mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a first tag in an area monitored by one or more beacons, the first tag comprising a magnetic induction module and a transmitter, the method comprising the following steps at said tag: - receiving, by means of said magnetic induction module, a first beacon message as variations in a magnetic field, said first beacon message comprising beacon information; - extracting said beacon information from said first beacon message; and - conditionally on said beacon information, transmitting or not transmitting a localisation message by means of said transmitter; wherein said first beacon message is broadcast by one of said beacons, said one of said beacons being located in a zone, wherein said beacon information comprises information pertaining to said zone, and wherein said conditionally transmitting or not transmitting a localisation message comprises comparing said information to one or more zones stored on said first tag. - receiving, by means of said magnetic induction module, a first beacon message as variations in a magnetic field, said first beacon message comprising beacon information; - extracting said beacon information from said first beacon message; and - conditionally on said beacon information, transmitting or not transmitting a localisation message by means of said transmitter; wherein said first beacon message is broadcast by one of said beacons, said one of said beacons being located in a zone, wherein said beacon information comprises information pertaining to said zone, and wherein said conditionally transmitting or not transmitting a localisation message comprises comparing said information to one or more zones stored on said first tag.
A current boost circuit to augment a signal on a digital bus line that is driven by a current-mode source driver operative to transmit a signal on the bus line by driving a predetermined current onto the bus line for a unit interval of a predetermined duration, comprising: a trigger circuit operative to detect a signal transition on the bus line; and a current generator operative to drive boost current on the bus line in the same direction as the source driver, for a duration that is a sub-unity fraction of the unit interval, the boost current magnitude being a sub-unity fraction of the source driver current magnitude; the current generator being coupled in parallel with the source driver, wherein the transmitted signal comprises a transition phase and a steady-state phase, and the circuit further comprising: a non-linear current generator controller operative to control the current generator so as to generate greater boost current in the transition phase of the bus signal, relative to the boost current generated in the steady-state phase of the bus signal. a trigger circuit operative to detect a signal transition on the bus line; and a current generator operative to drive boost current on the bus line in the same direction as the source driver, for a duration that is a sub-unity fraction of the unit interval, the boost current magnitude being a sub-unity fraction of the source driver current magnitude; the current generator being coupled in parallel with the source driver, a non-linear current generator controller operative to control the current generator so as to generate greater boost current in the transition phase of the bus signal, relative to the boost current generated in the steady-state phase of the bus signal.
A method for producing a continuous-fibre-reinforced hollow-body structure, comprising the following steps: - providing a profile-shaped hollow body, wherein the hollow body is formed using a composite, which comprises thermoplastic matrix fibres and temperature-stable continuous reinforcing fibres, wherein the composite is a woven or braided composite composed of thermoplastic matrix fibres and temperature-stable continuous reinforcing fibres, - arranging an expansion profile within the hollow body, - receiving the hollow body within a mould cavity, which is surrounded by at least one mould wall, which defines the contours of the hollow-body structure, - heating the hollow body to above the melting point of the matrix fibres, - consolidating and/or thermoforming the hollow body by placing the hollow body against the mould wall by means of pressurising a pressure medium located in and/or introduced into the expansion profile, - cooling and removing the hollow-body structure that has formed, wherein the expansion profile is formed by a thermoplastic tubular film and the melting point of the material of the tubular film is greater than the melting point of the matrix fibres, characterised in that in the step of arranging the expansion profile within the hollow body, the tubular film is already arranged within the hollow body during a braiding or weaving operation when the composite is being produced. - providing a profile-shaped hollow body, wherein the hollow body is formed using a composite, which comprises thermoplastic matrix fibres and temperature-stable continuous reinforcing fibres, wherein the composite is a woven or braided composite composed of thermoplastic matrix fibres and temperature-stable continuous reinforcing fibres, - arranging an expansion profile within the hollow body, - receiving the hollow body within a mould cavity, which is surrounded by at least one mould wall, which defines the contours of the hollow-body structure, - heating the hollow body to above the melting point of the matrix fibres, - consolidating and/or thermoforming the hollow body by placing the hollow body against the mould wall by means of pressurising a pressure medium located in and/or introduced into the expansion profile, - cooling and removing the hollow-body structure that has formed,
A well screen assembly comprising: a cylindrical, perforated, base pipe defining a pipe longitudinal axis and an exterior surface, a woven wire mesh filtering medium substantially surrounding, and in a spaced-apart relationship with, the exterior surface of the base pipe, the filtering medium defining a filtering medium longitudinal axis, which is substantially collinear with the pipe longitudinal axis, thereby forming an annular space between the exterior surface of the base pipe and the filtering medium; an elongated rib coupled to the exterior surface of the base pipe and positioned in the annular space, the elongated rib extending substantially parallel to the pipe longitudinal axis; and a wire having a thickness, the wire positioned within the annular space and spirally extending around the exterior surface of the base pipe and the elongated rib coupled to the exterior surface of the base pipe, thereby creating consecutive revolutions of wire longitudinally spaced along the elongated rib and the exterior surface of the base pipe, the consecutive revolutions of wire creating a corresponding gap between the revolutions of wire; characterised in that the gap has a width approximately equal to the diameter of the perforations in the base pipe, so as to provide a connection between the perforations. a cylindrical, perforated, base pipe defining a pipe longitudinal axis and an exterior surface, a woven wire mesh filtering medium substantially surrounding, and in a spaced-apart relationship with, the exterior surface of the base pipe, the filtering medium defining a filtering medium longitudinal axis, which is substantially collinear with the pipe longitudinal axis, thereby forming an annular space between the exterior surface of the base pipe and the filtering medium; an elongated rib coupled to the exterior surface of the base pipe and positioned in the annular space, the elongated rib extending substantially parallel to the pipe longitudinal axis; and a wire having a thickness, the wire positioned within the annular space and spirally extending around the exterior surface of the base pipe and the elongated rib coupled to the exterior surface of the base pipe, thereby creating consecutive revolutions of wire longitudinally spaced along the elongated rib and the exterior surface of the base pipe, the consecutive revolutions of wire creating a corresponding gap between the revolutions of wire; characterised in that the gap has a width approximately equal to the diameter of the perforations in the base pipe, so as to provide a connection between the perforations.
A lighting control system for an entertainment system that includes a video display and a sound system, the lighting control system comprising: one or more LED-based lighting units; an audio/visual controller for allowing a user to interactively modify in real-time, via a user interface distinct from the video display, at least one of a video signal for output by the video display and an audio signal for output by the sound system; and a lighting control interface for receiving information about the interactively modified video and/or audio signals and controlling the one or more LED-based lighting units to generate one or more lighting effects based on the information about the interactively modified video and/or audio signals, wherein the received information comprises output from the user interface, characterized in that the lighting control interface includes a mapping facility comprising a mapping table to store at least one lighting program, wherein the at least one lighting program includes one or more variables to receive input values at execution time; wherein the audio signal provides the input values for the one or more variables of the at least one lighting program; and wherein the at least one lighting program, when executed at the execution time by the mapping facility, generates control signals to control the one or more LED-based lighting units. one or more LED-based lighting units; an audio/visual controller for allowing a user to interactively modify in real-time, via a user interface distinct from the video display, at least one of a video signal for output by the video display and an audio signal for output by the sound system; and a lighting control interface for receiving information about the interactively modified video and/or audio signals and controlling the one or more LED-based lighting units to generate one or more lighting effects based on the information about the interactively modified video and/or audio signals, wherein the received information comprises output from the user interface, characterized in that the lighting control interface includes a mapping facility comprising a mapping table to store at least one lighting program, wherein the at least one lighting program includes one or more variables to receive input values at execution time; wherein the audio signal provides the input values for the one or more variables of the at least one lighting program; and wherein the at least one lighting program, when executed at the execution time by the mapping facility, generates control signals to control the one or more LED-based lighting units.
A silicone-polycarbonate copolymer having the formula X g [Z j Y o] c, wherein each X is independently a silicone moiety having one of formulas or: each Y comprises an independently selected polycarbonate moiety, and each Z is an independently selected siloxane moiety having the formula [R 1 h SiO (4-h)/2] d, where each R 1 is an independently selected substituted or unsubstituted hydrocarbyl group having from 1 to 18 carbon atoms; each R 2 is an independently selected substituted or unsubstituted hydrocarbyl group having from 1 to 18 carbon atoms; each D 1 is an independently selected divalent hydrocarbon group having from 2 to 18 carbon atoms; each subscript a is independently selected from 0 to 2; each subscript b is independently 0 or 1; subscript c is from 1 to 150; each subscript d is from 1 to 1000; each subscript e is independently 1 or 2; each subscript f is independently 0 or 1, with the proviso that within each X, when f is 1, b is 1; subscript g is >1; subscript h is independently selected from 0 to 2 in each moiety indicated by subscript d; each subscript j is independently ≥0 and <2; each subscript o is independently >0 and <2, with the proviso that j+o=2 in each moiety indicated by subscript c; subscript t is ≥0; and subscript u is >0.
A rotator arrangement for providing a rotating movement, the rotator arrangement comprising a motor with a stator and a rotor arranged inside the stator to rotate with respect to said stator around an axial axis, wherein the rotator arrangement comprises a rotor attachment piece connected to the rotor and a stator attachment piece connected to the stator, wherein one of the rotor attachment piece and stator attachment piece is arranged to be attached to a crane arm or the like, and the other is arranged to be attached to a tool implement, wherein an angle meter is arranged to monitor the rotation of the rotor with respect to the stator, wherein the angle meter comprises a rotor part with an angle indicator that is arranged to rotate with the rotor, and a stator part with a sensor arranged to monitor the angular position of said angle indicator, which stator part is connected to the stator, characterised in that the rotor part is arranged centrally along the axial axis.
A compound represented by the structure: or a pharmaceutically acceptable salt thereof, for use in a method of treating colon cancer in a patient in need thereof and whose cancer has been previously treated with a PD-L1 inhibitor, wherein said method further comprises administering a PD-1 inhibitor. or a pharmaceutically acceptable salt thereof, for use in a method of treating colon cancer in a patient in need thereof and whose cancer has been previously treated with a PD-L1 inhibitor, wherein said method further comprises administering a PD-1 inhibitor.
Recording device for recording rotation angles of at least one puncture cannula, comprising a needle carrier transport system for transporting the puncture cannula along a transport direction; at least one recording system for recording and determining a position and a rotation angle of a bevel surface of the puncture cannula with respect to a zero position within a quadrant coordinate system (Q1-Q4); a transport device, it being possible to transport the needle carrier transport system along the transport direction on the transport device, and comprising at least two light sources, it being possible for electromagnetic radiation to be deflected onto the puncture cannula by means of the at least two light sources, a shadow bevel profile of the bevel surface, which profile is produced by the light source, striking the recording system and being optically and/or electronically recordable thereby, characterised in that the recording system comprises at least two, in particular exactly two, recording elements which are designed to recording the shadow bevel profile of the bevel surface, which profile is produced by the bevel surface, during a position-determination sequence and during continuous transportation, along the transport direction, of the puncture cannula further arranged in the needle carrier transport system, and the recording system determines the position and rotation angle of the bevel surface with respect to the zero position from the recorded shadow bevel profile, the two recording elements being arranged at an angle of 90° with respect to one another within or in parallel with the quadrant coordinate system and, in such a case, spanning the quadrant coordinate system (Q1-Q4) by means of corresponding optical longitudinal axes which are guided through the two recording elements, the transport device having at least one continuous opening through which electromagnetic radiation from the light source associated with the opening can be deflected onto the puncture cannula.
An image scanner configured to be connected communicably with a terminal device, comprising: a key receiving unit configured to receive an image encryption key; a scanner unit configured to perform document scanning to create image data; an image encrypting unit configured to encrypt the image data created by the scanner unit; and an image sending unit configured to send the image data encrypted by the image encrypting unit to the terminal device, characterized by further comprising: a password accepting unit configured to accept a password; and in that: the key receiving unit is configured to receive an image encryption key that is encrypted, from the terminal device; the image scanner further comprises a key decrypting unit configured to decrypt the encrypted image encryption key with the password accepted through the password accepting unit; and the image encrypting unit is configured to encrypt the image data created by the scanner unit using the image encryption key decrypted by the key decrypting unit. a key receiving unit configured to receive an image encryption key; a scanner unit configured to perform document scanning to create image data; an image encrypting unit configured to encrypt the image data created by the scanner unit; and an image sending unit configured to send the image data encrypted by the image encrypting unit to the terminal device, characterized by further comprising: a password accepting unit configured to accept a password; and in that: the key receiving unit is configured to receive an image encryption key that is encrypted, from the terminal device; the image scanner further comprises a key decrypting unit configured to decrypt the encrypted image encryption key with the password accepted through the password accepting unit; and the image encrypting unit is configured to encrypt the image data created by the scanner unit using the image encryption key decrypted by the key decrypting unit. a password accepting unit configured to accept a password; and in that: the key receiving unit is configured to receive an image encryption key that is encrypted, from the terminal device; the image scanner further comprises a key decrypting unit configured to decrypt the encrypted image encryption key with the password accepted through the password accepting unit; and the image encrypting unit is configured to encrypt the image data created by the scanner unit using the image encryption key decrypted by the key decrypting unit. the key receiving unit is configured to receive an image encryption key that is encrypted, from the terminal device; the image scanner further comprises a key decrypting unit configured to decrypt the encrypted image encryption key with the password accepted through the password accepting unit; and the image encrypting unit is configured to encrypt the image data created by the scanner unit using the image encryption key decrypted by the key decrypting unit.
A laundry processing apparatus, comprising: a laundry processing drum, used for holding laundry for processing; a driving system, used for driving the laundry processing drum to process the held laundry; and a power control system, at least used for providing power of a power grid for the driving system, wherein the power control system further comprises an electrical storage device capable of being selected to provide power for the driving system; characterized in that: the power control system further comprises a charger electrically connected to the electrical storage device and an inverter used for converting a direct current into an alternative current and electrically connected between the electrical storage device and the driving system. a laundry processing drum, used for holding laundry for processing; a driving system, used for driving the laundry processing drum to process the held laundry; and a power control system, at least used for providing power of a power grid for the driving system, wherein the power control system further comprises an electrical storage device capable of being selected to provide power for the driving system; characterized in that: the power control system further comprises a charger electrically connected to the electrical storage device and an inverter used for converting a direct current into an alternative current and electrically connected between the electrical storage device and the driving system.
An induction heat cooking apparatus comprising: a rectifier configured to convert an AC voltage supplied from an external power source into a DC voltage; a battery configured to store power; a charger configured to be connected to the external power source and charge the battery; a switch connected to one of the rectifier and the battery selectively; an inverter configured to convert a voltage supplied from a power supply source connected by the switch and supply the converted voltage to a heating coil; and the heating coil configured to generate magnetic fields by the voltage supplied from the inverter to heat a cooking device. a rectifier configured to convert an AC voltage supplied from an external power source into a DC voltage; a battery configured to store power; a charger configured to be connected to the external power source and charge the battery; a switch connected to one of the rectifier and the battery selectively; an inverter configured to convert a voltage supplied from a power supply source connected by the switch and supply the converted voltage to a heating coil; and the heating coil configured to generate magnetic fields by the voltage supplied from the inverter to heat a cooking device.
A memory device comprising: a memory array; an input/output circuit coupled to the memory array and configured to input or output a plurality of data nibbles based on a plurality of data strobe signals; a data path disable circuit coupled to the input/output circuit, wherein the data path disable circuit is configured to disable the data path of one or more of the plurality of data nibbles based on one or more data path disable signals; and an error controller configured to generate a cyclic redundancy check, CRC, code based on a plurality of data nibbles that exclude the disabled one or more data nibbles. a memory array; an input/output circuit coupled to the memory array and configured to input or output a plurality of data nibbles based on a plurality of data strobe signals; a data path disable circuit coupled to the input/output circuit, wherein the data path disable circuit is configured to disable the data path of one or more of the plurality of data nibbles based on one or more data path disable signals; and an error controller configured to generate a cyclic redundancy check, CRC, code based on a plurality of data nibbles that exclude the disabled one or more data nibbles.
A method performed in a Radio Base Station, RBS, for facilitating measurement at a terminal device, the method comprising: classifying frequency objects to be measured for a measurement task into a number of frequency object groups, wherein the frequency object groups are assigned with respective frequency measurement weights for determining measurement opportunities for the frequency objects; classifying cell objects to be measured on frequency objects belonging to the frequency object group assigned with the highest frequency measurement weight into a number of cell object groups, wherein the cell object groups are given respective cell measurement opportunities; and sending to the terminal device a first indication indicating the classification of the frequency objects into the frequency object groups, and a second indication indicating the classification of the cell objects into the cell object groups. classifying frequency objects to be measured for a measurement task into a number of frequency object groups, wherein the frequency object groups are assigned with respective frequency measurement weights for determining measurement opportunities for the frequency objects; classifying cell objects to be measured on frequency objects belonging to the frequency object group assigned with the highest frequency measurement weight into a number of cell object groups, wherein the cell object groups are given respective cell measurement opportunities; and sending to the terminal device a first indication indicating the classification of the frequency objects into the frequency object groups, and a second indication indicating the classification of the cell objects into the cell object groups.