mhurhangee/patent-ind-claim-en huggingface dataset:
A headset comprising: an elongate body member sufficiently long to encircle the head of a user, said elongate body member having an open state and a closed state and comprising: (i) an anterior section; and (ii) a pair of arm sections, each arm section extending away from said anterior section and terminating in a posterior end; a closure mechanism associated with said posterior ends of said arm sections, said closure mechanism having an open position and a closed position, wherein, when said closure mechanism is in said closed position, said body member is in said closed state whereby said headset is fully circumferential; and at least one electrode or at least one sensor, mounted on an inner surface of said body member, said at least one electrode or at least one sensor adapted to electrically communicate with a processing unit, wherein the headset is configured, when said headset is donned on the head of the user, to urge said at least one electrode or said at least one sensor to be positioned against the skin of the head of said user, wherein said arm sections are resilient and have a predefined preload such that when said arm sections are outwardly displaced, said preload drives said arm members toward each other, and wherein, throughout donning of said headset by the user, said posterior ends are configured to apply a force to the head such that said posterior ends continuously engage the head. an elongate body member sufficiently long to encircle the head of a user, said elongate body member having an open state and a closed state and comprising: (i) an anterior section; and (ii) a pair of arm sections, each arm section extending away from said anterior section and terminating in a posterior end; (i) an anterior section; and (ii) a pair of arm sections, each arm section extending away from said anterior section and terminating in a posterior end; a closure mechanism associated with said posterior ends of said arm sections, said closure mechanism having an open position and a closed position, wherein, when said closure mechanism is in said closed position, said body member is in said closed state whereby said headset is fully circumferential; and at least one electrode or at least one sensor, mounted on an inner surface of said body member, said at least one electrode or at least one sensor adapted to electrically communicate with a processing unit, wherein the headset is configured, when said headset is donned on the head of the user, to urge said at least one electrode or said at least one sensor to be positioned against the skin of the head of said user, wherein said arm sections are resilient and have a predefined preload such that when said arm sections are outwardly displaced, said preload drives said arm members toward each other, and wherein, throughout donning of said headset by the user, said posterior ends are configured to apply a force to the head such that said posterior ends continuously engage the head.
Test method for a knocking device designed for cleaning a surface, a wall or the like, in particular a, in particular a metal wall, e.g. a boiler wall in the interior of a boiler housing of a waste incineration plant, wherein in the wall a plurality of knocking tappets extend transversely to the wall and are spaced apart from one another along a horizontal plane, wherein the knocking tappets are deflected from a rest position into a deflected position by an impact of an impact cylinder , and wherein a distance laser is associated with the impact cylinder for carrying out a distance measurement to the knocking tappet , CHARACTERIZED IN that , for distance measurement directly onto an end face of a knocking tappet to be tested, an actual distance is measured immediately before the execution of an impact, in that this actual distance is automatically compared with one or more reference values in a distance comparison, and in that, depending on the distance comparison, the impact cylinder either executes an impact on the knocking tappet to be tested or no impact is performed, and the relevant knocking tappet is recognized for further processing. wherein in the wall a plurality of knocking tappets extend transversely to the wall and are spaced apart from one another along a horizontal plane, wherein the knocking tappets are deflected from a rest position into a deflected position by an impact of an impact cylinder , and wherein a distance laser is associated with the impact cylinder for carrying out a distance measurement to the knocking tappet , CHARACTERIZED IN that , for distance measurement directly onto an end face of a knocking tappet to be tested, an actual distance is measured immediately before the execution of an impact, in that this actual distance is automatically compared with one or more reference values in a distance comparison, and in that, depending on the distance comparison, the impact cylinder either executes an impact on the knocking tappet to be tested or no impact is performed, and the relevant knocking tappet is recognized for further processing.
Method for segmenting different types of breast structures, including pathologic structures and regular structures in a digital breast tomosynthesis, DBT, volume, comprising the steps of: - Localizing a set of structures in the DBT volume by using at least one multi-stream deep image-to-image network, taking as input at least one image channel; - Segmenting the localized structures by calculating a probability for belonging to a specific type of structure for each voxel in the DBT volume by using at least one multi-stream deep image-to-image network, taking as input at least one image channel for providing a three-dimensional probabilistic map, wherein said method further comprises the following step prior to the step of localizing : - Pre-Classifying the DBT volume in order to provide a pre-classification result, which distinguishes between dense and fatty tissue and wherein the step of localizing is based on the pre-classification result and is executed specifically with a specific model trained for dense tissue and with a specific model trained for fatty tissue and/or wherein the step of segmenting is based on the pre-classification result and is executed specifically with a specific model trained for dense tissue and with a specific model trained for fatty tissue. - Localizing a set of structures in the DBT volume by using at least one multi-stream deep image-to-image network, taking as input at least one image channel; - Segmenting the localized structures by calculating a probability for belonging to a specific type of structure for each voxel in the DBT volume by using at least one multi-stream deep image-to-image network, taking as input at least one image channel for providing a three-dimensional probabilistic map, - Pre-Classifying the DBT volume in order to provide a pre-classification result, which distinguishes between dense and fatty tissue and wherein the step of localizing is based on the pre-classification result and is executed specifically with a specific model trained for dense tissue and with a specific model trained for fatty tissue and/or wherein the step of segmenting is based on the pre-classification result and is executed specifically with a specific model trained for dense tissue and with a specific model trained for fatty tissue.
A method of operating a wireless network device in a wireless network , the method comprising: receiving local channel statistics for one or more channels from each of one or more wireless network devices in the wireless network , wherein the local channel statistics comprise data obtained during synchronized channel scans of the one or more wireless network devices in synchronized time intervals; determining a channel score for each of the one or more channels based on the local channel statistics, wherein the channel score for each of the one or more channels is based on a determined idle time in each of the one or more channels, wherein the determined idle time in each of the one or more channels is determined based on an idle time of sub-channels within each of the one or more channels; determining a best channel based on the channel score for each of the one or more channels, wherein the best channel is determined as the channel with a channel score that maximizes the idle time for a wireless network device of the one or more wireless network devices that is determined to have a minimum mean channel score of the one or more wireless network devices in the wireless network ; and triggering, by the wireless network device , the one or more wireless network devices in the wireless network to communicate on the best channel. receiving local channel statistics for one or more channels from each of one or more wireless network devices in the wireless network , wherein the local channel statistics comprise data obtained during synchronized channel scans of the one or more wireless network devices in synchronized time intervals; determining a channel score for each of the one or more channels based on the local channel statistics, wherein the channel score for each of the one or more channels is based on a determined idle time in each of the one or more channels, wherein the determined idle time in each of the one or more channels is determined based on an idle time of sub-channels within each of the one or more channels; determining a best channel based on the channel score for each of the one or more channels, wherein the best channel is determined as the channel with a channel score that maximizes the idle time for a wireless network device of the one or more wireless network devices that is determined to have a minimum mean channel score of the one or more wireless network devices in the wireless network ; and triggering, by the wireless network device , the one or more wireless network devices in the wireless network to communicate on the best channel.
A method performed by a terminal in a mobile communication system, the method comprising: transmitting to a base station a control message including terminal capability information, the terminal capability information including information indicating whether a primary cell, PCell, interruption is necessary; receiving an activation command for a secondary cell, SCell, from the base station in a sub frame n; determining whether to perform a radio frequency, RF, bandwidth reconfiguration based on the activation command for the SCell; and suspending, if it is determined to perform the RF bandwidth reconfiguration, data communication on the PCell for a predetermined number of subframes based on the information indicating whether a primary cell, PCell, interruption is necessary; wherein the data communication on the PCell is suspended during the RF bandwidth reconfiguration beginning in a subframe n+5. transmitting to a base station a control message including terminal capability information, the terminal capability information including information indicating whether a primary cell, PCell, interruption is necessary; receiving an activation command for a secondary cell, SCell, from the base station in a sub frame n; determining whether to perform a radio frequency, RF, bandwidth reconfiguration based on the activation command for the SCell; and suspending, if it is determined to perform the RF bandwidth reconfiguration, data communication on the PCell for a predetermined number of subframes based on the information indicating whether a primary cell, PCell, interruption is necessary; wherein the data communication on the PCell is suspended during the RF bandwidth reconfiguration beginning in a subframe n+5.
A turbofan engine comprising: a first spool including a first turbine ; a second spool including a second turbine ; a fan ; a fan drive gear system configured to drive the fan at a lower speed than the second spool ; a first tower shaft engaged to the first spool ; a second tower shaft engaged to the second spool ; a superposition gear system , the superposition gear system including a plurality of intermediate gears engaged to a sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears , wherein the first tower shaft is engaged to drive the sun gear ; a main oil pump driven by the carrier and configured to supply oil to the fan drive gear system ; an auxiliary oil pump configured to supply oil to the fan drive gear system and driven by a ring gear shaft coupled to the ring gear ; and a shuttle valve at a pressure side of both the main oil pump and the auxiliary oil pump configured to selectively allow oil to be supplied to the fan drive gear system by one of the main oil pump and the auxiliary oil pump . a first spool including a first turbine ; a second spool including a second turbine ; a fan ; a fan drive gear system configured to drive the fan at a lower speed than the second spool ; a first tower shaft engaged to the first spool ; a second tower shaft engaged to the second spool ; a superposition gear system , the superposition gear system including a plurality of intermediate gears engaged to a sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears , wherein the first tower shaft is engaged to drive the sun gear ; a main oil pump driven by the carrier and configured to supply oil to the fan drive gear system ; an auxiliary oil pump configured to supply oil to the fan drive gear system and driven by a ring gear shaft coupled to the ring gear ; and a shuttle valve at a pressure side of both the main oil pump and the auxiliary oil pump configured to selectively allow oil to be supplied to the fan drive gear system by one of the main oil pump and the auxiliary oil pump .
A method for notifying MDT, minimization of drive tests information, performed by a terminal with a plurality of SIM, subscriber identity module cards, the method comprising: performing MDT in a disconnected state by a first SIM card of the plurality of SIM cards to obtain MDT information (S1); detecting, after the first SIM card obtains the MDT information, whether a second SIM card of the plurality of SIM cards being in a connected state (S2); in response to the second SIM card being in a connected state, sending request information to the second SIM card, wherein, the request information is configured to request the second SIM card to notify a base station that the MDT information exists in the terminal (S3); and sending, by the second SIM card, notification information to the base station, wherein the notification information is configured to notify the base station that the MDT information exists in the terminal (S4). performing MDT in a disconnected state by a first SIM card of the plurality of SIM cards to obtain MDT information (S1); detecting, after the first SIM card obtains the MDT information, whether a second SIM card of the plurality of SIM cards being in a connected state (S2); in response to the second SIM card being in a connected state, sending request information to the second SIM card, wherein, the request information is configured to request the second SIM card to notify a base station that the MDT information exists in the terminal (S3); and sending, by the second SIM card, notification information to the base station, wherein the notification information is configured to notify the base station that the MDT information exists in the terminal (S4).
Method for remote administration by an administration apparatus of a device (30-37) belonging to a private communication network , in which the following steps are implemented by the administration apparatus: - receiving (E1) administration data from the device via an access network, said administration data including a first item of connection data, the first item of connection data being an address to be used by the administration apparatus for transmitting a connection request to the device; - sending (E6) to the device a connection request, said connection request triggering an establishment of a session by the device with the administration apparatus via the access network, characterized in that , a contact number being associated with the device in a signalling network, the received administration data further include said contact number of the device as a second item of connection data and in that the connection request is transmitted to the device via the signalling network by means of the received contact number. - receiving (E1) administration data from the device via an access network, said administration data including a first item of connection data, the first item of connection data being an address to be used by the administration apparatus for transmitting a connection request to the device; - sending (E6) to the device a connection request, said connection request triggering an establishment of a session by the device with the administration apparatus via the access network, characterized in that , a contact number being associated with the device in a signalling network, the received administration data further include said contact number of the device as a second item of connection data and in that the connection request is transmitted to the device via the signalling network by means of the received contact number.
A braking and/or clamping device for a shaft which is guided relative to a main body , having an actuating assembly and a shaft coupling assembly , - wherein the actuating assembly has a split housing , which has an attachment zone and a bending zone which can bulge elastically in some regions and has two bending plates spaced by a gap space , - wherein the bending plates each have jaws in two mutually opposing clamping zones , said jaws having friction faces with surface normals pointing inwards, - wherein the shaft coupling assembly has a coupling region which has two mutually spaced friction faces with surface normals pointing outwards, - wherein the shaft coupling assembly has a flange region via which it is arranged on the shaft either directly or indirectly via a clamping mechanism, and - wherein, when the gap space is relieved of load, the friction faces of the actuating assembly are applied to the friction faces of the shaft coupling assembly , providing the clamping and/or braking force, characterised in that - each bending plate has an axial groove from the gap space in order to support at least one supporting element , - there is a sealed gap space between the bending plates and the at least one supporting element , which sealed gap space can be filled with a pressure medium in order to push the friction faces apart elastically, and - the shaft coupling assembly has a slotted or multiply split ring as the brake disc . - wherein the actuating assembly has a split housing , which has an attachment zone and a bending zone which can bulge elastically in some regions and has two bending plates spaced by a gap space , - wherein the bending plates each have jaws in two mutually opposing clamping zones , said jaws having friction faces with surface normals pointing inwards, - wherein the shaft coupling assembly has a coupling region which has two mutually spaced friction faces with surface normals pointing outwards, - wherein the shaft coupling assembly has a flange region via which it is arranged on the shaft either directly or indirectly via a clamping mechanism, and - wherein, when the gap space is relieved of load, the friction faces of the actuating assembly are applied to the friction faces of the shaft coupling assembly , providing the clamping and/or braking force, characterised in that - each bending plate has an axial groove from the gap space in order to support at least one supporting element , - there is a sealed gap space between the bending plates and the at least one supporting element , which sealed gap space can be filled with a pressure medium in order to push the friction faces apart elastically, and - the shaft coupling assembly has a slotted or multiply split ring as the brake disc .
A computer-implemented method comprising: inspecting an engine during a first period of time to identify damage, the engine being associated with an aircraft, wherein the aircraft is not operational during the first period of time and is not cleared for flight by a control tower of an airport or repair facility; receiving three-dimensional data of one or more components of the engine, the three-dimensional data being generated during the first period of time; determining, during the first period of time, whether the identified damage exceeds a threshold; providing instructions to release the aircraft for operation in a second period of time, subsequent to the first period of time, if the identified damage does not exceed the threshold; and inspecting the received three-dimensional data during the second period of time to measure damage. inspecting an engine during a first period of time to identify damage, the engine being associated with an aircraft, wherein the aircraft is not operational during the first period of time and is not cleared for flight by a control tower of an airport or repair facility; receiving three-dimensional data of one or more components of the engine, the three-dimensional data being generated during the first period of time; determining, during the first period of time, whether the identified damage exceeds a threshold; providing instructions to release the aircraft for operation in a second period of time, subsequent to the first period of time, if the identified damage does not exceed the threshold; and inspecting the received three-dimensional data during the second period of time to measure damage.
A fluid ejection structure , comprising a multitude of thermal resistors at a pitch of at least approximately 300 per inch, a substrate , layers on the substrate, comprising a heat sink region proximate to the resistor, between each resistor and the substrate, and a neighboring region next to the heat sink region, the neighboring region comprising a field oxide layer on the substrate having a first thickness, wherein a reduced field oxide layer in the heat sink region, of a reduced thickness of between approximately 0% and 80% of said first thickness, at least one firing chamber near at least one of the resistors, a fluid feed slot to the firing chamber, wherein the neighboring region extends next to the heat sink region opposite from the fluid feed slot, and a slot region is provided between the heat sink region and the fluid feed slot, the slot region comprising the field oxide layer that covers the substrate and terminates at a fluid feed slot. a heat sink region proximate to the resistor, between each resistor and the substrate, and a neighboring region next to the heat sink region, the neighboring region comprising a field oxide layer on the substrate having a first thickness, wherein