mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an electronic apparatus which recognizes a voice, the method comprising: receiving a voice start command for changing a mode of the electronic apparatus to a voice task mode; and if the voice start command is a first voice start command, changing a mode of the electronic apparatus to a first voice task mode which is controlled according to a user voice input into a voice input unit of the electronic apparatus, and if the voice start command is a second voice start command, changing the mode of the electronic apparatus to a second voice task mode which is controlled according to a user voice input into an external apparatus which operates with the electronic apparatus, wherein the external apparatus is a remote controller, and wherein if the mode of the electronic apparatus is changed to the first voice task mode, displaying first voice guide information corresponding to the first voice task mode, and if the mode of the electronic apparatus is changed to the second voice task mode, displaying second voice guide information corresponding to the second voice task mode, and wherein the first voice guide information comprises a plurality of voice items to guide a user voice input in the first voice task mode; and the second voice guide information comprises a plurality of voice items to guide a user voice input in the second voice task mode, wherein at least one of the plurality of voice items of the second voice guide information are different from the plurality of voice items of the first voice guide information. receiving a voice start command for changing a mode of the electronic apparatus to a voice task mode; and if the voice start command is a first voice start command, changing a mode of the electronic apparatus to a first voice task mode which is controlled according to a user voice input into a voice input unit of the electronic apparatus, and if the voice start command is a second voice start command, changing the mode of the electronic apparatus to a second voice task mode which is controlled according to a user voice input into an external apparatus which operates with the electronic apparatus, wherein the external apparatus is a remote controller, and wherein if the mode of the electronic apparatus is changed to the first voice task mode, displaying first voice guide information corresponding to the first voice task mode, and if the mode of the electronic apparatus is changed to the second voice task mode, displaying second voice guide information corresponding to the second voice task mode, and wherein the first voice guide information comprises a plurality of voice items to guide a user voice input in the first voice task mode; and the second voice guide information comprises a plurality of voice items to guide a user voice input in the second voice task mode, wherein at least one of the plurality of voice items of the second voice guide information are different from the plurality of voice items of the first voice guide information.
Linear drive, comprising - a camshaft having at least one camshaft disc which is arranged in a longitudinal axis, - at least one gear rack having at least one tooth, and - at least one drive element having at least one drive tooth, - wherein the at least one drive element comprises a cutout with which the camshaft engages, - wherein the camshaft is coupled to the at least one drive element by means of the at least one camshaft disc, and - wherein the drive element can be pressed into and out of the gear rack by means of a rotation of the camshaft in order to generate a driving force, characterized in that the driving force is generated in the longitudinal axis. - a camshaft having at least one camshaft disc which is arranged in a longitudinal axis, - at least one gear rack having at least one tooth, and - at least one drive element having at least one drive tooth, - wherein the at least one drive element comprises a cutout with which the camshaft engages, - wherein the camshaft is coupled to the at least one drive element by means of the at least one camshaft disc, and - wherein the drive element can be pressed into and out of the gear rack by means of a rotation of the camshaft in order to generate a driving force, characterized in that
Method for carrying out an X-ray fluorescence analysis, in which a primary radiation is aimed at a sample body from an X-ray radiation source, in which a secondary radiation emitted from the sample body is detected by a detector and is evaluated by an evaluation unit, wherein - at least one filter having at least one filter layer forming a filter level as a transmission filter is introduced into the beam path of the secondary radiation, characterised in that the filter depending on an angle α of the filter layer relative to the secondary radiation, acts as a band-pass filter and a disruptive wavelength of the secondary radiation is decoupled by Bragg reflection, and - the angle α of the filter layer of the filter is adjusted with an adjustment device for the reflection of at least one disruptive wavelength of the secondary radiation by Bragg reflection, and the decoupled wavelength of the secondary radiation is detected by a second detector, and the signals identified from this are forwarded to the evaluation unit. - at least one filter having at least one filter layer forming a filter level as a transmission filter is introduced into the beam path of the secondary radiation, characterised in that the filter depending on an angle α of the filter layer relative to the secondary radiation, acts as a band-pass filter and a disruptive wavelength of the secondary radiation is decoupled by Bragg reflection, and - the angle α of the filter layer of the filter is adjusted with an adjustment device for the reflection of at least one disruptive wavelength of the secondary radiation by Bragg reflection, and the decoupled wavelength of the secondary radiation is detected by a second detector, and the signals identified from this are forwarded to the evaluation unit.
A speaker device comprising: a magnet formed in a ring shape; a yoke having a center pole portion inserted in the center of the magnet; a plate formed in a ring shape and arranged on the outer circumferential surface of the center pole portion of the yoke while being attached to the magnet; a coil bobbin formed in a cylindrical shape and movable in the axial direction of the center pole portion while being partially fitted on the center pole portion of the yoke; a voice coil wrapped around the outer circumferential surface of the coil bobbin, at least part of the voice coil being arranged in a magnetic gap formed between the plate and the center pole portion of the yoke; a diaphragm having its inner circumferential portion connected to the coil bobbin, the diaphragm being vibrated as the coil bobbin moves; and a magnetic fluid filled in the magnetic gap, wherein a magnetic gradient is formed that is adapted to change the magnetic force acting on the magnetic fluid by changing the magnetic flux density in the circumferential direction of the center pole portion, characterized by a magnetic flux change section (7a, 11a) adapted to form a magnetic gradient in the circumferential direction of the center pole portion is provided at least on one of the inner circumferential surface of the plate and the outer circumferential surface of the center pole portion, wherein a concave portion extending in the axial direction is formed as the magnetic flux change section (7a, 11a). a magnet formed in a ring shape; a yoke having a center pole portion inserted in the center of the magnet; a plate formed in a ring shape and arranged on the outer circumferential surface of the center pole portion of the yoke while being attached to the magnet; a coil bobbin formed in a cylindrical shape and movable in the axial direction of the center pole portion while being partially fitted on the center pole portion of the yoke; a voice coil wrapped around the outer circumferential surface of the coil bobbin, at least part of the voice coil being arranged in a magnetic gap formed between the plate and the center pole portion of the yoke; a diaphragm having its inner circumferential portion connected to the coil bobbin, the diaphragm being vibrated as the coil bobbin moves; and a magnetic fluid filled in the magnetic gap, wherein
Fastening element for fastening insulating panels to a substrate with a dowel shaft (21; 41; 51) extending along a longitudinal axis, which has a first end and a second end (23; 43; 53) lying opposite the first end, in which an expansion area is provided in the area of the first end for anchoring the fastening element in the substrate, with a holding device for fixing the insulating panel to the substrate and with an expansion element made as a screw for spreading out the expansion area, in which the holding device is made from a segmented sleeve that may be moved axially in the direction of the longitudinal axis, in which the segmented sleeve contains several segments arranged radially, extending axially in the direction of the longitudinal axis, which may be separated from each other, and in which the segmented sleeve may be spread out by means of the expansion element and a means of deflection (26; 46; 56) arranged at the second end (23; 43; 53) of the dowel shaft (21; 41; 51).
A touch fastener product compri sing a base having a side surface; and a multiplicity of fastening elements extending from the side surface of the base, the fastening elements each having a non-tapered stem of resin extending from the side surface of the base to a head that overhangs sides of the stem for retaining fibers of a mating fastener product; wherein the stems extend at different angles from the base; and wherein bases of the stems are secured to the side surface of the base at weld points characterized in that in the weld points resin of each stem is solidified in a weld with resin of the base side surface.
A method comprising: receiving video data captured from a camera device; receiving sensor data captured from auxiliary sensors associated with the camera device; associating the sensor data and the video data using time data, wherein each of one or more samples of sensor data is associated with a single video frame; detecting camera view motion in the sensor data; segmenting the sensor data into one or more stable segments according to the amount of camera view motion; segmenting the video data; wherein, if less than a predetermined threshold of video data associated with the stable segments is present, the method further comprises: extracting one or more temporal features from the segments of the video data associated with the stable segments of the sensor data to determine real motion of objects independent of camera view motion; and if not, the method further comprises: detecting one or more temporal features from the video data; and modifying feature-descriptors of the one or more detected temporal features based on the sensor data. receiving video data captured from a camera device; receiving sensor data captured from auxiliary sensors associated with the camera device; associating the sensor data and the video data using time data, wherein each of one or more samples of sensor data is associated with a single video frame; detecting camera view motion in the sensor data; segmenting the sensor data into one or more stable segments according to the amount of camera view motion; segmenting the video data; wherein, if less than a predetermined threshold of video data associated with the stable segments is present, the method further comprises: extracting one or more temporal features from the segments of the video data associated with the stable segments of the sensor data to determine real motion of objects independent of camera view motion; and if not, the method further comprises: detecting one or more temporal features from the video data; and modifying feature-descriptors of the one or more detected temporal features based on the sensor data. extracting one or more temporal features from the segments of the video data associated with the stable segments of the sensor data to determine real motion of objects independent of camera view motion; and if not, the method further comprises: detecting one or more temporal features from the video data; and modifying feature-descriptors of the one or more detected temporal features based on the sensor data. detecting one or more temporal features from the video data; and modifying feature-descriptors of the one or more detected temporal features based on the sensor data.
A portable electronic device, comprising a main logic board and a battery component enclosed in a package of the portable electronic device, the portable electronic device further comprising: the package for enclosing components of the portable electronic device having the main logic board and the battery component, the package including a first cover and a second cover, the first and second covers forming an internal space for the components without being compromised from an external environment when combined; an expansion device assembled in the internal space of the package (12, 14); a flexible interconnection adapted to logically couple the expansion device to the main logic board such that a functional control for the expansion device is implemented by the main logic board to expand functionality of the portable electronic device; and a mounting interface extending from the first cover toward the internal space of the package, for positioning the expansion device in the internal space of the package so that the expansion device is physically and mechanically spaced from the main logic board. the package for enclosing components of the portable electronic device having the main logic board and the battery component, the package including a first cover and a second cover, the first and second covers forming an internal space for the components without being compromised from an external environment when combined; an expansion device assembled in the internal space of the package (12, 14); a flexible interconnection adapted to logically couple the expansion device to the main logic board such that a functional control for the expansion device is implemented by the main logic board to expand functionality of the portable electronic device; and a mounting interface extending from the first cover toward the internal space of the package, for positioning the expansion device in the internal space of the package so that the expansion device is physically and mechanically spaced from the main logic board.
Transformer comprising two coils (2, 3), wherein each coil (2, 3) has a core and a plurality of windings, and wherein the coils (2, 3) are held in a carrier device, wherein the carrier device has feet (5, 6) for positioning the carrier device on a support, characterized in that the carrier device has two feet (5, 6) that are spaced apart from one another, wherein a pressing beam (9, 10) protrudes from each foot (5, 6) and wherein the coils (2, 3) extend between the pressing beams (9, 10) and the longitudinal axes of the coils (2, 3) are able to be oriented so as to be horizontal by positioning the carrier device on the support and in that the coils (2, 3) are arranged above one another.
An implantable valve prosthesis, in particular for preventing blood reflux from a cardiac atrium into a vein opening into the atrium, comprising - a generally tubular stent which may be branched or unbranched and which comprises at least a first end section with a first end opening and a second end section with a second end opening, and - a flexible tube which may be branched or unbranched and which has at least a first end section with a first end opening and a second end section with a second end opening which can be closed by collapsing the tube and which is disposed at least in a sub-region of the second end section of the stent on the outer peripheral surface thereof in a manner such that the second end section of the tube with its second end opening protrudes beyond the second end opening of the stent, wherein the second end opening of the tube is open in the unpressurized state, characterized in that the tube widens in cross section towards its second end opening and/or the tube is provided in its second end section with an annular reinforcing element fastened to the outside of the tube, the internal cross section of the annular reinforcing element having an internal cross section corresponding to at least the internal cross section of the second end opening of the stent. - a generally tubular stent which may be branched or unbranched and which comprises at least a first end section with a first end opening and a second end section with a second end opening, and - a flexible tube which may be branched or unbranched and which has at least a first end section with a first end opening and a second end section with a second end opening which can be closed by collapsing the tube and which is disposed at least in a sub-region of the second end section of the stent on the outer peripheral surface thereof in a manner such that the second end section of the tube with its second end opening protrudes beyond the second end opening of the stent, wherein the second end opening of the tube is open in the unpressurized state, characterized in that the tube widens in cross section towards its second end opening and/or the tube is provided in its second end section with an annular reinforcing element fastened to the outside of the tube, the internal cross section of the annular reinforcing element having an internal cross section corresponding to at least the internal cross section of the second end opening of the stent.
A diagnostic device comprising: a reception unit configured to receive context information describing a type and an operation of a tool for machining configured to be driven by a drive unit and sensing information, the sensing information being information on a physical quantity that varies in accordance with the operation of the tool; and a determination unit configured to: determine a machining period, that is a period in which the tool is driven in contact with a processing target, based on both context information and sensing information; and determine a state of the tool based on the sensing information detected during the machining period while the tool is performing a machining operation with respect to a processing target, and the context information received by the reception unit. a reception unit configured to receive context information describing a type and an operation of a tool for machining configured to be driven by a drive unit and sensing information, the sensing information being information on a physical quantity that varies in accordance with the operation of the tool; and a determination unit configured to: determine a machining period, that is a period in which the tool is driven in contact with a processing target, based on both context information and sensing information; and determine a state of the tool based on the sensing information detected during the machining period while the tool is performing a machining operation with respect to a processing target, and the context information received by the reception unit. determine a machining period, that is a period in which the tool is driven in contact with a processing target, based on both context information and sensing information; and determine a state of the tool based on the sensing information detected during the machining period while the tool is performing a machining operation with respect to a processing target, and the context information received by the reception unit.
A non-transitory computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: obtaining a position signal generated by reading a magnetic tape using a stationary tape head; updating, from the position signal, a simulated current for adjusting a position of the tape head to follow a track on the magnetic tape, wherein updating the simulated current for adjusting the position of the tape head to follow the track on the magnetic tape comprises: applying a filter to the position signal to obtain the simulated current, wherein the filter applies a difference equation that applies a set of coefficients to a series of position signal values and a series of simulated current values to obtain a latest value of the simulated current; comparing the simulated current to one or more saturation limits to generate a verification result for a servo pattern on the magnetic tape, wherein the verification result classifies the magnetic tape as usable or unusable; and outputting the verification result for use in managing subsequent use of the magnetic tape. obtaining a position signal generated by reading a magnetic tape using a stationary tape head; updating, from the position signal, a simulated current for adjusting a position of the tape head to follow a track on the magnetic tape, wherein updating the simulated current for adjusting the position of the tape head to follow the track on the magnetic tape comprises: applying a filter to the position signal to obtain the simulated current, wherein the filter applies a difference equation that applies a set of coefficients to a series of position signal values and a series of simulated current values to obtain a latest value of the simulated current; comparing the simulated current to one or more saturation limits to generate a verification result for a servo pattern on the magnetic tape, wherein the verification result classifies the magnetic tape as usable or unusable; and outputting the verification result for use in managing subsequent use of the magnetic tape.
A terminal device, wherein the terminal device comprises a radio frequency transmit channel, a first subscriber identification module SIM card interface, and a second SIM card interface, the first SIM card interface is configured to communicate with a first SIM card, the second SIM card interface is configured to communicate with a second SIM card, the terminal device is connected to a 5G network by using the first SIM card, the terminal device further comprises a processor, and the processor is configured to: when the terminal device needs to perform a first voice service, disconnect the terminal device from the 5G network and connect the terminal device to a first long-term evolution LTE network by using the first SIM card; when the first voice service is related to the first SIM card, perform a voice over long-term evolution VoLTE-based first voice service through the first LTE network, and receive a first connection request from a second LTE network, wherein the first connection request requests the terminal device to perform a VoLTE-based second voice service, and the second voice service is related to the second SIM card; and respond to the first connection request by occupying the radio frequency transmit channel in a time division manner in a process of performing the first voice service. when the terminal device needs to perform a first voice service, disconnect the terminal device from the 5G network and connect the terminal device to a first long-term evolution LTE network by using the first SIM card; when the first voice service is related to the first SIM card, perform a voice over long-term evolution VoLTE-based first voice service through the first LTE network, and receive a first connection request from a second LTE network, wherein the first connection request requests the terminal device to perform a VoLTE-based second voice service, and the second voice service is related to the second SIM card; and respond to the first connection request by occupying the radio frequency transmit channel in a time division manner in a process of performing the first voice service.