mhurhangee/ep-ind-claims huggingface dataset:
A method for remote controlling of medical apparatus by means of a remote control device, wherein: between a first infrared transceiver unit included in the remote control device and a second infrared transceiver unit included in the respective medical apparatus, a paired operating state is established, where a remote control address sent from the first infrared transceiver unit to the second infrared transceiver unit is equal to a device address preset for the second infrared transceiver unit; the presence of the paired operating state is verified; and in the event of the presence of the paired operating state, the medical apparatus is controlled based on a control command (S1, S2) which is sent from the first infrared transceiver unit to the second infrared transceiver unit when actuating the remote control device; characterized in that the paired operating state is established by sending a request command from the first infrared transceiver unit to the second infrared transceiver unit upon start-up of the remote control device, by sending the preset device address from the second infrared transceiver unit to the first infrared transceiver unit when receiving the request command and by applying the device address received from the first infrared transceiver unit as a remote control address, the remote control address thus being equal to the device address. between a first infrared transceiver unit included in the remote control device and a second infrared transceiver unit included in the respective medical apparatus, a paired operating state is established, where a remote control address sent from the first infrared transceiver unit to the second infrared transceiver unit is equal to a device address preset for the second infrared transceiver unit; the presence of the paired operating state is verified; and in the event of the presence of the paired operating state, the medical apparatus is controlled based on a control command (S1, S2) which is sent from the first infrared transceiver unit to the second infrared transceiver unit when actuating the remote control device; characterized in that the paired operating state is established by sending a request command from the first infrared transceiver unit to the second infrared transceiver unit upon start-up of the remote control device, by sending the preset device address from the second infrared transceiver unit to the first infrared transceiver unit when receiving the request command and by applying the device address received from the first infrared transceiver unit as a remote control address, the remote control address thus being equal to the device address.
Linear metering valve comprising an electric motor having a stator and a rotor driving a central shaft movable in its axial direction of the rotor and carrying at its end a valve, said valve further comprising a return device in the reference position of said central shaft, characterized in that said return device has a locking device (10, 20) for locking the valve linked to the central shaft in a position located beyond its useful metering stroke.
A method of controlling a portable terminal having a projector module using a headset, the method comprising: receiving a command signal from the headset; determining whether a projector application is in an execution state; and if the projector application is in the execution state, recognizing the command signal as a control signal for controlling the projector module; and controlling the projector module according to the recognized signal. receiving a command signal from the headset; determining whether a projector application is in an execution state; and if the projector application is in the execution state, recognizing the command signal as a control signal for controlling the projector module; and controlling the projector module according to the recognized signal.
Busbar trunking unit for a busbar trunking system comprising busbars which are elongated in a longitudinal direction, are encased by a busbar housing, and are arranged flat next to one another in the busbar housing, wherein each of the busbars consists of two separate sections (104a, 104b) embodied as rigid profiled elements and connected to one another in series in an electrically conductive manner in the longitudinal direction, wherein the sections (104a, 104b) can be displaced independently of one another in the busbar housing in the longitudinal direction and are held fixedly in place transversely to the longitudinal direction, and wherein the busbar housing consists of two partial sheaths (105a, 105b) which are slidable into one another in a telescope-like manner in order to change the length of the busbar housing, wherein a length of the busbars formed from the sections (104a, 104b) and a length of the busbar housing formed from the partial sheaths (105a, 105b) are freely adjustable independently of one another characterised in that the two partial sheaths (105a, 105b) are each made of a current-conducting material and, in order to establish their electrically conductive connection, form mutually associated electrical contact surfaces (132a, 138a; 132b, 138b) which are held under contact force directly against one another in an electrically conductive manner, in order to form a current path which can be used as a PE conductor.
An AC/DC converter circuit for converting N ≥ 2 AC supply voltages (U1, U2, U3) into DC voltage, comprising - N full bridge external converters (11, 12, 13), each of them having a first terminal (al, a2, a3) for connection to a separate one of the AC supply voltages (U1, U2, U3) and a second terminal (b1, b2, b3), wherein these second terminals are coupled to each other; - N intermediate converters (21, 22, 23), each of them receiving at its DC terminals the output of one external converter (11, 12, 13); - N transformers (31, 32, 33), each of them receiving at its primary side the output of one intermediate converter (21, 22, 23), wherein the secondary side of each transformer (31, 32, 33) comprises a first terminal (f1, f2, f3) and a second terminal (f1', f2', f3') and wherein all second terminals are coupled to each other; - N internal rectifiers that are half bridge rectifiers (41, 42, 43), each of them being connected to a first terminal (f1, f2, f3) of the secondary side of one of said transformers (31, 32, 33). - N full bridge external converters (11, 12, 13), each of them having a first terminal (al, a2, a3) for connection to a separate one of the AC supply voltages (U1, U2, U3) and a second terminal (b1, b2, b3), wherein these second terminals are coupled to each other; - N intermediate converters (21, 22, 23), each of them receiving at its DC terminals the output of one external converter (11, 12, 13); - N transformers (31, 32, 33), each of them receiving at its primary side the output of one intermediate converter (21, 22, 23), wherein the secondary side of each transformer (31, 32, 33) comprises a first terminal (f1, f2, f3) and a second terminal (f1', f2', f3') and wherein all second terminals are coupled to each other; - N internal rectifiers that are half bridge rectifiers (41, 42, 43), each of them being connected to a first terminal (f1, f2, f3) of the secondary side of one of said transformers (31, 32, 33).
A composition for controlling a plant disease comprising a tetrazolinone compound represented by formula: wherein X 1 represents a halogen atom, a C1-C6 alkyl group, or a C1-C6 alkoxy group, and X 2 represents a C1-C3 alkyl group, a C3-C4 cycloalkyl group, a halogen atom, or a C1-C3 alkoxy group, and at least one amidine compound selected from the following group, Group: a group consisting of N'-{4-[(4,5-dichlorothiazol-2-yl)oxy]-2,5-dimethylphenyl}-N-ethyl-N-methylmethane imidamide, and N'-(2,5-dimethyl-4-phenoxyphenyl)-N-ethyl-N-methylmethane imidamide.
Assembly, comprising a slot nut for mounting in a mounting rail (100, 101, 102), having at least one form-fitting portion (210, 211), and the mounting rail (100, 101, 102), which has a rail portion which can engage in the form-fitting portion (210, 211) of the slot nut with the formation of a form fit, wherein the slot nut and a slotted receiving portion of the mounting rail (100, 101, 102) are dimensioned and shaped in such a way that the slot nut can be inserted perpendicularly to the rail longitudinal direction through a slot, which extends in the rail longitudinal direction, into the slotted receiving portion of the mounting rail (100, 101, 102) and can be brought into its final mounting position therein as a result of rotation or pivoting.
A method for generating an orthogonal frequency division multiplexing, OFDM, symbol to be included in a PHY data unit (20, 29) for transmission via a communication channel, wherein the OFDM symbol includes a plurality of OFDM tones, the method comprising: encoding, using a low density parity check, LDPC, encoder, information bits to be included in the OFDM symbol to generate encoded information bits, wherein two or more code words are used to encode the information bits to be included in the OFDM symbol; parsing the encoded information bits into a plurality of spatial streams; mapping the spatial streams, or space-time streams generated from the spatial streams, to transmit chains using a plurality of spatial mapping matrices corresponding to the plurality of OFDM tones; reordering OFDM tones of the OFDM symbol such that the information bits encoded using each of the two or more code words are mapped onto nonconsecutive tones in the OFDM symbol, including performing one of: i) reordering OFDM tones before spatial mapping is applied, or ii) reordering OFDM tones after spatial stream mapping is applied and reordering spatial mapping matrices to match the reordered OFDM tones; and generating the OFDM symbol to be included in the PHY data unit. encoding, using a low density parity check, LDPC, encoder, information bits to be included in the OFDM symbol to generate encoded information bits, wherein two or more code words are used to encode the information bits to be included in the OFDM symbol; parsing the encoded information bits into a plurality of spatial streams; mapping the spatial streams, or space-time streams generated from the spatial streams, to transmit chains using a plurality of spatial mapping matrices corresponding to the plurality of OFDM tones; reordering OFDM tones of the OFDM symbol such that the information bits encoded using each of the two or more code words are mapped onto nonconsecutive tones in the OFDM symbol, including performing one of: i) reordering OFDM tones before spatial mapping is applied, or ii) reordering OFDM tones after spatial stream mapping is applied and reordering spatial mapping matrices to match the reordered OFDM tones; and i) reordering OFDM tones before spatial mapping is applied, or ii) reordering OFDM tones after spatial stream mapping is applied and reordering spatial mapping matrices to match the reordered OFDM tones; and generating the OFDM symbol to be included in the PHY data unit.
A method for generating subtitles for a multimedia presentation comprising: receiving, at a receiver device, a multimedia presentation from a distribution system (130, 140, 150, 180), the at least one portion comprising an audio component and a video component; storing, at the receiver device, the multimedia presentation on a storage medium; analyzing, at the receiver, the multimedia presentation to determine whether the multimedia presentation includes subtitles corresponding to the audio component; retrieving at least one portion of the multimedia presentation from the storage medium, if it is determined that the multimedia presentation does not include subtitles corresponding to the audio component, performing speech recognition analysis, at the receiver device, on the audio component to generate text corresponding to the audio component of the at least one portion of the multimedia presentation; integrating the generated text into a subtitle text file associated with the multimedia presentation; and displaying the integrated multimedia presentation with the generated subtitle text file as subtitles to the presentation. receiving, at a receiver device, a multimedia presentation from a distribution system (130, 140, 150, 180), the at least one portion comprising an audio component and a video component; storing, at the receiver device, the multimedia presentation on a storage medium; analyzing, at the receiver, the multimedia presentation to determine whether the multimedia presentation includes subtitles corresponding to the audio component; retrieving at least one portion of the multimedia presentation from the storage medium, if it is determined that the multimedia presentation does not include subtitles corresponding to the audio component, performing speech recognition analysis, at the receiver device, on the audio component to generate text corresponding to the audio component of the at least one portion of the multimedia presentation; integrating the generated text into a subtitle text file associated with the multimedia presentation; and displaying the integrated multimedia presentation with the generated subtitle text file as subtitles to the presentation.
A ram air fan and fan bypass shutoff check valve assembly, comprising: a ram air fan configured to draw an airflow through a fan inlet; and a ram fan bypass duct disposed downstream of the ram air fan, the ram fan bypass duct including a valve assembly configured to selectably direct the airflow through the ram air fan when the valve assembly is in an open position, and direct the airflow through a bypass duct thereby bypassing the ram air fan when the valve assembly is in a closed position, and characterized by the valve assembly including: a support having a plurality of support openings therein in fluid communication with the bypass duct; an inner cage disposed in the support and having a plurality of cage openings therein; and a plurality of flappers rotatably secured to the inner cage, the plurality of flappers movable between the open position covering the plurality of support openings by engaging the support at the support openings,and the closed position covering the plurality of cage openings by engaging the inner cage. a ram air fan configured to draw an airflow through a fan inlet; and a ram fan bypass duct disposed downstream of the ram air fan, the ram fan bypass duct including a valve assembly configured to selectably direct the airflow through the ram air fan when the valve assembly is in an open position, and direct the airflow through a bypass duct thereby bypassing the ram air fan when the valve assembly is in a closed position, and characterized by the valve assembly including: a support having a plurality of support openings therein in fluid communication with the bypass duct; an inner cage disposed in the support and having a plurality of cage openings therein; and a plurality of flappers rotatably secured to the inner cage, the plurality of flappers movable between the open position covering the plurality of support openings by engaging the support at the support openings,and the closed position covering the plurality of cage openings by engaging the inner cage. a support having a plurality of support openings therein in fluid communication with the bypass duct; an inner cage disposed in the support and having a plurality of cage openings therein; and a plurality of flappers rotatably secured to the inner cage, the plurality of flappers movable between the open position covering the plurality of support openings by engaging the support at the support openings,and the closed position covering the plurality of cage openings by engaging the inner cage.
A transmission method for transmitting content through broadcasting, comprising: generating a plurality of frames for transfer, each of which includes a plurality of first transfer units in which the content is to be stored, each of the plurality of frames having a fixed length, each of the plurality of first transfer units having a variable length; and transmitting the plurality of frames generated, wherein the generating includes sequentially placing the plurality of first transfer units into the plurality of frames, a minimum data size is defined for the first transfer unit, in the generating, when a remaining capacity after the placement of the current first transfer unit into the current frame is equal to or greater than the minimum data size, the current first transfer unit is placed into the current frame, when the remaining capacity after the placement of the current first transfer unit into the current frame is smaller than the minimum data size, the current first transfer unit is placed into the next frame, and when the current first transfer unit is placed into the next frame, a NULL packet is placed into a remaining part of the current frame. generating a plurality of frames for transfer, each of which includes a plurality of first transfer units in which the content is to be stored, each of the plurality of frames having a fixed length, each of the plurality of first transfer units having a variable length; and transmitting the plurality of frames generated, wherein the generating includes sequentially placing the plurality of first transfer units into the plurality of frames, a minimum data size is defined for the first transfer unit, in the generating, when a remaining capacity after the placement of the current first transfer unit into the current frame is equal to or greater than the minimum data size, the current first transfer unit is placed into the current frame, when the remaining capacity after the placement of the current first transfer unit into the current frame is smaller than the minimum data size, the current first transfer unit is placed into the next frame, and when the current first transfer unit is placed into the next frame, a NULL packet is placed into a remaining part of the current frame.
claim: 1. An asymmetric synthesis method for preparing (S,S)-2,8-diazabicyclo[4,3,0]nonane, characterized in that, the method comprises that a compound of formula or having the chiral structure of formula is obtained by the following asymmetric reaction steps: an imide or enamine compound is obtained by dehydration reaction of pyrrolidine-3-ketone and chiral amine -1-phenylethylamine reduction of the imide or enamine compound is carried out to obtain a compound of formula or having the chiral structure of formula. wherein, R is an amino-protecting group, especially C 1-4 alkoxycarbonyl, benzyloxycarbonyl or benzyl which can be removed by hydrolysis or hydrogenation; Z=H 2 or O; when Z=H 2, Y is chlorine, bromine, iodine, methanesulfonate, tosylate, hydroxyl or hydroxyl with protection; and when Z=O, Y is OR 1, and R 1 is C 1-4 alkyl. an imide or enamine compound is obtained by dehydration reaction of pyrrolidine-3-ketone and chiral amine -1-phenylethylamine reduction of the imide or enamine compound is carried out to obtain a compound of formula or having the chiral structure of formula. wherein, R is an amino-protecting group, especially C 1-4 alkoxycarbonyl, benzyloxycarbonyl or benzyl which can be removed by hydrolysis or hydrogenation; Z=H 2 or O; when Z=H 2, Y is chlorine, bromine, iodine, methanesulfonate, tosylate, hydroxyl or hydroxyl with protection; and when Z=O, Y is OR 1, and R 1 is C 1-4 alkyl.
A method executable by a computer system coupled to a local display, the method comprising: capturing (step 66) digital media content rendered on the local display by a media player application executed by the computer system and obtained from a Digital Versatile Disc, DVD, the video media content captured from video memory while rendered on the local display by the media player application; determining whether the media player application is accessing copy protected digital media content stored on the DVD, wherein the determining comprises: parsing the DVD file structure (step 94) to find information regarding the titles contained within the DVD file structure; selecting at least one title based at least in part upon title duration to check for copy protected digital media content (step 96); searching the selected title to determine if the selected title includes instructions to activate analog copy protection (step 98); and wherein if the media player application is determined not to be accessing copy protected digital media content, converting the captured digital media content to a media stream and transmitting the media stream over a network for presentation on a remote display, and wherein if the media player application is determined to be accessing copy protected digital media content, blocking transmission (step 104) of the media stream. capturing (step 66) digital media content rendered on the local display by a media player application executed by the computer system and obtained from a Digital Versatile Disc, DVD, the video media content captured from video memory while rendered on the local display by the media player application; determining whether the media player application is accessing copy protected digital media content stored on the DVD, wherein the determining comprises: parsing the DVD file structure (step 94) to find information regarding the titles contained within the DVD file structure; selecting at least one title based at least in part upon title duration to check for copy protected digital media content (step 96); searching the selected title to determine if the selected title includes instructions to activate analog copy protection (step 98); and parsing the DVD file structure (step 94) to find information regarding the titles contained within the DVD file structure; selecting at least one title based at least in part upon title duration to check for copy protected digital media content (step 96); searching the selected title to determine if the selected title includes instructions to activate analog copy protection (step 98); and wherein if the media player application is determined not to be accessing copy protected digital media content, converting the captured digital media content to a media stream and transmitting the media stream over a network for presentation on a remote display, and wherein if the media player application is determined to be accessing copy protected digital media content, blocking transmission (step 104) of the media stream.
A method for verifying aperture positions of a pre-patient collimator of a computed tomography imaging system, comprising the acts of: obtaining data collected by an X-ray measurement device having detector elements subjected to X-rays emitted from an X-ray source of the CT imaging system with the pre-patient collimator at an expected aperture position; calculating a measured collimator aperture position for the pre-patient collimator based on the obtained data; comparing the measured collimator aperture position to a system specification for the expected aperture position for the CT imaging system; and generating an output based on the comparison of the measured collimator aperture position to the system specification for the expected aperture position, wherein the system specification for the expected aperture position relates to at least one of: dose tolerance thresholds, and expected width. obtaining data collected by an X-ray measurement device having detector elements subjected to X-rays emitted from an X-ray source of the CT imaging system with the pre-patient collimator at an expected aperture position; calculating a measured collimator aperture position for the pre-patient collimator based on the obtained data; comparing the measured collimator aperture position to a system specification for the expected aperture position for the CT imaging system; and generating an output based on the comparison of the measured collimator aperture position to the system specification for the expected aperture position, dose tolerance thresholds, and expected width.