mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a main unit; and a plurality of units configured to be connected in a stacked state with each other in a vertical direction under the main unit; wherein a first fitting hole and a second fitting hole (14, 15)-are located at a lower portion of an upper unit that is one unit of the plurality of units; wherein a hook and a cylindrical boss (16, 18) located at an upper portion of a lower unit that is another unit of the plurality of units and downwardly adjacent to the upper unit, wherein the hook is disposed at a position corresponding to the first fitting hole and the cylindrical boss (16, 18) is disposed at a position corresponding to the second fitting hole (14, 15), wherein the first fitting hole is configured to engage with the hook and the second fitting hole (14, 15) is configured to engage with the cylindrical boss (16, 18), when the upper unit sits on the lower unit, wherein the first fitting hole engaging with the hook prevents the upper unit from displacing in the vertical direction relative to the lower unit, and wherein the second fitting hole (14, 15) engaging with the cylindrical boss (16, 18) restricts the upper unit from moving horizontally relative to the lower unit, when the upper unit pivots downwardly about the first fitting hole which is in engagement with the hook. a main unit; and a plurality of units configured to be connected in a stacked state with each other in a vertical direction under the main unit; wherein a first fitting hole and a second fitting hole (14, 15)-are located at a lower portion of an upper unit that is one unit of the plurality of units; wherein a hook and a cylindrical boss (16, 18) located at an upper portion of a lower unit that is another unit of the plurality of units and downwardly adjacent to the upper unit, wherein the hook is disposed at a position corresponding to the first fitting hole and the cylindrical boss (16, 18) is disposed at a position corresponding to the second fitting hole (14, 15), wherein the first fitting hole is configured to engage with the hook and the second fitting hole (14, 15) is configured to engage with the cylindrical boss (16, 18), when the upper unit sits on the lower unit, wherein the first fitting hole engaging with the hook prevents the upper unit from displacing in the vertical direction relative to the lower unit, and wherein the second fitting hole (14, 15) engaging with the cylindrical boss (16, 18) restricts the upper unit from moving horizontally relative to the lower unit, when the upper unit pivots downwardly about the first fitting hole which is in engagement with the hook.
An assay method for detecting hepatocellular carcinoma in a subject comprising: measuring the amount of a plurality of biomarkers in a biological fluid from the subject, wherein the assay method removes IgG and IgM proteins from the biological fluid of the subject prior to measuring the amount of biomarkers that are fucose-containing glycoforms; determining the age and gender of the subject; and, determining the absence or presence of hepatocellular carcinoma in the subject using an optimized output of a function of the determined age and gender, and the measured biomarkers in the biological fluid, wherein the biological fluid is whole blood, serum, or plasma and wherein the plurality of biomarkers comprise: alpha-fetoprotein, fucosylated kininogen, and alkaline phosphatase. determining the age and gender of the subject; and, determining the absence or presence of hepatocellular carcinoma in the subject using an optimized output of a function of the determined age and gender, and the measured biomarkers in the biological fluid, wherein the biological fluid is whole blood, serum, or plasma and wherein the plurality of biomarkers comprise: alpha-fetoprotein, fucosylated kininogen, and alkaline phosphatase.
A punch rivet for punch riveting at least tow components (7a, 7b), comprising: a rivet head with a driving profile; a rivet shank extending from the rivet head with a rivet punching edge and a thread arranged between the rivet punching edge and the rivet head; characterised in that the rivet shank has at least one rivet groove which interrupts the thread and, if appropriate, the rivet punching edge, and in that the diameter of a base of the at least one rivet groove is equal to the thread core diameter of the thread.
Method for producing a piston of a door drive, characterized by the steps of: - placing an insert, which comprises two end plates, a supporting bar arranged between the end plates and a toothing bar, into a mould cavity of an injection mould, - placing a toothing of the toothing bar of the insert against a corresponding toothing of a core in the mould cavity, - closing the injection mould, - injecting the plastic through at least one feed channel (4.1, 4.2), preferably through at least two feed channels (4.1, 4.2) that are arranged spaced apart along the extent of the toothing bar and are directed in the direction of the toothing bar, whereby the toothing of the toothing bar lies flush and without a gap against the toothing of the core and the toothing of the toothing bar that is up against the toothing of the core remains completely free of plastic; - opening the injection mould and removing the overmoulded piston. - placing an insert, which comprises two end plates, a supporting bar arranged between the end plates and a toothing bar, into a mould cavity of an injection mould, - placing a toothing of the toothing bar of the insert against a corresponding toothing of a core in the mould cavity, - closing the injection mould, - injecting the plastic through at least one feed channel (4.1, 4.2), preferably through at least two feed channels (4.1, 4.2) that are arranged spaced apart along the extent of the toothing bar and are directed in the direction of the toothing bar, whereby the toothing of the toothing bar lies flush and without a gap against the toothing of the core and the toothing of the toothing bar that is up against the toothing of the core remains completely free of plastic; - opening the injection mould and removing the overmoulded piston.
Device for serial printing on print media, with a printing head with a printing surface lying in one plane and a printing region extending in a longitudinal direction and with a transport device for conveying the print media on which printing is to be carried out to the printing head, wherein the transport device exhibits a first transport unit and at least one second transport unit which move the print media parallel to the printing surface and can be moved in an orthogonal direction relative to the printing surface in order to guide a print medium carried on the transport units (5, 6) to the printing surface of the printing head and position it a suitable distance from the printing surface for printing, characterised in that each of the two transport units (5, 6) has an associated drive (8, 9) with which the respective transport unit (5; 6) can be moved independently of the other transport unit (6; 5) in an orthogonal direction relative to the printing surface, and a transfer region is provided which is located in the printing region of the printing surface in order to transfer a print medium in the transfer region from the first transport unit to the second transport unit.
Method for controlling and/or regulating the air pressure in a compressed air supply device (26, 28, 30) for a utility vehicle, with the steps: - detection of at least one pressure value in the compressed air supply device and/or in vehicle components connected to the compressed air supply device, - determination of a moisture value which represents the moisture content in an air filter unit belonging to the compressed air supply device, and - opening of a shiftable clutch connecting a drive to a compressor, and also opening of a discharge valve of the compressed air supply device when the pressure value lies above a pretermined minimum value and the moisture value overshoots a predetermined threshold value, characterized in that the clutch is opened and the discharge valve remains closed when the shiftability of the clutch is afforded, the pressure value reaches a predetermined switch-off pressure and the moisture value lies below the predetermined threshold value. - detection of at least one pressure value in the compressed air supply device and/or in vehicle components connected to the compressed air supply device, - determination of a moisture value which represents the moisture content in an air filter unit belonging to the compressed air supply device, and - opening of a shiftable clutch connecting a drive to a compressor, and also opening of a discharge valve of the compressed air supply device when the pressure value lies above a pretermined minimum value and the moisture value overshoots a predetermined threshold value,
An imaging system unit cell comprising: a photodetector configured to generate a photo-current in response to receiving optical radiation; a transimpedance amplifier circuit including an amplifier, a feedback capacitor, and an output node, the transimpedance amplifier circuit configured to integrate an electrical charge accumulated from the photo-current during an integration period and provide an integration voltage at the output node; and quantization circuitry configured to generate a digital signal during the integration period based at least in part on the integration voltage, the quantization circuitry including: a comparator coupled to the output node and configured to receive the integration voltage and a voltage ramp signal, compare the integration voltage and the voltage ramp signal, and determine an intersection of the voltage ramp signal and the integration voltage at an intersection time, and a latch coupled to the comparator and configured to latch a digital counter value corresponding to the intersection time, the digital signal including the digital counter value. a photodetector configured to generate a photo-current in response to receiving optical radiation; a transimpedance amplifier circuit including an amplifier, a feedback capacitor, and an output node, the transimpedance amplifier circuit configured to integrate an electrical charge accumulated from the photo-current during an integration period and provide an integration voltage at the output node; and quantization circuitry configured to generate a digital signal during the integration period based at least in part on the integration voltage, the quantization circuitry including: a comparator coupled to the output node and configured to receive the integration voltage and a voltage ramp signal, compare the integration voltage and the voltage ramp signal, and determine an intersection of the voltage ramp signal and the integration voltage at an intersection time, and a latch coupled to the comparator and configured to latch a digital counter value corresponding to the intersection time, the digital signal including the digital counter value. a comparator coupled to the output node and configured to receive the integration voltage and a voltage ramp signal, compare the integration voltage and the voltage ramp signal, and determine an intersection of the voltage ramp signal and the integration voltage at an intersection time, and a latch coupled to the comparator and configured to latch a digital counter value corresponding to the intersection time, the digital signal including the digital counter value.
A radio frequency apparatus having wide-tuning-frequency capabilities, the apparatus comprising: a multi-core voltage controlled oscillator, wherein the multi-core voltage controlled oscillator is configured to provide output signals having a plurality of frequency bands, and wherein the multi-core voltage controlled oscillator includes: a first voltage controlled oscillator having a first tuning unit configured to receive a plurality of control signals, wherein the plurality of control signals is configured to tune a frequency range of the first voltage controlled oscillator; and a second voltage controlled oscillator having a second tuning unit configured to receive the plurality of control signals, wherein the plurality of control signals is configured to tune a frequency range of the second voltage controlled oscillator; a radio frequency component (106, 108, 112) configured to receive the plurality of control signals, wherein the plurality of control signals is configured to tune a characteristic of the radio frequency component, and wherein the plurality of control signals is configured to select a select output signal from the output signals having the plurality of frequency bands; and a frequency multiplier configured to multiply a frequency of the select output signal in response to the plurality of control signals. a multi-core voltage controlled oscillator, wherein the multi-core voltage controlled oscillator is configured to provide output signals having a plurality of frequency bands, and wherein the multi-core voltage controlled oscillator includes: a first voltage controlled oscillator having a first tuning unit configured to receive a plurality of control signals, wherein the plurality of control signals is configured to tune a frequency range of the first voltage controlled oscillator; and a second voltage controlled oscillator having a second tuning unit configured to receive the plurality of control signals, wherein the plurality of control signals is configured to tune a frequency range of the second voltage controlled oscillator; a first voltage controlled oscillator having a first tuning unit configured to receive a plurality of control signals, wherein the plurality of control signals is configured to tune a frequency range of the first voltage controlled oscillator; and a second voltage controlled oscillator having a second tuning unit configured to receive the plurality of control signals, wherein the plurality of control signals is configured to tune a frequency range of the second voltage controlled oscillator; a radio frequency component (106, 108, 112) configured to receive the plurality of control signals, wherein the plurality of control signals is configured to tune a characteristic of the radio frequency component, and wherein the plurality of control signals is configured to select a select output signal from the output signals having the plurality of frequency bands; and a frequency multiplier configured to multiply a frequency of the select output signal in response to the plurality of control signals.
A method for producing a central housing part of a high-pressure slide gate valve from high-temperature steel, in the case of which two die-forged central-housing-part half-shells (1a, 1b) with forged-on connectors (4a, 4b) are welded to one another, using electron-beam welding without any welding filler material, by a butt weld seam, which runs in a plane which runs transversely to the connectors (4a, 4b) and subdivides the central housing part, characterized in that the wall thicknesses of the central-housing-part half-shells (1a, 1b) are designed overall on the basis of a weld strength factor WSF = 1, and in that, once the weld seam has been produced, the entire central housing part is subjected to a rigorous heat treatment involving heating to beyond the transformation temperature, quenching and tempering.
A method for decoding data received from a terminal device, the method being performed by a network node, the method comprising: receiving data, from the terminal device, during a set of user conditions prevailing for the terminal device, the set of user conditions comprising - a rank indicator value reported by the terminal device and - a measurement performed by the network node on at least one reference signal received from the terminal device; selecting, by providing the set of user conditions as input to a database, a channel matrix from the database, the database comprising a set of offline trained channel matrices; and decoding the received data for the terminal device using the selected channel matrix. receiving data, from the terminal device, during a set of user conditions prevailing for the terminal device, the set of user conditions comprising - a rank indicator value reported by the terminal device and - a measurement performed by the network node on at least one reference signal received from the terminal device; - a rank indicator value reported by the terminal device and - a measurement performed by the network node on at least one reference signal received from the terminal device; selecting, by providing the set of user conditions as input to a database, a channel matrix from the database, the database comprising a set of offline trained channel matrices; and decoding the received data for the terminal device using the selected channel matrix.
A mobile communication method comprising: a step of transmitting, by a relay node, a signal to a mobile station in a subframe other than a set Multimedia Broadcast Multicast Service Single Frequency Network, MBSFN, subframe; a step of clearing, by the relay node, the setting of the MBSFN subframe while stopping transmitting a signal to the mobile station when a random access procedure is started by the RN by sending a random access preamble to a radio base station (DeNB); and a step of transmitting, by the radio base station (DeNB), a random access response to the relay node within a random access response window of the random access response when the random access preamble is received from the relay node. a step of transmitting, by a relay node, a signal to a mobile station in a subframe other than a set Multimedia Broadcast Multicast Service Single Frequency Network, MBSFN, subframe; a step of clearing, by the relay node, the setting of the MBSFN subframe while stopping transmitting a signal to the mobile station when a random access procedure is started by the RN by sending a random access preamble to a radio base station (DeNB); and a step of transmitting, by the radio base station (DeNB), a random access response to the relay node within a random access response window of the random access response when the random access preamble is received from the relay node.
An imaging system for analyzing airways of a patient, said system comprising: a hardware phantom including a plurality of tubes representative of airways, the plurality of tubes including different lumen sizes and/or wall thicknesses wherein the plurality of tubes include a tube for each of a plurality of combinations of lumen size and wall thickness, the plurality of tubes being arranged in a two-dimensional grid, wherein lumen size of the plurality of tubes increases along one of the axis of the grid and wall thickness increases along the other axis of the grid; an imaging scanner for scanning a region of interest, including the airways, and the hardware phantom to create raw image data; and, at least one processor programmed to at least one of: correct measurements of walls of the airways based on measurements of lumen size and/or wall thickness of the plurality of tubes and known lumen size and/or wall thickness of the plurality of tubes, the measurements made from the raw image data; and, generate an image of the ROI in which color and/or opacity of the airways are based on a comparison of images or maps of the plurality of tubes and images or maps of the airways, the images or maps generated from the raw image data. a hardware phantom including a plurality of tubes representative of airways, the plurality of tubes including different lumen sizes and/or wall thicknesses wherein the plurality of tubes include a tube for each of a plurality of combinations of lumen size and wall thickness, the plurality of tubes being arranged in a two-dimensional grid, wherein lumen size of the plurality of tubes increases along one of the axis of the grid and wall thickness increases along the other axis of the grid; an imaging scanner for scanning a region of interest, including the airways, and the hardware phantom to create raw image data; and, at least one processor programmed to at least one of: correct measurements of walls of the airways based on measurements of lumen size and/or wall thickness of the plurality of tubes and known lumen size and/or wall thickness of the plurality of tubes, the measurements made from the raw image data; and, generate an image of the ROI in which color and/or opacity of the airways are based on a comparison of images or maps of the plurality of tubes and images or maps of the airways, the images or maps generated from the raw image data. correct measurements of walls of the airways based on measurements of lumen size and/or wall thickness of the plurality of tubes and known lumen size and/or wall thickness of the plurality of tubes, the measurements made from the raw image data; and, generate an image of the ROI in which color and/or opacity of the airways are based on a comparison of images or maps of the plurality of tubes and images or maps of the airways, the images or maps generated from the raw image data.
An article comprising a substrate having at least one main surface coated with a multilayer interference coating, said coating containing a layer A having a refractive index lower than or equal to 1.55, characterized in that: - said layer A is an intermediate layer, making direct contact with the external layer of the interference coating, this external layer of the interference coating being a layer B having a refractive index lower than or equal to 1.55, - and said layer A was obtained by deposition, under an ion beam, of activated species issued from at least one compound C in gaseous form, containing in its structure at least one silicon atom, at least one carbon atom, at least one hydrogen atom and, optionally, at least one nitrogen atom and/or at least one oxygen atom, the deposition of said layer A being carried out by bombarding by means of an ion beam the layer A while it is being formed, and in the presence of nitrogen and/or oxygen when the compound C does not contain nitrogen and/or oxygen and - said layer A is not formed from inorganic precursor compounds, - a hydrophobic and/or oleophobic coating is optionally applied on the external layer of the interferential coating. - said layer A is an intermediate layer, making direct contact with the external layer of the interference coating, this external layer of the interference coating being a layer B having a refractive index lower than or equal to 1.55, - and said layer A was obtained by deposition, under an ion beam, of activated species issued from at least one compound C in gaseous form, containing in its structure at least one silicon atom, at least one carbon atom, at least one hydrogen atom and, optionally, at least one nitrogen atom and/or at least one oxygen atom, the deposition of said layer A being carried out by bombarding by means of an ion beam the layer A while it is being formed, and in the presence of nitrogen and/or oxygen when the compound C does not contain nitrogen and/or oxygen and - said layer A is not formed from inorganic precursor compounds, - a hydrophobic and/or oleophobic coating is optionally applied on the external layer of the interferential coating.
A recombinant modified vaccinia Ankara virus comprising a heterologous nucleic acid sequence between a first essential open reading frame and a second essential ORF in the recombinant MVA virus genome, wherein the first and second essential ORFs are adjacent in the recombinant MVA, and wherein the first and second essential ORFs are separated by at least one non-essential ORF in the parental MVA virus used to construct the recombinant MVA virus.