mhurhangee/patent-ind-claim-en huggingface dataset:
Electric apparatus as a first or second system component for a system comprising as a first system component a machine tool and/or a vacuum cleaner and as a second system component an electric energy storage module for providing electric energy for the first system component , wherein the system components have matching apparatus interfaces for releasable mutual attachment and for transmitting electric energy from the energy storage module to the machine tool or the vacuum cleaner , wherein the electric apparatus has a communication interface for a wireless control connection (S1, S2) to or from a vacuum cleaner to activate the vacuum cleaner , which is provided for extracting dust generated by the machine tool and either forms one of the system components or is a separate vacuum cleaner , and wherein the apparatus interfaces are electrically and/or mechanically disconnected from each other in a disconnection state and electrically and/or mechanically connected to each other in an operating state, characterised in that the electric apparatus is, at a transition from the disconnection state to the operating state, equipped for sending or receiving at least one log-in message for building up the control connection (S1, S2) and/or, at a transition from the operating state to the disconnection state, equipped for terminating the control connection (S1, S2) and/or for sending a disabling signal for a suction unit of the vacuum cleaner .
A laundry dryer comprising: a cabinet forming an outer body; a drum rotatably supported inside the cabinet and supplied with hot air and steam therein; a steam unit placed inside the cabinet and to generate the steam; a storage tank placed inside the cabinet and to include a storage space (S) for storing water to be supplied to the steam unit therein; a tank housing placed inside the cabinet and to accommodate the storage tank ; and a water supply hole formed on a tank cover of the storage tank , a water supply cap is detachably fastened to the water supply hole and is configured to allow water to be supplied in a state where the water supply cap is separated; wherein an intake hole formed in the tank cover for maintaining an internal air pressure of the storage tank and an external air pressure the same by communicating the storage space (S) and an external space of the storage tank is formed on a front upper side surface of the storage tank based on a state in which the storage tank is accommodated in the tank housing . a cabinet forming an outer body; a drum rotatably supported inside the cabinet and supplied with hot air and steam therein; a steam unit placed inside the cabinet and to generate the steam; a storage tank placed inside the cabinet and to include a storage space (S) for storing water to be supplied to the steam unit therein; a tank housing placed inside the cabinet and to accommodate the storage tank ; and a water supply hole formed on a tank cover of the storage tank , a water supply cap is detachably fastened to the water supply hole and is configured to allow water to be supplied in a state where the water supply cap is separated; wherein an intake hole formed in the tank cover for maintaining an internal air pressure of the storage tank and an external air pressure the same by communicating the storage space (S) and an external space of the storage tank is formed on a front upper side surface of the storage tank based on a state in which the storage tank is accommodated in the tank housing .
An analysis system of the balance of circadian heart rhythm autonomic nervous system, comprising: means for collecting a RR interval ; means for removing artifact and arrhythmias from RR interval series ; means for identifying of circadian period and for analyzing sympathetic and parasympathetic nervous system balance of RR interval series data, wherein the analysis system has tools which are designed to perform the following steps after removing of artifact and arrhythmias from RR interval series : identifying of the chaotic part of the RR interval series and analyzing of the chaotic part ; separating of the chaotic part from RR interval series and obtaining of the clean circadian RR series ; preparing of the normalized RR interval series using interpolation, resampling and normalization ; analyzing of the heart rate bimodal distribution and modes of the normalized RR interval series ; identifying of the heart rate circadian period in the normalized RR data series ; analyzing of the heart rhythm variable part SNS and PNS regulation indicators in the normalized RR data series ; generating of the report on obtained results in graph and tabular form. means for collecting a RR interval ; means for removing artifact and arrhythmias from RR interval series ; means for identifying of circadian period and for analyzing sympathetic and parasympathetic nervous system balance of RR interval series data, wherein the analysis system has tools which are designed to perform the following steps after removing of artifact and arrhythmias from RR interval series : identifying of the chaotic part of the RR interval series and analyzing of the chaotic part ; separating of the chaotic part from RR interval series and obtaining of the clean circadian RR series ; preparing of the normalized RR interval series using interpolation, resampling and normalization ; analyzing of the heart rate bimodal distribution and modes of the normalized RR interval series ; identifying of the heart rate circadian period in the normalized RR data series ; analyzing of the heart rhythm variable part SNS and PNS regulation indicators in the normalized RR data series ; generating of the report on obtained results in graph and tabular form. identifying of the chaotic part of the RR interval series and analyzing of the chaotic part ; separating of the chaotic part from RR interval series and obtaining of the clean circadian RR series ; preparing of the normalized RR interval series using interpolation, resampling and normalization ; analyzing of the heart rate bimodal distribution and modes of the normalized RR interval series ; identifying of the heart rate circadian period in the normalized RR data series ; analyzing of the heart rhythm variable part SNS and PNS regulation indicators in the normalized RR data series ; generating of the report on obtained results in graph and tabular form.
A method, comprising: receiving , by a processor of an apparatus , a synchronization signal block, SS block, from a network apparatus ; detecting, by the processor of the apparatus , a transmission beam of the network apparatus according to the SS block; and wherein the SS block comprises a first synchronization signal, a second synchronization signal, reference signals and a broadcast channel for detecting the transmission beam; wherein the first synchronization signal is a primary synchronization signal, PSS, the second synchronization signal is a secondary synchronization signal, SSS, and the reference signals are demodulation reference signals, DMRS; characterized in that two orthogonal frequency-division multiplexing, OFDM, symbols occupied by the broadcast channel and the DMRS are separated by at least one of the PSS and the SSS of the same SS block. receiving , by a processor of an apparatus , a synchronization signal block, SS block, from a network apparatus ; detecting, by the processor of the apparatus , a transmission beam of the network apparatus according to the SS block; and wherein the SS block comprises a first synchronization signal, a second synchronization signal, reference signals and a broadcast channel for detecting the transmission beam; wherein the first synchronization signal is a primary synchronization signal, PSS, the second synchronization signal is a secondary synchronization signal, SSS, and the reference signals are demodulation reference signals, DMRS; characterized in that two orthogonal frequency-division multiplexing, OFDM, symbols occupied by the broadcast channel and the DMRS are separated by at least one of the PSS and the SSS of the same SS block.
Bale collecting vehicle for collecting and transporting round bales , comprising at least one collecting frame , which is mounted on a chassis of the bale collecting vehicle so as to be pivotable about an axis extending in the longitudinal direction of the collecting frame such that said collecting frame is pivotable between an upwardly pivoted transport position and a downwardly pivoted collecting position, wherein the bale collecting vehicle has an adjusting mechanism by means of which the collecting frame is pivotable about a vertical axis , characterised in that - the adjusting mechanism comprises a cross-member arrangement of the chassis which can extend and retract telescopically in the transverse direction of the bale collecting vehicle and on which a first collecting frame area is mounted, wherein a second collecting frame area, which is spaced apart from the first collecting frame area in the longitudinal direction of the collecting frame , is mounted on the chassis so as to be pivotable about the vertical axis ; - or the collecting frame is arranged on two cross members spaced apart from each other in the longitudinal direction of the bale collecting vehicle , wherein the adjusting mechanism is formed due to the fact that at least one of the two cross members is mounted on the chassis of the bale collecting vehicle so as to be pivotable about the vertical axis . - the adjusting mechanism comprises a cross-member arrangement of the chassis which can extend and retract telescopically in the transverse direction of the bale collecting vehicle and on which a first collecting frame area is mounted, wherein a second collecting frame area, which is spaced apart from the first collecting frame area in the longitudinal direction of the collecting frame , is mounted on the chassis so as to be pivotable about the vertical axis ; - or the collecting frame is arranged on two cross members spaced apart from each other in the longitudinal direction of the bale collecting vehicle , wherein the adjusting mechanism is formed due to the fact that at least one of the two cross members is mounted on the chassis of the bale collecting vehicle so as to be pivotable about the vertical axis .
A method for aggregating content from more than one domain stored on a memory of a device, each domain representing a logical collection of resources separate from another domain and including one or more policies regarding use or access of the domain resources, the method comprising: generating a query on a device comprising a search request generated based on information provided by a user; determining available domains on the device; scanning the available domains based on the query to obtain content related to the query from the available domains; aggregating the related content from the available domains while maintaining said policies; and presenting the aggregated related content to a user of the device. generating a query on a device comprising a search request generated based on information provided by a user; determining available domains on the device; scanning the available domains based on the query to obtain content related to the query from the available domains; aggregating the related content from the available domains while maintaining said policies; and presenting the aggregated related content to a user of the device.
A group III nitride layered product comprising an aluminum nitride substrate comprising at least on a surface thereof an aluminum nitride single crystal layer, and an AlN layer which is directly layered as an "n" layer doped with Si on a principal plane of the aluminum nitride single crystal layer of the aluminum nitride substrate, wherein an off angle of said principal plane in an "m" axis direction is within a range of 0.05° or more and 0.40° or less from plane of a wurtzite structure, wherein an off angle of said principal plane in an "a" axis direction is within a range of 0.00° or more and 0.35°or less from plane of the wurtzite structure, wherein in photoluminescence measurement at 300 K of said AlN layer, full width at half maximum of luminescence peak corresponding to said AlN crystal is 145 meV or less, and wherein a surface roughness (Ra) of said AIN layer is 0.2 nm or less.
A controller entity for controlling the operation of first communication devices configured to provide aggregator functionality to one or more second communication devices in a cellular communication network, wherein the aggregator functionality provides radio coverage to one or more second communication devices within a coverage area of the first communication devices , the controller entity comprising processing circuitry configured to: assign each first communication device into a respective one of a plurality of clusters, each cluster having no substantial influence on network performance in any other cluster; segment one or more of the clusters into two or more sub-groups by controlling a maximum transmission power of one or more of the first communication devices in the cluster, thereby creating two or more sub-groups having no substantial coverage overlap with any other sub-group, subject to maintaining one or more network performance metrics at a predetermined value, each sub-group having one or more members, there being a plurality of available configurations of the members, each configuration having a corresponding value for said one or more network performance metrics; determine a respective optimum configuration for the or each sub-group of each cluster, the optimum configuration being a configuration having a corresponding performance value greater than or equal to that of any other configuration of the sub-group; and instruct the members of each sub-group to actively provide aggregator functionality in accordance with the respective optimum configuration for that sub-group. assign each first communication device into a respective one of a plurality of clusters, each cluster having no substantial influence on network performance in any other cluster; segment one or more of the clusters into two or more sub-groups by controlling a maximum transmission power of one or more of the first communication devices in the cluster, thereby creating two or more sub-groups having no substantial coverage overlap with any other sub-group, subject to maintaining one or more network performance metrics at a predetermined value, each sub-group having one or more members, there being a plurality of available configurations of the members, each configuration having a corresponding value for said one or more network performance metrics; determine a respective optimum configuration for the or each sub-group of each cluster, the optimum configuration being a configuration having a corresponding performance value greater than or equal to that of any other configuration of the sub-group; and instruct the members of each sub-group to actively provide aggregator functionality in accordance with the respective optimum configuration for that sub-group.
A method for wireless communication at a base station, comprising: identifying that a buffer contains data for transmission to a user equipment, UE; transmitting, to the UE and based at least in part on the identifying, an indication that a grant of resources will be subsequently transmitted to the UE, characterised in that the indication includes a duration of time for the UE to wake up and listen for the grant of resources, said duration of time including a duration of the grant of resources and an inactivity period; and transmitting, to the UE while the UE is in a discontinuous reception state, the grant of resources following the transmission of the indication, wherein the indication that the grant of resources will be subsequently transmitted to the UE and the grant of resources are transmitted during the same discontinuous reception cycle. identifying that a buffer contains data for transmission to a user equipment, UE; transmitting, to the UE and based at least in part on the identifying, an indication that a grant of resources will be subsequently transmitted to the UE, characterised in that the indication includes a duration of time for the UE to wake up and listen for the grant of resources, said duration of time including a duration of the grant of resources and an inactivity period; and transmitting, to the UE while the UE is in a discontinuous reception state, the grant of resources following the transmission of the indication, wherein the indication that the grant of resources will be subsequently transmitted to the UE and the grant of resources are transmitted during the same discontinuous reception cycle.
An artificial wrist comprising: - a static body adapted to be bound to a support; - a movable body adapted to be bound to an end effector; - a junction block between said static body and said movable body and defining at least one axis of rotation between said static body and said movable body; and characterised in that said junction block comprises - at least one cable having one end bound to said static body and the other end to said movable body so as to be moved by mutual rotation of said static body and said movable body around said axis of rotation ; - elastic means placing said cable under tensile stress and working in opposition to the movement of said cable so as to define a rest position in which said cable and said elastic means exert a zero resulting torque on said static body and said movable body , and an activation position in which said cable and elastic means exert a non-zero resulting torque on said static body and said movable body , bringing said static body and said movable body back to said rest position. - a static body adapted to be bound to a support; - a movable body adapted to be bound to an end effector; - a junction block between said static body and said movable body and defining at least one axis of rotation between said static body and said movable body; and characterised in that said junction block comprises - at least one cable having one end bound to said static body and the other end to said movable body so as to be moved by mutual rotation of said static body and said movable body around said axis of rotation ; - elastic means placing said cable under tensile stress and working in opposition to the movement of said cable so as to define a rest position in which said cable and said elastic means exert a zero resulting torque on said static body and said movable body , and an activation position in which said cable and elastic means exert a non-zero resulting torque on said static body and said movable body , bringing said static body and said movable body back to said rest position.
Pulsed fiber laser apparatus for outputting picosecond laser pulses, comprising: a mode-locked fiber delivered pulsed seed laser for providing picosecond optical seed pulses having a first time duration; at least one optical fiber amplifier in optical communication with said mode-locked fiber delivered pulsed seed laser; said optical fiber amplifier comprising a gain optical fiber that receives and optically amplifies picosecond optical pulses by operating in a nonlinear regime wherein the picosecond optical pulses are spectrally broadened by a factor of at least 8 during amplification thereof, at least in part by self phase modulation; pulse compressor apparatus in optical communication with said optical fiber amplifier, wherein the pulse compressor apparatus is configured to provide compressed optical pulses, the compressed optical pulses comprising picosecond pulses having a second time duration, shorter than the first time duration; and wherein said pulse compressor apparatus provides a dispersion of at least 50 ps/nm and provides a compression ratio of the time duration of the picosecond optical pulses received by the pulse compressor apparatus to the time duration of the compressed picosecond optical pulses of no greater than about 50. a mode-locked fiber delivered pulsed seed laser for providing picosecond optical seed pulses having a first time duration; at least one optical fiber amplifier in optical communication with said mode-locked fiber delivered pulsed seed laser; said optical fiber amplifier comprising a gain optical fiber that receives and optically amplifies picosecond optical pulses by operating in a nonlinear regime wherein the picosecond optical pulses are spectrally broadened by a factor of at least 8 during amplification thereof, at least in part by self phase modulation; pulse compressor apparatus in optical communication with said optical fiber amplifier, wherein the pulse compressor apparatus is configured to provide compressed optical pulses, the compressed optical pulses comprising picosecond pulses having a second time duration, shorter than the first time duration; and wherein said pulse compressor apparatus provides a dispersion of at least 50 ps/nm and provides a compression ratio of the time duration of the picosecond optical pulses received by the pulse compressor apparatus to the time duration of the compressed picosecond optical pulses of no greater than about 50.
Hand-held power tool having a drive unit for driving an insertion tool in at least one non-percussive operating mode, wherein a plurality of torque levels of the drive unit can be set by means of an electronic torque-limiting unit in the at least one non-percussive operating mode, and having a communication interface which is provided for communicating with a user guidance unit , which can be operated by a user, and is designed to receive from the user guidance unit changeover instructions for setting a torque level by means of the electronic torque-limiting unit in an application-specific manner, wherein at least one mechanical operator control element is associated with the user guidance unit for manually setting a torque level via the communication interface , and the communication interface is designed to transmit a first control signal , which is prespecified via the mechanical operator control element , to the electronic torque-limiting unit for setting a torque level, wherein the communication interface is designed to transmit a second control signal , which is independent of the first control unit , for adjusting the torque level to the electronic torque-limiting unit , characterized in that the user guidance unit has a mobile computer , in particular a mobile computer which is designed in the form of a smartphone or tablet computer , wherein the mobile computer has at least one electronic operator control element , in particular at least one icon represented on a touch-sensitive screen, which is designed to initiate the emission of the second control signal from the communication interface to the electronic torque-limiting unit .
A nasal cushion for a mask system, comprising: a side wall defining a breathing chamber; an undercushion extending from the side wall; and a membrane that at least partially covers the undercushion , the membrane being adapted to seal along the nasal bridge, sides of nose, corners of nose, and upper lip of the patient's face in use; wherein the undercushion is only provided along the side of nose, corner of nose, and upper lip regions (SN, CN, UL) of the cushion , and wherein the undercushion includes a flap or extending portion in each side of nose region (SN) that is wider than the other regions thereof and adapted to engage and provide a force into the sides of the patient's nose in use. a side wall defining a breathing chamber; an undercushion extending from the side wall; and a membrane that at least partially covers the undercushion , the membrane being adapted to seal along the nasal bridge, sides of nose, corners of nose, and upper lip of the patient's face in use; wherein the undercushion is only provided along the side of nose, corner of nose, and upper lip regions (SN, CN, UL) of the cushion , and wherein the undercushion includes a flap or extending portion in each side of nose region (SN) that is wider than the other regions thereof and adapted to engage and provide a force into the sides of the patient's nose in use.