mhurhangee/ep-ind-claims huggingface dataset:
Method for monitoring the condition of the safety switches of the safety circuit of an elevator, which safety circuit comprises safety switches connected in series, which method comprises the phase: the current signal traveling in the safety circuit is measured: whereby the method comprises the phases: the state of the safety circuit is determined from the current signal of the safety circuit; the current signal of the safety circuit is filtered; characterized in that the method further comprises the phases: the amount of interference caused by the safety switches is determined from the filtered current signal; and the condition of at least one safety switch is determined on the basis of the amount of interference and the state of the safety circuit. the current signal traveling in the safety circuit is measured: whereby the method comprises the phases: the state of the safety circuit is determined from the current signal of the safety circuit; the current signal of the safety circuit is filtered; characterized in that the method further comprises the phases: the amount of interference caused by the safety switches is determined from the filtered current signal; and the condition of at least one safety switch is determined on the basis of the amount of interference and the state of the safety circuit. whereby the method comprises the phases: the state of the safety circuit is determined from the current signal of the safety circuit; the current signal of the safety circuit is filtered; characterized in that the method further comprises the phases: the amount of interference caused by the safety switches is determined from the filtered current signal; and the condition of at least one safety switch is determined on the basis of the amount of interference and the state of the safety circuit. the state of the safety circuit is determined from the current signal of the safety circuit; the current signal of the safety circuit is filtered; characterized in that the method further comprises the phases: the amount of interference caused by the safety switches is determined from the filtered current signal; and the condition of at least one safety switch is determined on the basis of the amount of interference and the state of the safety circuit.
Decoder for decoding video data and subtitle data associated with the video data, said data resulting from a data flow further including time references in synchronisation with a clock having been used to synchronize the coding of said data, with said decoder comprising - a storage space, the video and subtitle data being stored in a multiplexed form in said storage space, - a first buffer memory operating in a "first in - first out" mode and capable of temporarily storing the video data in the form of packets, - a second buffer memory operating in a "first in - first out" mode and capable of temporarily storing the subtitle data in the form of packets, - a demultiplexer for transmitting the video data and the subtitle data respectively to the first and second buffer memories (5, 6), - a local clock, said decoder being characterised in that said storage space comprises means for storing said time references in such a way that said demultiplexer also transmits said time references, said decoder including means for generating a presentation timestamp associated with each subtitle data packet that does not initially include a presentation timestamp, said presentation timestamp being determined on the basis of a time reference value transmitted by said demultiplexer and making it possible to synchronise the presentation of the subtitle data packets with respect to said local clock. - a storage space, the video and subtitle data being stored in a multiplexed form in said storage space, - a first buffer memory operating in a "first in - first out" mode and capable of temporarily storing the video data in the form of packets, - a second buffer memory operating in a "first in - first out" mode and capable of temporarily storing the subtitle data in the form of packets, - a demultiplexer for transmitting the video data and the subtitle data respectively to the first and second buffer memories (5, 6), - a local clock,
An arrangement for assessing efficiency of transactions involving products that are associated with targets to be electro-optically read, comprising: a reader for electro-optically reading the targets to obtain read data; a controller for processing the read data to generate target data indicative of the associated products, for collecting metadata descriptive of the efficiency of the transactions, for associating the collected metadata with the target data, for comparing the collected metadata with an inefficiency threshold that is a predetermined long amount of decode time that is indicative of a slow reading performance, for storing the collected metadata that at least equals the inefficiency threshold, and for storing the target data associated with the stored metadata; wherein the controller generates the target data by decoding the read data, and wherein the controller collects the metadata by determining each decode time period that is taken for each target data to be successfully decoded, and wherein the controller stores each decode time period that at least equals said predetermined long amount of decode time; wherein the controller is operative for storing the target data associated with each stored decode time period that at least equals said predetermined long amount of decode time, and for identifying the products associated with the stored target data; and wherein the controller is operative for causing the collected metadata to be displayed as a histogram in which a frequency distribution of the decode time periods is plotted in different time intervals. a reader for electro-optically reading the targets to obtain read data; a controller for processing the read data to generate target data indicative of the associated products, for collecting metadata descriptive of the efficiency of the transactions, for associating the collected metadata with the target data, for comparing the collected metadata with an inefficiency threshold that is a predetermined long amount of decode time that is indicative of a slow reading performance, for storing the collected metadata that at least equals the inefficiency threshold, and for storing the target data associated with the stored metadata; wherein the controller generates the target data by decoding the read data, and wherein the controller collects the metadata by determining each decode time period that is taken for each target data to be successfully decoded, and wherein the controller stores each decode time period that at least equals said predetermined long amount of decode time; wherein the controller is operative for storing the target data associated with each stored decode time period that at least equals said predetermined long amount of decode time, and for identifying the products associated with the stored target data; and wherein the controller is operative for causing the collected metadata to be displayed as a histogram in which a frequency distribution of the decode time periods is plotted in different time intervals.
A modified dual recognition DMF5 T-cell receptor wherein the amino acid residue at position 50 of the CDR2α chain is a residue other than tyrosine, the amino acid residue at position 26 of the CDR2α chain is tyrosine, and the amino acid residue at position 98 of the CDR2β chain is tryptophan.
A telecommunication system comprising: - at least one feeder ground station having access to at least one remote server (Svr_Di), - a satellite payload configured to establish a first communication link (100, 111) with at least one ground user and a second communication link (101, 110) with said at least one feeder station, - at least one high-altitude platform station configured to establish a third communication link with the satellite payload and comprising a cache server (Svr_Ca) comprising a memory, - and at least one gateway ground station configured to enable communication between said at least one feeder ground station and said at least one high-altitude platform station, - the telecommunication system being configured to save, in the memory, data, called popular data, originating from the remote server (Svr_Di) and liable to be requested a plurality of times by at least one user and to retransmit on request to at least one user popular data saved in the memory. - at least one feeder ground station having access to at least one remote server (Svr_Di), - a satellite payload configured to establish a first communication link (100, 111) with at least one ground user and a second communication link (101, 110) with said at least one feeder station, - at least one high-altitude platform station configured to establish a third communication link with the satellite payload and comprising a cache server (Svr_Ca) comprising a memory, - and at least one gateway ground station configured to enable communication between said at least one feeder ground station and said at least one high-altitude platform station, - the telecommunication system being configured to save, in the memory, data, called popular data, originating from the remote server (Svr_Di) and liable to be requested a plurality of times by at least one user and to retransmit on request to at least one user popular data saved in the memory.
Bearing system for resiliently mounting a suspension strut or a vibration damper on a vehicle body, having a bearing unit for mounting a piston rod of the suspension strut or of the vibration damper, a body-side receiving pot, the bearing unit being insertable into the receiving pot, and a fixing device which secures the bearing unit against withdrawal from the receiving pot, the bearing unit having at least one additional spring receiving device and an elastomer bearing for elastic mounting of the piston rod, wherein the elastomer bearing has a core for receiving the piston rod, an elastomer body and at least one ring element, wherein the elastomer bearing and the fixing device are inserted into the receiving pot in such a way that the fixing device engages behind an undercut formed on the receiving pot, in that the ring element is supported on the fixing device, and in that the elastomer body is prestressed and presses the ring element against the fixing device, characterized in that the ring element and the additional spring receiving device are connected to one another in a force-fitting and/or form-fitting manner by means of a snap connection.
A system for wireless channel migration, the system being disposed on a single integrated circuit chip, the system comprising: a first media access controller configured to initiate a first connection on a first wireless channel; and a second media access controller configured to: perform a scan on additional wireless channels to detect a dynamic frequency selection, DFS, wireless channel with a lower signal-to-noise ratio than other wireless channels of the additional wireless channels; detect and perform a channel availability check on the DFS wireless channel; send an indicator corresponding to the available DFS wireless channel to the first media controller, the first media controller to send the indication to a client device and migrate the first connection from the first wireless channel to the available DFS wireless channel; and combine with the first media access controller to provide increased throughput or improved wireless signal reception on the available DFS wireless channel. a first media access controller configured to initiate a first connection on a first wireless channel; and a second media access controller configured to: perform a scan on additional wireless channels to detect a dynamic frequency selection, DFS, wireless channel with a lower signal-to-noise ratio than other wireless channels of the additional wireless channels; detect and perform a channel availability check on the DFS wireless channel; send an indicator corresponding to the available DFS wireless channel to the first media controller, the first media controller to send the indication to a client device and migrate the first connection from the first wireless channel to the available DFS wireless channel; and combine with the first media access controller to provide increased throughput or improved wireless signal reception on the available DFS wireless channel. perform a scan on additional wireless channels to detect a dynamic frequency selection, DFS, wireless channel with a lower signal-to-noise ratio than other wireless channels of the additional wireless channels; detect and perform a channel availability check on the DFS wireless channel; send an indicator corresponding to the available DFS wireless channel to the first media controller, the first media controller to send the indication to a client device and migrate the first connection from the first wireless channel to the available DFS wireless channel; and combine with the first media access controller to provide increased throughput or improved wireless signal reception on the available DFS wireless channel.
Fastening system, suitable for transporting a heavy load, in particular a component of a wind turbine, on a transporting surface, in particular on a ship, wherein at least one receiving device with at least one insertion opening for a vertically securing frame-fastening means is provided in or on the transporting surface, via which frame-fastening means the vertical forces and torques acting on the load can be introduced from the frame into the transporting surface via the receiving device, characterized in that the load is arranged on a transporting frame with at least one load-securing fastening means (100, 1010) such that the load-fastening means (100, 1010) absorbs vertical and/or horizontal forces and torques acting on the load and introduces them into the transporting frame, in that at least one further receiving device with at least one insertion opening for a horizontally securing frame-fastening means (10', 500) is provided on the transporting surface, via which frame-fastening means the horizontal forces and torques acting on the load can be introduced from the frame into the transporting surface via the receiving device, in that the transporting frame has at least one opening for inserting the vertically securing frame-fastening means, and in that the transporting frame has at least one cutout for receiving the horizontally securing frame-fastening means (10', 500).
A printing system utilizing inks with high solids content comprising: a mixing unit for receiving a high solids content ink and carrier fluid and producing a concentrated ink; an interim tank for receiving the concentrated ink from the mixing unit; an ink tank for receiving the concentrated ink from the interim tank and producing printing ink; a liquid electro-photographic print engine for receiving the printing ink from the ink tank; and a fluid return line (240, 242, 244) that is connected between the mixing unit and at least one of the interim tank and the ink tank, the mixing unit being configured to receive fluid via the fluid return line (240, 424, 244) from at least one of the interim tank and the ink tank and mix the fluid with the high solids content ink to produce the concentrated ink. a mixing unit for receiving a high solids content ink and carrier fluid and producing a concentrated ink; an interim tank for receiving the concentrated ink from the mixing unit; an ink tank for receiving the concentrated ink from the interim tank and producing printing ink; a liquid electro-photographic print engine for receiving the printing ink from the ink tank; and a fluid return line (240, 242, 244) that is connected between the mixing unit and at least one of the interim tank and the ink tank, the mixing unit being configured to receive fluid via the fluid return line (240, 424, 244) from at least one of the interim tank and the ink tank and mix the fluid with the high solids content ink to produce the concentrated ink.
A management method for coverage optimization, comprising: obtaining, by a management apparatus for coverage optimization, measurement reports of a coverage optimization target region; determining, by the management apparatus for coverage optimization, an actual value of a coverage optimization target within the coverage optimization target region according to the measurement reports; and performing, by the management apparatus for coverage optimization, coverage optimization processing on the coverage optimization target region when the actual value of the coverage optimization target is smaller than a preset expected value of the coverage optimization target; wherein the coverage optimization target region comprises: a cell, a coverage region of a base station, a coverage region of a base station controller, or a coverage region of a subnetwork; and the coverage optimization target comprises a coverage area ratio; and the coverage area ratio is a ratio of an region area sum of regions within the coverage optimization target region to a total area of the coverage optimization target region, wherein a statistical average value of a link quality parameter of each of the regions reaches a preset threshold; and the link quality parameter comprises: an uplink quality parameter, and/or a downlink quality parameter. obtaining, by a management apparatus for coverage optimization, measurement reports of a coverage optimization target region; determining, by the management apparatus for coverage optimization, an actual value of a coverage optimization target within the coverage optimization target region according to the measurement reports; and performing, by the management apparatus for coverage optimization, coverage optimization processing on the coverage optimization target region when the actual value of the coverage optimization target is smaller than a preset expected value of the coverage optimization target;
Fixing device a gas tank under the floor of a vehicle, said gas tank being of the cylindrical type and comprising rounded ends (EA1, EA2), said device comprising first and second (CH1, CH2), each said tank fixing member (CH1, CH2) comprising a fixing plate, integrating a mechanical fixing interface under the floor, and an end support means assembled with said fixing plate and having a shape adapted to receive and support a said rounded end (EA1, EA2) of said gas tank, characterized in that said end support means comprises a network of radial force distribution partitions, said radial force distribution partitions being distributed around a central axis corresponding to a mounting axis of said gas tank and having a contact profile adapted to a shape of surface of said rounded end (EA1, EA2).
An electromagnetic-force-balancing-type electronic balance having a magnetic circuit which includes a plurality of components consisting of: a tubular-shaped yoke having an opening only on one side thereof; a first permanent magnet; a pole piece; a second permanent magnet; and a cover (5a, 5b), wherein: said yoke is disposed to orient said opening in an upward direction; said first permanent magnet, said pole piece and said second permanent magnet being housed in an internal space of said yoke in this order along said upward direction, white allowing said first and second permanent magnets (1, 2) to be disposed such that their magnetic poles of the same polarity are opposed to one another; and said cover (5a, 5b) being disposed above said yoke, said electronic balance being characterized by comprising a magnetic connection member mechanically connecting between two selected from said components, so as to reduce a difference in magnetic resistance between a first magnetic sub-circuit formed of said first permanent magnet, said yoke and said pole piece, and a second magnetic sub-circuit formed of said second permanent magnet, said cover, said yoke and said pole piece.
A preparation for passivating metallic surfaces, comprising a) at least one itaconic acid homopolymer or copolymer, the polymer being composed of the following monomeric units: from 0.1% to 100% by weight of itaconic acid, from 0% to 99.9% by weight of at least one monoethylenically unsaturated monocarboxylic acid, and from 0% to 40% by weight of at least one further ethylenically unsaturated monomer, which is different from and and contains acidic groups, and/or from 0% to 75% by weight of at least one further ethylenically unsaturated monomer, which is different from,, and, the amount of monomeric units being based in each case on the total amount of all of the monomers to copolymerized in the copolymer, and the amounts of all the monomeric units adding up in total to 100% by weight; b) water and/or another solvent suitable for dissolving, dispersing, suspending or emulsifying the homopolymer or copolymer, as component; c) at least one organic Ti compound or Zr compound; and d) optionally at least one Zn salt or Mg salt. a) at least one itaconic acid homopolymer or copolymer, the polymer being composed of the following monomeric units: from 0.1% to 100% by weight of itaconic acid, from 0% to 99.9% by weight of at least one monoethylenically unsaturated monocarboxylic acid, and from 0% to 40% by weight of at least one further ethylenically unsaturated monomer, which is different from and and contains acidic groups, and/or from 0% to 75% by weight of at least one further ethylenically unsaturated monomer, which is different from,, and, the amount of monomeric units being based in each case on the total amount of all of the monomers to copolymerized in the copolymer, and the amounts of all the monomeric units adding up in total to 100% by weight; from 0.1% to 100% by weight of itaconic acid, from 0% to 99.9% by weight of at least one monoethylenically unsaturated monocarboxylic acid, and from 0% to 40% by weight of at least one further ethylenically unsaturated monomer, which is different from and and contains acidic groups, and/or from 0% to 75% by weight of at least one further ethylenically unsaturated monomer, which is different from,, and, b) water and/or another solvent suitable for dissolving, dispersing, suspending or emulsifying the homopolymer or copolymer, as component; c) at least one organic Ti compound or Zr compound; and d) optionally at least one Zn salt or Mg salt.