mhurhangee/ep-ind-claims huggingface dataset:
A method of reducing biological overgrowth or rot or decay in a composite, the method comprising irradiating a composite with an ionizing radiation prior to use, wherein the composite comprises a fibrous material obtained by shearing a fiber source and wherein the composite is in the form of an article selected from the group consisting of stepping stools, pipes, panels, decking materials, boards, housings, sheets, blocks, bricks, poles, fencing, members, doors, shutters, awnings, shades, signs, frames, window casings, backboards, flooring, tiles, railroad ties, trays, tool handles, stalls, films, wraps, tapes, boxes, baskets, racks, casings, binders, dividers, walls, mats, frames, bookcases, chairs, tables, desks, toys, games, pallets, wharves, piers, boats, masts, septic tanks, automotive panels, computer housings, above- and below-ground electrical casings, furniture, picnic tables, benches, shelters, trays, hangers, servers, caskets, book covers, canes and crutches.
A delivery device, comprising: a stent device, which is radially expandable in a bodily lumen from a radially reduced, delivery configuration to a radially expanded, deployment configuration; a restraining sheath mounted coaxially over the stent device for maintaining the stent device in the delivery configuration until its release into the bodily lumen; the restraining sheath having a line of weakness extending axially therealong; a pull member; characterised in that: the pull member is to be pulled so as to split the restraining sheath at the line of weakness and withdraw the restraining sheath from over the stent device; and the pull member and the line of weakness are located on opposing sides of the restraining sheath. a stent device, which is radially expandable in a bodily lumen from a radially reduced, delivery configuration to a radially expanded, deployment configuration; a restraining sheath mounted coaxially over the stent device for maintaining the stent device in the delivery configuration until its release into the bodily lumen; the restraining sheath having a line of weakness extending axially therealong; a pull member; characterised in that: the pull member is to be pulled so as to split the restraining sheath at the line of weakness and withdraw the restraining sheath from over the stent device; and the pull member and the line of weakness are located on opposing sides of the restraining sheath. the pull member is to be pulled so as to split the restraining sheath at the line of weakness and withdraw the restraining sheath from over the stent device; and the pull member and the line of weakness are located on opposing sides of the restraining sheath.
An automatic milking arrangement comprising a plurality of different milking equipment modules each selectable to be taken to a milking location, where an animal to be milked is located, by a self-driven device having a remote controlled guidance system, the selected milking equipment module having at least one element with a characteristic parameter that is different from the characteristic parameter(s) of the corresponding element(s) of the other different milking equipment modules, and processing means for selecting the milking equipment module to be taken to the milking location based on data relating to the particular animal located at the milking location stored in a database, wherein the processing means is arranged to select the next best milking equipment module if the most suitable milking equipment module first selected is not available to be taken to the milking location.
A display device, comprising: a case; a display unit disposed inside the case, and configured to display an image; a first window formed of a transparent material in a flat plate shape, separated by a gap from the image display surface of the display unit, arranged distant from the case and the display unit, and configured to expose the image displayed on the image display surface of the display unit; and a second window (34, 70) formed of glass in a prism cross-sectional shape and provided between the case and the first window in order to space them apart from each other, the second window (34, 70) being attached to edges of the first window on an interior surface thereof, wherein the exterior surface of the first window and an exterior surface of the second window (34, 70) form part of the exterior surfaces of the display device, characterized in that the second window (34, 70) is configured to refract and transmit light from the display unit in a lateral direction of the case, and in that a touch pad is attached to the interior surface of the first window facing the image display surface of the display unit. a case; a display unit disposed inside the case, and configured to display an image; a first window formed of a transparent material in a flat plate shape, separated by a gap from the image display surface of the display unit, arranged distant from the case and the display unit, and configured to expose the image displayed on the image display surface of the display unit; and a second window (34, 70) formed of glass in a prism cross-sectional shape and provided between the case and the first window in order to space them apart from each other, the second window (34, 70) being attached to edges of the first window on an interior surface thereof, wherein the exterior surface of the first window and an exterior surface of the second window (34, 70) form part of the exterior surfaces of the display device, characterized in that the second window (34, 70) is configured to refract and transmit light from the display unit in a lateral direction of the case, and in that a touch pad is attached to the interior surface of the first window facing the image display surface of the display unit.
An antigen for detecting celiac disease comprising a recombinant or synthetic deamidated gliadin protein comprising a hexamer of peptides, wherein each peptide has the sequence of SEQ ID NO:1.
A lift valve having a valve housing and a lift drive, which comprises a drive rod that is movable along a lift axis into a first and a second end position (E1, E2), and a measuring apparatus that is coupled to the lift drive on a side of the lift drive facing away from the valve housing and that comprises a first measuring sensor and a second measuring sensor, and having a first transducer, which is arranged so as to follow the movement of the drive rod, wherein the first transducer is arranged on a sensor rod arranged in an end region of the drive rod, wherein a second transducer, which is arranged so as to follow the movement of the drive rod, is provided, and the first measuring sensor is arranged between the second measuring sensor and the lift drive, and the first measuring sensor is excited by the second transducer, which is arranged on a side of the first transducer facing the drive rod, when the drive rod is located in the second end position, characterized in that the first measuring sensor, which is placed closer to the lift drive, responds to the second transducer when the drive rod is displaced the farthest in the direction of the measuring sensors (17, 18).
Method for preparing an anode for electrochemical system from a porous material, said anode being porous silicon-based and coated at least partly with carbon, characterized in that it comprises a step to pyrolyze a polymer layer deposited in a thin layer on an insulating substrate in porous silicon Si 3 N 4, and in that said porous material is able to form an alloy with an alkali metal and is obtained from a silicon source selected from the group formed by silicon wafers, silicon pellets, silicon films and mixtures of at least two of the latter
A filament dispenser, comprising: a spool comprising a first side, a second side, and a hub; the hub having two or more axle-engagement structures (28a, 28b); and an axle comprising a first end, a second end, an axis of rotation, and two or more hub- engagement structures (38a, 38b); wherein the axle and hub are configured to be releasably engaged in two or more operational positions; and wherein in any of the operational positions, the spool is independently rotatable with respect to the axle; wherein the hub further comprises a plurality of spaced-apart hub segments (22 a); characterized in that the axle is configured to be movable in longitudinal direction with respect to the axis from a first operational position to a second operational position: and wherein the axle and the hub share the same axis of rotation. a spool comprising a first side, a second side, and a hub; the hub having two or more axle-engagement structures (28a, 28b); and an axle comprising a first end, a second end, an axis of rotation, and two or more hub- engagement structures (38a, 38b);
An enricher, comprising: an enriching housing enclosing an enriching cavity configured to receive a suction liquid, wherein the enriching housing is provided with a suction connection portion configured to be in communication with a suction mechanism and the enriching cavity, such that a negative pressure is generated in the enriching cavity under an action of the suction mechanism; wherein the enriching housing includes a bottom wall and a sidewall extending from an edge of the bottom wall in an axial direction, the enriching housing is further provided with a cushion body member;and a blocking member provided on the cushion body member, wherein when negative pressure is generated in the enriching cavity, a sample is capable of penetrating the blocking member to form the suction liquid entering the enriching cavity, and a retentate is retained on the blocking member; wherein the cushion body member is configured to prevent the blocking member from recessing or breaking; characterized in that a middle portion of the cushion body member protrudes beyond an outer surface of the bottom wall. an enriching housing enclosing an enriching cavity configured to receive a suction liquid, wherein the enriching housing is provided with a suction connection portion configured to be in communication with a suction mechanism and the enriching cavity, such that a negative pressure is generated in the enriching cavity under an action of the suction mechanism; wherein the enriching housing includes a bottom wall and a sidewall extending from an edge of the bottom wall in an axial direction, the enriching housing is further provided with a cushion body member;and a blocking member provided on the cushion body member, wherein when negative pressure is generated in the enriching cavity, a sample is capable of penetrating the blocking member to form the suction liquid entering the enriching cavity, and a retentate is retained on the blocking member; wherein the cushion body member is configured to prevent the blocking member from recessing or breaking; characterized in that a middle portion of the cushion body member protrudes beyond an outer surface of the bottom wall.
A computer-implemented method for managing storage of messages using geographically distributed data storage in a group-based communication system, the computer-implemented method comprising: receiving, by a first data residency server physically located in a first geographic area defined by a first geographic boundary, a message comprising at least message data, the first data residency server being configured to access a first geographic data residency local repository located in the first geographic area; upon determining that an entity identifier associated with the message is associated with a geographic data storage policy associated to a second geographic area defined by a second boundary, transmitting a geographic data residency message package comprising message data of the message to a second geographic data residency server (106B-C) physically located within the second geographic area for storing at a second geographic data residency local repository (107B-C) accessible to the second geographic data residency server; receiving, from the second geographic data residency server, residency token data associated with the message data stored at the second geographic data residency local repository; updating the message data of the message with residency token data received from the geographic data residency server; and storing by the first data residency server the updated message in the first geographic data residency local repository. receiving, by a first data residency server physically located in a first geographic area defined by a first geographic boundary, a message comprising at least message data, the first data residency server being configured to access a first geographic data residency local repository located in the first geographic area; upon determining that an entity identifier associated with the message is associated with a geographic data storage policy associated to a second geographic area defined by a second boundary, transmitting a geographic data residency message package comprising message data of the message to a second geographic data residency server (106B-C) physically located within the second geographic area for storing at a second geographic data residency local repository (107B-C) accessible to the second geographic data residency server; receiving, from the second geographic data residency server, residency token data associated with the message data stored at the second geographic data residency local repository; updating the message data of the message with residency token data received from the geographic data residency server; and storing by the first data residency server the updated message in the first geographic data residency local repository.
A method performed by a communication terminal for handling communication, the method comprising: - receiv ing an indication that data is scheduled for the communication terminal on a data channel in a second cell where the communication terminal is being served by a radio access node (12, 13) in a first cell on a carrier of a licensed frequency spectrum and cross-carrier scheduled in the second cell on a carrier of an unlicensed frequency spectrum by the radio access node (12, 13) via the first cell, - attempting to detect the data channel intended for the communication terminal; - in case the communication terminal does not detect the data channel intended for the communication terminal, indicating a Non-Acknowledgement, NACK, or Discontinuous Transmission, DTX, state to the radio access node (12, 13) on the first cell. - receiv ing an indication that data is scheduled for the communication terminal on a data channel in a second cell where the communication terminal is being served by a radio access node (12, 13) in a first cell on a carrier of a licensed frequency spectrum and cross-carrier scheduled in the second cell on a carrier of an unlicensed frequency spectrum by the radio access node (12, 13) via the first cell, - attempting to detect the data channel intended for the communication terminal; - in case the communication terminal does not detect the data channel intended for the communication terminal, indicating a Non-Acknowledgement, NACK, or Discontinuous Transmission, DTX, state to the radio access node (12, 13) on the first cell.
Screening bucket provided with a box-type frame having at least a first space suitable to house a first screening basket rotatable around a first pivot axis; said frame having a mouth portion and a longitudinal closing member for each said space; each said first basket being closed at the back; characterized in that said frame comprises at least one second space adjacent to said first space and suitable to house a second screening basket rotatable around a second pivot axis parallel to said first pivot axis.
A method of co-functionalizing single-walled carbon nanotube interconnects for gas sensors comprising; fabricating single-walled carbon nanotube interconnects; synthesizing discrete tin oxide nanocrystallites onto a surface of the single-walled carbon nanotube interconnects; and synthesizing metal nanoparticles onto the discrete tin oxide nanocrystallites and the surface of the single-walled carbon nanotube interconnects.
An apparatus comprising: a processor core, including an instruction decoder configured to decode a first instruction from a virtual machine monitor, VMM, within a trust domain, TD (150A, 150B), wherein the processor core, in response to the first instruction, is configured to exit the VMM into a secure arbitration mode, SEAM, to manage memory space for one or more of a plurality of virtual machines, VMs (155A, 155B), managed by the VMM; a SEAM module configured to enable the SEAM, wherein the SEAM module is assigned a SEAM memory range inaccessible to a trust domain resource manager, TDRM, that manages the TD (150A, 150B); and one or more registers to store: an identifier of the SEAM memory range, and a TD key identifier, key ID, identifying a TD private encryption key for encrypting a plurality of memory pages exclusively associated with the TD (150A, 150B), wherein the TD private encryption key is inaccessible to the TDRM. a processor core, including an instruction decoder configured to decode a first instruction from a virtual machine monitor, VMM, within a trust domain, TD (150A, 150B), wherein the processor core, in response to the first instruction, is configured to exit the VMM into a secure arbitration mode, SEAM, to manage memory space for one or more of a plurality of virtual machines, VMs (155A, 155B), managed by the VMM; a SEAM module configured to enable the SEAM, wherein the SEAM module is assigned a SEAM memory range inaccessible to a trust domain resource manager, TDRM, that manages the TD (150A, 150B); and one or more registers to store: an identifier of the SEAM memory range, and a TD key identifier, key ID, identifying a TD private encryption key for encrypting a plurality of memory pages exclusively associated with the TD (150A, 150B), wherein the TD private encryption key is inaccessible to the TDRM. an identifier of the SEAM memory range, and a TD key identifier, key ID, identifying a TD private encryption key for encrypting a plurality of memory pages exclusively associated with the TD (150A, 150B), wherein the TD private encryption key is inaccessible to the TDRM.
A maintenance station for maintaining a robotic cleaner comprising: a station housing and a platform on which the robotic cleaner is supported during servicing; a collection bin removably attached to the housing, wherein the collection bin is different from a cleaner bin located in the robotic cleaner in that its primary purpose is to collect and accumulate from the cleaner bin of the robotic cleaner; and a user interface removable and remotely operable external from the maintenance station and configured to wirelessly communicate to a communication module on the maintenance station and/or to a compatible communication facility on the robotic cleaner, wherein the user interface includes a maintenance station collection bin full indicator. a station housing and a platform on which the robotic cleaner is supported during servicing; a collection bin removably attached to the housing, wherein the collection bin is different from a cleaner bin located in the robotic cleaner in that its primary purpose is to collect and accumulate from the cleaner bin of the robotic cleaner; and a user interface removable and remotely operable external from the maintenance station and configured to wirelessly communicate to a communication module on the maintenance station and/or to a compatible communication facility on the robotic cleaner, wherein the user interface includes a maintenance station collection bin full indicator.
A polyol blend comprising: (a) a saccharide-initiated polyether polyol having an OH number of from 200 to 600 mg KOH/g and a functionality of 4 to 6; (b) an aromatic polyester polyol having an OH number of 150 to 410 mg KOH/g and a functionality of 1.5 to 3; and (c) a polyalkylene polyamine-initiated polyether polyol having a functionality of 3 to 8 and an OH number of at least 150 mg KOH/g. (a) a saccharide-initiated polyether polyol having an OH number of from 200 to 600 mg KOH/g and a functionality of 4 to 6; (b) an aromatic polyester polyol having an OH number of 150 to 410 mg KOH/g and a functionality of 1.5 to 3; and (c) a polyalkylene polyamine-initiated polyether polyol having a functionality of 3 to 8 and an OH number of at least 150 mg KOH/g.
Method for establishing a permanent mechanical and electrical connection between a stranded wire and a terminal element, in which one end of the stranded wire is welded to the connecting element, wherein the end of the stranded wire is inserted into a crimping recess of the terminal element in the form of a substantially cylindrical blind hole before welding, and the terminal element is crimped to the stranded wire, wherein the stranded wire comprises individual wires of aluminum, and a sidewall of the crimping recess against which the stranded wire abuts is formed at least partially of copper, characterized, in that, during crimping, a circumferential pressure force is applied from the outside to a side wall of the blind hole, so that the individual wires of the stranded wire are compressed uniformly, and the connecting element is crimped gas-tight to the stranded wire by means of an insulation crimp, wherein an outer boundary surface of the terminal member includes a transition region and a tapered intermediate portion, the tapered intermediate portion adjoins the sidewall of the blind hole and widens conically, and the tapered intermediate portion is disposed between the sidewall and the transition region to minimize cracking during crimping or welding. in which one end of the stranded wire is welded to the connecting element, wherein the end of the stranded wire is inserted into a crimping recess of the terminal element in the form of a substantially cylindrical blind hole before welding, and the terminal element is crimped to the stranded wire, wherein the stranded wire comprises individual wires of aluminum, and a sidewall of the crimping recess against which the stranded wire abuts is formed at least partially of copper, characterized, in that, during crimping, a circumferential pressure force is applied from the outside to a side wall of the blind hole, so that the individual wires of the stranded wire are compressed uniformly, and the connecting element is crimped gas-tight to the stranded wire by means of an insulation crimp, wherein an outer boundary surface of the terminal member includes a transition region and a tapered intermediate portion, the tapered intermediate portion adjoins the sidewall of the blind hole and widens conically, and the tapered intermediate portion is disposed between the sidewall and the transition region to minimize cracking during crimping or welding.