comprise a metadata field from a bit 62 to a bit X of the 64-bit virtual address. generate a 64-bit virtual address based on the one or more memory address operands, the 64-bit virtual address having a bit 63 to indicate whether the 64-bit virtual address corresponds to user level or supervisor level, an X-bit address field starting at a bit 0 to store an address generated from the address generation information, and one or more metadata bits to store the metadata; and perform a canonicality check on the 64-bit virtual address that does not fail due to non-canonical values of the metadata stored in the one or more metadata bits,, wherein the one or more metadata bits comprise a metadata field from a bit 62 to a bit X of the 64-bit virtual address.
An electric circuit breaker, including: - an electrical conductor comprising a first terminal and a second terminal; - a switch (22, 24) configured to separate the first terminal from the second terminal when it is tripped in response to a current cutoff order; - an arc extinguishing chamber delimited by a body of the circuit breaker, the arc extinction chamber being configured to receive, after the switch is tripped, a portion of the electrical conductor separated at least from the first terminal or the second terminal; - a fuse configured to be electrically connected between the first and second terminals after the switch is tripped; the circuit breaker being characterized in that it includes a connection device comprising a gate (50, 52, 912) configured to be broken after the switch is tripped only when at least one of the temperature, or the pressure inside the arc extinguishing chamber, or the intensity of an electrical arc present in the arc extinguishing chamber passes a predefined threshold, the connection device being configured to connect an electrode (42, 916) of the fuse to one of the terminals (12, 918) of the electrical conductor only once the gate (50, 52, 912) is broken. - an electrical conductor comprising a first terminal and a second terminal; - a switch (22, 24) configured to separate the first terminal from the second terminal when it is tripped in response to a current cutoff order; - an arc extinguishing chamber delimited by a body of the circuit breaker, the arc extinction chamber being configured to receive, after the switch is tripped, a portion of the electrical conductor separated at least from the first terminal or the second terminal; - a fuse configured to be electrically connected between the first and second terminals after the switch is tripped;
Housing for at least one printed circuit board (3, 3') having an elongate integrally formed U-shaped housing main body with a housing base and a first wall and a second wall, and having two side walls which are fastened to the housing main body, wherein: the housing main body forms, with the two side walls which are fastened to it, a box-like housing which is open at the top and which is designed in such a way that at least one printed circuit board (3, 3') can be inserted into the housing from above and can be fixed in the housing, wherein the topmost of the printed circuit boards (3, 3') is to be arranged with its populated side at the bottom, so that its other side closes off the housing at the top, and wherein from amongst the first wall and the second wall, the second wall comprises a clamping zone for inserting and fixing the printed circuit boards (3, 3'), the second wall comprises, in the region of the clamping zone, upper rail-like projections (106, 106') and lower rail-like projections (105, 105'), characterized in that the housing main body is provided as an extruded profile, the lower rail-like projections (105, 105') are designed such that they are angled upwards, and the projections (106, 105, 106', 105') are arranged in such a way that, after insertion of the printed circuit board (3, 3') into the space which is provided between the projections (105, 106, 105', 106') at an angle from above and after lowering of the printed circuit board (3, 3') into a horizontal position, the respective printed circuit board is fixed in the space which is provided between the upper and lower projections (105, 106, 105', 106'). the housing main body forms, with the two side walls which are fastened to it, a box-like housing which is open at the top and which is designed in such a way that at least one printed circuit board (3, 3') can be inserted into the housing from above and can be fixed in the housing, wherein the topmost of the printed circuit boards (3, 3') is to be arranged with its populated side at the bottom, so that its other side closes off the housing at the top, and wherein from amongst the first wall and the second wall, the second wall comprises a clamping zone for inserting and fixing the printed circuit boards (3, 3'), the second wall comprises, in the region of the clamping zone, upper rail-like projections (106, 106') and lower rail-like projections (105, 105'), characterized in that the housing main body is provided as an extruded profile, the lower rail-like projections (105, 105') are designed such that they are angled upwards, and the projections (106, 105, 106', 105') are arranged in such a way that, after insertion of the printed circuit board (3, 3') into the space which is provided between the projections (105, 106, 105', 106') at an angle from above and after lowering of the printed circuit board (3, 3') into a horizontal position, the respective printed circuit board is fixed in the space which is provided between the upper and lower projections (105, 106, 105', 106').
A network terminal device (100, 300) for secured data transfer comprising: a. a programmable network resource router (150, 350); b. a shared memory module (200, 220); c. an upstream encryption module (110, 310) in communication with a secure network (115, 315), the programmable network resource router and the shared memory module; and d. a downstream encryption module (130, 330) in communication with a less secure network, the programmable network resource router and the shared memory module, wherein the programmable network resource router is programmed to only enable communication between the upstream encryption module and the shared memory, or the downstream encryption module and the memory, but not both simultaneously, wherein the upstream encryption module is configured to provide and/or remove a first encryption layer on the data, and the downstream encryption module is configured to provide and/or remove a second encryption layer on the data, whereby the data transferred between the secured network and the less secured network is double encrypted. a. a programmable network resource router (150, 350); b. a shared memory module (200, 220); c. an upstream encryption module (110, 310) in communication with a secure network (115, 315), the programmable network resource router and the shared memory module; and d. a downstream encryption module (130, 330) in communication with a less secure network, the programmable network resource router and the shared memory module, wherein the programmable network resource router is programmed to only enable communication between the upstream encryption module and the shared memory, or the downstream encryption module and the memory, but not both simultaneously, wherein the upstream encryption module is configured to provide and/or remove a first encryption layer on the data, and the downstream encryption module is configured to provide and/or remove a second encryption layer on the data, whereby the data transferred between the secured network and the less secured network is double encrypted. wherein the programmable network resource router is programmed to only enable communication between the upstream encryption module and the shared memory, or the downstream encryption module and the memory, but not both simultaneously, wherein the upstream encryption module is configured to provide and/or remove a first encryption layer on the data, and the downstream encryption module is configured to provide and/or remove a second encryption layer on the data, whereby the data transferred between the secured network and the less secured network is double encrypted.
An uncoated spherical nanocrystalline composite protein particle of 1 to 300 micrometers in diameter comprising protein crystals having diameters from 40 to 999 nm, wherein said protein is an antibody or a single-chain Fv fragment of said antibody.
A method for operating a broadband lambda probe in an exhaust gas stream, wherein the broadband lambda probe has an electrochemical pump cell and an electrochemical measurement cell, each with assigned cell electrodes, wherein a measuring chamber is formed between the pump cell and the measurement cell, wherein a current flowing through the pump cell is controlled at least intermittently as a function of the difference between a detected voltage U vs at the cell electrodes of the measurement cell and a reference voltage U REF, wherein an air ratio λ 1 or an oxygen concentration σ o2_1 for the exhaust gas stream is determined from the current flowing through the pump cell, wherein error-free functioning of the broadband lambda probe is repeatedly checked using further measurement variables detected at the broadband lambda probe, wherein at least the voltage U IP of the pump cell is detected as a further measurement variable, characterised in that, during operation of the pump cell at different air ratios, value pairs of U IP and associated I P are detected, wherein at least one first comparison variable is derived from U IP for each value pair, wherein an error is identified when the first comparison variable deviates by more than a predetermined tolerance value from a stored control variable, which is determined as a function of I P.
A system of communication satellites in low earth orbits, the system comprising a plurality of communication satellites in low earth orbits, the plurality including at least a first satellite and a second satellite that orbit the Earth in two distinct orbits, each satellite comprising: one or more communication antennas that provide communication services to a coverage area of the satellite, said coverage area being a portion of the surface of the Earth wherein Earth terminals can access communication services via the satellite; and an attitude control module for rotating the satellite about a roll axis thereof, wherein the attitude control module of the first satellite causes same to: (a) rotate about the roll axis thereof by a first angle when the first satellite passes above a first trigger location on the surface of the Earth, thereby placing the first satellite In a first rotated orientation, and (b) remain in the first rotated orientation during a coverage time interval, such that the coverage area of the first satellite and the coverage area of the second satellite overlap, at least in part, during the coverage time interval, wherein a designated location on the surface of the Earth remains within the part where the coverage areas overlap during the coverage time interval. one or more communication antennas that provide communication services to a coverage area of the satellite, said coverage area being a portion of the surface of the Earth wherein Earth terminals can access communication services via the satellite; and an attitude control module for rotating the satellite about a roll axis thereof, wherein the attitude control module of the first satellite causes same to: (a) rotate about the roll axis thereof by a first angle when the first satellite passes above a first trigger location on the surface of the Earth, thereby placing the first satellite In a first rotated orientation, and (b) remain in the first rotated orientation during a coverage time interval, such that the coverage area of the first satellite and the coverage area of the second satellite overlap, at least in part, during the coverage time interval, wherein a designated location on the surface of the Earth remains within the part where the coverage areas overlap during the coverage time interval. (a) rotate about the roll axis thereof by a first angle when the first satellite passes above a first trigger location on the surface of the Earth, thereby placing the first satellite In a first rotated orientation, and (b) remain in the first rotated orientation during a coverage time interval, such that the coverage area of the first satellite and the coverage area of the second satellite overlap, at least in part, during the coverage time interval, wherein a designated location on the surface of the Earth remains within the part where the coverage areas overlap during the coverage time interval.
Anti-shoplifting device comprising: - a main body; - a movable body rotationally fixed to said main body to rotate about an axis of rotation, said movable body comprising a first portion protruding from said main body and devoid of cylindrical symmetry with respect to said axis of rotation, and a second portion integral to said first portion and housed inside said main body, - a blocking element movable between a blocking position, in which it mechanically interferes with said second portion of the movable body to prevent the rotation of said movable body, and an unblocking position, in which allows the rotation of said movable body, wherein said movable body is structured to assume, by rotation about said axis of rotation, a first position, in which said blocking element assumes the unblocking position, and a second position angularly distinct from said first position, in which said blocking element can assume the blocking position. - a main body; - a movable body rotationally fixed to said main body to rotate about an axis of rotation, said movable body comprising a first portion protruding from said main body and devoid of cylindrical symmetry with respect to said axis of rotation, and a second portion integral to said first portion and housed inside said main body, - a blocking element movable between a blocking position, in which it mechanically interferes with said second portion of the movable body to prevent the rotation of said movable body, and an unblocking position, in which allows the rotation of said movable body,
A compound of formula: or a pharmaceutically acceptable salt thereof; wherein U is CH 2 -CH 2, CH 2; CH 2 -O, O-CH 2; or CH 2 -NH-CH 2.; Q is wherein each R1 is independently H, alkyl, amino or halogen; each R2 is H; each R3 is independently phenyl, CH 2 -phenyl; cyclopentyl; cyclohexyl, CH 2 -cyclopentyl; CH 2 -cyclohexyl; CH 2 -COOH or CH 2 CH 2 NH 2; and R4 is hydroxyl, hydroxyalkyl or halogen; wherein each of the alkyl is optionally substituted by halogen, amino, C3-7 cycloalkyl, carboxy, cyano, hydroxyl or nitro. U is CH 2 -CH 2, CH 2; CH 2 -O, O-CH 2; or CH 2 -NH-CH 2.; Q is wherein each R1 is independently H, alkyl, amino or halogen; each R2 is H; each R3 is independently phenyl, CH 2 -phenyl; cyclopentyl; cyclohexyl, CH 2 -cyclopentyl; CH 2 -cyclohexyl; CH 2 -COOH or CH 2 CH 2 NH 2; and R4 is hydroxyl, hydroxyalkyl or halogen; wherein each of the alkyl is optionally substituted by halogen, amino, C3-7 cycloalkyl, carboxy, cyano, hydroxyl or nitro.
Microcircuit card comprising: - a light indicator comprising a first and a second light-emitting diode; - reception means (120, 130) suitable for receiving a selection command containing an application selection information item; - means for commanding the light indicator into a first configuration in which the first light-emitting diode is active and the second light-emitting diode is inactive, when the selection information item designates a first application and into a second configuration, distinct from the first configuration, in which the first light-emitting diode is inactive and the second light-emitting diode is active, when the selection information item designates a second application. - a light indicator comprising a first and a second light-emitting diode; - reception means (120, 130) suitable for receiving a selection command containing an application selection information item; - means for commanding the light indicator into a first configuration in which the first light-emitting diode is active and the second light-emitting diode is inactive, when the selection information item designates a first application and into a second configuration, distinct from the first configuration, in which the first light-emitting diode is inactive and the second light-emitting diode is active, when the selection information item designates a second application.