mhurhangee/ep-ind-claims huggingface dataset:
A container for liquids, comprising: - a bottom wall polygonal in shape designed to constitute a stable supporting surface for the container, - a top wall polygonal in shape and substantially parallel to the bottom wall - a plurality of side walls connected to an edge of the bottom wall and to an edge of the top wall and mutually connected to constitute a lateral surface of the container, the respective edge of the bottom wall and the respective edge of the top wall differing in length, the bottom wall and the top wall are parallel to each other, the container being characterized in that the top and bottom walls have a rectangular shape and are angularly offset by 90° from each other in their respective planes, the long edges of the bottom wall being parallel to the short edges of the top wall. - a bottom wall polygonal in shape designed to constitute a stable supporting surface for the container, - a top wall polygonal in shape and substantially parallel to the bottom wall - a plurality of side walls connected to an edge of the bottom wall and to an edge of the top wall and mutually connected to constitute a lateral surface of the container,
A method for generating an executable file to be loaded in a non-volatile memory of a secure element, said executable file being derived from a parent executable file, said parent executable file comprising ranges of physical addresses referencing: - a second binary code of at least a native feature which is removable from the parent executable file; - bytecodes of at least a java feature (Pkg); wherein during the generation of the derived executable file: - selecting at least one native feature from said set of native features to be removed; - defining the range of physical addresses where the second binary code of said at least one selected native feature is stored in the parent executable file; - selecting at least one java feature (Pkg) from said set of java features to be relocated; - in the generated derived executable file, relocating the bytecodes of said at least one selected java feature (Pkg) in said defined range of physical addresses according to a predefined optimization relocation algorithm, wherein the relocating process is performed according to the size of the bytecodes to be relocated and the size of the defined range of the physical addresses. - a second binary code of at least a native feature which is removable from the parent executable file; - bytecodes of at least a java feature (Pkg); - selecting at least one native feature from said set of native features to be removed; - defining the range of physical addresses where the second binary code of said at least one selected native feature is stored in the parent executable file; - selecting at least one java feature (Pkg) from said set of java features to be relocated; - in the generated derived executable file, relocating the bytecodes of said at least one selected java feature (Pkg) in said defined range of physical addresses according to a predefined optimization relocation algorithm, wherein the relocating process is performed according to the size of the bytecodes to be relocated and the size of the defined range of the physical addresses.
Method of phosphorus fertilization for agronomic crops comprising the application of a dose dP of phosphorus calibrated according to a method comprising the establishment of a Mitscherlichian response curve describing the diazotrophic activity of the azotobacterial flora in arable soil in the vicinity of residues of the previous crop buried, response curve here referred to as MITAZB, and this according to, (i) the C, P, or even N content of the said cellulosic crop residues, advantageously straw-like, in the soil before they are buried pre-sowing of a subsequent agronomic crop and, (ii) an exogenous phosphorus equivalent, here referred to as the P or dP dose, proportional to the above-mentioned C and P levels of the RCSs, the method comprising; > the determination of the quantity of these RCSs, either indirectly via an empirical relationship as a function of the yield of the previous crop, or more directly to the soil via the determination of the degree of soil cover by these residues (cRCS); > the determination of the N (nitrogen) and P (phosphorus) contents of the RCSs in order to obtain Cpoi, i.e. the quantity of P initially returned to the soil by these RCSs > the calculation of dP as a function of Cpoi capable of ensuring that the level of diazoptrophic activity in the vicinity of said crop residues once buried (pAZB) is maximum, and where dP is in soluble form and applied by liquid spray directly to the RCS before they are buried, advantageously as a pre-sowing of a field agronomic crop such as common wheat, rapeseed, or any other agronomic field crop that can be sown in the presence of cellulosic crop residues, advantageously straw, on the soil. > the determination of the quantity of these RCSs, either indirectly via an empirical relationship as a function of the yield of the previous crop, or more directly to the soil via the determination of the degree of soil cover by these residues (cRCS); > the determination of the N (nitrogen) and P (phosphorus) contents of the RCSs in order to obtain Cpoi, i.e. the quantity of P initially returned to the soil by these RCSs > the calculation of dP as a function of Cpoi capable of ensuring that the level of diazoptrophic activity in the vicinity of said crop residues once buried (pAZB) is maximum,
An oscillator comprising: a vibration member; a piezoelectric element that is attached to the vibration member; a plurality of electrodes that are provided on one surface of the piezoelectric element and are two-dimensionally arranged so as to be spaced apart from each other; a supporting member that supports an edge of the vibration member; and a control unit that is adapted to input independent driving signals having a second-order resonance frequency to each two of the plurality of electrodes in opposite phases, wherein the two electrodes are adjacent to each other. a vibration member; a piezoelectric element that is attached to the vibration member; a plurality of electrodes that are provided on one surface of the piezoelectric element and are two-dimensionally arranged so as to be spaced apart from each other; a supporting member that supports an edge of the vibration member; and a control unit that is adapted to input independent driving signals having a second-order resonance frequency to each two of the plurality of electrodes in opposite phases, wherein the two electrodes are adjacent to each other.
A shear belt package for a tire, the shear belt package comprising: a first belt layer for extending circumferentially around the tire; a second belt layer for extending circumferentially around the tire; and a shear band structure radially interposed between the first belt layer and the second belt layer, the shear band structure including a first reinforcing ply radially adjacent the first belt layer, a third reinforcing ply radially adjacent the second belt layer, and a second reinforcing ply radially interposed between the first reinforcing ply and the third reinforcing ply; characterized in that the first reinforcing ply includes a first flattened braided tube structure enclosed by a first rubber composite layer and the second reinforcing ply includes a second flattened braided tube structure enclosed by a second rubber composite layer and the third reinforcing ply includes a third flattened braided tube structure enclosed by a third rubber composite layer, and wherein a fabric layer encloses all of the flattened tube structures (2111, 2121, 2131). a first belt layer for extending circumferentially around the tire; a second belt layer for extending circumferentially around the tire; and a shear band structure radially interposed between the first belt layer and the second belt layer, the shear band structure including a first reinforcing ply radially adjacent the first belt layer, a third reinforcing ply radially adjacent the second belt layer, and a second reinforcing ply radially interposed between the first reinforcing ply and the third reinforcing ply; characterized in that the first reinforcing ply includes a first flattened braided tube structure enclosed by a first rubber composite layer and the second reinforcing ply includes a second flattened braided tube structure enclosed by a second rubber composite layer and the third reinforcing ply includes a third flattened braided tube structure enclosed by a third rubber composite layer, and wherein a fabric layer encloses all of the flattened tube structures (2111, 2121, 2131).
Auto-injector for administering a dose of a liquid medicament, comprising: - an elongate housing arranged to contain a syringe with a hollow needle and a stopper for sealing the syringe and displacing the medicament, the elongate housing having a distal end and a proximal end with an orifice intended to be applied against an injection site, wherein the syringe is slidably arranged with respect to the housing, - spring means capable of, upon activation, pushing the needle from a covered position inside the housing into an advanced position through the orifice and past the proximal end, operating the syringe to supply the dose of medicament, and covering the needle on removal of the auto-injector from the injection site, - activating means (4, 20, 24) arranged to lock the spring means in a pressurized state prior to manual operation and capable of, upon manual operation, releasing the spring means for injection, wherein the spring means is a single torsion spring, wherein a first gear arrangement (13, 13.1, 9) and a second gear arrangement (15, 11.1, 11) are arranged for respectively converting torque from a first end (14.1) and a second end (14.2) of the torsion spring into a translative force, wherein the first end (14.1) is groundable in the housing while the second end (14.2) acts on a plunger through the second gear arrangement (15, 11.1, 11) for advancing the needle and supplying the dose, wherein the activating means (4, 20, 24) is arranged to block or release the second gear arrangement (15, 11.1, 11) and wherein the first end (14.1) is releasable from the ground in the housing for causing a translation through the first gear arrangement (13, 13.1, 9) resulting in the needle getting covered, wherein the first gear arrangement (13, 13.1, 9) and the second gear arrangement (15, 11.1, 11) respectively comprise a first gear member (13, 15) coupled to the respective end (14.1, 14.2) of the torsion spring, wherein the first gear member (13, 15) is engaged through a respective screw thread (13.1, 11.1) to a respective second gear member (9, 11) arranged to translate on rotation of the first gear member (13, 15). - an elongate housing arranged to contain a syringe with a hollow needle and a stopper for sealing the syringe and displacing the medicament, the elongate housing having a distal end and a proximal end with an orifice intended to be applied against an injection site, wherein the syringe is slidably arranged with respect to the housing, - spring means capable of, upon activation, pushing the needle from a covered position inside the housing into an advanced position through the orifice and past the proximal end, operating the syringe to supply the dose of medicament, and covering the needle on removal of the auto-injector from the injection site, - activating means (4, 20, 24) arranged to lock the spring means in a pressurized state prior to manual operation and capable of, upon manual operation, releasing the spring means for injection,
A fondant comprising a sugar system made of a first non-crystalline phase and a second crystalline phase, wherein the non-crystalline phase contains isomaltulose and sucrose and wherein the crystalline phase contains isomaltulose.
A fan module embodiment to be used for transportation and as display shelves, characterized in comprising: • a fan module frame comprising of at least one fan housing, at least one water misting apparatus housing and at least one power unit housing • at least one mechanical fan to be placed into the fan housing • at least one water misting apparatus to be placed into the water misting apparatus housing • at least one power unit comprising of at least one battery and at least one charger and connectors. • a fan module frame comprising of at least one fan housing, at least one water misting apparatus housing and at least one power unit housing • at least one mechanical fan to be placed into the fan housing • at least one water misting apparatus to be placed into the water misting apparatus housing • at least one power unit comprising of at least one battery and at least one charger and connectors.
An electrodeionization module comprising a cathode and an anode spaced apart from the cathode, having therebetween at least two ion permeable membranes comprising at least one anion permeable membrane and at least one cation permeable membrane and delimiting one or more diluate compartments and one or more concentrate compartments, wherein at least one diluate compartment contains at least two blocks (3,4), a first block containing anion-exchange material and a second block containing cation-exchange material, wherein a surface of said first block is adjacent to an anion permeable membrane and a surface of said second block is adjacent to a cation permeable membrane, and wherein said first and second blocks (4,3) have complementary protrusions and recesses and are arranged side by side and in direct contact with each other with said complementary protrusions and recesses forming an interface between said first and second blocks (4,3), wherein said at least one diluate compartment is completely filled with said first and second blocks (4,3) without forming gaps or channels, wherein said interface extends transverse to a liquid-passing direction through said at least one diluate compartment, wherein said interface is spaced apart from said anion permeable membrane and said cation permeable membrane, and wherein said interface is formed such that a straight line in the liquid-passing direction crosses the interface at least one time.
A light-avoiding structure for optical signal detection, comprising: a base provided with an accommodating slot; a rotating body rotatably connected to the base, the rotating body being received in the accommodating slot, the rotating body being provided with a first light shielding member, the rotating body being provided with at least one cup hole, the cup hole being provided with a detection port serving as a signal input port of a photosensitive device; and a cover plate arranged toward the rotating body, the cover plate covering an opening of the accommodating slot, the cover plate being provided with a second light shielding member, the second light shielding member and the first light shielding member matching each other so as to form an annular structure for shielding light, and a gap being provided at a joint between the second light shielding member and the first light shielding member, the detection port being located outside the first light shielding member and the second light shielding member, and the cover plate being provided with at least one hole; wherein the first light shielding member is a groove, and the second light shielding member is a convex ring. a base provided with an accommodating slot; a rotating body rotatably connected to the base, the rotating body being received in the accommodating slot, the rotating body being provided with a first light shielding member, the rotating body being provided with at least one cup hole, the cup hole being provided with a detection port serving as a signal input port of a photosensitive device; and a cover plate arranged toward the rotating body, the cover plate covering an opening of the accommodating slot, the cover plate being provided with a second light shielding member, the second light shielding member and the first light shielding member matching each other so as to form an annular structure for shielding light, and a gap being provided at a joint between the second light shielding member and the first light shielding member, the detection port being located outside the first light shielding member and the second light shielding member, and the cover plate being provided with at least one hole; wherein the first light shielding member is a groove, and the second light shielding member is a convex ring.
A rotor arrangement for a vacuum pump, in particular for a turbomolecular pump, comprising a rotor body which rotates about an axis of rotation in the operation of the vacuum pump, wherein the rotor body is bell-shaped and has an inner space whose cross-section increases at a right angle to the axis of rotation in the axial direction, starting from a high vacuum side of the rotor arrangement, wherein the rotor arrangement comprises at least two pump stages which are arranged spaced apart along the axis of rotation and which each comprise pump-active elements which are located at an outer periphery of the rotor body, and wherein the rotor body is wrapped around at the outer periphery, at a plurality of positions which differ from one another in the axial direction, by respective reinforcement bands revolving at least once completely about the axis of rotation, characterized in that the rotor body is wrapped around by a respective reinforcement band in one or more intermediate spaces between the pump stages which are the furthest away from the high vacuum side of the rotor arrangement, and the number of windings of the respective reinforcement bands is different. wherein the rotor body is bell-shaped and has an inner space whose cross-section increases at a right angle to the axis of rotation in the axial direction, starting from a high vacuum side of the rotor arrangement, wherein the rotor arrangement comprises at least two pump stages which are arranged spaced apart along the axis of rotation and which each comprise pump-active elements which are located at an outer periphery of the rotor body, and wherein the rotor body is wrapped around at the outer periphery, at a plurality of positions which differ from one another in the axial direction, by respective reinforcement bands revolving at least once completely about the axis of rotation, the rotor body is wrapped around by a respective reinforcement band in one or more intermediate spaces between the pump stages which are the furthest away from the high vacuum side of the rotor arrangement, and the number of windings of the respective reinforcement bands is different.
A pre-formulation comprising a low viscosity, non-liquid crystalline, mixture of: i) at least one sorbitan ester; ii) at least one phospholipid; iii) at least one biocompatible, oxygen containing, low viscosity organic solvent; wherein component i) comprises at least one fatty acid ester of a sorbitan comprising a sorbitan head group and one to three fatty acyl tail groups; wherein the weight ratio of i): ii) is in the range of 30:70 to 80:20; wherein the pre-formulation forms, or is capable of forming, at least one non-lamellar liquid crystalline phase structure upon contact with an aqueous fluid; and wherein the pre-formulation does not further comprise any of; triglycerides, retinyl palmitate, benzyl benzoate, cholesterol, ubiquinone, tocopherols or mixtures thereof; or the levels of triglycerides, retinyl palmitate, benzyl benzoate, ubiquinone, tocopherols, or cholesterol in the pre-formulation are all below 1,000 ppm by weight relative to the pre-formulation as a whole. i) at least one sorbitan ester; ii) at least one phospholipid; iii) at least one biocompatible, oxygen containing, low viscosity organic solvent; wherein the weight ratio of i): ii) is in the range of 30:70 to 80:20; wherein the pre-formulation forms, or is capable of forming, at least one non-lamellar liquid crystalline phase structure upon contact with an aqueous fluid; and wherein the pre-formulation does not further comprise any of; triglycerides, retinyl palmitate, benzyl benzoate, cholesterol, ubiquinone, tocopherols or mixtures thereof; or the levels of triglycerides, retinyl palmitate, benzyl benzoate, ubiquinone, tocopherols, or cholesterol in the pre-formulation are all below 1,000 ppm by weight relative to the pre-formulation as a whole.
A method of preparing a metal composite, comprising the steps of: forming an anodic oxidation layer on a surface of a metal substrate; forming a dye layer comprising a dye and a water soluble ink on the anodic oxidation layer comprising micropores, wherein the dye layer has a graduated thickness; and removing the water soluble ink; further comprising a step of resting the metal substrate for 1 minute to 30 minutes, whereby the dye penetrates and is absorbed into the micropores of the anodic oxidation layer, wherein the amount of dye which is absorbed into micropores at different sites of the anodic oxide layer is different according to the graduated thickness of the dye layer, prior to the step of removing the water soluble ink; wherein the dye layer has a graduated thickness, and the water soluble ink has a low fluidity to resist a flow leveling effect and maintain the graduated thickness of the dye layer. forming an anodic oxidation layer on a surface of a metal substrate; forming a dye layer comprising a dye and a water soluble ink on the anodic oxidation layer comprising micropores, wherein the dye layer has a graduated thickness; and removing the water soluble ink; further comprising a step of resting the metal substrate for 1 minute to 30 minutes, whereby the dye penetrates and is absorbed into the micropores of the anodic oxidation layer, wherein the amount of dye which is absorbed into micropores at different sites of the anodic oxide layer is different according to the graduated thickness of the dye layer, prior to the step of removing the water soluble ink; wherein the dye layer has a graduated thickness, and the water soluble ink has a low fluidity to resist a flow leveling effect and maintain the graduated thickness of the dye layer.
A Tamibarotene capsule preparation, which encapsulates a composition comprising propylene glycol fatty acid esters as its base and Tamibarotene as an active ingredient dissolved in said base.