mhurhangee/ep-ind-claims huggingface dataset:
A method for scrambling sequence configuration, comprising: obtaining, a search space and a transmission mode corresponding to an enhanced control channel, wherein the search space comprises a user equipment specific, UE-specific, search space and a common search space, and the transmission mode comprises a localized mode and a distributed mode; performing, a scrambling initialization operation according to the search space and the transmission mode, and determining an initialization value of a scrambling sequence; determining, according to the initialization value of the scrambling sequence, the scrambling sequence; and scrambling, according to the scrambling sequence, a transmission signal transmitted by the enhanced control channel and then transmitting, so that a user equipment which receives the transmission signal performs a descrambling operation according to the scrambling sequence in the transmission signal. obtaining, a search space and a transmission mode corresponding to an enhanced control channel, wherein the search space comprises a user equipment specific, UE-specific, search space and a common search space, and the transmission mode comprises a localized mode and a distributed mode; performing, a scrambling initialization operation according to the search space and the transmission mode, and determining an initialization value of a scrambling sequence; determining, according to the initialization value of the scrambling sequence, the scrambling sequence; and scrambling, according to the scrambling sequence, a transmission signal transmitted by the enhanced control channel and then transmitting, so that a user equipment which receives the transmission signal performs a descrambling operation according to the scrambling sequence in the transmission signal.
A sanitary fitting, having at least: a) a housing with an outlet, b) a first fluid channel for a first fluid, wherein the first fluid channel runs through the outlet, c) a second fluid channel for a second fluid, wherein the second fluid channel runs in the first fluid channel through the outlet, d) a connecting piece, into which the first fluid channel and the second fluid channel open and e) at least one check valve (7, 8), which prevents the first fluid from flowing from the connecting piece into the second fluid channel or the second fluid from flowing from the connecting piece into the first fluid channel, characterized in that the connecting piece has two first inlets (10, 11) for the first fluid channel and at least one second inlet for the second fluid channel and wherein the two first inlets (10, 11) and the at least one second inlet are arranged on an end surface of the connecting piece. a) a housing with an outlet, b) a first fluid channel for a first fluid, wherein the first fluid channel runs through the outlet, c) a second fluid channel for a second fluid, wherein the second fluid channel runs in the first fluid channel through the outlet, d) a connecting piece, into which the first fluid channel and the second fluid channel open and e) at least one check valve (7, 8), which prevents the first fluid from flowing from the connecting piece into the second fluid channel or the second fluid from flowing from the connecting piece into the first fluid channel,
A motor module system comprising: a plurality of identical modules, a robot configured by connecting said plurality of motor modules directly or via connecting members (13, 14, 15, 18), and a setting terminal, wherein each motor module includes a motor main body having a rotating output portion (22g, 22e), a wireless communication function, a control unit, and a battery, in the same housing with the motor main body, the wireless communication function, and the control unit, wherein the setting terminal has a wireless communication function and a setting function for assigning functions to the control unit of each of the plurality of motor modules using the wireless communication function in order to operate said robot, and wherein the control unit controls the driving of the motor main body based on the function set by the setting function of the setting terminal, characterised in that the motor module includes a response function for providing notice that a function assigned by the setting terminal has been set, wherein the response function causes the motor body to rotate in accordance with the notification from the setting terminal. a plurality of identical modules, a robot configured by connecting said plurality of motor modules directly or via connecting members (13, 14, 15, 18), and a setting terminal, wherein each motor module includes a motor main body having a rotating output portion (22g, 22e), a wireless communication function, a control unit, and a battery, in the same housing with the motor main body, the wireless communication function, and the control unit, wherein the setting terminal has a wireless communication function and a setting function for assigning functions to the control unit of each of the plurality of motor modules using the wireless communication function in order to operate said robot, and wherein the control unit controls the driving of the motor main body based on the function set by the setting function of the setting terminal, characterised in that the motor module includes a response function for providing notice that a function assigned by the setting terminal has been set, wherein the response function causes the motor body to rotate in accordance with the notification from the setting terminal.
A gas turbine combustor comprising: a combustion cylinder that combusts a mixture of fuel and air for supply of a combustion gas to a turbine; a premixing tube that mixes the fuel and air supplied from one end side and supplies the mixture into the combustion cylinder from the other end side; and a fuel supply unit attached to the one end side of the premixing tube for supply of the fuel into the premixing tube, wherein, through a peripheral wall of the premixing tube, a plurality of holes, through which the air is allowed to flow for forming a swirl of the air, are formed along a tangential direction of the peripheral wall; and inside the peripheral wall, with a cylindrical inner wall provided apart from the peripheral wall at a predetermined interval, a cylindrical gap having one end side closed and the other end side communicated with the combustion cylinder is defined between the peripheral wall and the inner wall for forming the swirl of the air, and the air and the fuel supplied from the fuel supply unit are supplied to an inside of the cylindrical inner wall from an opening on one end side of the cylindrical inner wall and characterized in that the air and fuel are formed into a mixture which forms a uniform straight flow along an axial direction of the cylindrical inner wall inside the cylindrical inner wall not under the influence of interference of the swirl flow and supplied into the combustion cylinder. a combustion cylinder that combusts a mixture of fuel and air for supply of a combustion gas to a turbine; a premixing tube that mixes the fuel and air supplied from one end side and supplies the mixture into the combustion cylinder from the other end side; and a fuel supply unit attached to the one end side of the premixing tube for supply of the fuel into the premixing tube, wherein, through a peripheral wall of the premixing tube, a plurality of holes, through which the air is allowed to flow for forming a swirl of the air, are formed along a tangential direction of the peripheral wall; and inside the peripheral wall, with a cylindrical inner wall provided apart from the peripheral wall at a predetermined interval, a cylindrical gap having one end side closed and the other end side communicated with the combustion cylinder is defined between the peripheral wall and the inner wall for forming the swirl of the air, and the air and the fuel supplied from the fuel supply unit are supplied to an inside of the cylindrical inner wall from an opening on one end side of the cylindrical inner wall and characterized in that the air and fuel are formed into a mixture which forms a uniform straight flow along an axial direction of the cylindrical inner wall inside the cylindrical inner wall not under the influence of interference of the swirl flow and supplied into the combustion cylinder.
A polycarbonate composition, comprising: A) 50-90 wt. %, preferably 60-90 wt. % and more preferably 70-85 wt. % of polycarbonate; B) 5-45 wt. %, preferably 8-30 wt. %, more preferably 8-25 wt. % and most preferably 10-20 wt. % of mineral filler; and C) 1.5-4.5 wt. %, preferably 1.5-4 wt. % of hydroxyl-terminated dendritic branched polyester. A) 50-90 wt. %, preferably 60-90 wt. % and more preferably 70-85 wt. % of polycarbonate; B) 5-45 wt. %, preferably 8-30 wt. %, more preferably 8-25 wt. % and most preferably 10-20 wt. % of mineral filler; and C) 1.5-4.5 wt. %, preferably 1.5-4 wt. % of hydroxyl-terminated dendritic branched polyester.
A brake control system for a motor vehicle having a plurality of wheels, brakes for applying a braking force to one or more of the wheels, sensing means for detecting movement of the vehicle, and one or more selectable drive gears each associated with an intended direction of movement of the vehicle, the system comprising: brake actuation means for actuating the brakes to supply a braking effort; and brake control means for controlling the brake actuation means, wherein the brake control means is arranged to detect the selection of a drive gear and to limit a movement of the vehicle in a direction opposed to the intended direction of movement associated with the selected drive gear by ensuring that the brake actuation means supplies a braking effort, characterised in that the brake control means is arranged to: detect the application of drive torque by the selected gear; if the drive torque is below a predetermined threshold detect if any applied braking effort is sufficient to hold the vehicle stationary; if the detected applied braking effort is insufficient, to supply said braking effort and maintain said braking effort for a predetermined time limit. detect the application of drive torque by the selected gear; if the drive torque is below a predetermined threshold detect if any applied braking effort is sufficient to hold the vehicle stationary; if the detected applied braking effort is insufficient, to supply said braking effort and maintain said braking effort for a predetermined time limit.
A compound for an electroluminescent device comprising at least one structural moiety A and at least one structural moiety B, wherein A and B do not share a common atom, whereby the structural moiety A is a structural moiety having generic formula wherein G 1, G 2, G 3 and G 4 are independently selected from substituted or unsubstituted aryl and heteroaryl comprising one to three aromatic rings and characterized in that the structural moiety B is a structural moiety selected from substituted or unsubstituted phosphine oxide, phosphine sulfide, pyrimidine, pyridazine, anthracene, cinnoline, phtalazine, quinazoline, triazine, benzofurane, benzothiophene, dibenzofurane, dibenzothiophene, naphtofurane, naphtothiophene, naphtobenzofurane, naphtobenzothiophene, dinaphtofurane, dinaphtothiophene, C 6 -C 60 aryl substituted with at least one group selected from pyridyl and nitrile, aryl consisting of 4 or 5 condensed 6-membered aromatic rings and heteroaryl consisting of 3, 4 or 5 condensed 6-membered aromatic rings and comprising 1, 2 or 3 nitrogen ring atoms, and compounds CAS 2210235-93-9, CAS 2214206-49-0 and CAS 2210235-94-0 are excluded.
A method comprising: processing image data relating to an image with a microprocessor to separate the image data into at least two image data files of a plurality of image data files, each image data file relating to a predetermined portion of the image; processing the image data within each image data file with the microprocessor to generate processed image data; inserting image modification data into a header of each image data file data, the image modification data relating to an image processing effect that will be automatically applied by a display to that portion of the image data relating to the image represented by that image data file when displaying that predetermined portion of the image to a predetermined user; and transmitting to the display the image data files for display to the predetermined user, wherein the image processing effect is applied by the display, and wherein the inserted image modification data comprises data relating to at least one of a location of retinal damage of an eye of the predetermined user, a vision loss relating to degradation in a visual field of view of the predetermined user, and a vision issue external to a physical eyeball of the predetermined user. processing image data relating to an image with a microprocessor to separate the image data into at least two image data files of a plurality of image data files, each image data file relating to a predetermined portion of the image; processing the image data within each image data file with the microprocessor to generate processed image data; inserting image modification data into a header of each image data file data, the image modification data relating to an image processing effect that will be automatically applied by a display to that portion of the image data relating to the image represented by that image data file when displaying that predetermined portion of the image to a predetermined user; and transmitting to the display the image data files for display to the predetermined user, wherein the image processing effect is applied by the display, and wherein the inserted image modification data comprises data relating to at least one of a location of retinal damage of an eye of the predetermined user, a vision loss relating to degradation in a visual field of view of the predetermined user, and a vision issue external to a physical eyeball of the predetermined user.
A method of estimating a spin frequency of a rotating sports ball in flight, the method comprising: 1. one or more points in time during the flight, receiving electromagnetic waves reflected from the rotating sports ball and providing a corresponding signal modulated by a modulating frequency, 2. performing a frequency analysis of the modulated signal, and identifying a plurality of discrete frequency lines selected from: a. a first frequency line corresponding to a velocity of the ball and b. one or more frequency lines being spaced from the first frequency line or from each other by the modulating frequency or by higher harmonics of the modulating frequency, and 3. estimating the spin frequency from a frequency distance between the identified discrete frequency lines. 1. one or more points in time during the flight, receiving electromagnetic waves reflected from the rotating sports ball and providing a corresponding signal modulated by a modulating frequency, 2. performing a frequency analysis of the modulated signal, and identifying a plurality of discrete frequency lines selected from: a. a first frequency line corresponding to a velocity of the ball and b. one or more frequency lines being spaced from the first frequency line or from each other by the modulating frequency or by higher harmonics of the modulating frequency, and a. a first frequency line corresponding to a velocity of the ball and b. one or more frequency lines being spaced from the first frequency line or from each other by the modulating frequency or by higher harmonics of the modulating frequency, and 3. estimating the spin frequency from a frequency distance between the identified discrete frequency lines.
A method of mass-spectrometer data acquisition using mass spectrometer apparatus which includes an ion source, an ion detector and a data acquisition engine communicating with a computer system; the method comprising: receiving, by the acquisition engine, data from the ion detector; detecting intensity peaks in the received data; for the detected peaks, generating, by the acquisition engine, data words of a predetermined number of bits containing time and intensity information in respect of the peaks; communicating data corresponding to the data words to the computer system using a network interface; between the acquisition engine and the network interface, passing data chunks corresponding to the data words through a data throughput module comprising a ring buffer and a protocol stack that is connected to the network interface; the ring buffer comprising a number of segments (0 to 7, Figs 3a to 3c) each segment being defined by a block of memory which is configured as a plurality of portions of a predetermined number of bits; wherein at least one reserved header portion of each segment is reserved for a header word containing header information in respect of the contents of the segment; the data chunks are streamed into a segment of the ring buffer, each chunk occupying one of the portions of the segment with the exception of the or each reserved header portion, and when that segment is full with the data chunks, the data chunks are streamed into a next segment of the ring buffer; in respect of the segment of the ring buffer which is full with the data chunks, writing into a said reserved header portion of that segment a header word containing header information identifying the number of data chunks in the segment, thus creating a packet of data in the segment; and transferring the packet of data in the segment to the protocol stack; and wherein at the end of a scan, an end of scan word containing an end of scan marker is generated by the acquisition engine, and when data streamed into a segment of the ring buffer contains the end of scan marker, streaming of data into that segment is terminated, there is written into the segment a header word containing header information identifying the number of data chunks in the segment, thus creating a packet of data in the segment; and the packet of data in the segment is transferred to the protocol stack.
A method for detecting faults or malfunctions in electrical or electronic components with identical circuit configurations, wherein each of the circuit configurations is located on a PCB and wherein multiple PCBs each with an identical circuit configuration are placed adjacent to each other on a PCB panel, wherein the method includes the following process steps: Each one of the PCBs on the PCB panel is equipped with electrical or electronic components according to the circuit configuration; An edge area of the PCB panel is equipped with a corresponding test component of each of the analog electrical or electronic components used to set up the circuit configurations, wherein it is ensured that each of the different electrical or electronic test components fitted in the edge area of the PCB panel come from the same batch or the same component reel as the corresponding electrical or electronic components used on the PCBs for the circuit configurations; The analog electrical or electronic test components fitted in the edge area of the PCB panel have test points; The correct functional value and/or the correct polarity of the analog electrical or electronic test components which have test points and are located in the edge area of the PCB panel is/are tested, characterized in that: An edge area of the PCB panel is equipped with a corresponding test component of each of the analog electrical or electronic components used to set up the circuit configurations, wherein the edge area of the PCB panel is equipped with the electrical or electronic test components after the PCBs have been fully equipped with the electrical or electronic components of the circuit configuration. Each one of the PCBs on the PCB panel is equipped with electrical or electronic components according to the circuit configuration; An edge area of the PCB panel is equipped with a corresponding test component of each of the analog electrical or electronic components used to set up the circuit configurations, wherein it is ensured that each of the different electrical or electronic test components fitted in the edge area of the PCB panel come from the same batch or the same component reel as the corresponding electrical or electronic components used on the PCBs for the circuit configurations; The analog electrical or electronic test components fitted in the edge area of the PCB panel have test points; The correct functional value and/or the correct polarity of the analog electrical or electronic test components which have test points and are located in the edge area of the PCB panel is/are tested, characterized in that: An edge area of the PCB panel is equipped with a corresponding test component of each of the analog electrical or electronic components used to set up the circuit configurations, wherein the edge area of the PCB panel is equipped with the electrical or electronic test components after the PCBs have been fully equipped with the electrical or electronic components of the circuit configuration.
Slab element, comprising a top layer and a bottom layer, wherein the top layer comprises top reinforcement means and the bottom layer comprises bottom reinforcement means, and wherein the top layer is located on top of the bottom layer in an installed state of the slab element, characterised in that the top layer is made from a material with a higher density as the bottom layer, and wherein the bottom layer is thicker than the top layer.
A lighting system comprising a plurality of elements adjustably connected to a plurality of supports arranged on a grid, - each of the plurality of elements comprising a light source, - each of the plurality of elements further comprising adjustable connections, the adjustable connections connecting the corresponding element to respective supports and adjustably positioning the corresponding element relative to the respective supports, each of the plurality of elements extends from a first end of the respective element to at least a second end of the respective element, and the at least two adjustable connections are provided at the first end and at least the second end and neighbouring elements connect to a single support, characterized in that neighbouring elements share only one common adjustable connection. - each of the plurality of elements comprising a light source, - each of the plurality of elements further comprising adjustable connections, the adjustable connections connecting the corresponding element to respective supports and adjustably positioning the corresponding element relative to the respective supports, each of the plurality of elements extends from a first end of the respective element to at least a second end of the respective element, and the at least two adjustable connections are provided at the first end and at least the second end and neighbouring elements connect to a single support, characterized in that neighbouring elements share only one common adjustable connection.