mhurhangee/ep-ind-claims huggingface dataset:
A lens control device which controls the lens devices provided in a 3D camera which takes a 3D image using a first lens device for 3D image taking and a second lens device which is made usable for 3D image taking when connected to the first lens device, comprising: a lens particulars acquiring unit for acquiring respective zoom movable ranges of the first lens device and the second lens device and brightness controllable ranges at respective focal lengths of each of the zoom movable ranges; a zoom range setting unit for setting a common zoom range of the first lens device and the second lens device on the basis of the acquired zoom movable ranges of the respective lens devices; a brightness range setting unit for setting common brightness control ranges of the first lens device and the second lens device at respective focal lengths included in the common zoom range; and a lens operation restricting unit for performing a control so that a zoom position signal corresponding to a target focal length of the first lens device included in the common zoom range and a brightness control signal corresponding to target brightness of the first lens device included in the common brightness control range at the target focal length are sent from the first lens device to the second lens device. a lens particulars acquiring unit for acquiring respective zoom movable ranges of the first lens device and the second lens device and brightness controllable ranges at respective focal lengths of each of the zoom movable ranges; a zoom range setting unit for setting a common zoom range of the first lens device and the second lens device on the basis of the acquired zoom movable ranges of the respective lens devices; a brightness range setting unit for setting common brightness control ranges of the first lens device and the second lens device at respective focal lengths included in the common zoom range; and a lens operation restricting unit for performing a control so that a zoom position signal corresponding to a target focal length of the first lens device included in the common zoom range and a brightness control signal corresponding to target brightness of the first lens device included in the common brightness control range at the target focal length are sent from the first lens device to the second lens device.
An assembly for performing a cardiovascular/surgical operation, said assembly comprising a two balloon dilatation catheter, a needle guide catheter and a guide wire, the said two balloon dilatation catheter having an end balloon at the forward end of the catheter and a rear fixation balloon downstream from the end balloon, said catheter being a three lumen catheter having two lumens for independently inflating each of said balloons and having a further lumen for inserting over the guide wire, the needle guide catheter, characterized in that said needle guide catheter having a plurality of needles with sutures mounted to the back end of said needles, a pull wire mounted to said needle guide catheter, an anchor connecting pairs of said sutures, a tubular shaped graft/canula, said graft/canula having a forward end made of a rigid metal tube, said graft/canula being of fabric tube form downstream from said metal tube, a rear valve assembly for mounting in the downstream open end of the graft/canula, and said rear valve assembly being of a size and shape to be fixed to the fabric tube portion of said graft/canula.
A device comprising: a first amplifier (301, 611, 612, 613, 614) configured to receive and amplify a first signal into a first amplified signal; a second amplifier (303, 619, 620, 621, 622) configured to receive and amplify the first signal into a second amplified signal, wherein the first and second amplifier have the same gain transfer function to align the first and second amplified signals for combination, and the device is configured to combine the first and second amplified signals into a combined amplified signal; and an activation control (302, 617, 618) comprising a replica configured to replicate one or more of stages of the first amplifier, the replica configured to generate a replica signal of the first amplified signal, the activation control configured to: generate an activation signal based on the replica signal, and slave operation of the second amplifier to the operation of the first amplifier, wherein the slave operation comprises activation of amplification of the first signal by the second amplifier in response to the activation signal reaching an activation threshold. a first amplifier (301, 611, 612, 613, 614) configured to receive and amplify a first signal into a first amplified signal; a second amplifier (303, 619, 620, 621, 622) configured to receive and amplify the first signal into a second amplified signal, wherein the first and second amplifier have the same gain transfer function to align the first and second amplified signals for combination, and the device is configured to combine the first and second amplified signals into a combined amplified signal; and an activation control (302, 617, 618) comprising a replica configured to replicate one or more of stages of the first amplifier, the replica configured to generate a replica signal of the first amplified signal, the activation control configured to: generate an activation signal based on the replica signal, and slave operation of the second amplifier to the operation of the first amplifier, wherein the slave operation comprises activation of amplification of the first signal by the second amplifier in response to the activation signal reaching an activation threshold. generate an activation signal based on the replica signal, and slave operation of the second amplifier to the operation of the first amplifier, wherein the slave operation comprises activation of amplification of the first signal by the second amplifier in response to the activation signal reaching an activation threshold.
A system, comprising: a context generator module operative to record context information for a first call session between a first call terminal and a call system resource, and store the context information with a context identifier in a context table; a transfer error context module to couple to the context generator module, the transfer error context module operative to generate transfer error context information having the context identifier; and a call transfer module to couple to the transfer error context module, the call transfer module operative to send the transfer error context information to the first call terminal for use in case of a transfer failure event; the transfer error context module operative to generate transfer error context information comprising a first transfer error context header with a resource identifier, a set of error codes, and the context identifier, wherein the resource identifier represents contact information for a resource or destination to forward the call to in response to a transfer failure event and the error codes comprising a list of configurable error cases or error codes defining a transfer error event that automatically initiates transfer error recovery operations. a context generator module operative to record context information for a first call session between a first call terminal and a call system resource, and store the context information with a context identifier in a context table; a transfer error context module to couple to the context generator module, the transfer error context module operative to generate transfer error context information having the context identifier; and a call transfer module to couple to the transfer error context module, the call transfer module operative to send the transfer error context information to the first call terminal for use in case of a transfer failure event; the transfer error context module operative to generate transfer error context information comprising a first transfer error context header with a resource identifier, a set of error codes, and the context identifier, wherein the resource identifier represents contact information for a resource or destination to forward the call to in response to a transfer failure event and the error codes comprising a list of configurable error cases or error codes defining a transfer error event that automatically initiates transfer error recovery operations.
A method for receiving, by a first station, STA, a physical protocol data unit, PPDU, in a wireless LAN system, the method comprising: transmitting, a high efficiency, HE, capabilities element of the first STA to a second STA, the HE capabilities element comprising transmission constellation level information of the first STA; and receiving a PPDU from the second STA, wherein the transmission constellation level information and a transmission constellation level of a data field to be transmitted are used to determine a duration of a signal extension, wherein the signal extension provides additional receiving processing time for the first STA, wherein the PPDU includes the data field, the signal extension and a physical preamble including a legacy preamble part, and wherein a discrete Fourier transform/inverse discrete Fourier transform, DFT/IDFT, period of the data field is four times a DFT/IDFT period of the legacy preamble part. transmitting, a high efficiency, HE, capabilities element of the first STA to a second STA, the HE capabilities element comprising transmission constellation level information of the first STA; and receiving a PPDU from the second STA, wherein the transmission constellation level information and a transmission constellation level of a data field to be transmitted are used to determine a duration of a signal extension, wherein the signal extension provides additional receiving processing time for the first STA, wherein the PPDU includes the data field, the signal extension and a physical preamble including a legacy preamble part, and wherein a discrete Fourier transform/inverse discrete Fourier transform, DFT/IDFT, period of the data field is four times a DFT/IDFT period of the legacy preamble part.
A method of providing a cooling channel in a stator core of a stator assembly, characterized in comprising: a) securing a spacer and a shell (94;110) relative to a tooth of a stator core and within a slot; wherein the shell is positioned against the tooth of the stator core; and wherein the shell establishes an aperture that is configured to hold the spacer during assembly; b) positioning wires of a central portion of a plurality of windings within the slot; c) removing the spacer out of the shell after the positioning; and d) forming end windings (54a,54b) of the plurality of windings and impregnating the stator assembly after removing the spacer. a) securing a spacer and a shell (94;110) relative to a tooth of a stator core and within a slot; wherein the shell is positioned against the tooth of the stator core; and wherein the shell establishes an aperture that is configured to hold the spacer during assembly; wherein the shell is positioned against the tooth of the stator core; and wherein the shell establishes an aperture that is configured to hold the spacer during assembly; b) positioning wires of a central portion of a plurality of windings within the slot; c) removing the spacer out of the shell after the positioning; and d) forming end windings (54a,54b) of the plurality of windings and impregnating the stator assembly after removing the spacer.
Door arrangement for a wind turbine, constituting an entrance door of the wind turbine and comprising a door with an outer side and an inner side and a door locking device for locking and unlocking the closed door by coupling and decoupling the closed door with a stationary component of the door arrangement of the wind turbine, wherein the door locking device comprises a central component, an attaching means and a connecting means, wherein the central component is attached to the stationary component by the attaching means and connectable and disconnectable with the door by the connecting means for locking and unlocking the door by a person being at the outer side, wherein the attaching means is manually releasable by a person being at the inner side for disconnecting the central component from the stationary component to unlock the door without tools.
A method of a terminal for selecting an antenna for transmitting and receiving a signal using a millimeter wave, the method comprising: acquiring state information of the terminal from at least one sensor; selecting at least one antenna from among a plurality of antennas included in the terminal to improve communication performance, based on the state information; and performing signal transmission and reception by using the at least one antenna, characterised in that selecting the at least one antenna includes: in case that a grip sensor interrupt is occurred, acquiring grip sensor information; and selecting an antenna for the signal transmission and reception to select preferentially an antenna that physical contact is not occurred, based on the grip sensor information, in case that the grip sensor interrupt is not occurred, acquiring 6-axis sensor information; and selecting an antenna for the signal transmission and reception, based on the 6-axis sensor information, wherein the 6-axis sensor information indicates which antenna is positioned relatively above. acquiring state information of the terminal from at least one sensor; selecting at least one antenna from among a plurality of antennas included in the terminal to improve communication performance, based on the state information; and performing signal transmission and reception by using the at least one antenna, characterised in that selecting the at least one antenna includes: in case that a grip sensor interrupt is occurred, acquiring grip sensor information; and selecting an antenna for the signal transmission and reception to select preferentially an antenna that physical contact is not occurred, based on the grip sensor information, in case that the grip sensor interrupt is not occurred, acquiring 6-axis sensor information; and selecting an antenna for the signal transmission and reception, based on the 6-axis sensor information, wherein the 6-axis sensor information indicates which antenna is positioned relatively above. in case that a grip sensor interrupt is occurred, acquiring grip sensor information; and selecting an antenna for the signal transmission and reception to select preferentially an antenna that physical contact is not occurred, based on the grip sensor information, in case that the grip sensor interrupt is not occurred, acquiring 6-axis sensor information; and selecting an antenna for the signal transmission and reception, based on the 6-axis sensor information, wherein the 6-axis sensor information indicates which antenna is positioned relatively above.
A method by a first wireless station in a wireless local area network, WLAN, system supporting a plurality of frequency resource units, the method comprising: receiving a feedback request field comprising a long training field, LTF, from a second wireless station; configuring feedback information regarding a radio channel for a predetermined frequency band based on the feedback request field, wherein the feedback information comprises channel status information about a predetermined subcarrier index, wherein the predetermined subcarrier index is determined based on a predetermined subcarrier grouping number, wherein, if the predetermined frequency band is 20 MHz and the predetermined subcarrier grouping number is set to 16, the predetermined subcarrier indices are set to [-122, -116:16:-4, -2, 2, 4:16:116, 122], wherein, if the predetermined frequency band is 40 MHz and the predetermined subcarrier grouping number is set as 16, the predetermined subcarrier indices are set to [-244:16:-4, 4:16:244], wherein, if the predetermined frequency band is 80 MHz and the predetermined subcarrier grouping number is set as 16, the predetermined subcarrier indices are set to [-500:16:-4, 4:16:500]; and transmitting the feedback information to the second wireless station. receiving a feedback request field comprising a long training field, LTF, from a second wireless station; configuring feedback information regarding a radio channel for a predetermined frequency band based on the feedback request field, wherein the feedback information comprises channel status information about a predetermined subcarrier index, wherein the predetermined subcarrier index is determined based on a predetermined subcarrier grouping number, wherein, if the predetermined frequency band is 20 MHz and the predetermined subcarrier grouping number is set to 16, the predetermined subcarrier indices are set to [-122, -116:16:-4, -2, 2, 4:16:116, 122], wherein, if the predetermined frequency band is 40 MHz and the predetermined subcarrier grouping number is set as 16, the predetermined subcarrier indices are set to [-244:16:-4, 4:16:244], wherein, if the predetermined frequency band is 80 MHz and the predetermined subcarrier grouping number is set as 16, the predetermined subcarrier indices are set to [-500:16:-4, 4:16:500]; and transmitting the feedback information to the second wireless station.
A method for concealment of a mission-critical push-to-talk, MCPTT, group identity in multimedia broadcast multicast services, MBMS, the method being performed by a user equipment, UE, and comprising: receiving from a group management server, GMS, an indication of an MCPTT group pseudonym which is a pseudonym for an MCPTT group identity that identifies an MCPTT group of which the UE is a member.
Mantle hose comprising at least one inner layer and a mantle layer, characterized in that the inner layer is constructed from at least 90% by weight ethylene-acrylate rubber and/or (partially) hydrogenated nitrile rubber (HNBR) and/or acrylate rubber and the mantle layer is constructed from at least 90% by weight polyester, wherein the mantle hose comprises no elastomeric outer layer on the mantle layer.
Sealing system for a shower floor of a sanitary space, comprising a watertight flexible layer, such as a sealing membrane, the flexible layer comprising an insert part for a watertight connection to an outlet opening arranged in the shower floor, wherein the insert part is tubular, wherein the tubular insert part comprises a number of peripheral grooves on the outer surface, characterized in that a sealing ring is arranged in at least one groove, and wherein the tubular insert part comprises a flange arranged on the top side of the tubular insert part, on which flange the watertight flexible layer is arranged, for instance by adhesion or vulcanization.
A feeding device for feeding welding filler elements, in particular a wire-shaped and/or rod-shaped welding filler element, for a deposition welding process, comprising - a receiving unit for receiving at least one welding filler element, - a guide unit arranged and configured to feed the welding filler element to a deposition welding process, - characterized by at least one positioning sleeve (300, 302), wherein the positioning sleeve (300, 302) has a sleeve cavity for arranging the welding filler element, - wherein the at least one welding filler element is arranged in the sleeve cavity and the positioning sleeve (300, 302) is receivable in the receiving unit, - wherein the receiving unit and the guide unit are arranged and configured such that the positioning sleeve (300, 302) is provided discontinuously to the guide unit. - a receiving unit for receiving at least one welding filler element, - a guide unit arranged and configured to feed the welding filler element to a deposition welding process, - characterized by at least one positioning sleeve (300, 302), wherein the positioning sleeve (300, 302) has a sleeve cavity for arranging the welding filler element, - wherein the at least one welding filler element is arranged in the sleeve cavity and the positioning sleeve (300, 302) is receivable in the receiving unit, - wherein the receiving unit and the guide unit are arranged and configured such that the positioning sleeve (300, 302) is provided discontinuously to the guide unit.
A circuit layer for an integrated circuit card, the circuit layer comprising a substrate with opposing first and second surfaces (6, 7) defining a thickness direction of the circuit layer in a direction perpendicular to the first and second surfaces, an electronic circuit embedded in the substrate, and a coating covering the first surface, wherein the electronic circuit comprises a plurality of contact pads exposed on the first surface and the coating forming at least one sector, each sector uncovering at least a portion of at least one corresponding contact pad, characterized in that that the contact pads have a quadrangular shape.
An avionics communication system, comprising: a common display system in operative communications with a ground-based software tool, the common display system including an Aeronautical Radio, Incorporated (ARINC) 661 definition file provided by the ground-based software tool; and a communication management function in operative communications with the ground-based software tool, the communication management unit including a user database provided by the ground-based software tool, the user database comprising a widget reference table and a display object file; wherein the communication management function is configured to receive display attributes from the common display system using a display definitions interface supported by the widget reference table, wherein the widget reference table provides a link between a widget identification of a selected display object and attributes of the selected display object, wherein the communication management function is configured to access the widget reference table in the user database to retrieve a reference of the selected display object corresponding to the widget ID, and to access the display object file to retrieve the display attributes for the selected display object. a common display system in operative communications with a ground-based software tool, the common display system including an Aeronautical Radio, Incorporated (ARINC) 661 definition file provided by the ground-based software tool; and a communication management function in operative communications with the ground-based software tool, the communication management unit including a user database provided by the ground-based software tool, the user database comprising a widget reference table and a display object file; wherein the communication management function is configured to receive display attributes from the common display system using a display definitions interface supported by the widget reference table, wherein the widget reference table provides a link between a widget identification of a selected display object and attributes of the selected display object, wherein the communication management function is configured to access the widget reference table in the user database to retrieve a reference of the selected display object corresponding to the widget ID, and to access the display object file to retrieve the display attributes for the selected display object.