mhurhangee/ep-ind-claims huggingface dataset:
A liquid-gas mixer comprising: a central passageway provided about an injector axis; a first gas passageway and a second gas passageway, the first gas passageway radially outward of the central passageway and radially inward of the second gas passageway; and a turbulator provided between the first and second gas passageways (23, 25), the turbulator including a plurality of first disturbance generators characterised by the turbulator including a plurality of second disturbance generators, the first and second disturbance generators (26, 28) provided about the turbulator in an alternating arrangement; wherein the turbulator includes a main body portion having a free end and an end supported by a strut, the first and second disturbance generators (26, 28) extending in opposite directions from the free end of the main body portion; wherein the first disturbance generators extend radially inward from the free end of the main body portion into the first gas passageway; and wherein the second disturbance generators extend radially outward from the free end of the main body portion into the second gas passageway. a central passageway provided about an injector axis; a first gas passageway and a second gas passageway, the first gas passageway radially outward of the central passageway and radially inward of the second gas passageway; and a turbulator provided between the first and second gas passageways (23, 25), the turbulator including a plurality of first disturbance generators characterised by the turbulator including a plurality of second disturbance generators, the first and second disturbance generators (26, 28) provided about the turbulator in an alternating arrangement; wherein the turbulator includes a main body portion having a free end and an end supported by a strut, the first and second disturbance generators (26, 28) extending in opposite directions from the free end of the main body portion; wherein the first disturbance generators extend radially inward from the free end of the main body portion into the first gas passageway; and wherein the second disturbance generators extend radially outward from the free end of the main body portion into the second gas passageway.
A method comprising steps of: responsive to any of ongoing operation and connection of one or more fibers of a plurality of fibers in a Reconfigurable Optical Add/Drop Multiplexer, ROADM,, wherein the one or more fibers connect to ports in the ROADM, performing a Connection Validation, CV, scan in the ROADM that cycles through the one or more fibers; attaining a desired cycle time for the CV scan that is reduced relative to an ongoing CV through use of one or more techniques that each reduce the desired cycle time by a different amount; and determining one or more of connectivity and whether fiber loss is within expectations, based on the CV scan, wherein the one or more techniques include one or more of skipping unused ports, skipping in-service ports of the ports in the ROADM, a CV scan for only fibers that are recently detected as connected or reconnected to the ports in the ROADM, a transmission of dwell time between components for coordination, the coordination allowing each side in the scan to be on a given port in the ROADM at a same time, and a threshold of signal power for received packets, wherein the threshold is used to identify when the scan can move to a next port of the ports in the ROADM. responsive to any of ongoing operation and connection of one or more fibers of a plurality of fibers in a Reconfigurable Optical Add/Drop Multiplexer, ROADM,, wherein the one or more fibers connect to ports in the ROADM, performing a Connection Validation, CV, scan in the ROADM that cycles through the one or more fibers; attaining a desired cycle time for the CV scan that is reduced relative to an ongoing CV through use of one or more techniques that each reduce the desired cycle time by a different amount; and determining one or more of connectivity and whether fiber loss is within expectations, based on the CV scan, wherein the one or more techniques include one or more of skipping unused ports, skipping in-service ports of the ports in the ROADM, a CV scan for only fibers that are recently detected as connected or reconnected to the ports in the ROADM, a transmission of dwell time between components for coordination, the coordination allowing each side in the scan to be on a given port in the ROADM at a same time, and a threshold of signal power for received packets, wherein the threshold is used to identify when the scan can move to a next port of the ports in the ROADM.
A device, comprising: - a radio operable to establish a connection for communication over a Wireless Personal Area Network (WPAN); - a plurality of system resources associated with the device; and - a security component that analyzes one or more requests for access to the system resources associated with the device over the WP AN and prevents unauthorized use of the system resources associated with the device based at least in part on the analysis of the one or more requests; characterized in that the security component comprises a standardization component that facilitates adjustment of a security policy utilized by the security component for securing system resources associated with the device over the WPAN based on a security policy utilized by the device for securing system resources over at least one other network. - a radio operable to establish a connection for communication over a Wireless Personal Area Network (WPAN); - a plurality of system resources associated with the device; and - a security component that analyzes one or more requests for access to the system resources associated with the device over the WP AN and prevents unauthorized use of the system resources associated with the device based at least in part on the analysis of the one or more requests; characterized in that the security component comprises a standardization component that facilitates adjustment of a security policy utilized by the security component for securing system resources associated with the device over the WPAN based on a security policy utilized by the device for securing system resources over at least one other network.
Household appliance for treating laundry items, comprising a housing in which a laundry drum is rotatably mounted, and comprising at least one annular imbalance compensation device (13, 14) which is arranged on the laundry drum by means of at least one retaining element, wherein the at least one retaining element is secured to the imbalance compensation device (13, 14) and has a ramp-shaped spring clip, this being oriented radially outwards in relation to a longitudinal axis of the laundry drum and extending in the direction of the longitudinal axis of the laundry drum and in its ramp-shaped form comprising an oblique striking wall, a ramp wall and a transition point which lies between the oblique striking wall and the ramp wall and is oriented radially outwards and which in the final assembled state is snapped into a recess in a wall of the laundry drum towards the outside when viewed in a radial direction, characterised in that the spring clip has a freely projecting end comprising a tab which in the assembled state of the retaining element fits closely against an inner side, this facing towards the imbalance compensation device (13, 14), of a wall region of the wall, said wall region delimiting the recess, and which is pretensioned towards the outside when viewed in a radial direction in relation to a longitudinal axis of the laundry drum.
Surgical clip, in particular an aneurysm clip, comprising two rotatably interconnected clip parts (2, 3) and a leg spring, the two spring legs of which are in each case supported on the two clip parts (2, 3) so as to mutually pretension the two clip parts (2, 3), wherein the leg spring is formed from a plastics material, in particular PEEK, that is reinforced with continuous carbon fibers, and the continuous carbon fibers are aligned along the spring coilings of the leg spring, characterized in that the two clip parts (2, 3) have in each case one protrusion which axially protrudes in the direction of the axis of rotation of the two clip parts (2, 3) and on which the respective spring leg of the leg spring is supported.
System for fastening a pipe element to a pipe end, comprising: - the pipe element, - the pipe end, - a device for fastening said pipe element to said pipe end, said device comprising: - a first fastening element (2, 3) - a second fastening element - means for connecting the first fastening element (2, 3) to the second fastening element said first fastening element (2, 3) and said second fastening element being arranged such that when connected by said connecting means, they define a space arranged to receive a portion of the pipe element, said space being configured such that said portion of the pipe element must be bent to be receivable in said space said space comprising an "L"-shaped portion formed by a first projection of said first fastening element and a second projection of said second fastening element, said portion of the pipe member being received in said "L"-shaped portion said "L"-shaped portion comprising a first portion and a second portion substantially perpendicular to the first portion, the first fastening element (2, 3) and the second fastening element being external to said pipe end. - the pipe element, - the pipe end, - a device for fastening said pipe element to said pipe end, said device comprising: - a first fastening element (2, 3) - a second fastening element - means for connecting the first fastening element (2, 3) to the second fastening element said first fastening element (2, 3) and said second fastening element being arranged such that when connected by said connecting means, they define a space arranged to receive a portion of the pipe element, said space being configured such that said portion of the pipe element must be bent to be receivable in said space - a first fastening element (2, 3) - a second fastening element - means for connecting the first fastening element (2, 3) to the second fastening element
A system comprising: a security coprocessor, wherein the security coprocessor is in communication with a security system located at a premises, wherein the security system comprises security system components, and wherein the security coprocessor is configured to receive power, via a power switch, from the security system; and an interactive security system located at the premises and in communication with the security coprocessor and in communication with a remote network, wherein, the interactive security system is in communication with network components, wherein the network components are different from the security system components, and wherein the interactive security system is configured to control communications between the security system components, the network components, and the remote network, and wherein the interactive security system is configured to receive power, via the power switch, from the security system; wherein the security coprocessor is further configured to: control communications between the security system and the interactive security system; and cause, based on an indication, from the security system, associated with a failure of a power source supplying the security system, the power switch to terminate supply of power, via the power switch, to the interactive security system. a security coprocessor, wherein the security coprocessor is in communication with a security system located at a premises, wherein the security system comprises security system components, and wherein the security coprocessor is configured to receive power, via a power switch, from the security system; and an interactive security system located at the premises and in communication with the security coprocessor and in communication with a remote network, wherein, the interactive security system is in communication with network components, wherein the network components are different from the security system components, and wherein the interactive security system is configured to control communications between the security system components, the network components, and the remote network, and wherein the interactive security system is configured to receive power, via the power switch, from the security system; wherein the security coprocessor is further configured to: control communications between the security system and the interactive security system; and cause, based on an indication, from the security system, associated with a failure of a power source supplying the security system, the power switch to terminate supply of power, via the power switch, to the interactive security system. control communications between the security system and the interactive security system; and cause, based on an indication, from the security system, associated with a failure of a power source supplying the security system, the power switch to terminate supply of power, via the power switch, to the interactive security system.
A reactive dye of the formula wherein R 1 is hydrogen, R 2 is hydrogen, methyl or a radical of the formula -CH 2 -SO 3 H, D 1 corresponds to a radical of the formula and D 2 is a radical of formula wherein Y 1 is vinyl or β-sulfatoethyl. Y is vinyl, β-chloroethyl or β-sulfatoethyl, k is the number 1 or 2, and m is the number 2 or 3, R 1 is hydrogen, R 2 is hydrogen, methyl or a radical of the formula -CH 2 -SO 3 H, D 1 corresponds to a radical of the formula and D 2 is a radical of formula wherein Y 1 is vinyl or β-sulfatoethyl. Y is vinyl, β-chloroethyl or β-sulfatoethyl, k is the number 1 or 2, and m is the number 2 or 3, Y 1 is vinyl or β-sulfatoethyl. Y is vinyl, β-chloroethyl or β-sulfatoethyl, k is the number 1 or 2, and m is the number 2 or 3,
An antibacterial composition comprising as active agents 1) a composition A comprising polymyxin B and trimethoprim; and 2) one antibiotic agent that is a) rifamycin, or a rifamycin derivative selected from the group consisting of rifampicin (or rifampin), rifabutin, rifapentine, rifalazil and rifaximin or b) tobramycin, and one or more pharmaceutically acceptable carriers or excipients.
Gamma-hydroxybutyrate or a salt thereof for use in a method of treating narcolepsy in a patient, wherein said patient is also taking or will be taking divalproex sodium, the method comprising administering GHB or a salt thereof to the patient in a dose that is reduced by 10% to 40% to compensate for the effect caused by the divalproex sodium, wherein the dose of GHB or salt thereof when the patient is not taking the divalproex sodium is between 4.5 g to 9.0 g/day.
A chamfering tool comprising: a base having first and second walls (104, 106) meeting each other along a longitudinal axis and defining a longitudinal recess along the bottom of the base for engaging a work piece and a longitudinal ridge along the top of the base; a viewing window in the base for viewing the work piece, the viewing window intersecting the longitudinal recess and the longitudinal ridge; and a blade clamp mounted on the base and arranged to clamp at least part of a blade in the viewing window; characterised by further comprising a handle mounted on the base either side of the longitudinal ridge and adjacent to the viewing window substantially in the middle of the chamfering tool between first and second ends of the base, the handle comprising two arm portions, each arm portion having a projection which engages with a corresponding receiving hole in a respective upward side wall (118, 122) of the base. a base having first and second walls (104, 106) meeting each other along a longitudinal axis and defining a longitudinal recess along the bottom of the base for engaging a work piece and a longitudinal ridge along the top of the base; a viewing window in the base for viewing the work piece, the viewing window intersecting the longitudinal recess and the longitudinal ridge; and a blade clamp mounted on the base and arranged to clamp at least part of a blade in the viewing window; characterised by further comprising a handle mounted on the base either side of the longitudinal ridge and adjacent to the viewing window substantially in the middle of the chamfering tool between first and second ends of the base, the handle comprising two arm portions, each arm portion having a projection which engages with a corresponding receiving hole in a respective upward side wall (118, 122) of the base.
A communication device, comprising: a control unit configured to select other communication devices, which are capable of setting a transmission power such that a reception power falls within a predetermined range, from a plurality of other communication devices that perform multiplexing communication, the selected other communication devices representing a group of communication devices; and a communication unit configured to receive transmission power information indicating a transmission power range that is settable by each of the plurality of other communication devices and to transmit a transmission power setting request to each of the group of communication devices selected by the control unit, the transmission power setting request indicating the transmission power to be set by the communication devices of the group, wherein the control unit is configured to perform the selection such that the transmission power indicated by the transmission power setting request generated on the basis of channel information in communication with the plurality of other communication devices falls within the transmission power range indicated by the transmission power information received by the communication unit. a control unit configured to select other communication devices, which are capable of setting a transmission power such that a reception power falls within a predetermined range, from a plurality of other communication devices that perform multiplexing communication, the selected other communication devices representing a group of communication devices; and a communication unit configured to receive transmission power information indicating a transmission power range that is settable by each of the plurality of other communication devices and to transmit a transmission power setting request to each of the group of communication devices selected by the control unit, the transmission power setting request indicating the transmission power to be set by the communication devices of the group, wherein the control unit is configured to perform the selection such that the transmission power indicated by the transmission power setting request generated on the basis of channel information in communication with the plurality of other communication devices falls within the transmission power range indicated by the transmission power information received by the communication unit.
Use of an exothermic mixture of at least i) one acid anhydride or acid salt and at least ii) one basic anhydride or basic salt, in a cold, warm or half-warm asphalt concrete based on a bituminous binder containing water, advantageously a bituminous binder in emulsion or an asphalt foam, to increase the temperature of the asphalt concrete.
An image forming apparatus comprising: a cover member configured to enable changing of an attitude between an open attitude in which an opening formed in a housing is open, and a closed attitude in which the opening is closed; a cover member open/closed detection sensor configured to output an open/closed state signal including a closed signal corresponding to the closed attitude and an open signal corresponding to the open attitude; a driven unit provided in an inner portion of the housing; a drive detection sensor configured to output a drive state signal of the driven unit including a drive signal indicating that the driven unit is being driven and a stop signal indicating that the driven unit is stopped, and an attitude determination unit configured to determine the attitude of the cover member based on the open/closed state signal outputted from the cover member open/closed detection sensor and the drive state signal outputted from the drive detection sensor characterized in that when the closed signal is inputted to the attitude determination unit after the open signal from the cover member open/closed detection sensor, and when the drive signal is subsequently inputted to the attitude determination unit from the drive detection sensor, the attitude determination unit determines that the cover member is in the open attitude, or when the stop signal is subsequently inputted to the attitude determination unit from the drive detection sensor, the attitude determination unit determines that the cover member is in the closed attitude. a cover member configured to enable changing of an attitude between an open attitude in which an opening formed in a housing is open, and a closed attitude in which the opening is closed; a cover member open/closed detection sensor configured to output an open/closed state signal including a closed signal corresponding to the closed attitude and an open signal corresponding to the open attitude; a driven unit provided in an inner portion of the housing; a drive detection sensor configured to output a drive state signal of the driven unit including a drive signal indicating that the driven unit is being driven and a stop signal indicating that the driven unit is stopped, and an attitude determination unit configured to determine the attitude of the cover member based on the open/closed state signal outputted from the cover member open/closed detection sensor and the drive state signal outputted from the drive detection sensor characterized in that when the closed signal is inputted to the attitude determination unit after the open signal from the cover member open/closed detection sensor, and when the drive signal is subsequently inputted to the attitude determination unit from the drive detection sensor, the attitude determination unit determines that the cover member is in the open attitude, or when the stop signal is subsequently inputted to the attitude determination unit from the drive detection sensor, the attitude determination unit determines that the cover member is in the closed attitude.