mhurhangee/ep-ind-claims huggingface dataset:
A recording media smoothness detector comprising: a sensor, comprising: a light source to emit light toward a recording medium; and a light-detecting device to detect an amount of light reflected by the recording medium; and a calculator, comprising: a first memory to store an initial output value of the sensor; and a second memory to store a decreased output percentage of the sensor relative to the initial output value per number of recording media detected or per unit length of recording media, a luminsosity adjuster to adjust a luminosity of the light source, characterized in that the calculator is configured to calculate a decreased output amount of the sensor from the decreased output percentage of the sensor per number of recording media detected, according to number of recording media detected by the sensor, or calculate a decreased output amount of the sensor from the decreased output percentage of the sensor per unit length of recording media, according to a unit length of recording media detected by the sensor, to adjust the luminosity of the light source based on the calculated decreased output amount of the sensor and determine smoothness of the recording medium based on an output of the sensor after the adjustment. a sensor, comprising: a light source to emit light toward a recording medium; and a light-detecting device to detect an amount of light reflected by the recording medium; and a light source to emit light toward a recording medium; and a light-detecting device to detect an amount of light reflected by the recording medium; and a calculator, comprising: a first memory to store an initial output value of the sensor; and a second memory to store a decreased output percentage of the sensor relative to the initial output value per number of recording media detected or per unit length of recording media, a luminsosity adjuster to adjust a luminosity of the light source, characterized in that a first memory to store an initial output value of the sensor; and a second memory to store a decreased output percentage of the sensor relative to the initial output value per number of recording media detected or per unit length of recording media, a luminsosity adjuster to adjust a luminosity of the light source, characterized in that the calculator is configured to calculate a decreased output amount of the sensor from the decreased output percentage of the sensor per number of recording media detected, according to number of recording media detected by the sensor, or calculate a decreased output amount of the sensor from the decreased output percentage of the sensor per unit length of recording media, according to a unit length of recording media detected by the sensor, to adjust the luminosity of the light source based on the calculated decreased output amount of the sensor and determine smoothness of the recording medium based on an output of the sensor after the adjustment.
A device for sealing a chamber inlet or a chamber outlet for a flexible substrate, comprising a body having a sealing surface, a substrate opening formed in the body configured to be traversed by the flexible substrate, an elastic tube at least partially facing the sealing surface, wherein the elastic tube is adapted for inflating and deflating during operation, a rigid bar disposed within the elastic tube, wherein the rigid bar is a rigid tube, wherein the elastic tube is maintained by the rigid bar in a fixed position in the device, wherein the interior of the rigid tube is configured to be connected to a gas supply, and the interior of the rigid tube is in fluid connection with a space between the rigid tube and the elastic tube, such that the elastic tube has a connecting portion for connecting the gas supply.
A method of link adaptation toward a wireless device by a serving radio node in a cellular communication network, said method comprising: determining a mapping between interfering-signal transport formats and corresponding interfering-signal cancelation efficiencies of the device, based on receiving interference-cancelation capability information from the device; receiving an indication of which transport format has been selected for use in a current transmission interval, for a neighbor-cell transmission that is expected to be an interfering transmission with respect to an own-cell transmission to be made by the serving radio node towards the device in the current transmission interval; determining the interference cancelation efficiency expected for the device with respect to the neighbor-cell transmission, as a function of the determined mapping and the transport format known from the received indication; estimating the own-cell signal quality that will be experienced at the device in the current transmission interval, as a function of the determined cancelation efficiency and an own-cell channel quality value indicated by the device in channel quality report received from the device in a prior transmission interval; and selecting the transport format to use for the own-cell transmission as a function of the estimated own-cell quality. determining a mapping between interfering-signal transport formats and corresponding interfering-signal cancelation efficiencies of the device, based on receiving interference-cancelation capability information from the device; receiving an indication of which transport format has been selected for use in a current transmission interval, for a neighbor-cell transmission that is expected to be an interfering transmission with respect to an own-cell transmission to be made by the serving radio node towards the device in the current transmission interval; determining the interference cancelation efficiency expected for the device with respect to the neighbor-cell transmission, as a function of the determined mapping and the transport format known from the received indication; estimating the own-cell signal quality that will be experienced at the device in the current transmission interval, as a function of the determined cancelation efficiency and an own-cell channel quality value indicated by the device in channel quality report received from the device in a prior transmission interval; and selecting the transport format to use for the own-cell transmission as a function of the estimated own-cell quality.
Sensor device for being set down on the seabed and autonomous underwater vehicle and mother platform, comprising the following features: a) the sensor device comprises a holder apparatus with a controllable unlocking arrangement, b) the holder apparatus is designed in such a way that the sensor device can be fastened to the autonomous underwater vehicle by way of the holder apparatus, so that the sensor device can be transported to an area of use, c) the controllable unlocking arrangement is designed in such a way that the sensor device can be detached from the autonomous underwater vehicle in the area of use, so that the sensor device can be lowered to the seabed, d) the sensor device is connected to the mother platform by means of an optical waveguide during operation, e) the sensor device comprises at least three hydrophones, f) the sensor device comprises a sound generator, g) the sensor device comprises batteries for power supply. a) the sensor device comprises a holder apparatus with a controllable unlocking arrangement, b) the holder apparatus is designed in such a way that the sensor device can be fastened to the autonomous underwater vehicle by way of the holder apparatus, so that the sensor device can be transported to an area of use, c) the controllable unlocking arrangement is designed in such a way that the sensor device can be detached from the autonomous underwater vehicle in the area of use, so that the sensor device can be lowered to the seabed, d) the sensor device is connected to the mother platform by means of an optical waveguide during operation, e) the sensor device comprises at least three hydrophones, f) the sensor device comprises a sound generator, g) the sensor device comprises batteries for power supply.
An ultrasonic diagnostic apparatus comprising: a transmission beam generating unit that generates a plurality of sets of transmission beams by setting transmission beams which are transmitted in different transmission scan line positions and in which the sum of waveforms is 0, to one set; a reception beam generating unit that generates reception beams with respect to at least one reception scan line in consideration of transmission delay of the transmission beams in each of the transmission scan lines; a signal processing unit that extracts fundamental components and harmonic components from the reception beams, respectively; a synthesization unit that generates synthesized signals by synthesizing the fundamental components and the harmonic components according to a set synthesization ratio; a display unit that displays a synthesized image comprising the synthesized signals; characterised in that the apparatus further comprises an input unit to which selection of the synthesization ratio is input from a user, wherein the display unit displays a synthesized image according to the selected synthesization ratio that changes when the synthesization ratio changes, in real time, and wherein the input unit receives selection of the synthesization ratio in at least one of a lateral direction, an axial direction, and an elevational direction. a transmission beam generating unit that generates a plurality of sets of transmission beams by setting transmission beams which are transmitted in different transmission scan line positions and in which the sum of waveforms is 0, to one set; a reception beam generating unit that generates reception beams with respect to at least one reception scan line in consideration of transmission delay of the transmission beams in each of the transmission scan lines; a signal processing unit that extracts fundamental components and harmonic components from the reception beams, respectively; a synthesization unit that generates synthesized signals by synthesizing the fundamental components and the harmonic components according to a set synthesization ratio; a display unit that displays a synthesized image comprising the synthesized signals; characterised in that the apparatus further comprises an input unit to which selection of the synthesization ratio is input from a user, wherein the display unit displays a synthesized image according to the selected synthesization ratio that changes when the synthesization ratio changes, in real time, and wherein the input unit receives selection of the synthesization ratio in at least one of a lateral direction, an axial direction, and an elevational direction.
One or more compounds of the formula or a pharmaceutically acceptable salt thereof, wherein A and A' are each independently an optionally substituted nitrogen-containing heterocyclylamido; or C NHX-, where X is an optionally substituted arylalkyl; or C NR 14 X-, where R 14 is selected from hydroxy, alkyl, alkoxycarbonyl, and benzyl; and X is optionally substituted arylalkyl; n is an integer selected from 0 to 3; R 1 is hydrogen; R 2 is hydrogen; R 3 is a nitrogen-containing heterocyclyl group of the formula where R 10 and R 11 are each independently selected from the group consisting of hydrogen, optionally substituted alkyl, optionally substituted cycloalkyl, optionally substituted aryl, and optionally substituted arylalkyl; and R 4 is optionally substituted arylalkyl, optionally substituted arylhaloalkyl, optionally substituted arylalkoxyalkyl, optionally substituted arylalkenyl, optionally substituted arylhaloalkenyl, or optionally substituted arylalkynyl; for use for treating a patient having post traumatic stress disorder. A and A' are each independently an optionally substituted nitrogen-containing heterocyclylamido; or C NHX-, where X is an optionally substituted arylalkyl; or C NR 14 X-, where R 14 is selected from hydroxy, alkyl, alkoxycarbonyl, and benzyl; and X is optionally substituted arylalkyl; n is an integer selected from 0 to 3; R 1 is hydrogen; R 2 is hydrogen; R 3 is a nitrogen-containing heterocyclyl group of the formula where R 10 and R 11 are each independently selected from the group consisting of hydrogen, optionally substituted alkyl, optionally substituted cycloalkyl, optionally substituted aryl, and optionally substituted arylalkyl; and R 4 is optionally substituted arylalkyl, optionally substituted arylhaloalkyl, optionally substituted arylalkoxyalkyl, optionally substituted arylalkenyl, optionally substituted arylhaloalkenyl, or optionally substituted arylalkynyl; for use for treating a patient having post traumatic stress disorder.
A system for spatial positioning of magnetometers, comprising: Magnetometers configured to obtain magnetic field data related to magnetoencephalography or biological magnetic fields of other parts; a magnetometer bracket being configured to be fixedly disposed relative to the head or other body parts of a subject, and the magnetometer bracket comprising at least one mounting part with an orientation allowing the magnetometers to be respectively disposed at the mounting part along a specific direction at a first depth; first positioning markers being non-rotational-symmetric patterns, the first positioning markers being respectively disposed in association with each of the magnetometers in a one-to-one correspondence; a photogrammetry system comprising photographing devices, configured to photograph the first positioning markers to obtain first image data of the first positioning markers, by at least one of the photographing devices, at at least two photographing sites of a plurality of photographing sites; and a controller configured to receive the first image data obtained by the photographing devices, and to calculate a spatial location and a spatial orientation of the first positioning markers based on pre-obtained system parameters and the first image data and thus calculate a spatial location and a spatial orientation of the magnetometers. Magnetometers configured to obtain magnetic field data related to magnetoencephalography or biological magnetic fields of other parts; a magnetometer bracket being configured to be fixedly disposed relative to the head or other body parts of a subject, and the magnetometer bracket comprising at least one mounting part with an orientation allowing the magnetometers to be respectively disposed at the mounting part along a specific direction at a first depth; first positioning markers being non-rotational-symmetric patterns, the first positioning markers being respectively disposed in association with each of the magnetometers in a one-to-one correspondence; a photogrammetry system comprising photographing devices, configured to photograph the first positioning markers to obtain first image data of the first positioning markers, by at least one of the photographing devices, at at least two photographing sites of a plurality of photographing sites; and a controller configured to receive the first image data obtained by the photographing devices, and to calculate a spatial location and a spatial orientation of the first positioning markers based on pre-obtained system parameters and the first image data and thus calculate a spatial location and a spatial orientation of the magnetometers.
Gripping and releasing mechanism of blank pipes in a mould for expanding said blank pipes whereby the gripping is done prior to the expanding of said blank pipes which produces their molecular orientation, characterised in that it comprises: - a drilled tubular piece (3, 3', 3") which is provided with tapered radial holes in which a first line of rigid balls are partially housed and can move in a radial direction, - at least one grooved tubular piece (6, 6', 6", 6"'), which is provided with longitudinal channels (7, T, 7", 7"') in which the balls (5, 5') are partially housed and which are slightly wider than the diameter of the balls with a variable depth, that can move axially in relation to the drilled piece (3, 3', 3") causing the radial movement of the balls (5, 5'), and - a fixed tubular piece (2, 2', 2") concentric to the drilled tubular piece (3, 3', 3") which is adapted to receive the end of the pipe in combination with said drilled tubular piece (3, 3', 3") and to grip and deform the end of the pipe when the balls (5, 5') move in one direction towards the pipe and to release the pipe when the balls (5, 5') move in opposite direction. - a drilled tubular piece (3, 3', 3") which is provided with tapered radial holes in which a first line of rigid balls are partially housed and can move in a radial direction, - at least one grooved tubular piece (6, 6', 6", 6"'), which is provided with longitudinal channels (7, T, 7", 7"') in which the balls (5, 5') are partially housed and which are slightly wider than the diameter of the balls with a variable depth, that can move axially in relation to the drilled piece (3, 3', 3") causing the radial movement of the balls (5, 5'), and - a fixed tubular piece (2, 2', 2") concentric to the drilled tubular piece (3, 3', 3") which is adapted to receive the end of the pipe in combination with said drilled tubular piece (3, 3', 3") and to grip and deform the end of the pipe when the balls (5, 5') move in one direction towards the pipe and to release the pipe when the balls (5, 5') move in opposite direction.
Timepiece mechanism comprising a star and a jumper spring comprising a rigid element (33; 83; 133; 233; 333) having a protrusion (35; 85) arranged to cooperate with the star, and at least one elastic portion (37a, 37b; 87; 137a, 137b; 237a, 237b; 337a, 337b) arranged to surround the star (17; 67; 117; 217; 317) at least partially, further comprising a support (15; 65; 115) on which the jumper spring (31; 81; 131; 231; 331) is movably mounted, the support comprising a bearing structure arranged to constrain the jumper spring by retaining the at least one elastic portion so that the rigid element is biased against the star, and comprising guide means arranged to allow the rigid element (33; 83; 133; 233; 333) to be raised by one of the teeth of the star (17; 67; 117; 217; 317) and then to fall between two teeth thereof; characterised in that said at least one elastic portion is formed by an elastic arm (37a, 37b; 87; 137a, 137b; 237a, 237b; 337a, 337b) fixedly attached to the rigid element (33; 83; 133; 233; 333) by one of its ends, named proximal end, in that the bearing structure comprises at least one stop (45, 46; 95) against which the distal end of the elastic arm (37a, 37b; 87; 137a, 137b; 237a, 237b; 337a, 337b) comes to bear, and in that the guide means are formed by a plurality of straight and parallel slides (39, 40, 41a, 41b; 89, 90, 91, 92; 141a, 141b, 142a, 142b; 239, 240, 241a, 241b; 339, 340) which are arranged to allow the rigid element (33; 83; 133; 233; 333) to be displaced in translation parallel to a specified direction relative to the support.
An apparatus configured for controlled infusion of a nerve-blocking agent into a periarterial space of a renal artery of a kidney to effect minimally invasive renal nerve modulation, the apparatus comprising a drug delivery catheter that terminates in the area of the renal artery where the delivered drug is capable of blocking the renal nerve, wherein the catheter is in fluid communication with a drug reservoir, and wherein the catheter comprises a sealed tip and multiple side holes in its wall.
A cellobiohydrolase variant, comprising a substitution at a position corresponding to position 243 of the polypeptide of SEQ ID NO: 1, wherein the variant has cellobiohydrolase activity and wherein the variant has at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100%, sequence identity to SEQ ID NO: 1, and wherein the variant comprises the substitution L243V.
Granular de-dusting material comprising 30 - 60 wt.% cold-swelling potato starch, 5 - 40 wt.% vegetable oil, 5 - 35 wt.% flour, all weight percentages based on dry weight of the granular de-dusting material.
An optical system for beam shaping of a laser beam for processing an in particular for the laser beam largely transparent material by modifying the material in a focus zone that is elongated in propagation direction, the optical system comprising a beam shaping element that is configured to receive the laser beam having a transverse input intensity profile and to impose a beam shaping phase distribution over the transversal input intensity profile onto the laser beam for generating an elongated focus zone; and a near field optics, which is arranged downstream of the beam shaping element at a beam shaping distance (Dp) and configured to focus the laser beam into the focus zone, characterized in that the beam shaping element is further configured as a part of an imaging system to impose onto the laser beam additionally a phase distribution with focusing action such that there is performed an imaging by the additionally imposed phase distribution of the beam shaping element as far field focusing action and the focusing by the near field optics as near field focusing action. a beam shaping element that is configured to receive the laser beam having a transverse input intensity profile and to impose a beam shaping phase distribution over the transversal input intensity profile onto the laser beam for generating an elongated focus zone; and a near field optics, which is arranged downstream of the beam shaping element at a beam shaping distance (Dp) and configured to focus the laser beam into the focus zone, characterized in that the beam shaping element is further configured as a part of an imaging system to impose onto the laser beam additionally a phase distribution with focusing action such that there is performed an imaging by the additionally imposed phase distribution of the beam shaping element as far field focusing action and the focusing by the near field optics as near field focusing action.