mhurhangee/ep-ind-claims huggingface dataset:
A method of receiving a flexible video data packet over a transmission link that couples a client and a host within an electronic device, wherein information for transmission is grouped into packets, multiple packets are grouped into a subframe and multiple subframes make up a media frame, the method comprising the steps of: receiving a flexible video data packet sent by the host to the client; receiving a packet contents field which has been inserted in a video data packet, each bit in the packet contents field indicating which one of at least one corresponding field is present in the video data packet; detecting whether or not a field is present in the flexible video data packet based on bits of the packet contents field; and setting the value of the field to be the same as the last time the field was received in a previous flexible video packet data if the field is not present in the flexible video data packet. receiving a flexible video data packet sent by the host to the client; receiving a packet contents field which has been inserted in a video data packet, each bit in the packet contents field indicating which one of at least one corresponding field is present in the video data packet; detecting whether or not a field is present in the flexible video data packet based on bits of the packet contents field; and setting the value of the field to be the same as the last time the field was received in a previous flexible video packet data if the field is not present in the flexible video data packet.
A hardness tester which applies a predetermined test force with an indenter to a surface of a sample placed on a sample support to form an indentation, and measures a dimension of the indentation to measure hardness of the sample, the hardness tester comprising: an image pickup control section which controls an image pickup section to pick up an image of the surface of the sample, to obtain picked-up image data of the surface of the sample; an indentation region extraction section which, when no indentation region candidate is extracted from binarized image data obtained by binarizing the picked-up image data, obtains curvature image data on the basis of a brightness value of the picked-up image data, and extracts a flat part where a curvature is less than a predetermined value as an indentation region referring to the obtained curvature image data; and a hardness calculation section which calculates the hardness of the sample on the basis of the indentation region. an image pickup control section which controls an image pickup section to pick up an image of the surface of the sample, to obtain picked-up image data of the surface of the sample; an indentation region extraction section which, when no indentation region candidate is extracted from binarized image data obtained by binarizing the picked-up image data, obtains curvature image data on the basis of a brightness value of the picked-up image data, and extracts a flat part where a curvature is less than a predetermined value as an indentation region referring to the obtained curvature image data; and a hardness calculation section which calculates the hardness of the sample on the basis of the indentation region.
Combined gas and steam turbine installation, in which on a shaft comprising a number of shaft segments there are arranged a generator, a gas turbine and a steam turbine, the steam turbine having a high-pressure stage and a low-pressure stage respectively assigned to one shaft segment, the shaft segment assigned to the low-pressure stage being arranged on an end side of the shaft, and at least one coupling (28, 30) being provided between the shaft segment of the high pressure stage and the shaft segment of the low-pressure stage, in which the or each coupling (28, 30, 32) is a clutch, in which the or each clutch (28, 30, 32) can be switched during operation.
A computer-implemented method of detecting deviations in packaging containers for liquid food in a manufacturing plant, said method comprising: creating a virtual model of a packaging container; obtaining one or more probability distributions () for features that are characteristic of a deviation type; producing reproductions () of the virtual model with deviations of the deviation type, wherein said deviations are included among the reproductions () in correspondence with the one or more probability distributions () for the features; associating gradings with the reproductions (); and inputting the reproductions () and the associated gradings () for training of a machine learning-based model for subsequent detection and grading of an actual deviation in the packaging containers, based on image data (Ic) of the packaging containers acquired in the manufacturing plant. creating a virtual model of a packaging container; obtaining one or more probability distributions () for features that are characteristic of a deviation type; producing reproductions () of the virtual model with deviations of the deviation type, wherein said deviations are included among the reproductions () in correspondence with the one or more probability distributions () for the features; associating gradings with the reproductions (); and inputting the reproductions () and the associated gradings () for training of a machine learning-based model for subsequent detection and grading of an actual deviation in the packaging containers, based on image data (Ic) of the packaging containers acquired in the manufacturing plant.
A method of wireless communication, comprising: receiving, at a first wireless communications device from a second wireless communications device in a mesh network, a discovery chirp signal (510, 565) in a wake-up period; sending, from the first wireless communications device to the second wireless communications device, a keep alive signal during the wake-up period in response to the discovery chirp signal (510, 565), characterised in that the keep alive signal contains associated metrics, wherein the metrics comprise at least one of the energy consumption from the first wireless communications device to a base station, the number of additional first wireless communications devices required to reach the base station from the first wireless communications device, or the timing of awake cycles of the first wireless communications device; and sending, from the first wireless communications device to the second wireless communications device, connection setup information that comprises resource allocation information. receiving, at a first wireless communications device from a second wireless communications device in a mesh network, a discovery chirp signal (510, 565) in a wake-up period; sending, from the first wireless communications device to the second wireless communications device, a keep alive signal during the wake-up period in response to the discovery chirp signal (510, 565), characterised in that the keep alive signal contains associated metrics, wherein the metrics comprise at least one of the energy consumption from the first wireless communications device to a base station, the number of additional first wireless communications devices required to reach the base station from the first wireless communications device, or the timing of awake cycles of the first wireless communications device; and sending, from the first wireless communications device to the second wireless communications device, connection setup information that comprises resource allocation information.
A method of processing particulate carbonaceous feedstock for the production of oil, the feedstock comprising biomass, the method comprising: feeding the feedstock to a vessel having an inner diameter D meters; providing one or more hard objects in the vessel wherein the one or more objects are provided as grinding media in an amount to occupy 10% to 50% of the volume V of the vessel; rotating the vessel at a speed of 55% to 90% of a critical speed CS wherein: CS = 42.3/D 0.5 rpm; while the vessel is rotating at the speed of 55% to 90% of CS, simultaneously subjecting feedstock to a particle size reduction process and pyrolysis wherein the particle size reduction process comprises repeatedly contacting the feedstock with the one or more hard objects; and condensing organic vapour generated by the pyrolysis to form oil. feeding the feedstock to a vessel having an inner diameter D meters; providing one or more hard objects in the vessel wherein the one or more objects are provided as grinding media in an amount to occupy 10% to 50% of the volume V of the vessel; rotating the vessel at a speed of 55% to 90% of a critical speed CS wherein: CS = 42.3/D 0.5 rpm; while the vessel is rotating at the speed of 55% to 90% of CS, simultaneously subjecting feedstock to a particle size reduction process and pyrolysis wherein the particle size reduction process comprises repeatedly contacting the feedstock with the one or more hard objects; and condensing organic vapour generated by the pyrolysis to form oil.
A passive alignment connection structure between an optical bench and an optoelectronic device, comprising: an optically transparent alignment block having a first set of optical fiducials and a second set of optical fiducials defined thereon; an optical bench having a body defined with alignment features including optical fiducials, wherein the optical bench is attached to the alignment block, and wherein the optical fiducials defined on the optical bench are in optical alignment with the first set of optical fiducials defined on the alignment block; a support which supports the optoelectronic device, wherein optical fiducials are defined on the support, wherein the support is attached to the alignment block, and wherein the optical fiducials of the support are in optical alignment with the second set of optical fiducials defined on the alignment block. an optically transparent alignment block having a first set of optical fiducials and a second set of optical fiducials defined thereon; an optical bench having a body defined with alignment features including optical fiducials, wherein the optical bench is attached to the alignment block, and wherein the optical fiducials defined on the optical bench are in optical alignment with the first set of optical fiducials defined on the alignment block; a support which supports the optoelectronic device, wherein optical fiducials are defined on the support, wherein the support is attached to the alignment block, and wherein the optical fiducials of the support are in optical alignment with the second set of optical fiducials defined on the alignment block.
A method for identifying a length of a bone screw to be inserted through a bore drilled in a predetermined drilling direction at a predetermined position through a bone, the method being characterized in that it comprises the steps of: - identifying the predetermined drilling direction of said bone screw and the predetermined position in a first X-ray image of the bone, wherein the identification of the predetermined position at the bone includes a measurement of the distances between the bore and the outer surface of the imaged bone (i) in an axial direction of the bone and (ii) in a direction perpendicular to the axial direction of the bone, - transferring the identified direction and position to a corresponding bone model, and - determining the length of the bone screw based on the transferred direction and position at the bone model. - identifying the predetermined drilling direction of said bone screw and the predetermined position in a first X-ray image of the bone, wherein the identification of the predetermined position at the bone includes a measurement of the distances between the bore and the outer surface of the imaged bone (i) in an axial direction of the bone and (ii) in a direction perpendicular to the axial direction of the bone, - transferring the identified direction and position to a corresponding bone model, and - determining the length of the bone screw based on the transferred direction and position at the bone model.
A lens holder for holding a vitrectomy lens during a surgical procedure, comprising: a support ring sized and shaped to receive a portion of a vitrectomy lens to provide visualization of a surgical site in an eye of a patient, the support ring being configured to rest upon the eye of the patient during a surgical treatment procedure performed on the eye; a transparent, flexible membrane disposed along a bottom plane of the support ring, and configured to conform to a surface feature on the eye; an overflow wall adjacent the support ring, the overflow wall being supported by a lower edge of the support ring, wherein the overflow wall extends from the lower edge of the support ring in an upward direction tapering outwardly from the support ring so as to form an overflow trough that extends about the support ring;wherein the support ring comprises an interior surface, an exterior surface, and at least one perforation extending through a side of the support ring from the interior surface to the exterior surface; and wherein the transparent, flexible membrane is configured to separate a wetting agent in the support ring from the eye. a support ring sized and shaped to receive a portion of a vitrectomy lens to provide visualization of a surgical site in an eye of a patient, the support ring being configured to rest upon the eye of the patient during a surgical treatment procedure performed on the eye; a transparent, flexible membrane disposed along a bottom plane of the support ring, and configured to conform to a surface feature on the eye; an overflow wall adjacent the support ring, the overflow wall being supported by a lower edge of the support ring, wherein the overflow wall extends from the lower edge of the support ring in an upward direction tapering outwardly from the support ring so as to form an overflow trough that extends about the support ring;wherein the support ring comprises an interior surface, an exterior surface, and at least one perforation extending through a side of the support ring from the interior surface to the exterior surface; and wherein the transparent, flexible membrane is configured to separate a wetting agent in the support ring from the eye.
An injection-molded body for vehicles, comprising a polycarbonate resin having a terminal structure represented by general formula and having a viscosity-average molecular weight of 18,000 to 24,000, determined using the method described in the present specification: wherein: R 1 represents an alkyl group having 5 to 23 carbon atoms or an alkenyl group having 8 to 36 carbon atoms; and R 2 to R 5 each independently represent any one selected from the group consisting of hydrogen, halogen, an alkyl group having 1 to 20 carbon atoms which may have a substituent and an aryl group having 6 to 12 carbon atoms which may have a substituent. R 1 represents an alkyl group having 5 to 23 carbon atoms or an alkenyl group having 8 to 36 carbon atoms; and R 2 to R 5 each independently represent any one selected from the group consisting of hydrogen, halogen, an alkyl group having 1 to 20 carbon atoms which may have a substituent and an aryl group having 6 to 12 carbon atoms which may have a substituent.
Process for manufacturing a plastic tank, the plastic tank comprising a plastic tank wall and at least one stiffening profile to minimise undesirable deformation of the plastic tank, wherein the stiffening profile is inserted into a shell mould, wherein the stiffening profile is held in position in the shell mould by means of negative pressure, characterized in that the material of the tank wall is sucked onto the walls of the shell mould by means of negative pressure in order to form the tank wall, so that, when the tank wall is formed, the material of the tank wall is sucked around the stiffening profile and a form-fitting hold is created between the tank wall and the stiffening profile wherein the stiffening profile has several openings, so that, when the tank wall is formed, the material of the tank wall is sucked through the openings and a form-fitting hold is created between the tank wall and the stiffening profile.
A control information receiving method comprising: receiving m control channels from a first device, wherein control information carried on the m control channels corresponds to a same hybrid automatic repeat request, HARQ, process and is consecutive control information of the HARQ process, control information carried on each of the m control channels comprises false alarm indication information, and m is a positive integer greater than or equal to 2; and determining, based on whether a combined state of false alarm indication information carried on the m control channels meets a preset rule, whether there is a false alarm in control information carried on at least one of the m control channels; wherein the combined state is a sequence obtained by combining m pieces of false alarm indication information carried on the m control channels. receiving m control channels from a first device, wherein control information carried on the m control channels corresponds to a same hybrid automatic repeat request, HARQ, process and is consecutive control information of the HARQ process, control information carried on each of the m control channels comprises false alarm indication information, and m is a positive integer greater than or equal to 2; and determining, based on whether a combined state of false alarm indication information carried on the m control channels meets a preset rule, whether there is a false alarm in control information carried on at least one of the m control channels; wherein the combined state is a sequence obtained by combining m pieces of false alarm indication information carried on the m control channels.
Toy vehicle comprising - a chassis, - a plurality of running wheels, which are attached to the chassis, - an activating element for steering the toy vehicle, characterised by a steering device, which comprises - a steering plate articulated to all running wheels, said steering plate being movable by the steering activating element relative to the chassis, - axle knuckles supporting the running wheels, said axle knuckles being articulated both to the steering plate and to the chassis. - a chassis, - a plurality of running wheels, which are attached to the chassis, - an activating element for steering the toy vehicle, - a steering plate articulated to all running wheels, said steering plate being movable by the steering activating element relative to the chassis, - axle knuckles supporting the running wheels, said axle knuckles being articulated both to the steering plate and to the chassis.
Valve with a valve housing through which process medium may flow and in which is located a valve seat encompassing a through-flow orifice and assigned a valve member mounted on a spindle in such a way that the valve member is movable by means of a stroke of the spindle between a blocking position in which the valve member fits up with process-medium-tight sealing against the valve seat, and an open position in which the valve member is lifted from the valve seat, wherein there is accommodated in the valve housing a sealing device through which the spindle passes and which seals the spindle passage, and with a valve drive which has a drive housing and an operating wall arranged movably in the drive housing, which may be subjected to fluid pressure and generates the stroke of the spindle, and wherein there are provided on the valve housing a valve housing interface and on the drive housing a drive housing interface for the connection of valve housing and drive housing, wherein the drive housing has, in front of the operating wall, a housing base bounding a working space for the operating wall, on which the drive housing interface is provided, wherein the housing base has a bottom base part connected, pressure-tight, to the rest of the drive housing and with an inner wall bounding the working space, and a drive-side interface part having the drive housing interface and connected to the bottom base part, wherein the valve housing has a valve housing base section, and a fluid-side interface part having the valve housing interface and connected to the valve housing base section being designed as a separate component from the valve housing base section and attached to the valve housing, characterised in that the drive-side interface part is designed as a separate component from the bottom base part, and is attached to the bottom base part.
A valve assembly for alternately providing and preventing access to a fluid pathway, the valve assembly comprising: a first platform having a first thru-hole that passes therethrough, wherein the first platform is adapted for placement adjacent to a patient's skin, and the first thru-hole is biased to one quadrant of the first platform; a second platform having a second thru-hole that passes therethrough, wherein the second thru-hole is biased to one quadrant of the second platform; and a layer of elastomer sandwiched between the first platform and the second platform, wherein the layer of elastomer has a third thru-hole that is biased to one quadrant of the layer of elastomer; and a retaining ring configured to retain the first platform in proximity to the second platform such that the second platform can be rotated with respect to the first platform between a first position and a second position, wherein the retaining ring attaches to the first platform to retain the second platform and the layer of elastomer and to allow the second platform and the layer of elastomer to rotate with respect to the first platform, wherein in the first position the first and second thru-holes (54, 51) align to provide access to the fluid pathway and in the second position the first and second thru-holes (54, 51) offset to provide a fluid tight seal and to prevent access to the fluid pathway. a first platform having a first thru-hole that passes therethrough, wherein the first platform is adapted for placement adjacent to a patient's skin, and the first thru-hole is biased to one quadrant of the first platform; a second platform having a second thru-hole that passes therethrough, wherein the second thru-hole is biased to one quadrant of the second platform; and a layer of elastomer sandwiched between the first platform and the second platform, wherein the layer of elastomer has a third thru-hole that is biased to one quadrant of the layer of elastomer; and a retaining ring configured to retain the first platform in proximity to the second platform such that the second platform can be rotated with respect to the first platform between a first position and a second position, wherein the retaining ring attaches to the first platform to retain the second platform and the layer of elastomer and to allow the second platform and the layer of elastomer to rotate with respect to the first platform, wherein in the first position the first and second thru-holes (54, 51) align to provide access to the fluid pathway and in the second position the first and second thru-holes (54, 51) offset to provide a fluid tight seal and to prevent access to the fluid pathway.
A method for manufacturing separators for an electrochemical device, the method comprising treating at least one of the laminating surfaces of two porous substrates by corona discharge and laminating the porous substrates, preparing a slurry containing inorganic particles dispersed therein and a solution of a binder polymer in a solvent, and coating the slurry on both surfaces of the laminate of the porous substrates, and delaminating the coated laminate of the porous substrates. treating at least one of the laminating surfaces of two porous substrates by corona discharge and laminating the porous substrates, preparing a slurry containing inorganic particles dispersed therein and a solution of a binder polymer in a solvent, and coating the slurry on both surfaces of the laminate of the porous substrates, and delaminating the coated laminate of the porous substrates.