mhurhangee/patent-ind-claim-en huggingface dataset:
An arc fault detection arrangement for a DC electric bus , said DC electric bus having a plurality of electric lines (L1, L2, LN) adapted to electrically connect a source section and a load section of an electric apparatus , said arc fault detection arrangement comprising an arc fault detector adapted to receive and process detection signals (DS) indicative of AC currents flowing along said electric lines (L1, L2, LN) and a current sensing device , characterised in that the current sensing device further comprises - a single magnetic circuit enchained, when in use, with the first line conductor (C1, C2) of each of said electric lines; - a plurality of primary winding means , each operatively associated with said magnetic circuit and comprising a first primary winding conductor PW1 1 , PW1 2 , PW1 N ) when in use, electrically connected in series with a source portion (C1 S ) and a load portion (C1 L ) of a corresponding first line conductor (C1) of one of said electric lines (L1, L2, LN); - secondary winding means magnetically coupled with said plurality of primary winding means through said magnetic circuit and comprising at least a first secondary winding conductor (SW1) electrically connected with said arc fault detector to provide said detection signals (DS) to said arc fault detector. - a single magnetic circuit enchained, when in use, with the first line conductor (C1, C2) of each of said electric lines; - a plurality of primary winding means , each operatively associated with said magnetic circuit and comprising a first primary winding conductor PW1 1 , PW1 2 , PW1 N ) when in use, electrically connected in series with a source portion (C1 S ) and a load portion (C1 L ) of a corresponding first line conductor (C1) of one of said electric lines (L1, L2, LN); - secondary winding means magnetically coupled with said plurality of primary winding means through said magnetic circuit and comprising at least a first secondary winding conductor (SW1) electrically connected with said arc fault detector to provide said detection signals (DS) to said arc fault detector.
A foil laminating device comprising at least two supply units for supplying at least two foils (A, B) for laminating, a lamination pinch for laminating the at least two foils (A, B) to each other, a transport unit for transporting the said foils (A, B) from the supply units to the lamination pinch , wherein at least one (B) of the said foils (A, B) is segmented comprising mechanically weak zones separating subsequent foil segments for enabling real-time correction of a relative position between the said foils (A, B), wherein the transport unit comprises at least two support members for simultaneous supporting at least two subsequent segments of the segmented foil (B) in use, wherein the support members are automatically actuatable for enabling their displacement, characterized in that , when a misalignment is determined the respective actuators of the support members may be energized and the position of the segment supported by a support member may be adjusted in space.
Implant for osteosynthesis of PIP arthrodesis or DIP arthrodesis of small joints and for osteosynthesis and stabilization of fractures of small bones of the human skeleton, wherein (a) the implant consists of a proximal shaft and a distal shaft which are connected to each other at an angle of 155 to 175 degrees, each shaft having at least one longitudinal groove ; (b) between the shafts there is at least one fixing aid which protrudes beyond the diameter of shaft ; (c) the length of each shaft is 5.00 to 75.00 mm, the diameter of the shafts is 1.50 to 20.00 mm, the thickness of the fixing aids is 0.10 to 2.00 mm and the protrusion of fixing aids beyond the diameter of the shafts is 0.25 to 4.00 mm; (d) the implant is made of a magnesium-based alloy resorbable by the human body and containing 0.10 to 2.50% by weight of zirconium, 0.01 to 0.80% by weight of zinc, 1.50 to 5.00% by weight of yttrium and 2.50 to 5.00% by weight of other rare earth metals; and (e) the copper, aluminum, nickel and iron content is each less than 0.01% by weight. (a) the implant consists of a proximal shaft and a distal shaft which are connected to each other at an angle of 155 to 175 degrees, each shaft having at least one longitudinal groove ; (b) between the shafts there is at least one fixing aid which protrudes beyond the diameter of shaft ; (c) the length of each shaft is 5.00 to 75.00 mm, the diameter of the shafts is 1.50 to 20.00 mm, the thickness of the fixing aids is 0.10 to 2.00 mm and the protrusion of fixing aids beyond the diameter of the shafts is 0.25 to 4.00 mm; (d) the implant is made of a magnesium-based alloy resorbable by the human body and containing 0.10 to 2.50% by weight of zirconium, 0.01 to 0.80% by weight of zinc, 1.50 to 5.00% by weight of yttrium and 2.50 to 5.00% by weight of other rare earth metals; and (e) the copper, aluminum, nickel and iron content is each less than 0.01% by weight.
A compound of Formula (I): or a pharmaceutically acceptable salt thereof, where: R 1 is methyl; R 2 is hydro or methyl; or R 1 and R 2 together with the nitrogen atom to which they are bonded form an azetidinyl, pyrrolidinyl or piperidinyl ring; R 3 is hydro or fluoro; R 4 is hydro or methyl; and R 5 is hydro or fluoro, for use in the treatment of Huntington's disease. R 1 is methyl; R 2 is hydro or methyl; or R 1 and R 2 together with the nitrogen atom to which they are bonded form an azetidinyl, pyrrolidinyl or piperidinyl ring; R 3 is hydro or fluoro; R 4 is hydro or methyl; and R 5 is hydro or fluoro,
An energy-curable composition comprising a partially acrylated polyol according to the general expression; (Ac) m -R-(OH) n where; Ac = an acrylate or methacrylate group; m+n ≥ 2; m ≥ 1; n ≥ 1; and R = any organic residue, wherein the polyol is selected from any of trimethylolpropane, glycerol, pentaerythritol, ditrimethylolpropane, dipentaerythritol and blends thereof and wherein the polyol used in the preparation of the partially acrylated polyol is a poly(alkoxylated) polyol. Ac = an acrylate or methacrylate group; m+n ≥ 2; m ≥ 1; n ≥ 1; and R = any organic residue, wherein the polyol is selected from any of trimethylolpropane, glycerol, pentaerythritol, ditrimethylolpropane, dipentaerythritol and blends thereof and wherein the polyol used in the preparation of the partially acrylated polyol is a poly(alkoxylated) polyol.
A covered container for cryo-sprouts comprising: a container comprising a membrane supported above the floor of the container on internal supports , a lid covering the container to form a covered container with an air-permeable seal, the covered container comprising seeds disposed on the membrane and water, wherein the air-permeable seal comprises openings above the water line, wherein the openings are configured for respiration and water evaporation during germination of seeds and growth into cryo-sprouts in the covered container ; characterized in that the openings comprise one to three vent slots having a size of about 5 square millimeters (sq. mm) per slot, configured to increase air permeation rate of the covered container and configured to provide an evaporation rate of between about 200 - 250 mg of water per day at about 21 0 C (70 0 F) and at about 40% relative humidity, wherein the container is comprised of a polymer and having a volume of 500 cc. a container comprising a membrane supported above the floor of the container on internal supports , a lid covering the container to form a covered container with an air-permeable seal, the covered container comprising seeds disposed on the membrane and water, wherein the air-permeable seal comprises openings above the water line, wherein the openings are configured for respiration and water evaporation during germination of seeds and growth into cryo-sprouts in the covered container ; characterized in that the openings comprise one to three vent slots having a size of about 5 square millimeters (sq. mm) per slot, configured to increase air permeation rate of the covered container and configured to provide an evaporation rate of between about 200 - 250 mg of water per day at about 21 0 C (70 0 F) and at about 40% relative humidity, wherein the container is comprised of a polymer and having a volume of 500 cc.
A semiconductor light-emitting element , comprising: a stacking structure having a substrate and a semiconductor layer between a first surface (S1) and a second surface (S2) that face each other in order from a side on which the first surface (S1) is located, the substrate including a compound semiconductor, and the semiconductor layer being crystal-grown on the substrate and including a light-emitting region ; a first depression formed on at least a portion of a first edge (e1) adjacent to the second surface (S2) of the stacking structure , and wherein the first depression is formed on a portion of the first edge (e1), excluding a region corresponding to the light-emitting region ; and a second depression formed on a second edge (e2) extending along a thickness direction of the stacking structure , characterised in that the second depression is provided as a quarter-circular recess continuously formed from the first surface (S1) to the second surface (S2), part of a hole penetrating the stacking structure upon fabrication. a stacking structure having a substrate and a semiconductor layer between a first surface (S1) and a second surface (S2) that face each other in order from a side on which the first surface (S1) is located, the substrate including a compound semiconductor, and the semiconductor layer being crystal-grown on the substrate and including a light-emitting region ; a first depression formed on at least a portion of a first edge (e1) adjacent to the second surface (S2) of the stacking structure , and wherein the first depression is formed on a portion of the first edge (e1), excluding a region corresponding to the light-emitting region ; and a second depression formed on a second edge (e2) extending along a thickness direction of the stacking structure , characterised in that the second depression is provided as a quarter-circular recess continuously formed from the first surface (S1) to the second surface (S2), part of a hole penetrating the stacking structure upon fabrication.
A system for the ex vivo production of human gut microbiota, comprising: a tortuous, anaerobic, tubular ex vivo culture network comprising hollow cartridges provided with inner and outer surfaces and a nutrient medium for culturing human gut microbiota, wherein the inner surface is coated with a matrix for promoting adhesion of human gut microbiota to the inner surface; wherein the hollow cartridges are in the fluid communication and removably attached to the tortuous tubular ex vivo culture network ; a humidifying system in fluid communication with the tortuous tubular ex vivo culture network to maintain physiological humidity inside the tortuous tubular ex vivo culture network ; a temperature regulation system in the contact with the tortuous tubular ex vivo culture network to regulate the temperature inside the tortuous tubular ex vivo culture network to physiological temperature; a gas control/vacuum control system for maintaining the anaerobic atmosphere and creating a gas gradient; and a hollow screening portal comprising extracellular matrix proteins, human cells, and a port for receiving metabolites generated by the microbiota in the tortuous tubular ex vivo culture network , the hollow screening portal in fluid communication with the hollow cartridge and separated therefrom by a membrane , wherein the hollow screening portal receives oxygen and other gases for culturing the human cells from a separate gas line. a tortuous, anaerobic, tubular ex vivo culture network comprising hollow cartridges provided with inner and outer surfaces and a nutrient medium for culturing human gut microbiota, wherein the inner surface is coated with a matrix for promoting adhesion of human gut microbiota to the inner surface; wherein the hollow cartridges are in the fluid communication and removably attached to the tortuous tubular ex vivo culture network ; a humidifying system in fluid communication with the tortuous tubular ex vivo culture network to maintain physiological humidity inside the tortuous tubular ex vivo culture network ; a temperature regulation system in the contact with the tortuous tubular ex vivo culture network to regulate the temperature inside the tortuous tubular ex vivo culture network to physiological temperature; a gas control/vacuum control system for maintaining the anaerobic atmosphere and creating a gas gradient; and a hollow screening portal comprising extracellular matrix proteins, human cells, and a port for receiving metabolites generated by the microbiota in the tortuous tubular ex vivo culture network , the hollow screening portal in fluid communication with the hollow cartridge and separated therefrom by a membrane , wherein the hollow screening portal receives oxygen and other gases for culturing the human cells from a separate gas line.
An optical connector, comprising: a multi-core fiber having plural cores at predetermined intervals on the front-end side of the connector; and a bundle structure (5a-c) having plural optical fibers bundled in a close-packed arrangement on the rear-end side of the connector; wherein the front end of the multi-core fiber is exposed on a front end surface of the optical connector, and wherein the front end of the bundle structure in the close-packed arrangement is exposed at a rear end of the optical connector and is inserted into a second capillary ; characterized in that the optical connector further comprises: a ferrule on its front side, the ferrule comprising a zirconia capillary and a glass capillary , wherein the zirconia capillary and the glass capillary form a first capillary ; a connector flange part, wherein the multi-core fiber is inserted into the first capillary; wherein the first capillary and the second capillary are joined together rearward of the connector flange part such as to optically connect the rear end of the multi-core fiber and the front end of the bundle structure; and wherein the glass capillary on the rear end side of the first capillary and the second capillary are joined together with an adhesive. a multi-core fiber having plural cores at predetermined intervals on the front-end side of the connector; and a bundle structure (5a-c) having plural optical fibers bundled in a close-packed arrangement on the rear-end side of the connector; wherein the front end of the multi-core fiber is exposed on a front end surface of the optical connector, and wherein the front end of the bundle structure in the close-packed arrangement is exposed at a rear end of the optical connector and is inserted into a second capillary ; characterized in that the optical connector further comprises: a ferrule on its front side, the ferrule comprising a zirconia capillary and a glass capillary , wherein the zirconia capillary and the glass capillary form a first capillary ; a connector flange part, a ferrule on its front side, the ferrule comprising a zirconia capillary and a glass capillary , wherein the zirconia capillary and the glass capillary form a first capillary ; a connector flange part, wherein the multi-core fiber is inserted into the first capillary; wherein the first capillary and the second capillary are joined together rearward of the connector flange part such as to optically connect the rear end of the multi-core fiber and the front end of the bundle structure; and wherein the glass capillary on the rear end side of the first capillary and the second capillary are joined together with an adhesive.
A movable tow-bar assembly comprising: an elongate frame configured to be attached to a tow-bar receiving socket (S) of a vehicle (V); and a towing attachment positioned on a sleeve , the sleeve being shaped to receive a section of the elongate frame and allow translation of the towing attachment horizontally along a length of the frame ; a sliding member positioned in a hollow slot extending along the length of the elongate frame , the sliding member configured to be removably fastened to the sleeve ; a driving arrangement coupled with the sleeve and the frame for effecting translational movement of the towing attachment along the length of the frame ; characterized by a fastening arrangement including one or more fasteners for fastening the sleeve to the sliding member , wherein the fastening arrangement comprises a plurality of bolt holes provided in the sliding member , said bolt holes extending in a transverse direction relative to the elongate frame for receiving corresponding bolts therethrough and fastening the sleeve onto the sliding member positioned in the hollow slot . an elongate frame configured to be attached to a tow-bar receiving socket (S) of a vehicle (V); and a towing attachment positioned on a sleeve , the sleeve being shaped to receive a section of the elongate frame and allow translation of the towing attachment horizontally along a length of the frame ; a sliding member positioned in a hollow slot extending along the length of the elongate frame , the sliding member configured to be removably fastened to the sleeve ; a driving arrangement coupled with the sleeve and the frame for effecting translational movement of the towing attachment along the length of the frame ; characterized by a fastening arrangement including one or more fasteners for fastening the sleeve to the sliding member , wherein the fastening arrangement comprises a plurality of bolt holes provided in the sliding member , said bolt holes extending in a transverse direction relative to the elongate frame for receiving corresponding bolts therethrough and fastening the sleeve onto the sliding member positioned in the hollow slot .
A professional coffee machine, wherein it comprises: - a supporting frame , - a boiler mounted on said supporting frame and comprising a tank of at least 8 liters which is supplied with water and which is provided with means for heating it to a temperature of about 122 - 130°C, preferably of about 128°C - 130°C, said boiler being configured for the thermo-controlled production of pressurized steam, - at least one preheater for the preparation of a coffee infusion, comprising a first heat exchanger which is associated with said boiler so that the water contained and heated in said boiler in turns heats, by heat exchange, the supply water that crosses said first exchanger to a first temperature T 1 , said first temperature T 1 being lowerly close or substantially equal to a second temperature T 2 which corresponds to the optimal one provided for the preparation of a specific coffee infusion, - a dispensing unit of the coffee infusion provided with its own thermo-controlled heating element which is configured to bring the water outlet from said preheater to said second temperature T 2 , if said first temperature T 1 is less than said second temperature T 2 , - thermal insulating means for mechanically constraining said dispensing unit to said frame of the coffee machine, - a dispenser of pressurized steam, preferably for heating and/or frothing the milk, in communication with the tank of said boiler . - a supporting frame , - a boiler mounted on said supporting frame and comprising a tank of at least 8 liters which is supplied with water and which is provided with means for heating it to a temperature of about 122 - 130°C, preferably of about 128°C - 130°C, said boiler being configured for the thermo-controlled production of pressurized steam, - at least one preheater for the preparation of a coffee infusion, comprising a first heat exchanger which is associated with said boiler so that the water contained and heated in said boiler in turns heats, by heat exchange, the supply water that crosses said first exchanger to a first temperature T 1 , said first temperature T 1 being lowerly close or substantially equal to a second temperature T 2 which corresponds to the optimal one provided for the preparation of a specific coffee infusion, - a dispensing unit of the coffee infusion provided with its own thermo-controlled heating element which is configured to bring the water outlet from said preheater to said second temperature T 2 , if said first temperature T 1 is less than said second temperature T 2 , - thermal insulating means for mechanically constraining said dispensing unit to said frame of the coffee machine, - a dispenser of pressurized steam, preferably for heating and/or frothing the milk, in communication with the tank of said boiler .
A spirit level comprising a base body with a first measuring sole and a runner element with a second measuring sole , being connected to the latter and able to move relative to it in its longitudinal direction, wherein the first and the second measuring sole run at the same level, characterized in that a first sliding element emerges from the base body , which interacts by form fitting with the runner element , for a section, and applies force to it in, or approximately in, the normal direction of the measuring soles , and a second sliding element emerges from the runner, which interacts by form fitting with the base body, for a section, and applies force to the runner element in, or approximately in, the direction of the measuring soles.
A carousel for a compounder system , the carousel comprising: a cartridge pocket configured to receive a pump cartridge for the compounder system, the pump cartridge comprising a backpack and a needle housing ; the carousel characterized by : a top surface having a plurality of extensions configured to extend over the pump cartridge; a bottom surface having an extension extending downward therefrom and having a recess , the bottom surface recess configured to receive the needle housing of the pump cartridge in a vertical configuration; and a recess in the top surface configured to receive a protrusion that extends from a top surface of the backpack coupled to the pump cartridge to secure the pump cartridge in the cartridge pocket. a top surface having a plurality of extensions configured to extend over the pump cartridge; a bottom surface having an extension extending downward therefrom and having a recess , the bottom surface recess configured to receive the needle housing of the pump cartridge in a vertical configuration; and a recess in the top surface configured to receive a protrusion that extends from a top surface of the backpack coupled to the pump cartridge to secure the pump cartridge in the cartridge pocket.