mhurhangee/ep-ind-claims huggingface dataset:
A noble metal recovery method comprising a step of: bringing a yeast into contact with noble metal ions in a liquid containing the noble metal ions and accumulating the noble metal in a fungus body of the yeast, wherein the liquid containing the noble metal ions is a solution to which an electron donor is added, wherein the concentration of electron donor in the liquid to be contacted with yeast is the same degree as the noble metal ion concentration or more, and wherein the electron donor is selected from aliphatic carboxylic acids with a carbon number of 1 to 7, or salts thereof, aromatic carboxylic acids having a carboxyl group with a carbon number of 1 to 7, or salts thereof, alcohols or hydrogen gas. bringing a yeast into contact with noble metal ions in a liquid containing the noble metal ions and accumulating the noble metal in a fungus body of the yeast, wherein the liquid containing the noble metal ions is a solution to which an electron donor is added, wherein the concentration of electron donor in the liquid to be contacted with yeast is the same degree as the noble metal ion concentration or more, and wherein the electron donor is selected from aliphatic carboxylic acids with a carbon number of 1 to 7, or salts thereof, aromatic carboxylic acids having a carboxyl group with a carbon number of 1 to 7, or salts thereof, alcohols or hydrogen gas.
Process for the continuous preparation of nitrobenzene by adiabatic nitration of benzene by means of a mixture of sulphuric acid and nitric acid, characterized in that the reaction mixture obtained in the nitration is separated into an aqueous phase and an organic phase, water is subsequently evaporated from the aqueous phase, and the concentrated-up sulphuric acid obtained is partly recirculated to the nitration and sulphuric acid having a concentration of greater than 65% by weight is additionally introduced into the nitration in such amounts that the sum of the concentrations of the metal ions which form sparingly soluble metal sulphates in the reaction zone is less than 900 mg/l, based on the volume of the aqueous phase containing sulphuric acid.
A method of fabricating a stent coated with a therapeutic substance, characterized in: providing a single stent pattern formed in a flat sheet of metal, said pattern having a luminal surface, a vessel wall surface, a first longitudinal side and a second longitudinal side; coating at least one of the surfaces of the stent pattern with the substance; and forming the coated stent pattern into a tubular shape; said forming step comprising: attaching the first longitudinal side and second longitudinal side to form the stent. providing a single stent pattern formed in a flat sheet of metal, said pattern having a luminal surface, a vessel wall surface, a first longitudinal side and a second longitudinal side; coating at least one of the surfaces of the stent pattern with the substance; and forming the coated stent pattern into a tubular shape; said forming step comprising: attaching the first longitudinal side and second longitudinal side to form the stent.
A hybrid heating system, which includes o a primary circuit of a primary heat generator, comprising in parallel a service water heat exchanger and a heating circulation heat exchanger to be heated with the primary heat, o a heating circuit circulating circulation water in a controllable manner at the points of consumption via said heating circulation heat exchanger heated with the primary heat, o heat-pump units (HP1, HP2, HP3) connected, each comprising a compressor, an expansion valve, an evaporator and a condenser (36a, 36b), and connected so as to utilize in series the exhaust-air heat recovery by means of their evaporators), wherein said heat source comprises at least one exhaust-air heat exchanger, characterized in that said heat-pump units (HP1, HP2, HP3) are connected thermodynamically in series, and all units together connected so as to utilize in series the exhaust-air heat recovery by means of their evaporators and so as to emit a secondary heat in series by means of their condensers as a unit in parallel with said heating circulation heat exchanger, and the exhaust-air heat recovery unit consists of a plurality of exhaust-air heat recovery elements (201, 202, 203) connected in series, wherein the medium circulations on both sides are connected in series and together are connected to a counter-flow so that a recurring rise in temperature of the medium and a recurring cooling of the exhaust air are realized. o a primary circuit of a primary heat generator, comprising in parallel a service water heat exchanger and a heating circulation heat exchanger to be heated with the primary heat, o a heating circuit circulating circulation water in a controllable manner at the points of consumption via said heating circulation heat exchanger heated with the primary heat, o heat-pump units (HP1, HP2, HP3) connected, each comprising a compressor, an expansion valve, an evaporator and a condenser (36a, 36b), and connected so as to utilize in series the exhaust-air heat recovery by means of their evaporators), wherein said heat source comprises at least one exhaust-air heat exchanger, characterized in that said heat-pump units (HP1, HP2, HP3) are connected thermodynamically in series, and all units together connected so as to utilize in series the exhaust-air heat recovery by means of their evaporators and so as to emit a secondary heat in series by means of their condensers as a unit in parallel with said heating circulation heat exchanger, and the exhaust-air heat recovery unit consists of a plurality of exhaust-air heat recovery elements (201, 202, 203) connected in series, wherein the medium circulations on both sides are connected in series and together are connected to a counter-flow so that a recurring rise in temperature of the medium and a recurring cooling of the exhaust air are realized.
A needle covering system for a needle of a syringe, the needle covering system comprising: a boot (22, 22') defining a contaminant-proof pocket for the needle, said boot including a sealing ring portion (34, 65'), a needle pierceable end portion at a base of said pocket, and a body extending between said sealing ring portion and said needle pierceable end portion and having an interior hollow for the needle, said body collapsible to allow movement of said needle pierceable end portion toward said sealing ring portion for a tip of the needle to pass through said needle pierceable end portion; characterized by: said sealing ring portion structured to form a continuous seal with a support portion (161', 201) of the syringe; and a securement collar (80, 80') for pressing said sealing ring portion against the support portion of the syringe, said securement collar being a remnant portion of a protective shell, said remnant portion remaining after a disconnection of said remnant portion and a remainder portion of the protective shell during manufacture and the remainder portion is removed from a protective position around said boot body. a boot (22, 22') defining a contaminant-proof pocket for the needle, said boot including a sealing ring portion (34, 65'), a needle pierceable end portion at a base of said pocket, and a body extending between said sealing ring portion and said needle pierceable end portion and having an interior hollow for the needle, said body collapsible to allow movement of said needle pierceable end portion toward said sealing ring portion for a tip of the needle to pass through said needle pierceable end portion; characterized by: said sealing ring portion structured to form a continuous seal with a support portion (161', 201) of the syringe; and a securement collar (80, 80') for pressing said sealing ring portion against the support portion of the syringe, said securement collar being a remnant portion of a protective shell, said remnant portion remaining after a disconnection of said remnant portion and a remainder portion of the protective shell during manufacture and the remainder portion is removed from a protective position around said boot body. said sealing ring portion structured to form a continuous seal with a support portion (161', 201) of the syringe; and a securement collar (80, 80') for pressing said sealing ring portion against the support portion of the syringe, said securement collar being a remnant portion of a protective shell, said remnant portion remaining after a disconnection of said remnant portion and a remainder portion of the protective shell during manufacture and the remainder portion is removed from a protective position around said boot body.
A nucleic acid molecule encoding the genome of a synthetic hepatitis C virus subtype 1a (Bole1a) comprising the nucleotide sequence of SEQ ID NO: 1 or the complement thereof.
A stripping and crimping tool for twisting a partially exposed end portion of a stranded lead through webs (5, 5'), projecting into the pliers mouth at the free end of the pliers jaws (2, 2'), and for crimping the exposed and twisted end portion of the stranded lead with a ferrule by a pressing plunger, guided in a cassette in the intersection area of the pliers limbs (3, 3'), the pressing plunger running in a die by a closing force when squeezing the pliers limbs (3, 3') together for compressing the ferrules, characterized in that each of a first molded part and a second molded part are arranged on one of the two pliers jaws (2, 2') to protrude into the pliers mouth, on which a forced lock with a locking pawls and a toothed segment is provided for preventing the opening of the stripping and crimping tool without prior strike of the pressing plunger against the ferrule, located in the die, wherein the toothed segment is located at the first molded part with a course that is corresponding to the movement trajectory of the pliers jaws (2, 2') and the locking pawls are located moveably but stationary hinged at the second molded part by a spring, and in addition the first molded part and / or the second molded part are formed in one piece with the webs (5, 5').
Fastener to a mechanical mounting, with an electrical measuring device or a part of an electrical measuring device, whereby the fastener has a shaft with a thread and an electrical conductor positioned in a screw thread of the thread, the conductor being electrically isolated from the shaft.
A method for replacing a tendon flex bearing on a tension leg platform having a tendon with a length adjustment joint secured to a tendon porch on the TLP by means of a top clamp having releasable slips comprising: installing a tendon tensioning tool on the LAJ; attaching a supplemental buoyancy module to the tendon; applying tension to the tendon with the tendon tensioning tool sufficient to release the slips from the top clamp; adjusting the buoyancy of the supplemental buoyancy module; releasing tension applied to the tendon with the tendon tensioning tool; and, removing the tendon flex bearing. installing a tendon tensioning tool on the LAJ; attaching a supplemental buoyancy module to the tendon; applying tension to the tendon with the tendon tensioning tool sufficient to release the slips from the top clamp; adjusting the buoyancy of the supplemental buoyancy module; releasing tension applied to the tendon with the tendon tensioning tool; and, removing the tendon flex bearing.
Pressure wave supercharger for compressing fresh air for an internal combustion engine, comprising a cold gas housing, a hot gas housing, and a rotor casing, which is arranged therebetween, wherein a rotatable cell rotor is arranged within the rotor casing, wherein the cell rotor has a plurality of rotors cells, which extend in the direction of extent of the cell rotor and form a fluidic connection, and wherein the hot gas housing comprises a high-pressure exhaust duct and a low-pressure exhaust duct, and wherein the cold gas housing comprises a fresh air duct and a charge air duct, and wherein the high-pressure exhaust duct, the low-pressure exhaust duct, the fresh air duct and the charge air duct are fluidically connected to the cell rotor, wherein the cold gas housing comprises a cell rotor bearing, wherein the cell rotor is connected to a rotor shaft, wherein the rotor shaft is mounted in the cell rotor bearing, and wherein the cell rotor is divided in the direction of extent of the rotor shaft and comprises at least one first cell rotor part and one second cell rotor part, wherein the first and the second cell rotor part (8a, 8b) are spaced apart in the direction of extent of the rotor shaft, forming a gap, characterized in that the gap is open, with the result that, from the first cell rotor part to the second cell rotor part, successive rotor cells in the direction of extent of the rotor shaft are fluidically connected to one another via the open gap.
A method for deriving cell information of a radio cell by a mobile device, the method comprising: receiving a sequence of radio frames, wherein each radio frame comprises a master information block MIB; deriving synchronization information of the sequence of radio frames from the MIBs of at least two radio frames; determining a position of a first type system information block SIB1 comprised in the sequence of radio frames based on the synchronization information; determining a position of a second type system information block SIB2 comprised in the sequence of radio frames based on information comprised in the SIB1; and deriving the cell information based on at least one of the SIB1 and the SIB2; wherein receiving the sequence of radio frames comprises caching the sub-frames between the MIB and the SIB1; characterized by after successful decoding of SIB1 information which provides scheduling parameters of other system information blocks than SIB1, fetching the other system information blocks from the cached sub-frames to check if they have any dynamical scheduled system information blocks. receiving a sequence of radio frames, wherein each radio frame comprises a master information block MIB; deriving synchronization information of the sequence of radio frames from the MIBs of at least two radio frames; determining a position of a first type system information block SIB1 comprised in the sequence of radio frames based on the synchronization information; determining a position of a second type system information block SIB2 comprised in the sequence of radio frames based on information comprised in the SIB1; and deriving the cell information based on at least one of the SIB1 and the SIB2; wherein receiving the sequence of radio frames comprises caching the sub-frames between the MIB and the SIB1; characterized by after successful decoding of SIB1 information which provides scheduling parameters of other system information blocks than SIB1, fetching the other system information blocks from the cached sub-frames to check if they have any dynamical scheduled system information blocks.
A cell culture system comprising: (i) one or more fluid reservoirs; (ii) a pump operably coupled to the one or more fluid reservoirs; and (iii) a cell culture chamber fluidically coupled to the one or more fluid reservoirs, wherein the cell culture chamber comprises a fluidic channel having an inlet, an outlet, and a cell binding surface; and (iv) a mounting area comprising a base, the mounting area supporting the cell culture chamber such that the fluidic channel is angled with respect to the base in a manner that the inlet is below the outlet. (i) one or more fluid reservoirs; (ii) a pump operably coupled to the one or more fluid reservoirs; and (iii) a cell culture chamber fluidically coupled to the one or more fluid reservoirs, wherein the cell culture chamber comprises a fluidic channel having an inlet, an outlet, and a cell binding surface; and (iv) a mounting area comprising a base, the mounting area supporting the cell culture chamber such that the fluidic channel is angled with respect to the base in a manner that the inlet is below the outlet.
A system (1000, 2000, 3000, 4000, 5000, 6000) for associating content with one or more light beacons, comprising a server, the server comprising: - at least one input interface for receiving input; - an output interface for providing output; and - at least one processor configured: to receive a geographical indicator, to determine a set of at least one light beacon based on said geographical indicator, each of said at least one light beacon being configured to transmit data via visible light, to use said output interface to output information identifying said set of at least one light beacon, to use said at least one input interface to receive a selection of one or more light beacons of said set of at least one light beacon, to use said at least one input interface to receive a content item or a reference to a content item to be associated with said one or more light beacons, and to associate said content item with said one or more light beacons, said association causing said one or more light beacons to transmit data via visible light which enables reproduction of said content item. - at least one input interface for receiving input; - an output interface for providing output; and - at least one processor configured: to receive a geographical indicator, to determine a set of at least one light beacon based on said geographical indicator, each of said at least one light beacon being configured to transmit data via visible light, to use said output interface to output information identifying said set of at least one light beacon, to use said at least one input interface to receive a selection of one or more light beacons of said set of at least one light beacon, to use said at least one input interface to receive a content item or a reference to a content item to be associated with said one or more light beacons, and to associate said content item with said one or more light beacons, said association causing said one or more light beacons to transmit data via visible light which enables reproduction of said content item. to receive a geographical indicator, to determine a set of at least one light beacon based on said geographical indicator, each of said at least one light beacon being configured to transmit data via visible light, to use said output interface to output information identifying said set of at least one light beacon, to use said at least one input interface to receive a selection of one or more light beacons of said set of at least one light beacon, to use said at least one input interface to receive a content item or a reference to a content item to be associated with said one or more light beacons, and to associate said content item with said one or more light beacons, said association causing said one or more light beacons to transmit data via visible light which enables reproduction of said content item.
A dish washer to perform a drying cycle using an adsorbent, the dish washer comprising: a tub; a drying device to perform a drying cycle using the adsorbent, the drying device communicating with the tub; and a mesh unit, having a hollow concave-convex structure, and provided in the drying device to reduce flow resistance of air passing through the adsorbent; wherein the drying device comprises an adsorbent case (30, 30a, 30b, 30d), in which the adsorbent is provided, and a heater (20, 20a, 20b, 20d) to transfer hot air to the adsorbent case (30, 30a, 30b, 30d) such that the adsorbent is regenerated, and the adsorbent case (30, 30a, 30b, 30d) and the heater (20, 20a, 20b, 20d) are isolated from each other by a partition (47, 47a, 47b); and a fan provided to circulate air through the tub and the drying device, wherein the partition (47, 47a, 47b) comprises at least one connection port (25a, 25d), and air, introduced from the tub, passes through the heater (20, 20a, 20b, 20d) and is introduced, via the at least one connection port (25a, 25d), into the adsorbent case (30, 30a, 30b, 30d), wherein the adsorbent case (30, 30a, 30b, 30d) comprises at least one outlet port (13, 13a, 13b, 13d) connected to the tub, characterized in that the mesh unit comprises a distribution mesh (40, 40a, 40b) disposed to distribute air and a mesh pipe (45, 45a, 45b) to form a hollow passage in the adsorbent. a tub; a drying device to perform a drying cycle using the adsorbent, the drying device communicating with the tub; and a mesh unit, having a hollow concave-convex structure, and provided in the drying device to reduce flow resistance of air passing through the adsorbent; wherein the drying device comprises an adsorbent case (30, 30a, 30b, 30d), in which the adsorbent is provided, and a heater (20, 20a, 20b, 20d) to transfer hot air to the adsorbent case (30, 30a, 30b, 30d) such that the adsorbent is regenerated, and the adsorbent case (30, 30a, 30b, 30d) and the heater (20, 20a, 20b, 20d) are isolated from each other by a partition (47, 47a, 47b); and a fan provided to circulate air through the tub and the drying device, wherein the partition (47, 47a, 47b) comprises at least one connection port (25a, 25d), and air, introduced from the tub, passes through the heater (20, 20a, 20b, 20d) and is introduced, via the at least one connection port (25a, 25d), into the adsorbent case (30, 30a, 30b, 30d), wherein the adsorbent case (30, 30a, 30b, 30d) comprises at least one outlet port (13, 13a, 13b, 13d) connected to the tub, characterized in that the mesh unit comprises a distribution mesh (40, 40a, 40b) disposed to distribute air and a mesh pipe (45, 45a, 45b) to form a hollow passage in the adsorbent.