mhurhangee/ep-ind-claims huggingface dataset:
A method for an apparatus for a communication system, comprising: determining at least one of data rate and payload size of a data channel in a reverse link communication (Step 401); comparing at least one of said determined data rate and payload size to a predetermined value (Step 402); determining whether transmission of a primary pilot channel and a secondary pilot channel are necessary based on said comparing (Step 403), the primary pilot channel and the secondary pilot channel being associated with said data channel; characterised by: determining a power level of said primary pilot channel independent of at least one of data rate and payload size of said data channel, wherein the power level of said primary pilot channel does not change with the at least one of the data rate or payload size; and determining a ratio of power levels of said primary and secondary pilot channels based on at least one of said determined data rate and payload size, wherein a power level of the secondary pilot channel is based on said ratio. determining at least one of data rate and payload size of a data channel in a reverse link communication (Step 401); comparing at least one of said determined data rate and payload size to a predetermined value (Step 402); determining whether transmission of a primary pilot channel and a secondary pilot channel are necessary based on said comparing (Step 403), the primary pilot channel and the secondary pilot channel being associated with said data channel; characterised by: determining a power level of said primary pilot channel independent of at least one of data rate and payload size of said data channel, wherein the power level of said primary pilot channel does not change with the at least one of the data rate or payload size; and determining a ratio of power levels of said primary and secondary pilot channels based on at least one of said determined data rate and payload size, wherein a power level of the secondary pilot channel is based on said ratio. determining a power level of said primary pilot channel independent of at least one of data rate and payload size of said data channel, wherein the power level of said primary pilot channel does not change with the at least one of the data rate or payload size; and determining a ratio of power levels of said primary and secondary pilot channels based on at least one of said determined data rate and payload size, wherein a power level of the secondary pilot channel is based on said ratio.
A 3D endoscope device adapted to acquire an image for left-eye and an image for right-eye with parallax, the 3D endoscope device comprising: an endoscopic scope which has two optical systems (101, 102) that are adapted to form light corresponding to the image for left-eye and the image for right-eye, and a sensor adapted such that a first light and a second light obtained through the two optical systems (101, 102) are formed separately on a single light receiving surface and adapted to generate a video signal based on formed first and second images; an image processor adapted to perform image processing on the video signal; and an image display device adapted to display an image including the image for left-eye and the image for right-eye based on the video signal processed by the image processor, characterized in that the sensor is a MOS sensor, wherein a line which connects a center of the first image and a center of the second image formed on the light receiving surface of the MOS sensor is orthogonal to a parallax direction, on the light receiving surface of the MOS sensor, a first region (S1, S3) where the first image is formed is divided into a plurality of first divided regions, and a second region (S2, S4) where the second image is formed is divided into a plurality of second divided regions, and the MOS sensor is adapted to read, when reading data constituting the video signal from the first region and the second region, the data by alternately scanning a position where the each first divided region corresponding to the image for left-eye and the each second divided region corresponding to the image for right-eye are corresponding. an endoscopic scope which has two optical systems (101, 102) that are adapted to form light corresponding to the image for left-eye and the image for right-eye, and a sensor adapted such that a first light and a second light obtained through the two optical systems (101, 102) are formed separately on a single light receiving surface and adapted to generate a video signal based on formed first and second images; an image processor adapted to perform image processing on the video signal; and an image display device adapted to display an image including the image for left-eye and the image for right-eye based on the video signal processed by the image processor, characterized in that the sensor is a MOS sensor, wherein a line which connects a center of the first image and a center of the second image formed on the light receiving surface of the MOS sensor is orthogonal to a parallax direction, on the light receiving surface of the MOS sensor, a first region (S1, S3) where the first image is formed is divided into a plurality of first divided regions, and a second region (S2, S4) where the second image is formed is divided into a plurality of second divided regions, and the MOS sensor is adapted to read, when reading data constituting the video signal from the first region and the second region, the data by alternately scanning a position where the each first divided region corresponding to the image for left-eye and the each second divided region corresponding to the image for right-eye are corresponding.
A method of diagnosing a knock sensor comprising: receiving data from the knock sensor, wherein the knock sensor is configured to be coupled to an engine; processing the data to derive one or more events comprising a peak firing pressure event, an intake valve closure event, or an exhaust valve closure event from the data; and determining whether the one or more events took place at one or both of a known time and a known crank angle position, which comprises: using a lookup table to determine which of the one or more events should be occurring during operation of the engine at the known time or at the known crankshaft angle position; wherein the lookup table comprises a first column and a first row, wherein the first column corresponds to the time or the crank angle, and the first row comprises a table event or an amplitude; wherein table events stored in the lookup table comprise a peak firing pressure event, an intake valve closure event, or an exhaust valve closure event. receiving data from the knock sensor, wherein the knock sensor is configured to be coupled to an engine; processing the data to derive one or more events comprising a peak firing pressure event, an intake valve closure event, or an exhaust valve closure event from the data; and determining whether the one or more events took place at one or both of a known time and a known crank angle position, which comprises: using a lookup table to determine which of the one or more events should be occurring during operation of the engine at the known time or at the known crankshaft angle position; wherein the lookup table comprises a first column and a first row, wherein the first column corresponds to the time or the crank angle, and the first row comprises a table event or an amplitude; wherein table events stored in the lookup table comprise a peak firing pressure event, an intake valve closure event, or an exhaust valve closure event. using a lookup table to determine which of the one or more events should be occurring during operation of the engine at the known time or at the known crankshaft angle position; wherein the lookup table comprises a first column and a first row, wherein the first column corresponds to the time or the crank angle, and the first row comprises a table event or an amplitude; wherein table events stored in the lookup table comprise a peak firing pressure event, an intake valve closure event, or an exhaust valve closure event.
An axle drive module, in particular a rear axle drive module, for a (preferably electrically driven) motor vehicle, preferably a commercial vehicle, having: a first wheel shaft and a second wheel shaft which can be connected in a driving manner to wheels of the motor vehicle; a transverse differential which is connected in a driving manner to the first wheel shaft and the second wheel shaft; a bevel gear stage which is connected in a driving manner to the transverse differential; a first spur gear stage which is connected or can be connected in a driving manner to the bevel gear stage and has a transmission ratio which does not equal 1, in particular is greater than 1; and an input shaft which preferably extends in a longitudinal direction of the motor vehicle and which is connected or can be connected in a driving manner to the first spur gear stage, characterized by: a second spur gear stage which is connected or can be connected in a driving manner to the bevel gear stage, the input shaft being connected or being capable of being connected in a driving manner to the second spur gear stage; and a switching element for switching over between the first spur gear stage and the second spur gear stage. a first wheel shaft and a second wheel shaft which can be connected in a driving manner to wheels of the motor vehicle; a transverse differential which is connected in a driving manner to the first wheel shaft and the second wheel shaft; a bevel gear stage which is connected in a driving manner to the transverse differential; a first spur gear stage which is connected or can be connected in a driving manner to the bevel gear stage and has a transmission ratio which does not equal 1, in particular is greater than 1; and an input shaft which preferably extends in a longitudinal direction of the motor vehicle and which is connected or can be connected in a driving manner to the first spur gear stage, characterized by: a second spur gear stage which is connected or can be connected in a driving manner to the bevel gear stage, the input shaft being connected or being capable of being connected in a driving manner to the second spur gear stage; and a switching element for switching over between the first spur gear stage and the second spur gear stage. a second spur gear stage which is connected or can be connected in a driving manner to the bevel gear stage, the input shaft being connected or being capable of being connected in a driving manner to the second spur gear stage; and a switching element for switching over between the first spur gear stage and the second spur gear stage.
A method for selecting a Fab fragment of interest from a library of Fab fragments comprising variable heavy (V H) chain domains and variable light (V L) chain domains, the method comprising: i) generating a first library of DNA encoding V H chain domains where the library comprises at least 10 2 different library members, each member having a different base sequence; ii) generating a second library of one V L chain domain member; iii) transcribing the first library of DNA to RNA; iv) translating the RNA of the first library in a cell free protein synthesis system to generate a ribosomal display reaction system comprising a population of complexes comprising a strand of an RNA molecule, a ribosome and V H chain domains to generate a library of Fab fragment members where library members comprise a complex comprising a V H chain, in association with a V L chain domain where the V H chain is associated with an RNA molecule and a ribosome, wherein the step of translating the RNA of the first library and generation of the V L chain domains of the second library occur separately such that the generated V L chain domains of the second library are added to the step of translating the RNA of the first library; and v) selecting the Fab fragments of interest from the library of Fab fragments. i) generating a first library of DNA encoding V H chain domains where the library comprises at least 10 2 different library members, each member having a different base sequence; ii) generating a second library of one V L chain domain member; iii) transcribing the first library of DNA to RNA; iv) translating the RNA of the first library in a cell free protein synthesis system to generate a ribosomal display reaction system comprising a population of complexes comprising a strand of an RNA molecule, a ribosome and V H chain domains to generate a library of Fab fragment members where library members comprise a complex comprising a V H chain, in association with a V L chain domain where the V H chain is associated with an RNA molecule and a ribosome, wherein the step of translating the RNA of the first library and generation of the V L chain domains of the second library occur separately such that the generated V L chain domains of the second library are added to the step of translating the RNA of the first library; and v) selecting the Fab fragments of interest from the library of Fab fragments.
An apparatus for a production of two-dimensional or three-dimensional fibrous materials of microfibers or nanofibers comprising at least one spinning metal nozzle connected to a first potential, a set of electrodes of a collector, the set of the electrodes of the collector contains at least two electrodes of the collector arranged in a plane, the set facing the nozzle(s) and being arranged having a constant spacing relative to each other and being connected to a second potential, characterised in that it comprises a collecting plate or a collecting cylinder for collecting microfibers or nanofibers settled between couples of adjacent electrodes of the collector, and the collecting plate is provided with gaps, through which the electrodes of the collector pass, while the collecting plate in the line of its intersection or a tangent to the collecting cylinder which is perpendicular to a contact line with the plane of the electrodes of the collector form with the plane of the electrodes of the collector an angle α, the size of which ranges between 0° and 90°, the collecting plate or the collecting cylinder being arranged movably relative to the electrodes of the collector in a direction lying in a plane which is perpendicular to the plane of the electrodes of the collector and in which the axis of the electrode lies, while the direction of movement of the collecting plate or of the collecting cylinder forms with said electrode axis an angle β, the size of which ranges between 0° and 90°.
An air extraction or blowing vent for a ventilation system of a room, the air extraction or blowing vent comprising an air inlet and an air outlet, and means for detecting a fault in the ventilation system configured to detect a fault in the ventilation system at a distance from the air extraction or blowing vent, the means for detecting a fault in the ventilation system comprising: - signaling means configured to emit at least one signal when a fault is detected, - a measuring device configured to measure at least one pressure difference at the air extraction or blowing vent, for example between the air inlet and the air outlet, - a data analysis device, configured to detect a pressure difference between the air inlet and the air outlet, outside a nominal operating range, the air extraction or blowing vent being characterized in that the data analysis device comprises an algorithm configured to compensate for environmental variations and/or uncertainties of the measuring device, the data analysis device being configured to actuate the signaling means when a fault is detected. - signaling means configured to emit at least one signal when a fault is detected, - a measuring device configured to measure at least one pressure difference at the air extraction or blowing vent, for example between the air inlet and the air outlet, - a data analysis device, configured to detect a pressure difference between the air inlet and the air outlet, outside a nominal operating range,
A scanning arrangement comprising at least one laser scanner for 2D or 3D measurement of objects located in a field, comprising a memory for storing project-related data and an integrated computer as well as comprising a navigation unit for detecting a scanner position and/or a scanner position relative to a starting position, a remote data communication in the form of radio communication with a satellite computer of the scanning arrangement located in the field which is configured as a handheld, especially a tablet, and comprising a device for transmitting recorded scans from the laser scanner to the satellite computer, characterized in that said satellite computer is configured to carry out, in response to the respective scanner position, a registration of the respective scan in the field in a project-specific coordinate system in parallel to a subsequent scanning operation by means of the laser scanner.
Cooktop-interface comprising at least one display device, a display sign layer comprising at least one display sign provided in connection with the display device and at least one back illumination lighting for projecting the at least one display sign on a cooktop-panel arranged upstream the back illumination lighting and display sign layer, characterized in that the illumination lighting comprises at least one illumination foil, which is arranged on a lower side of the display sign layer, and that the display device is a liquid crystal display adapted to display information about at least one operational parameter of the cooktop-panel or related cooking device, the liquid crystal display being arranged on a lower side of the back illumination lighting.
A device, comprising: an elongated shaft configured for insertion through a body lumen to a desired position within a target body organ, the shaft defining a first shaft lumen extending therethrough; an articulating section located at a distal end of the shaft, the articulating section being movable out of longitudinal alignment with the shaft under user control, the articulating section comprising a first articulating section lumen extending therethrough from a proximal end open to the first shaft lumen to a distal opening in a distal face of the articulating section; a camera mounted on the distal face of the articulating section; a data transmission wire extending through the shaft between a distal end connected to the camera and a proximal end which remains external to the body for attachment to an external image processing device; and a light source at the distal face of the articulating section aimed to illuminate an area within a field of view of the camera wherein the articulating section defines an introduction lumen and a withdrawal lumen extending therethrough, the introduction lumen being concentric with the withdrawal lumen. an elongated shaft configured for insertion through a body lumen to a desired position within a target body organ, the shaft defining a first shaft lumen extending therethrough; an articulating section located at a distal end of the shaft, the articulating section being movable out of longitudinal alignment with the shaft under user control, the articulating section comprising a first articulating section lumen extending therethrough from a proximal end open to the first shaft lumen to a distal opening in a distal face of the articulating section; a camera mounted on the distal face of the articulating section; a data transmission wire extending through the shaft between a distal end connected to the camera and a proximal end which remains external to the body for attachment to an external image processing device; and a light source at the distal face of the articulating section aimed to illuminate an area within a field of view of the camera wherein the articulating section defines an introduction lumen and a withdrawal lumen extending therethrough, the introduction lumen being concentric with the withdrawal lumen.
A silicon-carbon composite comprising: a carbon assembly having a plurality of carbon nanowires or carbon nanotubes assembled, and having mesopores perforated in a length direction between a plurality of the carbon nanowires or the carbon nanotubes; and a silicon-based material provided in the mesopores of the carbon assembly, wherein a percentage of the mesopores provided with the silicon-based material is greater than or equal to 20% and less than or equal to 95% based on the total mesopores of the carbon assembly, wherein the silicon-based material includes at least one of silane compound, a halogenated silane, silicon and lithiated silicon. a carbon assembly having a plurality of carbon nanowires or carbon nanotubes assembled, and having mesopores perforated in a length direction between a plurality of the carbon nanowires or the carbon nanotubes; and a silicon-based material provided in the mesopores of the carbon assembly, wherein a percentage of the mesopores provided with the silicon-based material is greater than or equal to 20% and less than or equal to 95% based on the total mesopores of the carbon assembly, wherein the silicon-based material includes at least one of silane compound, a halogenated silane, silicon and lithiated silicon.
Dispenser for discharging liquid to pasty materials, comprising a pump head and a pumping chamber which is formed therein having a pumping chamber wall and an inlet valve and an outlet valve, wherein the pumping chamber is formed by a bellows part on which at any case the inlet valve is integrally formed, wherein furthermore the inlet valve is held by means of holding arms which extend in the circumferential direction of the inlet valve and are connected to the pumping chamber wall and to the inlet valve, and the inlet valve forms a cross-sectionally freely protruding, encircling valve lip, characterized in that the inlet valve runs in the shape of a circular segment in a longitudinal cross section of the bellows part, with an upper dome portion and the lower valve lip, wherein the connection to the holding arms is formed in a vertical centre of the inlet valve or offset in relation to said vertical centre towards a free edge of the valve lip.