mhurhangee/ep-ind-claims huggingface dataset:
A device for the movement of resting components of a sofa, an armchair or the likes, such as a headrest movable between a lowered position and a raised position, a back movable between a substantially erected configuration and a downwardly inclined configuration, a seat movable between a backward position and a forward position, and a footrest movable between a lowered substantially vertical position and a raised position, said structure being characterised in that it comprises a telescopic member equipped with a movable portion controlled by a motor and able, jointly with further connection members (12, 11, 10, 9, 13, 14, 15), to place in reciprocal relation and to move said headrest, back, seat and footrest; said telescopic member being movable between three different configurations: a first configuration of minimal extension of the movable portion in which the footrest is in the lowered position, the seat is in the backward position, the back is in the substantially erected configuration and the headrest is in the lowered position; a second configuration of partial extension of the movable portion in which the footrest is in the lowered position, the seat is in the backward position, the back is in the substantially erected configuration and the headrest is in the raised position; and a third configuration of maximum extension of the movable portion, in which the footrest is in the raised position, the seat is in the forward position, the back is in the downwardly inclined configuration and the headrest is in the raised position.
A method for reducing the content of nitrosamines in tobacco, said method comprising: combining tobacco with an aqueous solvent to form a soluble portion, said soluble portion containing an initial total level of tobacco-specific nitrosamines per gram of said soluble portion, said tobacco-specific nitrosamines being selected from the group consisting of N'-Nitrosonornicotine, 4-(Methylnitrosamino)-1-(3-pyridyl)-1-butanone, N'-Nitrosoanatabine, N'-Nitrosoanabasine, and combinations thereof; thereafter, contacting said soluble portion with a nitrosamine-reducing material such that the resulting total level of said tobacco-specific nitrosamines per gram of said soluble portion is at least about 20% less than said initial total level of said tobacco-specific nitrosamines per gram of said soluble portion. combining tobacco with an aqueous solvent to form a soluble portion, said soluble portion containing an initial total level of tobacco-specific nitrosamines per gram of said soluble portion, said tobacco-specific nitrosamines being selected from the group consisting of N'-Nitrosonornicotine, 4-(Methylnitrosamino)-1-(3-pyridyl)-1-butanone, N'-Nitrosoanatabine, N'-Nitrosoanabasine, and combinations thereof; thereafter, contacting said soluble portion with a nitrosamine-reducing material such that the resulting total level of said tobacco-specific nitrosamines per gram of said soluble portion is at least about 20% less than said initial total level of said tobacco-specific nitrosamines per gram of said soluble portion.
A network device comprising: a first queue (278, 280, 282) configured to store a frame; a first timing module configured to generate a local clock signal; an adjustment module configured to determine i) based on a first edge of a global clock signal, an expected time of a second edge of the global clock signal, and ii) a window centered on the expected time of the second edge of the global clock signal; a register module configured to capture a time of a first edge of the local clock signal, wherein the adjustment module is configured to, based on the captured time of the first edge of the local clock signal and the time of the first edge of the global clock signal, generate an adjustment signal to center a second edge of the local clock signal in the window; and a blocking shaper configured to, subsequent to adjusting the second edge of the local clock signal, block transmission of the frame from the network device based on timing of the local clock signal. a first queue (278, 280, 282) configured to store a frame; a first timing module configured to generate a local clock signal; an adjustment module configured to determine i) based on a first edge of a global clock signal, an expected time of a second edge of the global clock signal, and ii) a window centered on the expected time of the second edge of the global clock signal; i) based on a first edge of a global clock signal, an expected time of a second edge of the global clock signal, and ii) a window centered on the expected time of the second edge of the global clock signal; a register module configured to capture a time of a first edge of the local clock signal, wherein the adjustment module is configured to, based on the captured time of the first edge of the local clock signal and the time of the first edge of the global clock signal, generate an adjustment signal to center a second edge of the local clock signal in the window; and a blocking shaper configured to, subsequent to adjusting the second edge of the local clock signal, block transmission of the frame from the network device based on timing of the local clock signal.
An ink-jet printing method using a water-based ink comprising a black ink, a chromatic ink and a white ink which each comprise a pigment, an organic solvent having a boiling point of not lower than 90°C and lower than 250°C, and water, said method comprising the following steps 1 to 3: Step 1: ejecting at least one water-based ink selected from the group consisting of the black ink and the chromatic ink onto a transparent resin printing medium to print an image 1 on the printing medium; Step 2: ejecting the white ink onto the image 1 obtained in the step 1 to print a white image that covers the image 1 on the printing medium; and Step 3: heating and drying the resulting printed material from a side of a surface of the printing medium on which the white image obtained in the step 2 is formed, using an infrared heater. Step 1: ejecting at least one water-based ink selected from the group consisting of the black ink and the chromatic ink onto a transparent resin printing medium to print an image 1 on the printing medium; Step 2: ejecting the white ink onto the image 1 obtained in the step 1 to print a white image that covers the image 1 on the printing medium; and Step 3: heating and drying the resulting printed material from a side of a surface of the printing medium on which the white image obtained in the step 2 is formed, using an infrared heater.
A method to non-intrusively determine thrust in a gas turbine engine having a partially bounded exhaust plume in real time comprising: transmitting an acoustic wave from a transmitter across the bounded exhaust plume; receiving the transmitted wave at a plurality of acoustic receivers (M1, M2) each axially displaced from one another and positioned downstream of the transmitter; determining a measurement parameter of the exhaust plume based on a time of arrival of the received wave, wherein the measurement parameter is a function of the velocity of the exhaust plume; comparing the measurement parameter to a reference parameter, wherein the reference parameter is a function of inlet flow velocity and inlet temperature; and determining the thrust based on the comparison. transmitting an acoustic wave from a transmitter across the bounded exhaust plume; receiving the transmitted wave at a plurality of acoustic receivers (M1, M2) each axially displaced from one another and positioned downstream of the transmitter; determining a measurement parameter of the exhaust plume based on a time of arrival of the received wave, wherein the measurement parameter is a function of the velocity of the exhaust plume; comparing the measurement parameter to a reference parameter, wherein the reference parameter is a function of inlet flow velocity and inlet temperature; and determining the thrust based on the comparison.
A method comprising: dissolving acrylate monomers in a fluid media comprising an olefin-containing polyalcohol amide surfactant; and reacting the acrylate monomers with a polymerization initiator to produce a polymer having a molecular weight of at least 500,000 and a polydispersity index of 1.25 or less. dissolving acrylate monomers in a fluid media comprising an olefin-containing polyalcohol amide surfactant; and reacting the acrylate monomers with a polymerization initiator to produce a polymer having a molecular weight of at least 500,000 and a polydispersity index of 1.25 or less.
A solution for cut flower and plant preservation consisting of: at least 99.5% by weight water; potassium chloride; hypochlorous acid, wherein the hypochlorous acid has a concentration of no more than 0.01% by weight; and dissolved oxygen, wherein the solution is electrochemically treated, has a conductivity of 0.2-18 mS/cm, has 5-600 ppm of available free chlorine equivalent and has a pH of 4 to 6. at least 99.5% by weight water; potassium chloride; hypochlorous acid, wherein the hypochlorous acid has a concentration of no more than 0.01% by weight; and dissolved oxygen, wherein the solution is electrochemically treated, has a conductivity of 0.2-18 mS/cm, has 5-600 ppm of available free chlorine equivalent and has a pH of 4 to 6.
A method during a handover of a user equipment, UE, from a first network to a second network, comprising: receiving, by an access network entity of the second network, from a core network, CN, entity of the second network, various security capability sets supported by the UE, wherein various security capability sets supported by the UE include at least one radio resource control, RRC/user plane, UP, algorithm supported by the UE; selecting, by the access network entity of the second network, an RRC/UP algorithm supported by both the UE and the access network entity of the second network, wherein the selected RRC/UP algorithm is selected according to the at least one RRC/UP algorithm supported by the UE, and at least one RRC/UP algorithm supported by the access network entity of the second network; and sending (208, 209), by the access network entity of the second network, the selected RRC/UP algorithm via the CN entity of the second network to the first network. receiving, by an access network entity of the second network, from a core network, CN, entity of the second network, various security capability sets supported by the UE, wherein various security capability sets supported by the UE include at least one radio resource control, RRC/user plane, UP, algorithm supported by the UE; selecting, by the access network entity of the second network, an RRC/UP algorithm supported by both the UE and the access network entity of the second network, wherein the selected RRC/UP algorithm is selected according to the at least one RRC/UP algorithm supported by the UE, and at least one RRC/UP algorithm supported by the access network entity of the second network; and sending (208, 209), by the access network entity of the second network, the selected RRC/UP algorithm via the CN entity of the second network to the first network.
A baking device for producing at least one, in particular endless, baked strip, comprising: - a ring, which revolves in or on a machine frame and comprises an endless baking surface on at least one surface, - a heating arrangement having at least one inductor for inductively heating the ring and a support frame, - a baking mass application device for continuously applying a preferably liquid baking mass to the baking surface, - a strip removal device for continuously removing the baked strip, which is baked on the heated baking surface, - and a holding device for coupling the heating arrangement to the machine frame and for holding the heating arrangement in a heating area, characterized in that the heating arrangement is supported on the ring via at least one roller rotatably mounted on the support frame. - a ring, which revolves in or on a machine frame and comprises an endless baking surface on at least one surface, - a heating arrangement having at least one inductor for inductively heating the ring and a support frame, - a baking mass application device for continuously applying a preferably liquid baking mass to the baking surface, - a strip removal device for continuously removing the baked strip, which is baked on the heated baking surface, - and a holding device for coupling the heating arrangement to the machine frame and for holding the heating arrangement in a heating area, characterized in that the heating arrangement is supported on the ring via at least one roller rotatably mounted on the support frame.
A lens moving apparatus comprising: a housing; a bobbin disposed in the housing; a first coil disposed on the bobbin; a magnet disposed on the housing; an elastic member (150, 160) coupled both to the bobbin and to the housing; a circuit board disposed under the housing; a base disposed under the circuit board; a terminal (81a - 81d) disposed on the base; and a support, which is coupled at one end thereof to the elastic member and at a remaining end thereof to the terminal (81a - 81d), characterized in that the terminal (81a - 81d) comprises: a first coupler (310, 1310) comprising a first hole coupled to the remaining end of the support by a first solder; a second coupler coupled to the circuit board by a second solder; and a connector (315, 1315) connecting a portion of one side surface of the first coupler (310, 1310) to a portion of one side surface of the second coupler, a length of the first coupler (310, 1310) in a first direction is greater than a length of the second coupler (320, 1320) in the first direction, and the first direction is a horizontal direction parallel to the one side surface of the second coupler. a housing; a bobbin disposed in the housing; a first coil disposed on the bobbin; a magnet disposed on the housing; an elastic member (150, 160) coupled both to the bobbin and to the housing; a circuit board disposed under the housing; a base disposed under the circuit board; a terminal (81a - 81d) disposed on the base; and a support, which is coupled at one end thereof to the elastic member and at a remaining end thereof to the terminal (81a - 81d), characterized in that the terminal (81a - 81d) comprises: a first coupler (310, 1310) comprising a first hole coupled to the remaining end of the support by a first solder; a second coupler coupled to the circuit board by a second solder; and a connector (315, 1315) connecting a portion of one side surface of the first coupler (310, 1310) to a portion of one side surface of the second coupler, a length of the first coupler (310, 1310) in a first direction is greater than a length of the second coupler (320, 1320) in the first direction, and the first direction is a horizontal direction parallel to the one side surface of the second coupler. a first coupler (310, 1310) comprising a first hole coupled to the remaining end of the support by a first solder; a second coupler coupled to the circuit board by a second solder; and a connector (315, 1315) connecting a portion of one side surface of the first coupler (310, 1310) to a portion of one side surface of the second coupler, a length of the first coupler (310, 1310) in a first direction is greater than a length of the second coupler (320, 1320) in the first direction, and the first direction is a horizontal direction parallel to the one side surface of the second coupler.
An isolated antibody, or an antigen-binding fragment thereof, that neutralizes infection of a group 1 subtype and a group 2 subtype of influenza A virus and comprises: (i) the heavy chain CDR1, CDR2 and CDR3 sequences as set forth in SEQ ID NOs: 1, 41 and 43, respectively, or as set forth in SEQ ID NOs: 1, 41 and 42, respectively; and (ii) the light chain CDR1, CDR2, and CDR3 sequences as set forth in SEQ ID NOs: 4, 5 and 6, respectively, or as set forth in SEQ ID NOs: 44, 5 and 6, respectively, wherein said antibody or antigen-binding fragment thereof comprises a heavy chain variable region having at least 90% sequence identity to the amino acid sequence as set forth in SEQ ID NOs: 59 or 55; and a light chain variable region having at least 90% sequence identity to the amino acid sequence as set forth in SEQ ID NOs: 57 or 61 and wherein said antibody, or antigen-binding fragment thereof, is produced in transfected cells at titers of at least 3 fold higher than the titer at which FI6 variant 2 is produced.
A process for synthesizing a cyclic peptide compound, comprising the steps of: translationally synthesizing a non-cyclic peptide compound comprising non-natural amino acid(s), and containing a functional group 1 and a functional group 2, which are a pair of functional groups capable of reacting to form a bond; and cyclizing the non-cyclic peptide compound by the reaction of the functional group 1 and the functional group 2 to form a bond wherein the step comprises synthesizing a non-cyclic peptide compound using a cell-free translation system characterized by use of a ribozyme that enables aminoacylation of a tRNA with any amino acid compound, and wherein the pair of functional groups 1 and 2 is the following pair: -Ar-CH 2 NH 2 (C-1) wherein Ar is an aromatic ring optionally having a substituent. translationally synthesizing a non-cyclic peptide compound comprising non-natural amino acid(s), and containing a functional group 1 and a functional group 2, which are a pair of functional groups capable of reacting to form a bond; and cyclizing the non-cyclic peptide compound by the reaction of the functional group 1 and the functional group 2 to form a bond
A roaming handoff method, used in Inter-frequency networking for access in a high-density scenario in a wireless local area network, comprising: determining, by a central control device, at least one target remote access unit RRU based on a location and a displacement vector of a station; sending, by the central control device, a channel switching instruction to an original RRU, wherein the channel switching instruction comprises at least one target RRU; sending, by the central control device, a first preferential access right reservation notification to a first target RRU to instruct the first target RRU to reserve a preferential access right for the station, wherein the first target RRU is one of the at least one target RRU; wherein the preferential access right indicates that when receiving a connection request of the station, the target RRU preferentially replies with a connection response and preferentially provides access for the station; receiving, by the central control device, a first connection request of the station preferentially sent by the first target RRU; and sending, by the central control device, a first connection response to the first target RRU, wherein the first connection response comprises a first connection return code. determining, by a central control device, at least one target remote access unit RRU based on a location and a displacement vector of a station; sending, by the central control device, a channel switching instruction to an original RRU, wherein the channel switching instruction comprises at least one target RRU; sending, by the central control device, a first preferential access right reservation notification to a first target RRU to instruct the first target RRU to reserve a preferential access right for the station, wherein the first target RRU is one of the at least one target RRU; wherein the preferential access right indicates that when receiving a connection request of the station, the target RRU preferentially replies with a connection response and preferentially provides access for the station; receiving, by the central control device, a first connection request of the station preferentially sent by the first target RRU; and sending, by the central control device, a first connection response to the first target RRU, wherein the first connection response comprises a first connection return code.
A strapping apparatus for coupling an article to a post, the apparatus comprising: a post adapter comprising a first side configured to engage with said post and a second side comprising a recess; a retaining element at least partially located in the recess of the post adapter; and a strap configured to extend around said post, the strap comprising: a first end configured to be removably coupled to post adapter; and a second end configured to be received in the retaining element, wherein in use, the retaining element in the recess of the post adapter is configured to be substantially covered by said article. a post adapter comprising a first side configured to engage with said post and a second side comprising a recess; a retaining element at least partially located in the recess of the post adapter; and a strap configured to extend around said post, the strap comprising: a first end configured to be removably coupled to post adapter; and a second end configured to be received in the retaining element, a first end configured to be removably coupled to post adapter; and a second end configured to be received in the retaining element, wherein in use, the retaining element in the recess of the post adapter is configured to be substantially covered by said article.
A column comprising a multiphase vapor distributor for separation of a mixed vapor phase, said multiphase vapor distributor being located within said column, the column comprising a sump and at least one vapour inlet nozzle (16, 17) extending through an exterior wall of said column for directing a multi-phase vapor stream in a generally circumferential direction, wherein said multiphase vapor distributor is generally annular in construction and has a generally vertical center axis, said multiphase vapor distributor comprising at least a top section, a bottom section and a generally annular upright interior deflecting wall; wherein said interior deflecting wall is spaced radially inwardly from said vapour inlet nozzle (16, 17); said interior deflecting wall connects said top section and said bottom section; said bottom section comprises a floor and at least one opening to said sump, said interior deflecting wall comprises at least one opening into an interior space of the annular distributor and said top section comprises a ceiling and at least one opening into an upper region of said column; wherein at least one chamber is formed between the exterior wall of said column, said interior deflecting wall, said floor and said ceiling of said multiphase vapor distributor, and wherein said multiphase vapor distributor is adapted to accommodate passage of said multiphase vapor from said vapour inlet nozzle (16, 17) into said chamber.