mhurhangee/ep-ind-claims huggingface dataset:
A load carriage vest with a quick release capability, the vest comprising: at least two vest sections including a front panel and a rear panel a shoulder connector and a flank connector on a single lateral side of the vest for connecting the front panel to the rear panel, each connector including two knuckle sets (22a, 22b, 24a, 24b), each knuckle set including one or more knuckles (38a, 38b, 48), one of the knuckle sets of each connector being attached to the front panel and the other knuckle set being attached to the rear panel, each connector being engaged when a locking pin (32a, 32b) is inserted into the knuckles of the two knuckle sets of that connector when the knuckles sets are interleaved, the connector being disengaged when the pin is removed from all of the knuckles of at least one of the two knuckle sets; a flexible connection that connects the locking pins of the two connectors to enable concurrent removal of the locking pins from two connectors with a single motion, and wherein all of the vest sections remain connected to one another when the connectors are disengaged after the concurrent removal of the locking pins. at least two vest sections including a front panel and a rear panel a shoulder connector and a flank connector on a single lateral side of the vest for connecting the front panel to the rear panel, each connector including two knuckle sets (22a, 22b, 24a, 24b), each knuckle set including one or more knuckles (38a, 38b, 48), one of the knuckle sets of each connector being attached to the front panel and the other knuckle set being attached to the rear panel, each connector being engaged when a locking pin (32a, 32b) is inserted into the knuckles of the two knuckle sets of that connector when the knuckles sets are interleaved, the connector being disengaged when the pin is removed from all of the knuckles of at least one of the two knuckle sets; a flexible connection that connects the locking pins of the two connectors to enable concurrent removal of the locking pins from two connectors with a single motion, and wherein all of the vest sections remain connected to one another when the connectors are disengaged after the concurrent removal of the locking pins.
A method for the purification of cadaverine from an aqueous cadaverine composition comprising one or more involatile impurities, the method comprising: a) obtaining cadaverine from evaporation or distillation of the aqueous cadaverine composition wherein one or more solvents are added to the evaporation/distillation system before the evaporation/distillation starts, during the evaporation/distillation and/or after the evaporation/distillation substantially stops when no more evaporation/distillation is observed; wherein the one or more solvents comprise at least one or more high boiling point solvents having a boiling point of at least 185 °C (1 atm); and wherein the evaporation or distillation is done at a heating temperature of 80 °C to 180 °C, and the evaporation or distillation is subjected to a pressure lower than the ambient pressure. a) obtaining cadaverine from evaporation or distillation of the aqueous cadaverine composition wherein one or more solvents are added to the evaporation/distillation system before the evaporation/distillation starts, during the evaporation/distillation and/or after the evaporation/distillation substantially stops when no more evaporation/distillation is observed; wherein
A test device for a noise reduction headphone, characterized in that the test device comprises an enclosed cavity, a noise source, a test panel, a measuring microphone and a measure comparison module connected with the measuring microphone, wherein, the sound emitted from the noise source is sealed within the enclosed cavity; the test panel can cooperate with the noise reduction headphone to form a coupling cavity in the test; the test panel has a sound guiding hole in the common part with the enclosed cavity for transmitting the sound of the noise source into the interior of the coupling cavity; the test panel also has a mounting hole, the measuring microphone is mounted on the mounting hole towards the direction of the coupling cavity; the measuring microphone records noise signals before and after the noise reduction function of the noise reduction headphone is activated; the measure comparison module receives the signals recorded these two times by the measuring microphone and performs comparison processing to obtain the noise reduction amount of the noise reduction headphone.
A method for providing automated management of a virtual device context, vDC, the method comprising: a computing device advertising a vDC domain to at least one device associated with a network by transmitting a first network data frame advertising the vDC domain to the at least one device, for receipt on at least one network interface of the at least one device; the computing device receiving, from the at least one device, a second network data frame comprising an assigned vDC domain associated with the at least one network interface; the computing device determining if the at least one device is associated with the advertised vDC domain, by determining whether the advertised vDC domain matches the assigned vDC domain for the at least one network interface; and in response to determining that the at least one device is associated with the advertised vDC domain, the computing device activating a network interface associated with the at least one device. a computing device advertising a vDC domain to at least one device associated with a network by transmitting a first network data frame advertising the vDC domain to the at least one device, for receipt on at least one network interface of the at least one device; the computing device receiving, from the at least one device, a second network data frame comprising an assigned vDC domain associated with the at least one network interface; the computing device determining if the at least one device is associated with the advertised vDC domain, by determining whether the advertised vDC domain matches the assigned vDC domain for the at least one network interface; and in response to determining that the at least one device is associated with the advertised vDC domain, the computing device activating a network interface associated with the at least one device.
A flexible catheter system for clearing an accumulation of occlusive material from a vessel, duct or lumen in a living being, said flexible catheter system comprising a guidewire lumen, a rotary helical aspiration pump and a working head, wherein said rotary helical aspiration pump comprises a helical wire, a core, and a catheter jacket, wherein said catheter jacket surrounds said helical wire and said helical wire is wrapped around said core in a helical arrangement, and further wherein said helical wire is configured to be driven by a helical source of rotary power to operate independently of said core, characterized in that the working head comprises a can portion and a flexible connector portion, wherein the can portion includes at least one aspiration port, wherein the flexible connector portion is configured to allow the can portion to be displaced laterally away from the guidewire lumen, and wherein the can portion is physically attached to the catheter jacket.
A sample analyzer comprising: a storage section configured to store a plurality of containers for containing a sample, and comprising a discharge port through which the container is discharged; a production lot information acquisition unit that acquires production lot information on a production lot of the container; an analysis processing unit that performs analysis processing of the sample contained in the container discharged through the discharge port, wherein the analysis processing unit provides an analysis result; a recorder that records the production lot information, the analysis result of the sample contained in the container, and time information related to time of analyzing the sample in association with each other; and a display information generation unit that generates, based on information recorded in the recorder, display information for displaying at least one analysis result of at least one sample analyzed during a period of time on a display unit in a manner that associates the at least one analysis result with the production lot information. a storage section configured to store a plurality of containers for containing a sample, and comprising a discharge port through which the container is discharged; a production lot information acquisition unit that acquires production lot information on a production lot of the container; an analysis processing unit that performs analysis processing of the sample contained in the container discharged through the discharge port, wherein the analysis processing unit provides an analysis result; a recorder that records the production lot information, the analysis result of the sample contained in the container, and time information related to time of analyzing the sample in association with each other; and a display information generation unit that generates, based on information recorded in the recorder, display information for displaying at least one analysis result of at least one sample analyzed during a period of time on a display unit in a manner that associates the at least one analysis result with the production lot information.
A multi-layered thin combiner (MLTC) for merging a virtual image with a real-world image, comprising: a plurality of connected discrete connectable layers each having a continous area coated with a primary partially reflective filter (402, 801B); wherein each coated area (402, 801B) comprises a discrete fraction of an effective aperture; and wherein the coated areas (402, 801B) are configured to align, when said plurality of discrete connectable layers are connected together into a multi-layered structure, to collectively form a continuous composite coated area and thereby define the effective aperture. a plurality of connected discrete connectable layers each having a continous area coated with a primary partially reflective filter (402, 801B); wherein each coated area (402, 801B) comprises a discrete fraction of an effective aperture; and wherein the coated areas (402, 801B) are configured to align, when said plurality of discrete connectable layers are connected together into a multi-layered structure, to collectively form a continuous composite coated area and thereby define the effective aperture.
A composition comprising a three-dimensional amorphous trivalent network, wherein the network defines a connected network comprising a plurality of vertices which are interconnected by cross members such that each cross member directly connects two vertices and the network comprises a plurality of trihedra, wherein each trihedron comprises a central vertex which is directly connected to three outer vertices such that each trihedron defines three skew angles, a skew angle being the angle between the normal of a plane, comprising the central vertex of the trihedron and two of the outer vertices, and between a cross member which directly connects the central vertex and the remaining outer vertex of the trihedron which does not form the plane and any first and second trihedra comprising one shared cross member and two shared vertices define a dihedral angle which is the angle between the normal to a first plane, defined by a central vertex and two outer vertices of the first trihedron, wherein the two outer vertices which define the first plane do not comprise the second trihedron, and the normal to a second plane, defined by a central vertex and two outer vertices of the second trihedron, wherein the two outer vertices which define the second plane do not comprise the first trihedron, wherein the dihedral angle is greater than or equal to 90°, wherein at least 90% of the skew angles within the network define an angle between 70° and 110° and/or at least 90% of the dihedral angles within the network define an angle between 92° and 155°, and wherein the amorphous trivalent network reduces within a particular frequency range (ω c ±Δω) the number of modes of electromagnetic radiation passing through the network.
A cigarette packet comprising a container (2; 2') for housing at least one group of cigarettes and having an open upper end (6, 6'); the container (2; 2') having a lid (7; 7') closing the open upper end (6; 6'), a bottom wall (10; 10'), two large side walls (11, 12; 11', 12') opposite and parallel to each other, and two small side walls (13; 13') opposite and parallel to each other; there being a rigid inner frame (16; 37; 73; 79), having at least one front wall (17; 40, 40') and at least two side walls (18; 41, 41') integral with respective lateral edges of each front wall (17; 40, 40'), the inner frame (16; 37; 73; 79) being connected in a folded position inside the container (2; 2') in such a way as to protrude partly outside the open upper end (6; 6') and engage an inside surface of the lid (7; 7') when the lid (7; 7') is in the closed position; and the at least one group of cigarettes having a thickness, measured perpendicularly to the two large side walls (11, 12; 11', 12') of the container (2; 2'), which is less than the thickness of the container (2; 2') in the same direction, characterized in that the inner frame (16; 37; 73; 79) has, relative to each front wall (17; 40, 40'), a rear wall (28; 52, 52') which is connected by a first lateral edge of it to an edge of a first side wall (18; 41, 41') of the inner frame (16; 37; 73; 79); the rear wall (28; 52, 52') being spaced from the respective front wall (17; 40, 40') by a length approximately equal to the thickness of the respective group of cigarettes; and locking means (35; 57, 57'; 36; 58, 58'; 72; 78) being provided for locking the rear wall (28; 52, 52') to a further side wall (18; 41, 41') of the inner frame (16; 37; 73; 79), these locking means consisting of at least one tab (35; 57, 57') which is associated with the rear wall (28; 52, 52') and tab (35; 57; 57') which is positioned close to a second lateral edge of the rear wall (28; 52, 52') opposite the respective first lateral edge; the further side wall (18; 41, 41') of the inner frame (16; 37) being provided with at least one indentation (36; 58, 58') which can be engaged by the tab (35; 57, 57').
A magnetic transport system for transporting magnetically-attractive racks of specimen-containers atop a non-magnetic support plate in a specimen-transport instrument, said magnetic transport system comprising: a first independent, bi-directional, linear drive mechanism, serving to support a magnetic field-producing device for movement along a first linear path, parallel to the Y axis, said first linear path being closely spaced from a bottom side of said non-magnetic support plate, said first linear drive mechanism serving to selectively advance said magnetic field-producing device in either direction along said first path, said magnetic field-producing device being effective to produce a magnetic field atop said non-magnetic support plate that is sufficiently strong to engage a magnetically-attractive specimen-container rack positioned atop said non-magnetic support plate and to advance said rack along said first linear path atop said non-magnetic support plate as said magnetic field-producing device is advanced along said first linear path, characterised in that said magnetic transport system further comprises a second independent, bi-directional linear drive mechanism serving to support said first linear drive mechanism for linear movement along a second linear path, parallel to the X axis, that is perpendicular to said first linear path, and to selectively advance said first linear drive mechanism along said second linear path in either direction, whereby said rack may be advanced along mutually perpendicular paths so that said rack may be positioned at any location in the XY plane atop said plate.
A method of operating a user equipment in a wireless network, the user equipment supporting multiple carriers, the method comprising: receiving, by the user equipment, a disable command control element for a carrier; discontinuing, by the user equipment, transmission of control information corresponding to the carrier after receiving the disable command control element, wherein the control information comprises at least one of: Channel Quality Indicator "CQI", Precoding Matrix Indicator "PMI", Rank Indicator "RI", and Sounding Reference Symbol "SRS"; and stopping, by the user equipment, monitoring of a physical downlink control channel "PDCCH" associated with the carrier when the PDCCH is transmitted on another carrier different from the carrier after receiving the disable command control element. receiving, by the user equipment, a disable command control element for a carrier; discontinuing, by the user equipment, transmission of control information corresponding to the carrier after receiving the disable command control element, wherein the control information comprises at least one of: Channel Quality Indicator "CQI", Precoding Matrix Indicator "PMI", Rank Indicator "RI", and Sounding Reference Symbol "SRS"; and stopping, by the user equipment, monitoring of a physical downlink control channel "PDCCH" associated with the carrier when the PDCCH is transmitted on another carrier different from the carrier after receiving the disable command control element.
A composition comprising an oxalate solution and an anthracene compound represented by Formula: wherein Ar 1 has a structure represented by Formula 2, where An shows the attachment to the anthracene ring as described in Formula 1, wherein Ar 2 has a structure represented by Formula 3, where An shows the attachment to the anthracene ring as described in Formula 1, wherein each of A 1, A 2, A 3, A 4, A 5, A 6, A 7, and A 8 are selected from the group consisting of hydrogen and fluorine; wherein at least two of the substituents, B 1, B 2, B 3, B 4, and B 5, as shown in Formula 2, are not hydrogen, wherein each of B 1, B 2, B 4, and B 5 are selected from the group consisting of hydrogen and fluorine, and B 3 is selected from the group consisting of hydrogen, fluorine, trifluoromethyl, and an alkoxy group with 1-10 carbons; and wherein at least two of the substituents, C 1, C 2, C 3, C 4, and C 5, as shown in Formula 3, are not hydrogen, wherein each of C 1, C 2, C 4, and C 5 are selected from the group consisting of hydrogen and fluorine, and C 3 is selected from the group consisting of hydrogen, fluorine, trifluoromethyl, and an alkoxy group with 1-10 carbons, wherein the composition is for reacting with a hydrogen peroxide solution to provide a chemiluminescent system that produces a blue/violet chemiluminescent light in the region where the emission maximum is from 390 nm to less than 438 nm.
A method for ejection of print media in an image forming apparatus, comprising: detecting a variable page feed velocity of a first page of print media exiting a feed zone; calculating an output zone boost speed and an output zone brake velocity based on the variable page feed velocity of the first page; applying the calculated output zone boost speed to a media movement component in the output zone when the first page has cleared a media sensor at the front of the output zone; applying the calculated output zone brake velocity to the media movement component in the output zone as the tail end of the first page is in a brake zone; ejecting the first page; and in response to detecting that a second page of print media is in the feed zone, detecting a variable page feed velocity of the second page exiting the feed zone and accelerating the media movement component in the output zone to match the variable page feed velocity of the second page. detecting a variable page feed velocity of a first page of print media exiting a feed zone; calculating an output zone boost speed and an output zone brake velocity based on the variable page feed velocity of the first page; applying the calculated output zone boost speed to a media movement component in the output zone when the first page has cleared a media sensor at the front of the output zone; applying the calculated output zone brake velocity to the media movement component in the output zone as the tail end of the first page is in a brake zone; ejecting the first page; and in response to detecting that a second page of print media is in the feed zone, detecting a variable page feed velocity of the second page exiting the feed zone and accelerating the media movement component in the output zone to match the variable page feed velocity of the second page.
Use of a solvent comprising a fluorine-containing solvent for gas chromatography mass spectrometry of fluorine-containing substances adhered to a surface of a fluororesin melt-molded product, wherein the fluorine-containing solvent is 1,1,1,2,3,4,4,5,5,5-decafluoropentane.
A capillary evaporator for a heat transfer system, the evaporator comprising: - a heat energy receiving member comprising a base and a plurality of projections, each projection extending from the base to a top, and whose size decreases with the distance from the base, each projection having lateral flanks, - a primary wick made of a first porous material and having a front face adjacent to the top of the projections, the lateral flanks of the projections delimiting with the primary wick empty spaces forming vapour channels, characterised in that the lateral flanks of the projections are coated with a thin layer of porous material, made of a second material different from the first material. - a heat energy receiving member comprising a base and a plurality of projections, each projection extending from the base to a top, and whose size decreases with the distance from the base, each projection having lateral flanks, - a primary wick made of a first porous material and having a front face adjacent to the top of the projections, the lateral flanks of the projections delimiting with the primary wick empty spaces forming vapour channels,
A disposable test element including an electrochemical biosensor operable to react a sample of biological fluid with one or more reagents and to sense an electrical characteristic of the sample during the reaction, and circuitry (118, 122) operable to receive a wireless input signal from a metering device, the wireless input signal including clocking information, the circuitry further operable to utilize the clocking information from the wireless signal in combination with a circuit including the sample to provide clocked output of sample characteristic information and sample quantity information, and provide a wireless output signal including the clocked output receivable by the metering device.