mhurhangee/ep-ind-claims huggingface dataset:
A tape creating apparatus, comprising: a printing device that is adapted to print characters on a label tape (40, 41) that includes a winding margin portion that is suitable to be wound around a periphery of at least one cylindrical member and a flag portion that is uniformly formed with the winding margin portion, wherein characters can be printed on the flag portion; an input device for inputting a diameter of the cylindrical member and a number of the cylindrical members; and a controller that sets a length of the flag portion and a length of the winding margin portion on the basis of the diameter of the cylindrical member and the number of the cylindrical members as input by the input device. a printing device that is adapted to print characters on a label tape (40, 41) that includes a winding margin portion that is suitable to be wound around a periphery of at least one cylindrical member and a flag portion that is uniformly formed with the winding margin portion, wherein characters can be printed on the flag portion; an input device for inputting a diameter of the cylindrical member and a number of the cylindrical members; and a controller that sets a length of the flag portion and a length of the winding margin portion on the basis of the diameter of the cylindrical member and the number of the cylindrical members as input by the input device.
A fuel injector comprising: a stem portion for supporting the fuel injector on a combustor housing; a pilot injector configured to spray fuel so as to form a first combustion region in a combustion chamber; a main injector provided coaxially with the pilot injector so as to surround the pilot injector and configured to supply a fuel-air mixture that is a mixture of the fuel and air to form a second combustion region in the combustion chamber; and an annular dividing wall configured to define a boundary between the pilot injector and the main injector, wherein the pilot injector includes: a central body provided on a central axis of the pilot injector; an inside tubular body provided coaxially with the central body and is formed integrally with the stem portion; an outside cylindrical body provided outside and coaxially with the inside tubular body; the annular dividing wall which is provided outside and coaxially with the outside cylindrical body; a strut fixed inside the inside tubular body and supporting the central body on the inside tubular body; a center nozzle formed between the central body and the inside tubular body and configured to eject air jet flowing straight in an axial direction on a central axis of the pilot injector; an inside swirler provided on a radially outer side of the center nozzle and configured to cause inflow air to swirl around the central axis; and a pilot fuel injecting portion configured to inject the fuel from between the center nozzle and the inside swirler to air flow in the center nozzle. a stem portion for supporting the fuel injector on a combustor housing; a pilot injector configured to spray fuel so as to form a first combustion region in a combustion chamber; a main injector provided coaxially with the pilot injector so as to surround the pilot injector and configured to supply a fuel-air mixture that is a mixture of the fuel and air to form a second combustion region in the combustion chamber; and an annular dividing wall configured to define a boundary between the pilot injector and the main injector, wherein the pilot injector includes: a central body provided on a central axis of the pilot injector; an inside tubular body provided coaxially with the central body and is formed integrally with the stem portion; an outside cylindrical body provided outside and coaxially with the inside tubular body; the annular dividing wall which is provided outside and coaxially with the outside cylindrical body; a strut fixed inside the inside tubular body and supporting the central body on the inside tubular body; a center nozzle formed between the central body and the inside tubular body and configured to eject air jet flowing straight in an axial direction on a central axis of the pilot injector; an inside swirler provided on a radially outer side of the center nozzle and configured to cause inflow air to swirl around the central axis; and a pilot fuel injecting portion configured to inject the fuel from between the center nozzle and the inside swirler to air flow in the center nozzle.
An effervescent formulation comprising cefdinir as an active agent, characterized in that said formulation comprises polyvinyl pyrrolidone in an amount in the range of 2-5% with respect to the total weight of the unit dose and trometamol which is as an organic base.
A parabolic antenna comprising: an antenna chipset; a parabolic dish having a concave side, and a focal point; and characterized by: a first radiating element of the antenna chipset disposed above the concave side of the parabolic dish at the focal point of the parabolic dish, the antenna chipset configured to process transmitted or received signals from the first radiating element; a second radiating element disposed at the focal point of the parabolic dish; and a housing configured to enclose the parabolic dish, the first radiating element, and the second radiating element; wherein the concave side of the parabolic dish has a focal length, a depth and a curvature; the focal length being a distance between a vertex of the parabolic dish and the first radiating element and the second radiating element; the depth being a height between an edge of the parabolic dish and a deepest point of the parabolic dish; the curvature being an amount by which the parabolic dish deviates from being flat. a first radiating element of the antenna chipset disposed above the concave side of the parabolic dish at the focal point of the parabolic dish, the antenna chipset configured to process transmitted or received signals from the first radiating element; a second radiating element disposed at the focal point of the parabolic dish; and a housing configured to enclose the parabolic dish, the first radiating element, and the second radiating element; wherein the concave side of the parabolic dish has a focal length, a depth and a curvature; the focal length being a distance between a vertex of the parabolic dish and the first radiating element and the second radiating element; the depth being a height between an edge of the parabolic dish and a deepest point of the parabolic dish; the curvature being an amount by which the parabolic dish deviates from being flat.
Superconducting circuit, comprising: - a first magnetic-flux-tunable element and a second magnetic-flux-tunable element, each having a respective flux-sensitive part, electric characteristics of said magnetic-flux-tunable elements (501, 502) being dependent on a magnetic flux at the location of the respective flux-sensitive part, - a first current-driven superconductive on-chip flux bias line and a second current-driven superconductive on-chip flux bias line, referred to as the first or second flux line respectively, each passing adjacent to the flux-sensitive part of the respective magnetic-flux-tunable element (501, 502), characterized in that the superconducting circuit comprises: - a first plurality of superconductive stray current paths adjacent to the first magnetic-flux-tunable element, and - a second plurality of superconductive stray current paths adjacent to the second magnetic-flux-tunable element; wherein each of the first and second pluralities of superconductive stray current paths is configured to distribute stray currents originating from the flux line of the other magnetic-flux-tunable element into a respective plurality of stray currents (506, 507) around the respective magnetic-flux-tunable element such that said plurality of stray currents (506, 507) are kept from changing the electric characteristics of the respective magnetic-flux-tunable element. - a first magnetic-flux-tunable element and a second magnetic-flux-tunable element, each having a respective flux-sensitive part, electric characteristics of said magnetic-flux-tunable elements (501, 502) being dependent on a magnetic flux at the location of the respective flux-sensitive part, - a first current-driven superconductive on-chip flux bias line and a second current-driven superconductive on-chip flux bias line, referred to as the first or second flux line respectively, each passing adjacent to the flux-sensitive part of the respective magnetic-flux-tunable element (501, 502), - a first plurality of superconductive stray current paths adjacent to the first magnetic-flux-tunable element, and - a second plurality of superconductive stray current paths adjacent to the second magnetic-flux-tunable element;
Hydraulic valve brake for a hydraulically variable valve train of an internal combustion engine, comprising a housing with a housing wall and a housing bottom, a piston which moves axially in the housing, the one end side of which piston delimits a hydraulic pressure space with the housing wall and the housing bottom, and the other end side of which piston actuates a gas exchange valve, the housing wall being penetrated in the region of the pressure space by one or more overflow openings (23, 24), the opening cross sections of which are controlled by a control edge of the piston, which control edge delimits the pressure space-side end side, characterized in that the axial spacing (h) of the control edge of the piston which is retracted completely into the housing from the housing bottom is set by means of a spacer piece which is configured as a separate part with a predefined thickness (d).
A chimeric gene comprising the following elements: i) A plant-expressible promoter, ii) A DNA region which when transcribed yields a glyoxylate reductase inhibitory RNA molecule; and optionally iii) A 3' end region involved in transcription termination and polyadenylation. i) A plant-expressible promoter, ii) A DNA region which when transcribed yields a glyoxylate reductase inhibitory RNA molecule; and optionally iii) A 3' end region involved in transcription termination and polyadenylation.
A vibration reduction device comprising: a frame structure suitable for being coupled to an object of vibration reduction; a first elastic body; a dynamic mass coupled to said frame structure; a third elastic body; a controllable mass disposed in said dynamic mass and coupled to said dynamic mass through said third elastic body; and an actuator configured to relatively move said controllable mass with respect to said dynamic mass, wherein said actuator includes; a piezoelectric element joined to said dynamic mass and joined to said controllable mass to move said controllable mass, and a piezo-driver configured to apply a voltage to said piezoelectric element such that said controllable mass moves with respect to said dynamic mass, wherein said piezo-electric element is joined to said controllable mass directly or through a mechanism, characterized in that the vibration reduction device further comprises a second elastic body, wherein said first and second elastic bodies (23-1; 23-2) are respectively coupled to ends of said frame structure and disposed in said frame structure, and wherein said dynamic mass is coupled to said frame structure through said first and second elastic bodies (23-1; 23-2) and disposed in said frame structure. a frame structure suitable for being coupled to an object of vibration reduction; a first elastic body; a dynamic mass coupled to said frame structure; a third elastic body; a controllable mass disposed in said dynamic mass and coupled to said dynamic mass through said third elastic body; and an actuator configured to relatively move said controllable mass with respect to said dynamic mass, wherein said actuator includes; a piezoelectric element joined to said dynamic mass and joined to said controllable mass to move said controllable mass, and a piezo-driver configured to apply a voltage to said piezoelectric element such that said controllable mass moves with respect to said dynamic mass, wherein said piezo-electric element is joined to said controllable mass directly or through a mechanism,
Suitcase which is movable on rollers, comprising a handle and inherently stable shell parts (27, 28) which are movable about a common pivot axis in order to open and close the suitcase, the shell parts (27, 28) being encircled by at least one strap (30, 31) which extends transversely to the pivot axis, has a buckle, and rests on the outside of the shell parts (27, 28), two straps (30, 31) being provided which extend substantially parallel and spaced apart from one another, encircle the shell parts (27, 28), and at least partially lie in lateral guides (34, 35) which are fixed to the suitcase, and the straps (30, 31) being connected on part of the length thereof to the shell parts (27, 28) such that said straps can only be removed by destruction, characterised in that a lateral guide (34, 35) is achieved by shaping the shell part (27, 28).
A method for preparing a negative electrode active material, comprising: preparing a silicon-based compound comprising SiO x, wherein 0.5<x<1.3; and forming a crystalline carbon coating layer on the silicon-based compound through a chemical vapor deposition method using an organometallic compound as a source, wherein the organometallic compound is at least any one selected from the group consisting of aluminum acetylacetonate, aluminum ethoxide, aluminum phenoxide, aluminum acetate, aluminum tributoxide, and a combination thereof. preparing a silicon-based compound comprising SiO x, wherein 0.5<x<1.3; and forming a crystalline carbon coating layer on the silicon-based compound through a chemical vapor deposition method using an organometallic compound as a source, wherein the organometallic compound is at least any one selected from the group consisting of aluminum acetylacetonate, aluminum ethoxide, aluminum phenoxide, aluminum acetate, aluminum tributoxide, and a combination thereof.
Filtration unit for use in a nutritional liquid preparation machine using a container for preparing the beverage; said filtration unit comprising a filter and a protective casing encompassing the filter; said casing comprising an inlet wall with at least one liquid inlet and an outlet wall with at least one liquid outlet for delivering filtered liquid to the container in a container holder; the filter being arranged in a removable manner in the casing characterized in that the unit is adapted to engage the container holder intended to be inserted in the machine and in that the liquid outlet comprises a perforating member protruding from the outlet wall.
A method of clamping a substrate (22; 122) on a surface of a substrate support structure (23; 123), using substantially flat, opposing surfaces thereof, the method comprising: - applying a liquid on a surface of the substrate support structure, the surface being provided with a plurality of contact elements, so that the liquid forms a layer (94; 125) covering the contact elements; - providing the substrate and placing the substrate onto the liquid layer; - removing a portion of the liquid from under the substrate so that the substrate rests on the plurality of contact elements and is clamped by means of a capillary clamping force exerted by a capillary layer (1; 21) of the liquid between the substrate surface and the surface of the substrate support structure, the removing comprising providing a gas flow along a circumference of the surface, the capillary layer having an outer liquid surface with a first contact angle between the capillary layer and the substrate and a second contact angle between the capillary layer and the opposing substrate support structure surface. - applying a liquid on a surface of the substrate support structure, the surface being provided with a plurality of contact elements, so that the liquid forms a layer (94; 125) covering the contact elements; - providing the substrate and placing the substrate onto the liquid layer; - removing a portion of the liquid from under the substrate so that the substrate rests on the plurality of contact elements and is clamped by means of a capillary clamping force exerted by a capillary layer (1; 21) of the liquid between the substrate surface and the surface of the substrate support structure, the removing comprising providing a gas flow along a circumference of the surface, the capillary layer having an outer liquid surface with a first contact angle between the capillary layer and the substrate and a second contact angle between the capillary layer and the opposing substrate support structure surface.
A compound of formula 1 wherein R 1 is a saturated C 8 -C 16 aliphatic chain having a =O on C 1, said chain being free from -OH substituents on C 3, wherein R 2 is a saturated C 8 -C 16 aliphatic chain having a =O on C 1, said chain being free from -OH substituents on C 3, wherein R 3 is a saturated C 8 -C 16 aliphatic chain having a =O on C 1, said chain being free from -OH substituents on C 3; wherein R 4 is a hydrogen atom or O-R 4 is a phosphate group (PO 4 2-), and wherein R1, R2 or R3 have no other substituents besides =O in C1 position. wherein R 1 is a saturated C 8 -C 16 aliphatic chain having a =O on C 1, said chain being free from -OH substituents on C 3, wherein R 2 is a saturated C 8 -C 16 aliphatic chain having a =O on C 1, said chain being free from -OH substituents on C 3, wherein R 3 is a saturated C 8 -C 16 aliphatic chain having a =O on C 1, said chain being free from -OH substituents on C 3; wherein R 4 is a hydrogen atom or O-R 4 is a phosphate group (PO 4 2-), and wherein R1, R2 or R3 have no other substituents besides =O in C1 position.
A cellulase having an exo-cellulase activity to produce glucose as a main product by hydrolyzing crystalline cellulose, wherein the cellulase has a molecular weight of 55,000 to 63,000 by SDS-PAGE method, an optimum pH of 5.4 to 5.8, and an optimum temperature of 25 degrees Celsius to 40 degrees Celsius, the cellulase is cellulase derived from Hirondellea gigas, and the cellulase comprises an amino acid sequence encoded by a base sequence disclosed in SEQ ID No. 8 or a base sequence that hybridizes under stringent conditions with a base sequence complementary to the base sequence of SEQ ID No. 8.
An article comprising a cellulose acetate tow band or a filter comprising a cellulose acetate tow band, wherein the cellulose acetate tow band comprises fibers comprising identification fibers and standard fibers, wherein each of the identification fibers exhibits at least one distinct feature, wherein the distinct features comprise one or more taggant cross-section shapes and/or one or more taggant cross-section sizes, wherein the identification fibers consist of 2 to 25 groups of distinguishable identification fibers, each group of distinguishable identification fibers being formed by identification fibers having the same distinct feature or the same combination of distinct features, wherein the number of the identification fibers in each group of the distinguishable identification fibers is defined as a fiber count, and wherein the distinct features in each group of distinguishable fibers and the fiber counts are suitable for being representative of at least one supply chain component of the fibers.
A compound, salt and/or solvate thereof, which is: N -(5-(6-ethoxypyrazin-2-yl)pyridin-2-yl)-4-(2-(ethylsulfonamido)pyrimidin-4-yl)tetrahydro-2 H- pyran-4-carboxamide or a salt and/or solvate thereof. N -(5-(6-ethoxypyrazin-2-yl)pyridin-2-yl)-4-(2-(ethylsulfonamido)pyrimidin-4-yl)tetrahydro-2 H- pyran-4-carboxamide or a salt and/or solvate thereof.
A seat comprising a seat frame, a seat back and an energy absorbing device wherein the energy absorbing device comprises a first connector and a second connector, wherein the first connector is for connection to the base of the seat back and the second connector is for connection to the frame, wherein the first connector is moveable relative to the second connector, wherein the energy absorbing device further comprises at least two resiliently deformable members (5a, 5b), which are compressed when the first connector is moved away from the second connector, characterised in that the at least two resiliently deformable members (5a, 5b) comprise a polymer material and are separated by a joining member.
A hysteroscopic system, comprising: a hysteroscope having a main body coupled to an extension portion, wherein the extension portion is configured to extend transcervically to a patient's uterine cavity; first, second, and third channels (102, 108a, 108b, 320) extending from the main body to a distal end of the extension portion; a fluid source coupleable to a proximal end of the first channel; a pressure sensor coupleable to a proximal end of the second channel; and a tissue resecting probe configured for introduction through the third channel, wherein the third channel has a straight channel portion that extends longitudinally through the extension portion and a proximal channel portion that extends through the main body; characterized by: a central axis of the proximal channel portion of the third channel at a proximal face of the main body is offset from a hypothetical central axis of the straight channel portion of the third channel if extended to the proximal face of the main body; wherein the main body includes an angled extension portion with optics; wherein the hysteroscope includes: a fourth channel configured as an optics channel; a light source coupled to a light connector on the main body; and a fifth channel configured as a light guide extending from the main body to the distal end of the extension portion. a hysteroscope having a main body coupled to an extension portion, wherein the extension portion is configured to extend transcervically to a patient's uterine cavity; first, second, and third channels (102, 108a, 108b, 320) extending from the main body to a distal end of the extension portion; a fluid source coupleable to a proximal end of the first channel; a pressure sensor coupleable to a proximal end of the second channel; and a tissue resecting probe configured for introduction through the third channel, wherein the third channel has a straight channel portion that extends longitudinally through the extension portion and a proximal channel portion that extends through the main body; a central axis of the proximal channel portion of the third channel at a proximal face of the main body is offset from a hypothetical central axis of the straight channel portion of the third channel if extended to the proximal face of the main body; wherein the main body includes an angled extension portion with optics; wherein the hysteroscope includes: a fourth channel configured as an optics channel; a light source coupled to a light connector on the main body; and a fifth channel configured as a light guide extending from the main body to the distal end of the extension portion. a fourth channel configured as an optics channel; a light source coupled to a light connector on the main body; and a fifth channel configured as a light guide extending from the main body to the distal end of the extension portion.
Pharmaceutical composition of oil-in-oil emulsion type, characterized in that it comprises: - a mixture of glycerine and paraffin gel; - one or more perfluorinated oils; - gelled lipids selected from among synthetic or natural oils, the oils being thickened by polymerization; - polysaccharides in the form of microparticles having a polymer matrix structure with covalent bonds formed between the polysaccharide chains, encapsulating the perfluorinated oil(s) and gelled lipids. - a mixture of glycerine and paraffin gel; - one or more perfluorinated oils; - gelled lipids selected from among synthetic or natural oils, the oils being thickened by polymerization; - polysaccharides in the form of microparticles having a polymer matrix structure with covalent bonds formed between the polysaccharide chains, encapsulating the perfluorinated oil(s) and gelled lipids.