mhurhangee/patent-ind-claim-en huggingface dataset:
A method for using a bit-level operation to enable non-orthogonal multiple access, NoMA, communication using a standard modulator, the method comprising: • generating , by a transmitter, an output bit-stream from an input bit-stream in accordance with a bit-level operation on the input bit-stream, such that a length of the output bit-stream is greater than a length of the input bit-stream, the input bit-stream being an error-detection/correction encoded bit-stream; • modulating , by the transmitter, the output bit-stream in accordance with the standard modulator to obtain a sequence of symbols, wherein, for at least one bit in the input bit-stream, a value of the bit of the input bit-stream is mapped to at least two symbols of the sequence of symbols, and wherein the standard modulator is one of Quadrature Amplitude Modulation, QAM, modulator, a Binary Phase Shift Keying, BPSK, modulator, π 2 − BPSK modulator, and a Quadrature Phase Shift Keying, QPSK, modulator; • mapping , by the transmitter, the sequence of symbols to resource elements to obtain a NoMA signal; and • transmitting , by the transmitter, the NoMA signal to a receiver. • generating , by a transmitter, an output bit-stream from an input bit-stream in accordance with a bit-level operation on the input bit-stream, such that a length of the output bit-stream is greater than a length of the input bit-stream, the input bit-stream being an error-detection/correction encoded bit-stream; • modulating , by the transmitter, the output bit-stream in accordance with the standard modulator to obtain a sequence of symbols, wherein, for at least one bit in the input bit-stream, a value of the bit of the input bit-stream is mapped to at least two symbols of the sequence of symbols, and wherein the standard modulator is one of Quadrature Amplitude Modulation, QAM, modulator, a Binary Phase Shift Keying, BPSK, modulator, π 2 − BPSK modulator, and a Quadrature Phase Shift Keying, QPSK, modulator; • mapping , by the transmitter, the sequence of symbols to resource elements to obtain a NoMA signal; and • transmitting , by the transmitter, the NoMA signal to a receiver.
System adapted for performing data communication, comprising a first interface adapted to communicate with a first network ; a transaction approval unit of the first network ; a filter unit ; and a second interface adapted to communicate with a second network connected to the first network via the filter unit , wherein the filter unit is adapted to selectively permit data received from the first network via the first interface to be transmitted to the second network via the second interface ; characterized in that : the second network being adapted to operate as a blockchain platform ; the data comprises at least one transaction to be processed by the blockchain platform; and the filter unit is adapted for receiving, from the transaction approval unit of the first network , instructions for blocking the transaction , if the transaction approval unit does not receive a predetermined number of approval messages from respective participants. the second network being adapted to operate as a blockchain platform ; the data comprises at least one transaction to be processed by the blockchain platform; and the filter unit is adapted for receiving, from the transaction approval unit of the first network , instructions for blocking the transaction , if the transaction approval unit does not receive a predetermined number of approval messages from respective participants.
An X-ray system comprising an X-ray source, a patient table and a shielding device , wherein the shielding device is movably arranged on a ground facing side of said patient table and opposite said X-ray source, the shielding device comprising one or more layers of a radiation blocking material and a cut-out in said one or more layers, said cut-out extending from a point in or near a center of said one or more layers towards an edge to allow radiation transmission to pass, said shielding device being rotatable around a rotation axis.
A star tracker , comprising: an imaging sensor , optionally a visual sensor, configured to receive electromagnetic radiation via a combined viewpath ; and a baffle , disposed proximate the imaging sensor and comprising: a star port , configured to receive first electromagnetic radiation associated with a first viewing environment via a first path ; a sun port disposed at between a 30-60 degree angle to the first path , configured to receive second electromagnetic radiation associated with a second viewing environment via a second path and configured to attenuate a magnitude of the second electromagnetic radiation; and a lens disposed within the sun port configured to act as a beam splitter , configured to receive the first electromagnetic radiation of the first path and the second electromagnetic radiation of the second path and configured to combine the first electromagnetic radiation and the second electromagnetic radiation into the combined viewpath . an imaging sensor , optionally a visual sensor, configured to receive electromagnetic radiation via a combined viewpath ; and a baffle , disposed proximate the imaging sensor and comprising: a star port , configured to receive first electromagnetic radiation associated with a first viewing environment via a first path ; a sun port disposed at between a 30-60 degree angle to the first path , configured to receive second electromagnetic radiation associated with a second viewing environment via a second path and configured to attenuate a magnitude of the second electromagnetic radiation; and a lens disposed within the sun port configured to act as a beam splitter , configured to receive the first electromagnetic radiation of the first path and the second electromagnetic radiation of the second path and configured to combine the first electromagnetic radiation and the second electromagnetic radiation into the combined viewpath . a star port , configured to receive first electromagnetic radiation associated with a first viewing environment via a first path ; a sun port disposed at between a 30-60 degree angle to the first path , configured to receive second electromagnetic radiation associated with a second viewing environment via a second path and configured to attenuate a magnitude of the second electromagnetic radiation; and a lens disposed within the sun port configured to act as a beam splitter , configured to receive the first electromagnetic radiation of the first path and the second electromagnetic radiation of the second path and configured to combine the first electromagnetic radiation and the second electromagnetic radiation into the combined viewpath .
Sub-assembly of external parts for a timepiece or for a watch or for a piece of jewellery, including, coaxially with a first component and a second component compressing together at least one sealing and friction joint , and interposed therebetween, a bolt securing them together by axially blocking said first component , and a lower surface of which is, in the assembled position, in the vicinity of an upper surface of said second component , characterised in that said lower surface is arranged to cooperate with said upper surface to enclose a ball arranged to occupy, in a static rest position, a well of depth greater than the diameter of said ball that an orientation housing in said second component or said bolt includes, and framed by channels of depth less than the diameter of said ball and limited by limitation borders , which ball can occupy, during an adjustment where it is subjected to the gravity field and/or a magnetic field, both an orientation housing and a complementary housing of depth less than the diameter of said ball , that said bolt or respectively said second component includes, for the relative drive between said second component and said bolt by said ball when it is simultaneously braced on a said channel and a said complementary housing .
Cleaning trolley comprising a base plate , a cover plate or an upper frame , and side walls and/or separating walls , wherein the side walls and/or separating walls are arranged in the vertical direction between the base plate and the cover plate or the upper frame , and wherein the side walls and/or separating walls are received by support pillars in guide grooves , characterized in that , by means of a plug-in system , the side walls and/or separating walls are in each case connected to the base plate and the cover plate or the upper frame , in that the plug-in system comprises support pillars which are produced separately with respect to the base plate , the cover plate or the upper frame , and the side walls and/or separating walls , and in that the support pillars are connected to the base plate and the cover plate or the upper frame by plug-in, clamping or locking devices.
Agricultural appliance for applying liquid manure, in particular a pump tanker, having a receiving device and a liquid manure pump which is arranged below the receiving device and which is connected releasably thereto and which is installed in an operating position in the direction of travel of a tractor vehicle, in particular a pump tanker, such that shaft journals , which are arranged one above the other, of the liquid manure pump lie axially, and the connections for a pressure and suction line lie laterally, with respect to the tractor vehicle, characterized in that , by means of an axis of rotation arranged between the receiving device and liquid manure pump , the pump is pivotable from the operating position into a maintenance position, in which a suction housing and a closure cover of the liquid manure pump are freely accessible, in order to carry out maintenance and servicing work.
Method for operating an automation arrangement , preferably for operating an automation cell , having a manipulator (2a, b) and an input/output module (3a, b) for automated production and also a computer apparatus , wherein the computer apparatus is used to execute a PLC computer program for providing a programmable logic controller for the input/output module (3a, b), which PLC computer program is communicatively connected to the input/output module (3a, b) via a module bus for the purpose of actuating said input/output module, wherein the computer apparatus is used to execute a cell control computer program for actuating the PLC computer program via a PLC interface of the PLC computer program , wherein the cell control computer program provides an NC controller for the manipulator (2a, b), wherein the cell control computer program is communicatively connected to the manipulator (2a, b) via a network bus for the purpose of actuating said manipulator, characterized in that the cell control computer program has an NC processor for translating an NC program into switching commands for actuating the input/output module (3a, b) and for translating an NC program into geometry data and/or technology data for actuating the manipulator (2a, b).
A method for transmitting and receiving, by a user equipment, UE , data in a wireless communication system, the method comprising: receiving, from a first transmission and reception point, TRP , first control information based on a first control resource set, CORESET, of a first CORESET group; receiving, from a second TRP , second control information based on a second CORESET of a second CORESET group; respectively, receiving, from the first TRP and the second TRP , a first data scheduled based on the first control information and a second data scheduled based on the second control information; and transmitting, to the first TRP and/or the second TRP , first feedback information corresponded to the first data and second feedback information corresponded to the second data, wherein an index of the first CORESET group and an index of the second CORESET group have different values, wherein each of the first control information and the second control information includes a Downlink Assignment Index, DAI, field, and wherein a value of the DAI field is configured based on i) the index of the first CORESET group and the index of the second CORESET group, ii) an index of a serving cell and iii) an index of monitoring occasion in which each control information is to be transmitted, wherein, based on that the first control information and the second control information are received from a same cell having a same serving cell index at a same monitoring occasion, the value of the DAI field is configured in ascending order of the index of the first CORESET group and the index of the second CORESET group. receiving, from a first transmission and reception point, TRP , first control information based on a first control resource set, CORESET, of a first CORESET group; receiving, from a second TRP , second control information based on a second CORESET of a second CORESET group; respectively, receiving, from the first TRP and the second TRP , a first data scheduled based on the first control information and a second data scheduled based on the second control information; and transmitting, to the first TRP and/or the second TRP , first feedback information corresponded to the first data and second feedback information corresponded to the second data, wherein an index of the first CORESET group and an index of the second CORESET group have different values, wherein each of the first control information and the second control information includes a Downlink Assignment Index, DAI, field, and wherein a value of the DAI field is configured based on i) the index of the first CORESET group and the index of the second CORESET group, ii) an index of a serving cell and iii) an index of monitoring occasion in which each control information is to be transmitted, wherein, based on that the first control information and the second control information are received from a same cell having a same serving cell index at a same monitoring occasion, the value of the DAI field is configured in ascending order of the index of the first CORESET group and the index of the second CORESET group.
Aligning element for aligning a needle guide , which is equipped for longitudinally guiding a medical needle , comprising - a connecting element for arranging the aligning element on such a needle guide , and - a light-guiding apparatus for predetermined diffusion of light , wherein the light-guiding apparatus only generates a predetermined light pattern in a pose relative to the diffusion of light , which pose is predetermined by the geometry of said apparatus, characterised in that - the light-guiding apparatus has at least two identifiers on two different planes and the identifiers are only illuminated simultaneously by the predetermined diffusion of light in the case of the predetermined pose of the aligning element . - a connecting element for arranging the aligning element on such a needle guide , and - a light-guiding apparatus for predetermined diffusion of light , wherein the light-guiding apparatus only generates a predetermined light pattern in a pose relative to the diffusion of light , which pose is predetermined by the geometry of said apparatus, - the light-guiding apparatus has at least two identifiers on two different planes and the identifiers are only illuminated simultaneously by the predetermined diffusion of light in the case of the predetermined pose of the aligning element .
An electronic device comprising a circuit board and a terminal mounted on the circuit board , wherein the terminal comprises at least one conductor connection terminal (7a..7e, 25a..25e, 46a..46d) and an electrical connector and is configured to connect, to a pole of the circuit board , an electrical conductor connected to the at least one conductor connection terminal (7a..7e, 25a..25e, 46a..46d), wherein the terminal is configured to connect, to the pole of the circuit board , at least one contact (18a, 39a..39c, 47a..47d) of a plug-in connector connected to the electrical connector, the at least one conductor connection terminal (7a..7e, 25a..25e, 46a..46d) comprises a clamping spring for clamping the electrical conductor , the terminal comprises at least one insulating housing , the clamping spring is arranged within the at least one insulating housing , the at least one conductor connection terminal (7a..7e, 25a..25e, 46a..46d) is a part of the electrical connector characterised in that the clamping spring is configured to clamp the at least one contact (18a, 39a..39c, 47a..47d). a circuit board and a terminal mounted on the circuit board , wherein the terminal comprises at least one conductor connection terminal (7a..7e, 25a..25e, 46a..46d) and an electrical connector and is configured to connect, to a pole of the circuit board , an electrical conductor connected to the at least one conductor connection terminal (7a..7e, 25a..25e, 46a..46d), wherein the terminal is configured to connect, to the pole of the circuit board , at least one contact (18a, 39a..39c, 47a..47d) of a plug-in connector connected to the electrical connector, the at least one conductor connection terminal (7a..7e, 25a..25e, 46a..46d) comprises a clamping spring for clamping the electrical conductor , the terminal comprises at least one insulating housing , the clamping spring is arranged within the at least one insulating housing , the at least one conductor connection terminal (7a..7e, 25a..25e, 46a..46d) is a part of the electrical connector characterised in that the clamping spring is configured to clamp the at least one contact (18a, 39a..39c, 47a..47d).
A vehicle seat comprising: a seat base with a base side panel ; a seat back with a seat back side panel ; a locking fixture pivotally connecting said seat back to said seat base , said locking fixture selectively locking said seat back to said seat base in a plurality of angular positions; a return spring connected to said seat base and said seat back and biasing said seat back in an angular direction with respect to said seat base , said return spring being a coil spring and being arranged on an outside said base side panel ; a handle arranged outward of said return spring and connected to said locking fixture , said handle forming an operator interface for an operator to operate said locking fixture and selectively lock and unlock said seat back to said seat base in said plurality of angular positions; a stop element arranged on said outside of said base side panel , said stop element being connected to said handle and engaging with said locking fixture to limit rotation of said handle relative to said locking fixture , wherein said stop element is being arranged radially inside said return spring ; characterized in that said stop element has a larger diameter portion and smaller diameter portion , said larger diameter portion being arranged adjacent said locking fixture and being arranged between said locking fixture and said return spring , said smaller diameter portion being arranged radially inside said return spring . a seat base with a base side panel ; a seat back with a seat back side panel ; a locking fixture pivotally connecting said seat back to said seat base , said locking fixture selectively locking said seat back to said seat base in a plurality of angular positions; a return spring connected to said seat base and said seat back and biasing said seat back in an angular direction with respect to said seat base , said return spring being a coil spring and being arranged on an outside said base side panel ; a handle arranged outward of said return spring and connected to said locking fixture , said handle forming an operator interface for an operator to operate said locking fixture and selectively lock and unlock said seat back to said seat base in said plurality of angular positions; a stop element arranged on said outside of said base side panel , said stop element being connected to said handle and engaging with said locking fixture to limit rotation of said handle relative to said locking fixture , wherein said stop element is being arranged radially inside said return spring ; characterized in that said stop element has a larger diameter portion and smaller diameter portion , said larger diameter portion being arranged adjacent said locking fixture and being arranged between said locking fixture and said return spring , said smaller diameter portion being arranged radially inside said return spring .
A fastener device configured to secure a spinal rod relative to a bone, the fastener device comprising: an anchor body including an anchor body housing , the anchor body defining a through hole that extends through the anchor body housing , the anchor body further defining a rod-receiving channel that is configured to receive the spinal rod and that is offset with respect to the through hole , the anchor body further including an upper end , a lower end , and an inner surface that defines a least a portion of the through hole , at least a portion of the inner surface defining a portion of a first sphere (S1); and a fastener including a head , a threaded shaft that extends out with respect to the head in a distal direction (D), and a neck that extends between the head and the threaded shaft , the head including an outer surface , at least a portion of the outer surface defining a portion of a second sphere (S2), and the fastener further including a concave surface that extends along both the head and the neck , wherein the concave surface defines a radius of curvature (R), wherein the fastener device defines a configuration in which both: 1) the portion of the outer surface rides along the portion of the inner surface , and 2) the anchor body abuts the neck at a location that is spaced in the distal direction (D) from an entirety of the concave surface such that movement of the fastener relative to the anchor body in at least one direction is blocked. an anchor body including an anchor body housing , the anchor body defining a through hole that extends through the anchor body housing , the anchor body further defining a rod-receiving channel that is configured to receive the spinal rod and that is offset with respect to the through hole , the anchor body further including an upper end , a lower end , and an inner surface that defines a least a portion of the through hole , at least a portion of the inner surface defining a portion of a first sphere (S1); and a fastener including a head , a threaded shaft that extends out with respect to the head in a distal direction (D), and a neck that extends between the head and the threaded shaft , the head including an outer surface , at least a portion of the outer surface defining a portion of a second sphere (S2), and the fastener further including a concave surface that extends along both the head and the neck , wherein the concave surface defines a radius of curvature (R), wherein the fastener device defines a configuration in which both: 1) the portion of the outer surface rides along the portion of the inner surface , and 2) the anchor body abuts the neck at a location that is spaced in the distal direction (D) from an entirety of the concave surface such that movement of the fastener relative to the anchor body in at least one direction is blocked.