mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: forming a complete control channel over one or more subframes by performing: mapping , at a base station, control channel elements to resource elements for user equipment to all available orthogonal frequency division multiplexing symbols for a subframe, wherein the subframe comprises a time-frequency resource space comprising the orthogonal frequency division multiplexing symbols in time and subcarriers in frequency, and wherein the mapping is performed to form a portion of the control channel and the available symbols are orthogonal frequency division multiplexing symbols not used for another control channel; and populating , at the base station, the resource elements in the portion of the control channel with control information for the user equipment using corresponding ones of the control channel elements; wherein the complete control channel can span a single subframe or multiple subframes; and transmitting by the base station the one or more subframes with the complete control channel as at least part of a narrowband physical downlink control channel. forming a complete control channel over one or more subframes by performing: mapping , at a base station, control channel elements to resource elements for user equipment to all available orthogonal frequency division multiplexing symbols for a subframe, wherein the subframe comprises a time-frequency resource space comprising the orthogonal frequency division multiplexing symbols in time and subcarriers in frequency, and wherein the mapping is performed to form a portion of the control channel and the available symbols are orthogonal frequency division multiplexing symbols not used for another control channel; and populating , at the base station, the resource elements in the portion of the control channel with control information for the user equipment using corresponding ones of the control channel elements; mapping , at a base station, control channel elements to resource elements for user equipment to all available orthogonal frequency division multiplexing symbols for a subframe, wherein the subframe comprises a time-frequency resource space comprising the orthogonal frequency division multiplexing symbols in time and subcarriers in frequency, and wherein the mapping is performed to form a portion of the control channel and the available symbols are orthogonal frequency division multiplexing symbols not used for another control channel; and populating , at the base station, the resource elements in the portion of the control channel with control information for the user equipment using corresponding ones of the control channel elements; wherein the complete control channel can span a single subframe or multiple subframes; and transmitting by the base station the one or more subframes with the complete control channel as at least part of a narrowband physical downlink control channel.
A light curing unit for dental use comprising: a case including a case body having therein a light curing space and provided with an opening portion in communication with the light curing space and a door configured to close the opening portion; one or more light emitting sources disposed at an inner wall portion of the case body to radiate light to a dental prosthesis made of a light curable material disposed in the light curing space ; a power supply circuit disposed in the case body to supply electric power to the one or more light emitting sources according to a condition set using one or more setting switches (23 to 27) each having a key top (23A to 27A); and a door opening/closing detection means for allowing the electric power to be supplied from the power supply circuit to the one or more light emitting sources only when the door is closed, characterized in that : the one or more setting switches (23 to 27) are disposed at a position at which the one or more setting switches are operable when the door is opened, and at which the one or more setting switches are hidden by the door and each key top (23A to 27A) is not exposed to the light from the one or more light emitting sources when the door is closed. a case including a case body having therein a light curing space and provided with an opening portion in communication with the light curing space and a door configured to close the opening portion; one or more light emitting sources disposed at an inner wall portion of the case body to radiate light to a dental prosthesis made of a light curable material disposed in the light curing space ; a power supply circuit disposed in the case body to supply electric power to the one or more light emitting sources according to a condition set using one or more setting switches (23 to 27) each having a key top (23A to 27A); and a door opening/closing detection means for allowing the electric power to be supplied from the power supply circuit to the one or more light emitting sources only when the door is closed, characterized in that : the one or more setting switches (23 to 27) are disposed at a position at which the one or more setting switches are operable when the door is opened, and at which the one or more setting switches are hidden by the door and each key top (23A to 27A) is not exposed to the light from the one or more light emitting sources when the door is closed.
Actuating tool for actuating a push-button corrector for a watch, said actuating tool comprising a body that extends between a rear end defining an area for grasping the actuating tool and a front end defining an actuating area of the actuating tool , the actuating tool further comprising an actuating rod that extends into the interior of the body and that ends, towards the front end of the body, in an actuating portion connected rigidly to the actuating rod and to the grasping area of the actuating tool, the actuating tool finally comprising a guide sleeve that surrounds the actuating portion of the actuating tool and that is capable of moving between a first protruding position in which the actuating portion is at most flush with the guide sleeve , and a second position in which it is at least partially retracted inside the body, in which position the actuating portion is capable of actuating the push-button corrector .
Computer-implemented method for computing a patient-specific set of configuration parameters suitable for configuring and/or choosing an electrical stimulation device designed for electrical stimulation and/or recording of neuronal tissue, in particular of cerebral tissue, the method comprising the following steps: A) extracting patient-specific data including at least one region of interest (ROI) from at least one pre-existing image previously acquired using a medical imaging technique; B) computer simulation of an electrical field distribution that can be generated using the electrical stimulation device when configured with a specific set of configuration parameters defining a specific transcranial alternating current stimulation (tACS) scheme, taking into consideration the extracted patient-specific data; C) Variation of a set of simulation parameters during iterative application of step B) to compute the patient-specific set of configuration parameters, which are thus optimized for the patient; D) configuring the stimulation device with the derived set of configuration parameters such that the stimulation device is configured to focus the electrostimulation onto the at least one region of interest (ROI); A) extracting patient-specific data including at least one region of interest (ROI) from at least one pre-existing image previously acquired using a medical imaging technique; B) computer simulation of an electrical field distribution that can be generated using the electrical stimulation device when configured with a specific set of configuration parameters defining a specific transcranial alternating current stimulation (tACS) scheme, taking into consideration the extracted patient-specific data; C) Variation of a set of simulation parameters during iterative application of step B) to compute the patient-specific set of configuration parameters, which are thus optimized for the patient; D) configuring the stimulation device with the derived set of configuration parameters such that the stimulation device is configured to focus the electrostimulation onto the at least one region of interest (ROI);
A wind power generator system comprising: a tower section ; a plurality of wind turbine sections , each of which includes a rotor, a blade provided on the rotor, and an electric generator that generates electric power by rotational force of the rotor; support members joined to the tower section and supporting the respective wind turbine sections ; a detection unit configured to detect a value of a predetermined parameter indicating operational state of each of the wind turbine sections ; and an anomaly determination unit configured to calculate an average value and deviations of the predetermined parameters and determine whether an anomaly is present in each of the wind turbine sections on the basis of whether the deviation from the average is greater than a preset threshold value. a tower section ; a plurality of wind turbine sections , each of which includes a rotor, a blade provided on the rotor, and an electric generator that generates electric power by rotational force of the rotor; support members joined to the tower section and supporting the respective wind turbine sections ; a detection unit configured to detect a value of a predetermined parameter indicating operational state of each of the wind turbine sections ; and an anomaly determination unit configured to calculate an average value and deviations of the predetermined parameters and determine whether an anomaly is present in each of the wind turbine sections on the basis of whether the deviation from the average is greater than a preset threshold value.
An X-ray small angle optical system, comprising: an X-ray source having a microfocus; a multilayer mirror having an elliptical reflection surface, and being configured to collect X-rays emitted from the X-ray source and to irradiate a sample ; and an X-ray detector configured to detect scattered X-rays generated from the sample , wherein the elliptical reflection surface of the multilayer mirror has a focal point A and a focal point B, wherein the X-ray source is arranged such that the microfocus includes the focal point A, wherein the X-ray detector is arranged on the multilayer mirror side with respect to the focal point B, and wherein the multilayer mirror has a mosaicity such that a pseudo-parallel beam region for the sample to be placed therein, where a width of a light flux of the X-ray changes gently, is formed between the multilayer mirror and the focal point B. an X-ray source having a microfocus; a multilayer mirror having an elliptical reflection surface, and being configured to collect X-rays emitted from the X-ray source and to irradiate a sample ; and an X-ray detector configured to detect scattered X-rays generated from the sample , wherein the elliptical reflection surface of the multilayer mirror has a focal point A and a focal point B, wherein the X-ray source is arranged such that the microfocus includes the focal point A, wherein the X-ray detector is arranged on the multilayer mirror side with respect to the focal point B, and wherein the multilayer mirror has a mosaicity such that a pseudo-parallel beam region for the sample to be placed therein, where a width of a light flux of the X-ray changes gently, is formed between the multilayer mirror and the focal point B.
A warning system for a vehicle, which system comprises at least one viewing device with a viewing surface adapted to present vehicles which are in the vicinity of the vehicle, a processing unit adapted to receive one or more sensor signals from one or more sensors which are adapted to measure one or more predetermined parameters of vehicles in the vehicle's vicinity and using said parameters as a basis for determining whether there is a vehicle in a predefined overtaking zone , wherein the warning system comprises at least one indicating means situated close to said viewing device and adapted to generate at least one overtaking indication for presentation on or close to the viewing surface of the viewing device, and the indicating means is adapted to indicate the location of said vehicle in corresponding parts of the viewing surface in response to a display signal generated by said processing unit , characterised in that said overtaking zone is defined as a region in an adjacent traffic lane, which region is related to said vehicle's size in such a way that the length of the overtaking zone is the length of the vehicle plus a predetermined safety length, and in that the warning system is adapted to be in either of two overtaking states of an ongoing overtaking maneuver, comprising a first state and a second state, such that the first state applies when there is at least one vehicle in said overtaking zone and the second state applies when there are no vehicles in said overtaking zone , in that said overtaking indication is adapted to change on the basis of said overtaking states, in that one of said parameters is related to the speed of said vehicle v o such that the processing unit is adapted to compare this speed with the vehicle's speed v by determining Δv=v-v o , in that another one of said parameters is related to the acceleration of said vehicle A o such that the processing unit is adapted to compare this acceleration with the vehicle's acceleration A by determining a difference of acceleration ΔA=A-A ο , and in that said second state applies if there are no vehicles in said overtaking zone and both Δv and ΔA are greater than or equal to zero.
A medical apparatus for electro-anatomical mapping of the heart , the apparatus comprising: a probe configured for insertion into a chamber of a heart of a patient and comprising one or more intracardiac electrodes configured to sense electrical potentials in tissue in the chamber during a sequence of heartbeats; interface circuitry , configured to acquire intracardiac electrogram signals from the one or more intracardiac electrodes and to acquire electrocardiogram (ECG) signals from body-surface electrodes that are fixed to a body surface of the patient; and a processor , which is configured to extract electrophysiological parameters from the intracardiac electrogram signals acquired during the sequence of the heartbeats, characterized in that the processor is further configured to detect, in each of the heartbeats in the sequence, a P wave in the acquired ECG signals and to identify one or more of the heartbeats in the sequence as ectopic beats responsively to a morphology of the detected P wave in the one or more of the heartbeats, and to generate a map of the extracted electrophysiological parameters while excluding from the map the intracardiac electrogram signals that were received during the ectopic beats, wherein the processor is configured to create a template of the P wave based on a series of the acquired ECG signals, and to identify the ectopic beats by comparing the ECG signals to the template, and wherein the electrophysiological parameters comprise local activation times (LATs) extracted from the intracardiac electrogram signals acquired from multiple locations in the chamber of the heart. a probe configured for insertion into a chamber of a heart of a patient and comprising one or more intracardiac electrodes configured to sense electrical potentials in tissue in the chamber during a sequence of heartbeats; interface circuitry , configured to acquire intracardiac electrogram signals from the one or more intracardiac electrodes and to acquire electrocardiogram (ECG) signals from body-surface electrodes that are fixed to a body surface of the patient; and a processor , which is configured to extract electrophysiological parameters from the intracardiac electrogram signals acquired during the sequence of the heartbeats,
Method for eutectically bonding wafers, comprising the steps of: (a) providing a first wafer having a first bonding layer and a second wafer having a second bonding layer and having a spacer , wherein the spacer has a greater layer thickness than the second bonding layer in this case, (b) placing the first wafer on the second wafer , wherein the spacer rests on the first bonding layer , at a first temperature (T1), (c) pressing the first wafer and the second wafer against one another with a contact-pressure force until the first bonding layer comes to rest on the second bonding layer , wherein the spacer penetrates the first bonding layer , (d) eutectically bonding the first wafer to the second wafer by forming a eutectic at least from parts of the first bonding layer and the second bonding layer and in this way forming a wafer composite. (a) providing a first wafer having a first bonding layer and a second wafer having a second bonding layer and having a spacer , wherein the spacer has a greater layer thickness than the second bonding layer in this case, (b) placing the first wafer on the second wafer , wherein the spacer rests on the first bonding layer , at a first temperature (T1), (c) pressing the first wafer and the second wafer against one another with a contact-pressure force until the first bonding layer comes to rest on the second bonding layer , wherein the spacer penetrates the first bonding layer , (d) eutectically bonding the first wafer to the second wafer by forming a eutectic at least from parts of the first bonding layer and the second bonding layer and in this way forming a wafer composite.
A method of requesting recordation of a compound transaction to a distributed network of a blockchain, comprising steps of: a first node within the distributed network signing a received compound transaction, which has a data structure in which a plurality of transactions are stored, each of the plurality of transactions identifying an asset movement between a source address and a destination address, the signing of the received compound transaction performed by the first node using a secret key of the first node when the plurality of transactions include a transaction comprising a source address of the first node, when there is a remaining source address to which the received compound transaction needs to be signed after the signing by the secret key, the first node transmitting the received compound transaction to a second node within the distributed network, and when there is no remaining source address to which the received compound transaction needs to be signed after the signing by the secret key, the first node transmitting the received compound transaction to a third node within the distributed network to request recordation to the distributed network, wherein respective signatures to the received compound transaction are made with respect to all of the plurality of transactions included in the received compound transaction. a first node within the distributed network signing a received compound transaction, which has a data structure in which a plurality of transactions are stored, each of the plurality of transactions identifying an asset movement between a source address and a destination address, the signing of the received compound transaction performed by the first node using a secret key of the first node when the plurality of transactions include a transaction comprising a source address of the first node, when there is a remaining source address to which the received compound transaction needs to be signed after the signing by the secret key, the first node transmitting the received compound transaction to a second node within the distributed network, and when there is no remaining source address to which the received compound transaction needs to be signed after the signing by the secret key, the first node transmitting the received compound transaction to a third node within the distributed network to request recordation to the distributed network, wherein respective signatures to the received compound transaction are made with respect to all of the plurality of transactions included in the received compound transaction.
Transport means , in particular a motor vehicle for the transport of passengers and the transport of goods, comprising at least one seat which may be moved into a space-saving stowed position, wherein a cover which may be extended is configured such that in an extended position it at least partially covers the folded-away seat and at least one side wall of the transport means , characterized in that the cover comprises a roller blind , wherein the cover comprises in each case a separate roller blind , for each side wall, and for the floor region.
A method for managing memory accesses, implemented at a respective processor of one or more processors that are configured to execute one or more virtual machines, the method comprising: receiving a request for initiating a synchronization event; and in response to the request: identifying a subset of speculative memory access requests in one or more memory access request queues; automatically, in accordance with the identifying, purging translations associated with the subset of speculative memory access requests; and initiating the synchronization event, wherein the respective processor includes a memory management unit, MMU , configured to manage the one or more memory access request queues, the method further comprising: in response to the request, generating by the respective processor a purge instruction to purge translations of the subset of speculative memory access requests, wherein the MMU identifies the subset of speculative memory access requests in the one or more memory access queues and purges the translations associated with the subset of speculative memory access requests. receiving a request for initiating a synchronization event; and in response to the request: identifying a subset of speculative memory access requests in one or more memory access request queues; automatically, in accordance with the identifying, purging translations associated with the subset of speculative memory access requests; and initiating the synchronization event, wherein the respective processor includes a memory management unit, MMU , configured to manage the one or more memory access request queues, the method further comprising: in response to the request, generating by the respective processor a purge instruction to purge translations of the subset of speculative memory access requests, wherein the MMU identifies the subset of speculative memory access requests in the one or more memory access queues and purges the translations associated with the subset of speculative memory access requests. identifying a subset of speculative memory access requests in one or more memory access request queues; automatically, in accordance with the identifying, purging translations associated with the subset of speculative memory access requests; and initiating the synchronization event,