mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, wherein the method comprises: obtaining , by a terminal, a time-frequency resource used to transmit uplink data, wherein the time-frequency resource is at least one time-frequency resource block selected from a plurality of time-frequency resource blocks, each of the plurality of time-frequency resource blocks is corresponding to one piece of configuration information, and the configuration information comprises at least identification information of the corresponding time-frequency resource block; and transmitting , by the terminal, the uplink data on the at least one selected time-frequency resource block based on configuration information of the at least one selected time-frequency resource block, wherein the identification information is a start position or an index number of the corresponding time-frequency resource block; characterised in that the terminal selecting the at least one time-frequency resource block from the plurality of time-frequency resource blocks comprises: randomly selecting, by the terminal, the at least one time-frequency resource block from the plurality of time-frequency resource blocks. obtaining , by a terminal, a time-frequency resource used to transmit uplink data, wherein the time-frequency resource is at least one time-frequency resource block selected from a plurality of time-frequency resource blocks, each of the plurality of time-frequency resource blocks is corresponding to one piece of configuration information, and the configuration information comprises at least identification information of the corresponding time-frequency resource block; and transmitting , by the terminal, the uplink data on the at least one selected time-frequency resource block based on configuration information of the at least one selected time-frequency resource block, wherein the identification information is a start position or an index number of the corresponding time-frequency resource block; characterised in that the terminal selecting the at least one time-frequency resource block from the plurality of time-frequency resource blocks comprises: randomly selecting, by the terminal, the at least one time-frequency resource block from the plurality of time-frequency resource blocks.
An ultrasound assistance device , comprising: - an obtaining means for obtaining a segmentation of first image data of a region of interest within a living being, the first image data being acquired by means of a probe using a modality different from ultrasound, and for obtaining deformation information indicative of a first deformation caused by the probe to the living being upon acquiring the first image data, - an adjustment means for determining and outputting adjustment data for an adjustable ultrasound probe such that upon acquiring ultrasound image data by means of the ultrasound probe a second deformation is provided to the living body which corresponds to the first deformation, and - a segmentation means for segmenting acquired ultrasound image, using the segmentation of the first image data for initialization. - an obtaining means for obtaining a segmentation of first image data of a region of interest within a living being, the first image data being acquired by means of a probe using a modality different from ultrasound, and for obtaining deformation information indicative of a first deformation caused by the probe to the living being upon acquiring the first image data, - an adjustment means for determining and outputting adjustment data for an adjustable ultrasound probe such that upon acquiring ultrasound image data by means of the ultrasound probe a second deformation is provided to the living body which corresponds to the first deformation, and - a segmentation means for segmenting acquired ultrasound image, using the segmentation of the first image data for initialization.
A flexible electrode for applying an electric field to the human body, characterized by comprising: a gripping portion ; a deformable structure having a first face fixed to the gripping portion ; a flexible polymeric film arranged on a flat second face of the deformable structure and provided, on a flat face thereof facing outwards the electrode , with flat metal structures defining at least one first electrode and one second electrode (E1,E2), surfaces of the flat metal structures facing outwards the polymeric film being coplanar with the flat face of the polymeric film . a gripping portion ; a deformable structure having a first face fixed to the gripping portion ; a flexible polymeric film arranged on a flat second face of the deformable structure and provided, on a flat face thereof facing outwards the electrode , with flat metal structures defining at least one first electrode and one second electrode (E1,E2), surfaces of the flat metal structures facing outwards the polymeric film being coplanar with the flat face of the polymeric film .
Dynamic power supply system without interruption (ADSI) comprising a synchronous machine with two shaft ends inserted between two kinetic energy accumulators with the aim of doubling the unit power, each of the two kinetic energy accumulators being equipped with a rotating mass , which freely rotates around the shaft of the synchronous machine , the ADSI comprising a single double-power power alternator associated to the two kinetic energy accumulators in a single machine and using a setting that maintains a rotation speed identical to the rotation speed of the rotating masses of the two accumulators when kinetic energy is transferred from the kinetic energy accumulators to the synchronous machine to power a critical load in the event of a power failure of the grid or of a different power source , the dynamic power supply system , moreover, comprising an adjustable electromagnetic coupling between each of the rotating masses and the shaft of the synchronous machine , so as to be able to control the transfer of kinetic energy of each rotating mass to the alternator in order to maintain the rotation speed of the synchronous machine constant in the event of a power failure of the grid or of a different power source .
A socket-type USB charger, comprising: a USB charger body configured to be disposed in a wall, the USB charger body comprising a USB interface and supporting a USB PD protocol, wherein the USB charger body further comprises a bottom shell and a front cover fitted with each other via a coupling structure to form an outer shell surrounding elements of the USB charger body ; and an intermediate connection framework coupled to the USB charger body and configured to secure the USB charger body onto the wall; the socket-type USB charger further comprising: a panel coupled to the intermediate connection framework configured to cover the USB charger body and the intermediate connection framework ; characterized in that an external surface of the front cover is provided with a bump , on which a through-hole is arranged and wherein the through-hole is configured for the USB interface to pass through. a USB charger body configured to be disposed in a wall, the USB charger body comprising a USB interface and supporting a USB PD protocol, wherein the USB charger body further comprises a bottom shell and a front cover fitted with each other via a coupling structure to form an outer shell surrounding elements of the USB charger body ; and an intermediate connection framework coupled to the USB charger body and configured to secure the USB charger body onto the wall; the socket-type USB charger further comprising: a panel coupled to the intermediate connection framework configured to cover the USB charger body and the intermediate connection framework ; characterized in that an external surface of the front cover is provided with a bump , on which a through-hole is arranged and wherein the through-hole is configured for the USB interface to pass through. a panel coupled to the intermediate connection framework configured to cover the USB charger body and the intermediate connection framework ; characterized in that an external surface of the front cover is provided with a bump , on which a through-hole is arranged and wherein the through-hole is configured for the USB interface to pass through.
An image display device, comprising: an image acquisition unit that acquires a plurality of projection images corresponding to a plurality of radiation source positions, the plurality of projection images being generated by tomosynthesis imaging in which a radiation source is moved relative to a detection unit such that radiation is emitted to a subject at the plurality of radiation source positions according to movement of the radiation source; a structure position specifying unit that specifies one structure position in the subject; and a display controller that specifies projection positions of the structure position in the plurality of projection images and performs switching display of the plurality of projection images on a display unit such that the projection positions match a predetermined position on the display unit. an image acquisition unit that acquires a plurality of projection images corresponding to a plurality of radiation source positions, the plurality of projection images being generated by tomosynthesis imaging in which a radiation source is moved relative to a detection unit such that radiation is emitted to a subject at the plurality of radiation source positions according to movement of the radiation source; a structure position specifying unit that specifies one structure position in the subject; and a display controller that specifies projection positions of the structure position in the plurality of projection images and performs switching display of the plurality of projection images on a display unit such that the projection positions match a predetermined position on the display unit.
An array comprising a multiplicity of adjacent, electrically separated multilayered MRAM devices of various uniform horizontal widths but all having a common vertical height, said devices having coplanar upper surfaces and said devices being electrically connected by a common top metal contact, a common substrate ; a multiplicity of N spatially separated multilayered devices formed on said common substrate , wherein each said multilayered device has a width d n where n runs from 1 to N and wherein said widths are different; wherein each of said N multilayered devices has common height h and wherein there is a space-filling encapsulation layer of variable width S jk between adjacent multilayered devices where j varies from 1 to N, and k=j+1; wherein each said multilayered device further comprises: a lower electrode of identical thickness, an active device element formed on said lower electrode ; an upper electrode formed on said active device element , wherein said upper electrode has an identical thickness and wherein upper surfaces of all said upper electrodes are coplanar; and a single top metal contact formed over said upper electrodes , making open-free electrical contact with each said upper electrode and characterized in that lower electrodes of adjacent multilayered devices have different widths. a lower electrode of identical thickness, an active device element formed on said lower electrode ; an upper electrode formed on said active device element , wherein said upper electrode has an identical thickness and wherein upper surfaces of all said upper electrodes are coplanar; and a single top metal contact formed over said upper electrodes , making open-free electrical contact with each said upper electrode and characterized in that lower electrodes of adjacent multilayered devices have different widths.
A system comprising: hardware processing circuitry ; one or more electronic memories storing instructions that when executed configure the hardware processing circuitry to perform operations comprising: assigning a first label to a first electronic document; determining document requirements defined by the first label; determining, based on the document requirements, a set of modifications of the first electronic document; determining a subset of the set of modifications the hardware processing circuitry is configured to perform; modifying , based on the subset, the first electronic document; generating a message to indicate the label, the modified first electronic document, and the modifications made by the hardware processing circuitry , the indication of the modifications being separate from the indication of the modified first electronic document in the message; and transmitting the message to a cloud-based network service , the message instructing the cloud-based network service to complete a remaining portion of the set of modifications of the first electronic document. hardware processing circuitry ; one or more electronic memories storing instructions that when executed configure the hardware processing circuitry to perform operations comprising: assigning a first label to a first electronic document; determining document requirements defined by the first label; determining, based on the document requirements, a set of modifications of the first electronic document; determining a subset of the set of modifications the hardware processing circuitry is configured to perform; modifying , based on the subset, the first electronic document; generating a message to indicate the label, the modified first electronic document, and the modifications made by the hardware processing circuitry , the indication of the modifications being separate from the indication of the modified first electronic document in the message; and transmitting the message to a cloud-based network service , the message instructing the cloud-based network service to complete a remaining portion of the set of modifications of the first electronic document. assigning a first label to a first electronic document; determining document requirements defined by the first label; determining, based on the document requirements, a set of modifications of the first electronic document; determining a subset of the set of modifications the hardware processing circuitry is configured to perform; modifying , based on the subset, the first electronic document; generating a message to indicate the label, the modified first electronic document, and the modifications made by the hardware processing circuitry , the indication of the modifications being separate from the indication of the modified first electronic document in the message; and transmitting the message to a cloud-based network service , the message instructing the cloud-based network service to complete a remaining portion of the set of modifications of the first electronic document.
A control system for an HVAC system , the control system comprising a processor and a computer readable memory storing instructions that, when executed by the processor, cause the control system to: monitor a charge state of a battery ; monitor a number of amp-hours provided to the battery during charging; detect when the battery is in a full charge state; detect when the battery is in a second charge state; record a number of amp-hours provided to the battery during each of a plurality of charge cycles, a charge cycle including charging the battery from the second charge state to the full charge state without any intervening usage of the battery ; calculate a charge capacity rate of change, the charge capacity rate of change being the rate of change of the number of amp-hours provided to the battery over each of the plurality of charge cycles; compare the charge capacity rate of change to a charge capacity rate of change threshold; and detect an end-of-life condition of the battery if the charge capacity rate of change is greater than the charge capacity rate of change threshold. monitor a charge state of a battery ; monitor a number of amp-hours provided to the battery during charging; detect when the battery is in a full charge state; detect when the battery is in a second charge state; record a number of amp-hours provided to the battery during each of a plurality of charge cycles, a charge cycle including charging the battery from the second charge state to the full charge state without any intervening usage of the battery ; calculate a charge capacity rate of change, the charge capacity rate of change being the rate of change of the number of amp-hours provided to the battery over each of the plurality of charge cycles; compare the charge capacity rate of change to a charge capacity rate of change threshold; and detect an end-of-life condition of the battery if the charge capacity rate of change is greater than the charge capacity rate of change threshold.
A battery powered tool extending in a longitudinal direction (Z), comprising a tool body , wherein the tool body is provided with a through aperture that elongates and extends through the tool body in a direction (X) that is perpendicular to the longitudinal extension direction (Z) of the tool, wherein the through aperture is adapted to receive a battery pack adapted to power the tool characterized in that the tool body is provided with a connector within the through aperture , which connector is adapted to integrate with a corresponding connector on a battery pack when the battery pack is mounted in the through aperture .
A method performed by a wireless communication node, the method comprising: receiving , from a wireless communication device, a first message comprising a preamble and a payload for an access to the wireless communication node; and transmitting , to the wireless communication device, a second message in response to the first message, wherein the second message is for the wireless communication device to distinguish between a 2-step random access channel, RACH, and a 4-step RACH based on a fixed offset defined in a protocol and added in a calculation of random access radio network temporary identifier, RA-RNTI, for transmitting the second message in the 2-step RACH compared to the 4-step RACH. receiving , from a wireless communication device, a first message comprising a preamble and a payload for an access to the wireless communication node; and transmitting , to the wireless communication device, a second message in response to the first message, wherein the second message is for the wireless communication device to distinguish between a 2-step random access channel, RACH, and a 4-step RACH based on a fixed offset defined in a protocol and added in a calculation of random access radio network temporary identifier, RA-RNTI, for transmitting the second message in the 2-step RACH compared to the 4-step RACH.
A memory circuit comprising: a memory area in which a plurality of memory cells are arranged in matrix fashion, each of the plurality of memory cells including a ferromagnetic tunnel junction device, MTJ; a readout circuit configured to read out first data written into the MTJ in a nonvolatile manner; a control unit configured to: determine whether the first data read out by the readout circuit is the same as second data to be written into the MTJ, not to write the second data into the MTJ in case of determining that the first data is the same as the second data, and write the second data into the MTJ in case of determining that the first data is not the same as the second data, characterized in that the control unit is further configured such that the operation to determine whether the first data read out by the readout circuit is the same as second data to be written into the MTJ is performed only once for a writing operation and to receive a skip signal from an external circuit provided outside the memory circuit, and in that the control unit is further configured to: not determine whether the first data is the same as the second data in case that the skip signal is received, and determine whether the first data is the same as the second data in case that the skip signal is not received. a memory area in which a plurality of memory cells are arranged in matrix fashion, each of the plurality of memory cells including a ferromagnetic tunnel junction device, MTJ; a readout circuit configured to read out first data written into the MTJ in a nonvolatile manner; a control unit configured to: determine whether the first data read out by the readout circuit is the same as second data to be written into the MTJ, not to write the second data into the MTJ in case of determining that the first data is the same as the second data, and write the second data into the MTJ in case of determining that the first data is not the same as the second data, determine whether the first data read out by the readout circuit is the same as second data to be written into the MTJ, not to write the second data into the MTJ in case of determining that the first data is the same as the second data, and write the second data into the MTJ in case of determining that the first data is not the same as the second data, characterized in that the control unit is further configured such that the operation to determine whether the first data read out by the readout circuit is the same as second data to be written into the MTJ is performed only once for a writing operation and to receive a skip signal from an external circuit provided outside the memory circuit, and in that the control unit is further configured to: not determine whether the first data is the same as the second data in case that the skip signal is received, and determine whether the first data is the same as the second data in case that the skip signal is not received.
A distributor , wherein the distributor comprises at least three injection pipes , wherein each injection pipe is provided with a flow guiding inclined surface, and the flow guiding inclined surface is formed by inclining an end surface of a gas outlet section of the injection pipe to two sides; a gas mixing cavity respectively communicated with each injection pipe ; a splitter disposed at the gas outlet section of the injection pipe and recessed to an interior of the gas mixing cavity to split gas to flow along two sides; and a first through hole disposed beside the injection pipe , configured for a cooling water pipe to pass through, and in close contact with the cooling water pipe , wherein the distributor comprises a top plate covering a top of each injection pipe , the top plate being provided with a plurality of fire holes ; and a vertical spacing between a top of the first through hole and the top plate is less than or equal to 20 mm. at least three injection pipes , wherein each injection pipe is provided with a flow guiding inclined surface, and the flow guiding inclined surface is formed by inclining an end surface of a gas outlet section of the injection pipe to two sides; a gas mixing cavity respectively communicated with each injection pipe ; a splitter disposed at the gas outlet section of the injection pipe and recessed to an interior of the gas mixing cavity to split gas to flow along two sides; and a first through hole disposed beside the injection pipe , configured for a cooling water pipe to pass through, and in close contact with the cooling water pipe , wherein the distributor comprises a top plate covering a top of each injection pipe , the top plate being provided with a plurality of fire holes ; and a vertical spacing between a top of the first through hole and the top plate is less than or equal to 20 mm.