mhurhangee/ep-ind-claims huggingface dataset:
Method for assessing the signal quality in a network consisting of a communications network, in which a plurality of transmitters are connected to one and the same cable and the transmission links from each of these transmitters to the measuring point have different length, multidrop, wherein the signal quality for each transmitter present in the network is recorded separately and shown in the form of the eye diagram and assessed, wherein furthermore, possible communications errors are recorded as a data stream on the digital plane, assessed and displayed, and the data stream is divided into sections of equal length which have a length many times the signal duration, and these sections are written one over another with the aid of an afterglowing oscilloscope or storage oscilloscope, wherein an image in the form of an eye diagram is produced on the screen, characterised in that the communications network 1.) operates using Manchester-encoded signals and the eye diagram is shown as a double eye, wherein the line is assessed as high-grade if the left eye is closed, that is, is infiltrated by curve paths, while the right eye is open, 2.) and consists of a fieldbus or a communications network for industrial automatization, the structure of which in the network relates to a certain topology of sensors, actuators and field devices which are arranged in a relatively uncertain structure, namely for example on a star-like structure, a ring structure, a line structure with lines and short stub lines and with a tree structure, 3.) and in that the fieldbus or the communications network uses only two lines (5, 6) for transmitting data and energy. 1.) operates using Manchester-encoded signals and the eye diagram is shown as a double eye, wherein the line is assessed as high-grade if the left eye is closed, that is, is infiltrated by curve paths, while the right eye is open, 2.) and consists of a fieldbus or a communications network for industrial automatization, the structure of which in the network relates to a certain topology of sensors, actuators and field devices which are arranged in a relatively uncertain structure, namely for example on a star-like structure, a ring structure, a line structure with lines and short stub lines and with a tree structure, 3.) and in that the fieldbus or the communications network uses only two lines (5, 6) for transmitting data and energy.
A method comprising: at one or more network nodes comprising an Access and Mobility Management Function, AMF, for managing communications associated with a User Equipment, LTE, operative in a Next Generation, NG, Radio Access Network, RAN, NG-RAN, and for communicating signaling messages with the NG-RAN according to an NG Application Protocol, NGAP, receiving (304, 404, 504) a registration request message which includes a Subscription Concealed Identity, SUCI, associated with the UE; identifying (306, 406, 506), from a set of AMF servers (208, 210, 212, 214) of the AMF, an initial AMF server to which to forward the registration request message for processing; allocating (308, 408, 516) a first AMF-UE-NGAP-ID for NGAP messaging associated with the UE, which includes at least embedding in the first AMF-UE-NGAP-ID a hash result of a hash performed on an initial server ID of the initial AMF server; receiving (312, 524, 548) a Subscription Permanent Identity, SUPI, associated with the UE from an authentication procedure performed for the UE based on the SUCI; identifying (314, 412, 550), from the set of AMF servers of the AMF, an anchor AMF server for the UE based on a hash result of a hash performed on the SUPI of the UE; and allocating (316, 414, 556) a second AMF-UE-NGAP-ID for NGAP messages associated with the LTE, which includes at least embedding in the second AMF-LTE-NGAP-ID a hash result of a hash performed on an anchor server ID of the anchor AMF server. receiving (304, 404, 504) a registration request message which includes a Subscription Concealed Identity, SUCI, associated with the UE; identifying (306, 406, 506), from a set of AMF servers (208, 210, 212, 214) of the AMF, an initial AMF server to which to forward the registration request message for processing; allocating (308, 408, 516) a first AMF-UE-NGAP-ID for NGAP messaging associated with the UE, which includes at least embedding in the first AMF-UE-NGAP-ID a hash result of a hash performed on an initial server ID of the initial AMF server; receiving (312, 524, 548) a Subscription Permanent Identity, SUPI, associated with the UE from an authentication procedure performed for the UE based on the SUCI; identifying (314, 412, 550), from the set of AMF servers of the AMF, an anchor AMF server for the UE based on a hash result of a hash performed on the SUPI of the UE; and allocating (316, 414, 556) a second AMF-UE-NGAP-ID for NGAP messages associated with the LTE, which includes at least embedding in the second AMF-LTE-NGAP-ID a hash result of a hash performed on an anchor server ID of the anchor AMF server.
An analyzing method for quantifying an analysis object using an analyzing apparatus, wherein the analyzing method comprises: preparing a quantitative calibrator in which, with respect to one analysis object to be quantified, two or more of the following three kinds of compounds are selected as calibration substances: the analysis object; a plurality of stable isotope compounds of the analysis object; and a plurality of analogue compounds of the analysis object, the analogue compounds being compounds having chemical and physical properties analogous to chemical and physical properties of the analysis object; are artificially mixed at respectively different concentrations for quantifying a required concentration range, measuring the quantitative calibrator by the analyzing apparatus to measure two or more concentrations from the quantitative calibrator, subsequently measuring a measurement sample containing the analysis object; and quantifying the analysis object contained in the measurement sample based on information of the measurements of the measurement sample and the quantitative calibrator. preparing a quantitative calibrator in which, with respect to one analysis object to be quantified, two or more of the following three kinds of compounds are selected as calibration substances: the analysis object; a plurality of stable isotope compounds of the analysis object; and a plurality of analogue compounds of the analysis object, the analogue compounds being compounds having chemical and physical properties analogous to chemical and physical properties of the analysis object; the analysis object; a plurality of stable isotope compounds of the analysis object; and a plurality of analogue compounds of the analysis object, the analogue compounds being compounds having chemical and physical properties analogous to chemical and physical properties of the analysis object; are artificially mixed at respectively different concentrations for quantifying a required concentration range, measuring the quantitative calibrator by the analyzing apparatus to measure two or more concentrations from the quantitative calibrator, subsequently measuring a measurement sample containing the analysis object; and quantifying the analysis object contained in the measurement sample based on information of the measurements of the measurement sample and the quantitative calibrator.
Solenoid valve device for a motor vehicle having a solenoid valve and an attachment device for attaching the solenoid valve to a motor vehicle body of the motor vehicle, wherein the attachment device has a support element designed as a support plate, onto which support element the solenoid valve is attached, as well as holding arms extending from the support element, by means of which holding arms the support element can be attached onto the motor vehicle body, wherein the holding arms between them mount the solenoid valve at least in part, are connected only indirectly to the solenoid valve via the support element and are designed in one piece with and made from the same material as the support element, characterised in that the holding arms are elastic in the pulling direction of an electromagnet of the solenoid valve, wherein the elasticity of the holding arms is provided by a sufficiently low strength of the holding arms.
An image processing system comprising: image obtaining means for obtaining images captured from a plurality of directions by a plurality of cameras; information obtaining means for obtaining viewpoint information indicating a virtual viewpoint; and generation means for generating virtual viewpoint images on a basis of the images obtained by the image obtaining means and the viewpoint information obtained by the information obtaining means, wherein the generation means is configured to generate a first virtual viewpoint image to be outputted to a display apparatus used by a user to specify a virtual viewpoint and to generate a second virtual viewpoint image to be outputted to an output destination different from the display apparatus by using at least one of the first virtual viewpoint image and data generated in a process for generating the first virtual viewpoint image by image processing using the plurality of images obtained by the image obtaining means, the second virtual viewpoint image having a higher image quality than that of the first virtual viewpoint image. image obtaining means for obtaining images captured from a plurality of directions by a plurality of cameras; information obtaining means for obtaining viewpoint information indicating a virtual viewpoint; and generation means for generating virtual viewpoint images on a basis of the images obtained by the image obtaining means and the viewpoint information obtained by the information obtaining means, wherein the generation means is configured to generate a first virtual viewpoint image to be outputted to a display apparatus used by a user to specify a virtual viewpoint and to generate a second virtual viewpoint image to be outputted to an output destination different from the display apparatus by using at least one of the first virtual viewpoint image and data generated in a process for generating the first virtual viewpoint image by image processing using the plurality of images obtained by the image obtaining means, the second virtual viewpoint image having a higher image quality than that of the first virtual viewpoint image.
An audio accessory device verification system comprising an audio accessory device having at least one speaker and being configured to connect to at least one user device (9, 10, 11) for providing audio from the user device (9, 10, 11) to the audio accessory device, a computer program application accessible from the user device (9, 10, 11), a verification ID (6, 6') being provided external of the audio accessory device, the verification ID (6, 6') identifying a specific audio accessory device, a request server configured to receive verification requests via the user device (9, 10, 11) comprising the verification ID (6, 6'), a database for storing datasets comprising corresponding sets of verification ID (6, 6'), one or more validation parameters and one or more predetermined criteria, and a validation server configured to validate use of a specific audio accessory device for the specific computer program application if the verification ID (6,6') is found in the database and if the corresponding one or more validation parameters fulfil the one or more predetermined criteria, wherein the computer program application comprises processing algorithms to interact with output to and/or input from the audio accessory device.
A bolt mechanism which comprises a rotatable locking bolt arranged on a bolt axis parallel with the surface of the door, in the locking position of which bolt, a locking slide included in the bolt mechanism is located behind a locking surface of the locking bolt locking the bolt mechanism, a striking plate, in which there is an opening and a magnetic element magnetising the locking bolt into the opening, moving in the depth and horizontal direction of the opening, a spring fastened from one end to the locking bolt and from the other end to a body, and a front shield, characterised in that - the magnetic element is arranged to slide and rotate in front of the locking bolt when the locking bolt goes to the opening of the striking plate, - the bolt mechanism being in the open position, the spring is arranged to hold the locking bolt substantially on the plane of the front shield of the lock. - the magnetic element is arranged to slide and rotate in front of the locking bolt when the locking bolt goes to the opening of the striking plate, - the bolt mechanism being in the open position, the spring is arranged to hold the locking bolt substantially on the plane of the front shield of the lock.
A multi-purpose hand washing station comprising; a basin attached to a wall by a support structure; a top air plenum hood attached to the basin; a top air plenum attached within the top air plenum hood and suspended over the basin; at least one air inlet included in the top air plenum; an air outlet included in the top air plenum; a bottom air plenum attached to a bottom side of the basin and mounted directly below the top air plenum; at least one air inlet included in the bottom air plenum; an air outlet extending from a top side of the basin included in the bottom air plenum; a blower mounted below the basin and configured to supply an air pressure to the top air plenum and the bottom air plenum; a first air hose with a first and a second end, the first end connected to at least one air inlet of the top air plenum and the second end connected to the blower; a second air hose with a first and second end, the first end connected to at least one air inlet of the bottom air plenum, characterised in that the second hose includes a vertical length extending from the at least one air inlet of the bottom air plenum in an upward vertical direction, and a bend extending the second hose in a downward vertical direction and attaching the second end of the second air hose to the blower; and a fastener attaching the bend to the top air plenum hood and configured to locate the bend within the top plenum hood. a basin attached to a wall by a support structure; a top air plenum hood attached to the basin; a top air plenum attached within the top air plenum hood and suspended over the basin; at least one air inlet included in the top air plenum; an air outlet included in the top air plenum; a bottom air plenum attached to a bottom side of the basin and mounted directly below the top air plenum; at least one air inlet included in the bottom air plenum; an air outlet extending from a top side of the basin included in the bottom air plenum; a blower mounted below the basin and configured to supply an air pressure to the top air plenum and the bottom air plenum; a first air hose with a first and a second end, the first end connected to at least one air inlet of the top air plenum and the second end connected to the blower; a second air hose with a first and second end, the first end connected to at least one air inlet of the bottom air plenum, characterised in that the second hose includes a vertical length extending from the at least one air inlet of the bottom air plenum in an upward vertical direction, and a bend extending the second hose in a downward vertical direction and attaching the second end of the second air hose to the blower; and a fastener attaching the bend to the top air plenum hood and configured to locate the bend within the top plenum hood.
A drawer, having lateral frames, which are opposite one another and are attached to a rear wall, and on which plate-shaped frame attachments are arranged, which are each connected via an adjustment device to a front panel adjustable in its inclination, whereby the adjustment device has a holder, which is connected to the respective frame attachment, and which bears an adjustment member, which is positioned so it is movable relative thereto in the region of one of the wide sides of the frame attachment, and which engages in an attachment part fixed on the front panel, whereby the holder is concealed by a first cap, characterized in that a connecting element is provided for connecting the frame attachment to the rear wall and the connecting element is concealed by a second cap, whereby the caps each consist of an inlay and a cover which covers it.
A screening method for identifying candidate therapeutics for treating or preventing age-related macular degeneration, comprising: a) Culturing a microorganism in a suitable culture medium in the presence of a test compound; b) Measuring the growth of the microorganism in the culture medium in the presence of the test compound; and optionally c) Identifying a candidate therapeutics that inhibits the growth of the microorganism compared to a control, wherein the microorganism comprises a species that is enriched in the intraocular space in a subject having age-related macular degeneration compared to a healthy subject. a) Culturing a microorganism in a suitable culture medium in the presence of a test compound; b) Measuring the growth of the microorganism in the culture medium in the presence of the test compound; and optionally c) Identifying a candidate therapeutics that inhibits the growth of the microorganism compared to a control,
A rotor for a fan of a gas turbine engine, comprising: a rotor disk; and a fan blade extending radially outward from the rotor disk, the fan blade having a leading edge and wherein the fan blade is formed from a first material; and a sheath extending along the leading edge of the fan blade, the sheath being formed from a second material different from the first material: characterized by the second material being a brittle material having a molecular structure causing the brittle material to shatter or crack upon debris or bird impact on the sheath, wherein the sheath will shatter or crack prior to a deflection of the fan blade due to the debris or bird impact on the sheath, wherein global deflection of the fan blade due to the debris or bird impact on the sheath is reduced by absorption of the energy from the impact by the sheath. a rotor disk; and a fan blade extending radially outward from the rotor disk, the fan blade having a leading edge and wherein the fan blade is formed from a first material; and a sheath extending along the leading edge of the fan blade, the sheath being formed from a second material different from the first material: characterized by the second material being a brittle material having a molecular structure causing the brittle material to shatter or crack upon debris or bird impact on the sheath, wherein the sheath will shatter or crack prior to a deflection of the fan blade due to the debris or bird impact on the sheath, wherein global deflection of the fan blade due to the debris or bird impact on the sheath is reduced by absorption of the energy from the impact by the sheath.
A shaving razor handle comprising: a body defined by a top shell joined to a bottom shell; and a forward assembly coupled to the body and comprising a shaft that is received in an open end of the body, wherein an inner surface of one of the top shell or the bottom shell comprises an extension that engages an aperture formed in an outer surface of the shaft, characterized in that the aperture comprises axial and circumferential dimensions and wherein engagement between the extension and circumferentially spaced apart edges (52C-1, 52C-2) of the aperture defines an amount of rotation of a portion of the forward assembly relative to the body. a body defined by a top shell joined to a bottom shell; and a forward assembly coupled to the body and comprising a shaft that is received in an open end of the body, wherein an inner surface of one of the top shell or the bottom shell comprises an extension that engages an aperture formed in an outer surface of the shaft, characterized in that the aperture comprises axial and circumferential dimensions and wherein engagement between the extension and circumferentially spaced apart edges (52C-1, 52C-2) of the aperture defines an amount of rotation of a portion of the forward assembly relative to the body.
A toner, comprising: a polyester resin, wherein the polyester resin has a uniform network structure represented by any one of formulas 1) to 3) below: 1) R1-(NHCONH-R2)n-, 2) R1-(NHCOO-R2)n-, and 3) R1-(OCONH-R2)n-, where n is 3 or more, R1 has a structure represented by formula below: and R2 represents a group derived from a resin that is polyester formed of polycarboxylic acid, polyol, or both thereof; or that is a modified polyester obtained by modifying polyester with isocyanate. a polyester resin, wherein the polyester resin has a uniform network structure represented by any one of formulas 1) to 3) below: 1) R1-(NHCONH-R2)n-, 2) R1-(NHCOO-R2)n-, and 3) R1-(OCONH-R2)n-, where n is 3 or more, R1 has a structure represented by formula below: and R2 represents a group derived from a resin that is polyester formed of polycarboxylic acid, polyol, or both thereof; or that is a modified polyester obtained by modifying polyester with isocyanate.
A method for managing interference by a base station in a wireless system, the method comprising: generating a first uplink, UL, interference metric; determining whether to generate a load indicator based at least in part on the first UL interference metric and according to a reporting policy; generating the load indicator according to the reporting policy if it is determined to generate the load indicator; conveying a set of generated load indicators through a backhaul communication wired link to a set of neighboring base stations; receiving a set of load indicators through the backhaul communication wired link from a set of neighboring base stations; scheduling a set of communication resources according to the received set of load indicators to mitigate a second UL interference metric; and wherein at least one of the load indicators in the set of load indicators includes a time stamp. generating a first uplink, UL, interference metric; determining whether to generate a load indicator based at least in part on the first UL interference metric and according to a reporting policy; generating the load indicator according to the reporting policy if it is determined to generate the load indicator; conveying a set of generated load indicators through a backhaul communication wired link to a set of neighboring base stations; receiving a set of load indicators through the backhaul communication wired link from a set of neighboring base stations; scheduling a set of communication resources according to the received set of load indicators to mitigate a second UL interference metric; and wherein at least one of the load indicators in the set of load indicators includes a time stamp.