mhurhangee/ep-ind-claims huggingface dataset:
A packed column (11; 31) which includes a gas-liquid contactor (17, 18; 33a, 33b, 34) inside a tubular body (16; 32) and a liquid distributor (19; 35a) in an uppermost portion and causes descending liquid and ascending gas to contact each other in the gas-liquid contactor (17, 18; 33a, 33b, 34), wherein operation pressure is in a range of 200 to 1500 kPaG, relative volatility is in a range of 1.9 to 3.1, the gas-liquid contactor is horizontally divided into at least two parts to thereby form a plurality of gas-liquid contactors (17, 18; 33a, 33b, 34), wherein: two or more gas dispersers (20; 36) is-are each provided between a lower one (18; 34) of the gas-liquid contactors and an upper one (17; 33a) of the gas-liquid contactors, the gas dispersers uniformly dispersing composition of the ascending gas rising from the respective lower gas-liquid contactor toward the respective upper gas-liquid contactor, characterised in that a total height of the gas-liquid contactors (17; 33a, 33b) above the highest gas disperser (20; 36) of the two or more gas dispersers is set such that a ratio of the total height to a height of all the gas-liquid contactors (17, 18; 33a, 33b, 34) is 0.5 or greater, in particular 0.7 or greater. operation pressure is in a range of 200 to 1500 kPaG, relative volatility is in a range of 1.9 to 3.1, the gas-liquid contactor is horizontally divided into at least two parts to thereby form a plurality of gas-liquid contactors (17, 18; 33a, 33b, 34), wherein: two or more gas dispersers (20; 36) is-are each provided between a lower one (18; 34) of the gas-liquid contactors and an upper one (17; 33a) of the gas-liquid contactors, the gas dispersers uniformly dispersing composition of the ascending gas rising from the respective lower gas-liquid contactor toward the respective upper gas-liquid contactor, characterised in that a total height of the gas-liquid contactors (17; 33a, 33b) above the highest gas disperser (20; 36) of the two or more gas dispersers is set such that a ratio of the total height to a height of all the gas-liquid contactors (17, 18; 33a, 33b, 34) is 0.5 or greater, in particular 0.7 or greater.
A method for transmitting multi-user data in a reverse direction grant protocol, comprising: receiving, by a reverse direction responder, a frame which includes a reverse direction grant/more physical layer data unit, RDG/more PPDU, bit that is set to 1 from a reverse direction initiator in a transmission opportunity, TXOP, to obtain the TXOP control; and sending, by the reverse direction responder, data to at least two stations in the TXOP simultaneously, wherein the at least two stations comprise the reverse direction initiator. receiving, by a reverse direction responder, a frame which includes a reverse direction grant/more physical layer data unit, RDG/more PPDU, bit that is set to 1 from a reverse direction initiator in a transmission opportunity, TXOP, to obtain the TXOP control; and sending, by the reverse direction responder, data to at least two stations in the TXOP simultaneously, wherein the at least two stations comprise the reverse direction initiator.
An electrical installation (100; 200) comprising: · an electrical accessory (110; 210) including power connection means for connecting to the local electricity network; and · a mounting element (130; 230) for mounting said electrical accessory (110; 210) through a through opening formed in a wall, which mounting element is such that said electrical accessory (110; 210) is accessible to the user via the front of the wall; the electrical installation being characterized in that it further comprises an electrical connection assembly that is distinct from said electrical accessory (110; 210) and that comprises firstly an electric cable having a free end that is fitted with a plug and having another free end that is fitted with connection means that are independent from said electrical accessory (110; 210) and from said power connection means and that are designed to be coupled to a wall socket outlet that is distinct from the electrical accessory (110; 210), and secondly a storage device comprising a base that houses automatic winding means for winding in the electric cable, and that includes attachment means for attaching to complementary attachment means (133; 233) of said mounting element (130; 230), which complementary attachment means (133; 233) are designed to be situated behind the wall. · an electrical accessory (110; 210) including power connection means for connecting to the local electricity network; and · a mounting element (130; 230) for mounting said electrical accessory (110; 210) through a through opening formed in a wall, which mounting element is such that said electrical accessory (110; 210) is accessible to the user via the front of the wall;
A dispenser pack comprising: at least one circular blister pack comprising blister cavities, wherein the blister cavities are arranged along the circumference of the blister pack, and a casing in the form of a closed box, wherein two of the opposite surfaces (A, B) of the casing are square and wherein the diameter D of the blister pack is equal to the side lengths L of said two opposite surfaces (A, B) of the casing, the blister pack being rotatably mounted inside the casing such that the axis of rotation passes through the center of the blister pack, said dispenser pack being characterized in that a corner of the casing is removable or hingedly connected for providing an opening in the casing, and the opening provides access to at least one of the blister cavities. at least one circular blister pack comprising blister cavities, wherein the blister cavities are arranged along the circumference of the blister pack, and a casing in the form of a closed box, wherein two of the opposite surfaces (A, B) of the casing are square and wherein the diameter D of the blister pack is equal to the side lengths L of said two opposite surfaces (A, B) of the casing, the blister pack being rotatably mounted inside the casing such that the axis of rotation passes through the center of the blister pack, said dispenser pack being characterized in that a corner of the casing is removable or hingedly connected for providing an opening in the casing, and the opening provides access to at least one of the blister cavities.
A system for controlled tipping of a dump body of a transport vehicle, wherein the vehicle comprises a support frame, a counter frame with a pair of parallel cross members (6, 7), a lifting cylinder for lifting the dump body and a locking device for selectively locking the dump body, wherein said locking device comprises support means (15A, 15B, 15C, 15D) for supporting the dump body, which are designed to be selectively locked and are placed at the ends of said cross members (6, 7), wherein each of said support means (15A, 15B, 15C, 15D) comprises a convex element having a spherical head, a concave element having a seat for said spherical head, a locking pin for selectively locking said concave element and said convex element to prevent separation thereof, a double-acting actuator for imparting a two-way motion to said pin, said actuator being housed in a recess (11, 12) of a respective cross member (6, 7) for actuating a respective pin along a respective transverse direction and cause said convex element and said concave element to be locked together to protect each actuator from possible impacts and damages; characterized in that each convex element is secured to a bottom face of the dump body and each concave element is fixed to said counter frame in alignment with a respective convex element, there being provided a user-operable electronic control unit which is connected to said actuators and to said lift cylinder and a plurality of position sensors, said control unit and said sensors being connected to said actuators and said cylinder by means of a plurality of electrical connections which are integrally arranged on said counter frame.
A culture apparatus comprising an outer case, an inner' case configured with metal plates, the inner case being arranged inside the outer case, and a door configured to open and close an opening formed in front faces of the outer case and the inner case, the culture apparatus being configured to cultivate cultures inside the inner case, the culture apparatus being characterized in that side plates include plural pairs of shelf rests formed by press working, each of the plural pairs of shelf rests includes stoppers formed by press working, each of a plurality of shelves includes side parts on both sides of bottom surfaces, the side parts being configured to be placed on one of the pairs of shelf rests in such a manner that the plurality of shelves are arranged in a vertical direction, the stoppers are provided such that the stoppers of one pair of shelf rests limit movement in a vertical direction of a shelf placed on an immediately lower pair of shelf rests, each of the plurality of shelf rests includes a placement surface, on which one of the shelves is to be placed, and an inclined surface formed on undersides of the placement surface, and the stoppers are provided, below the placement surface, on the inclined surface.
A compound having the formula or a stereoisomer thereof, wherein n is 0, 1 or 2; X is fluoro or chloro; Y is N or CH; 2 is O or CH 2; R 1 is C 1-8 alkyl; C 1-8 alkyl substituted with 1, 2 or 3 halogen substituents, C 3-6 cyclo-alkyl; (C 3-6 cycloalkyl)C 1-6 alkyl; (C 1-6 alkyloxy)C 1-6 alkyl; (trihaloC 1-4 alkyloxy)-C 1-6 alkyl; tetrahydrofuryl; tetrahydropyranyl; phenyl; or phenyl substituted with 1, 2 or 3 substituents selected from halogen, trifluoromethyl, trifluoromethoxy, cyano, C 1-6 alkyl, and C 1-4 alkyloxy; or a monocyclic aromatic heterocyclic radical containing at least one heteroatom selected from N, O and S, optionally substituted with 1, 2 or where possible with 3 substituents selected from halogen, C 1-4 alkyl, C 1-4 alkyloxy, C 3-6 cycloalkyl, and trifluoromethyl; R 2 and R 3 are independently H, C 1-4 alkyl or trifluoromethyl; or R 2 and R 3 are taken together to form 1,2-ethanediyl or 1,3-propanediyl; R 4 and R 5 are independently H, C 1-4 alkyl, trifluoromethyl, C 3-6 cycloalkyl or C 1-4 alkyloxy; or an acid addition salt thereof, or a solvate thereof. n is 0, 1 or 2; X is fluoro or chloro; Y is N or CH; 2 is O or CH 2; R 1 is C 1-8 alkyl; C 1-8 alkyl substituted with 1, 2 or 3 halogen substituents, C 3-6 cyclo-alkyl; (C 3-6 cycloalkyl)C 1-6 alkyl; (C 1-6 alkyloxy)C 1-6 alkyl; (trihaloC 1-4 alkyloxy)-C 1-6 alkyl; tetrahydrofuryl; tetrahydropyranyl; phenyl; or phenyl substituted with 1, 2 or 3 substituents selected from halogen, trifluoromethyl, trifluoromethoxy, cyano, C 1-6 alkyl, and C 1-4 alkyloxy; or a monocyclic aromatic heterocyclic radical containing at least one heteroatom selected from N, O and S, optionally substituted with 1, 2 or where possible with 3 substituents selected from halogen, C 1-4 alkyl, C 1-4 alkyloxy, C 3-6 cycloalkyl, and trifluoromethyl; R 2 and R 3 are independently H, C 1-4 alkyl or trifluoromethyl; or R 2 and R 3 are taken together to form 1,2-ethanediyl or 1,3-propanediyl; R 4 and R 5 are independently H, C 1-4 alkyl, trifluoromethyl, C 3-6 cycloalkyl or C 1-4 alkyloxy; or an acid addition salt thereof, or a solvate thereof.
Battery with a plurality of electrode plates, which are arranged next to one another and form at least one electrode plate stack in block form, wherein the electrode plates each have a frame (9, 10) with a grid arranged therein and wherein at least the grid is filled with an active mass, and wherein each electrode plate has at least one terminal lug protruding beyond the frame (9, 10), wherein the terminal lugs of electrode plates of the same polarity are arranged next to one another in a row (40, 41), wherein the terminal lugs arranged next to one another in a row (40, 41) are electrically and mechanically connected to one another in a material-bonded manner by at least one weld point or solder point arranged between the terminal lugs to form a terminal lug block, characterized in that a terminal connector (80, 100) serving for connecting the set of electrode plates to an adjacent set of electrode plates of another cell of the battery or a pole shaft (130, 140) of an external terminal pole (31, 32) of the battery is connected in a material-bonded manner to the terminal lug block, wherein the terminal lugs are connected to one another in a material-bonded manner by way of intermediate material layers, which are arranged between two adjacent terminal lugs.
A method implemented by a network device for providing software defined protocols, SDP, the method comprising: determining, by the SDP controller, a break-down of data plane process functionality into a plurality of basic process function blocks; determining, by the SDP controller, for one or more network components along a path in a network, a protocol stack comprising basic process function blocks; and configuring by the SDP controller, the one or more network components to implement a sub-set of the basic process function blocks, wherein the determined protocol stack comprises the subset of the determined basic process function blocks in accordance with a quality of service, QoS requirement, characterized in that the SDP controller determines the subset of the basic process function blocks for SDP-configurable network components by considering the impact of data plane process functionality of other non-SDP-configurable network components, wherein the SDP-configurable network components and the non-SDP-configurable network components are indicated by a software defined networking, SDN, controller, and wherein the path is determined by the SDN controller based on the QoS requirement provided by the SDP controller. determining, by the SDP controller, a break-down of data plane process functionality into a plurality of basic process function blocks; determining, by the SDP controller, for one or more network components along a path in a network, a protocol stack comprising basic process function blocks; and configuring by the SDP controller, the one or more network components to implement a sub-set of the basic process function blocks, wherein the determined protocol stack comprises the subset of the determined basic process function blocks in accordance with a quality of service, QoS requirement, characterized in that the SDP controller determines the subset of the basic process function blocks for SDP-configurable network components by considering the impact of data plane process functionality of other non-SDP-configurable network components, wherein the SDP-configurable network components and the non-SDP-configurable network components are indicated by a software defined networking, SDN, controller, and wherein the path is determined by the SDN controller based on the QoS requirement provided by the SDP controller.
A method of plugging a hydrocarbon well, comprising: a) (i) deploying a cutting tool downhole to cut helical coils openings out of one or more casings at a section of well to be plugged, wherein said helical coil openings provide access to an annular space external to an outermost casing, wherein resulting helical casing cuttings fall to a bottom of the well, or a)(ii) deploying a laser cutting tool downhole to remove an inner tubing string at a section of well to be plugged, and laser cutting helical coil openings in one or more casings at a section of well to be plugged, wherein resulting helical casing cuttings fall to a bottom of the well; b) deploying a base plug below and adjacent to said section of well to be plugged; c) deploying a plug material above and adjacent to said base plug, wherein said plug material is bismuth alloy pellets, and then deploying a heater to melt said bismuth alloy pellets to form a molten alloy, wherein said molten alloy rests above said base plug and is squeezed out of said helical coil openings while filling said section of well to be plugged; and d) allowing said molten alloy to set to form a series of rock-to-rock seals through the helical coil opening. a) (i) deploying a cutting tool downhole to cut helical coils openings out of one or more casings at a section of well to be plugged, wherein said helical coil openings provide access to an annular space external to an outermost casing, wherein resulting helical casing cuttings fall to a bottom of the well, or a)(ii) deploying a laser cutting tool downhole to remove an inner tubing string at a section of well to be plugged, and laser cutting helical coil openings in one or more casings at a section of well to be plugged, wherein resulting helical casing cuttings fall to a bottom of the well; b) deploying a base plug below and adjacent to said section of well to be plugged; c) deploying a plug material above and adjacent to said base plug, wherein said plug material is bismuth alloy pellets, and then deploying a heater to melt said bismuth alloy pellets to form a molten alloy, wherein said molten alloy rests above said base plug and is squeezed out of said helical coil openings while filling said section of well to be plugged; and d) allowing said molten alloy to set to form a series of rock-to-rock seals through the helical coil opening.
An air cushion pipette comprising • at least one seat for releasably holding a pipette tip, • a displacement apparatus comprising a displacement chamber having a displacement element that can be displaced therein and that delimits a displacement volume inside the displacement chamber, • a connecting channel that connects the displacement volume to an opening in the seat, • a drive apparatus coupled to the displacement element for displacing the displacement element in the displacement chamber, • an upper stop, a lower stop, and a stop element connected to the drive apparatus for limiting the displacement of the displacement element in the displacement chamber, • an overstroke apparatus comprising the lower stop that is designed and configured such that the stop element displaces the lower stop downwards when the stop element presses with a certain minimum force against the lower stop, wherein the downward displacement of the lower stop is limited to a first overstroke, characterised in that the air cushion pipette further comprises: • a displaceable overstroke limiting means (75, 77) which permits the displacement of the lower stop downwards by the first overstroke in a release position and limits said displacement to a second overstroke that is shorter than the first overstroke in a blocking position, and • a switching apparatus (76, 79) connected to the overstroke limiting means (75, 77) in order to either displace the overstroke limiting means into the release position for forward pipetting or into the blocking position for reverse pipetting. • at least one seat for releasably holding a pipette tip, • a displacement apparatus comprising a displacement chamber having a displacement element that can be displaced therein and that delimits a displacement volume inside the displacement chamber, • a connecting channel that connects the displacement volume to an opening in the seat, • a drive apparatus coupled to the displacement element for displacing the displacement element in the displacement chamber, • an upper stop, a lower stop, and a stop element connected to the drive apparatus for limiting the displacement of the displacement element in the displacement chamber, • an overstroke apparatus comprising the lower stop that is designed and configured such that the stop element displaces the lower stop downwards when the stop element presses with a certain minimum force against the lower stop, wherein the downward displacement of the lower stop is limited to a first overstroke, • a displaceable overstroke limiting means (75, 77) which permits the displacement of the lower stop downwards by the first overstroke in a release position and limits said displacement to a second overstroke that is shorter than the first overstroke in a blocking position, and • a switching apparatus (76, 79) connected to the overstroke limiting means (75, 77) in order to either displace the overstroke limiting means into the release position for forward pipetting or into the blocking position for reverse pipetting.
A structural material (10, 20, 30) using thin steel obtained by joining and integrating thin steel members (11, 12, 21, 22, 31, 32) in a part thereof, characterized in that a reinforced portion (23, 33) formed of a bead, a bracket or a combination of the bead and the bracket is provided in the thin steel, a heat treatment is applied to a part of the thin steel after the joining, and by this heat treatment, two or more types of metal structures with different strength and toughness are formed in the thin steel, wherein the reinforced portion (23, 33) and the heat-treated portion form a transmission path of force having a substantially truss shape, the heat-treated portion has hardness higher than a raw material state portion of the thin steel.
Method for analysing an analyte using surface enhanced Raman spectroscopy (SERS), comprising the following steps: a) providing an essentially flat or topologically structured metal surface of a SERS-active metal; b) depositing the analyte or an open pore matrix material on said flat or topologically structured metal surface; c) depositing a multitude of nano-droplets of a SERS-active metal on top of the analyte or the open pore matrix material, respectively; d) spectroscopically analysing, by scanning laser irradiation and using SERS, the analyte sandwiched between the flat or topologically structured metal surface and the multitude of nano-droplets; wherein the number average diameter of the nano-droplets is in the range of 5-70 nm, and wherein the number average distance between adjacent nano-droplets is smaller than their number average diameter, with the proviso that if an open pore matrix material is deposited on the flat or topologically structured metal surface in step b) the analyte is introduced into the pores before step d) characterized in that step c) is carried out by physical vapour deposition or by sputtering SERS-active metal. a) providing an essentially flat or topologically structured metal surface of a SERS-active metal; b) depositing the analyte or an open pore matrix material on said flat or topologically structured metal surface; c) depositing a multitude of nano-droplets of a SERS-active metal on top of the analyte or the open pore matrix material, respectively; d) spectroscopically analysing, by scanning laser irradiation and using SERS, the analyte sandwiched between the flat or topologically structured metal surface and the multitude of nano-droplets; wherein the number average diameter of the nano-droplets is in the range of 5-70 nm, and wherein the number average distance between adjacent nano-droplets is smaller than their number average diameter, with the proviso that if an open pore matrix material is deposited on the flat or topologically structured metal surface in step b) the analyte is introduced into the pores before step d) characterized in that step c) is carried out by physical vapour deposition or by sputtering SERS-active metal.
Motor vehicle roof antenna with at least one motor vehicle external microphone with at least one microphone unit, which has a microphone capsule arranged in a microphone housing, wherein the microphone housing has at least one microphone opening through which an acoustic duct is formed between the at least one microphone opening and the microphone capsule, wherein the motor vehicle external microphone comprises a switching device which is configured to release the at least one microphone opening in an activated state of the motor vehicle external microphone and to close it in an deactivated state of the motor vehicle external microphone, wherein the motor vehicle roof antenna comprises a basic body for mounting on a vehicle roof and an antenna body coupled thereto, wherein by means of the switching device at least one element of the basic body or of the antenna body is movable.