mhurhangee/patent-ind-claim-en huggingface dataset:
Method of producing a structure from curable material by molding, the method comprising: arranging a molding tool (310; 310a-310f) above a surface , so that in a region between the molding tool (310; 310a-310f) and the surface , the curable material adjoins the surface and a molding face of the molding tool (310; 310a-310f) which faces the surface , and so that additional curable material may continue to flow into the region ; irradiating the curable material in the region in a locally varying manner, so that the curable material cures at different speeds in a laterally varying manner, and such that shrinkages occurring during curing of the curable material are compensated for by the additional curable material ; applying an external pressure to the additional curable material during irradiation; curing an edge region of curable material , which encloses the region in a laterally closed manner, between the step (110; 210) of arranging the molding tool (310; 310a-310f) and the step (120; 220) of locally varying irradiation (120; 220). arranging a molding tool (310; 310a-310f) above a surface , so that in a region between the molding tool (310; 310a-310f) and the surface , the curable material adjoins the surface and a molding face of the molding tool (310; 310a-310f) which faces the surface , and so that additional curable material may continue to flow into the region ; irradiating the curable material in the region in a locally varying manner, so that the curable material cures at different speeds in a laterally varying manner, and such that shrinkages occurring during curing of the curable material are compensated for by the additional curable material ; applying an external pressure to the additional curable material during irradiation; curing an edge region of curable material , which encloses the region in a laterally closed manner, between the step (110; 210) of arranging the molding tool (310; 310a-310f) and the step (120; 220) of locally varying irradiation (120; 220).
An opioid antagonist for use in a method of treating dermal or epidermal wounds in a diabetic subject, wherein the method comprises topical administration of an effective amount of the opioid antagonist to the dermal or epidermal wounds of the diabetic subject, and wherein said opioid antagonist is naltrexone, naloxone, or a prodrug or salt thereof, wherein said prodrug is selected from the group consisting of straight-chain naltrexone-3-alkyl ester prodrugs of 2-7 carbons in chain length and the ester, carbonate and carbamate prodrugs 2'-ethylbutyryl-3-O-ester-NTX (ETBUT-ester), methyl-3-O-carbonate-NTX (ME-carbonate), ethyl-3-O-carbamate-NTX (ET-carbamate), and N,N-dimethyl-3-O-carbamate-NTX (DME-carbamate).
A circuit arrangement (S, E) for transmitting - single-ended logic-level-based data signals and clock signals (HS) as well as - differential common-mode-based data signals and clock signals (LP) in the form of at least one serialized common signal stream (SI) between at least one sending arrangement (S) assignable to at least one data source and at least one receiving arrangement (E) assignable to at least one data sink, said common signal stream (SI) being serialized by means of at least one serializer (SE) assigned to the sending arrangement (S), wherein the data rate of the differential data signals and clock signals (LP) is different from the data rate of the single-ended logic-level-based data signals and clock signals (HS), characterized by at least one multiplexer (MU) assigned to the serializer (SE), said multiplexer (MU) for generating the common signal stream (SI), said multiplexer (MU) comprising: - at least one filter (FI) for differentiating the differential data signals and/or clock signals (LP) from the single-ended logic-level-based data signals and/or clock signals (HS), and - at least one further multiplexer (MUZ) providable additionally with the differential data signals and/or clock signals (LP) coming from the filter (FI). - single-ended logic-level-based data signals and clock signals (HS) as well as - differential common-mode-based data signals and clock signals (LP) in the form of at least one serialized common signal stream (SI) between at least one sending arrangement (S) assignable to at least one data source and at least one receiving arrangement (E) assignable to at least one data sink, said common signal stream (SI) being serialized by means of at least one serializer (SE) assigned to the sending arrangement (S), wherein the data rate of the differential data signals and clock signals (LP) is different from the data rate of the single-ended logic-level-based data signals and clock signals (HS), characterized by at least one multiplexer (MU) assigned to the serializer (SE), said multiplexer (MU) for generating the common signal stream (SI), said multiplexer (MU) comprising: - at least one filter (FI) for differentiating the differential data signals and/or clock signals (LP) from the single-ended logic-level-based data signals and/or clock signals (HS), and - at least one further multiplexer (MUZ) providable additionally with the differential data signals and/or clock signals (LP) coming from the filter (FI). - at least one filter (FI) for differentiating the differential data signals and/or clock signals (LP) from the single-ended logic-level-based data signals and/or clock signals (HS), and - at least one further multiplexer (MUZ) providable additionally with the differential data signals and/or clock signals (LP) coming from the filter (FI).
A left atrial appendage occluder, comprising a plugging column and anchors located on the plugging column , wherein the plugging column is braided from a plurality of elastic metal wires , or braided from a plurality of elastic metal wires and an elastic metal sheet , the anchors are made by partially flattening and then cutting the elastic metal wire , or the anchors are made by cutting the elastic metal sheet , wherein the plurality of elastic metal wires and/or the elastic metal sheet are/is cut to form cutting grooves , and the anchors are formed by bending the anchors outward from the elastic metal wire or sheet and wherein the anchors extend from an end of the cutting grooves .
A wind turbine blade comprising: a main blade portion having a longitudinal axis that extends between a root end and a tip end of the main blade portion, wherein a leading edge and a trailing edge extend between the root end and the tip end; a conductive blade tip module mounted to the tip end of the main blade portion , wherein the tip end is truncated and has a blade tip interface that defines an outer edge , and wherein the blade tip module is configured to fit against the blade tip interface such that a lip of the blade tip module overlaps the outer edge of the blade tip interface characterized in that an end face of the blade tip module is transverse to a part of the blade surface which it overlaps, the lip of the blade tip module has a thickness of at least 5 mm, and the blade tip module is being coupled to an internal down conductor cable within the main blade portion. a main blade portion having a longitudinal axis that extends between a root end and a tip end of the main blade portion, wherein a leading edge and a trailing edge extend between the root end and the tip end; a conductive blade tip module mounted to the tip end of the main blade portion , wherein the tip end is truncated and has a blade tip interface that defines an outer edge , and wherein the blade tip module is configured to fit against the blade tip interface such that a lip of the blade tip module overlaps the outer edge of the blade tip interface characterized in that an end face of the blade tip module is transverse to a part of the blade surface which it overlaps, the lip of the blade tip module has a thickness of at least 5 mm, and the blade tip module is being coupled to an internal down conductor cable within the main blade portion.
Battery pack , characterised in that the battery pack comprises: a plurality of individual batteries ; a battery holder for fixing the individual batteries; a circuit board electrically connected to the batteries and mounted on the battery holder; and a temperature sensor electrically connected to the circuit board and comprising a flexible sheet and a temperature sensing block attached to the flexible sheet, the temperature sensing block being thicker than the flexible sheet, wherein the battery holder is provided with a through mounting slot and is provided with a concave yielding slot on the side facing the batteries, the temperature sensor can pass through the mounting slot and be fixed by the battery holder and the batteries, and the temperature sensing block is accommodated in the yielding slot and in close contact with the batteries. a plurality of individual batteries ; a battery holder for fixing the individual batteries; a circuit board electrically connected to the batteries and mounted on the battery holder; and a temperature sensor electrically connected to the circuit board and comprising a flexible sheet and a temperature sensing block attached to the flexible sheet, the temperature sensing block being thicker than the flexible sheet, wherein the battery holder is provided with a through mounting slot and is provided with a concave yielding slot on the side facing the batteries, the temperature sensor can pass through the mounting slot and be fixed by the battery holder and the batteries, and the temperature sensing block is accommodated in the yielding slot and in close contact with the batteries.
Stretcher support to be installed in health compartments of ambulances, comprising an upper surface adapted to support a stretcher or a patient, one or more means and/or systems for supplying and/or distributing medical gases, including vacuum, and/or distributing electrical power, cables, pipes, and/or providing stretcher locking mechanisms, said means and/or systems being provided in suitable channels obtained and/or passed through the support, characterized in that said upper surface is made as a series of aluminum sections , at least one of said sections being hollow to be able to act as one of said channels for the medical gases.
A method for preparing N-formyl vortioxetine represented by the following formula (I), comprising: (a) adding vortioxetine free base or a salt formed by vortioxetine and an acid to a reaction solvent, and then adding a formylating agent; (b) heating a reaction mixture to 30 to 150 °C for reaction; and (c) isolating N-formyl vortioxetine after the reaction is complete. (a) adding vortioxetine free base or a salt formed by vortioxetine and an acid to a reaction solvent, and then adding a formylating agent; (b) heating a reaction mixture to 30 to 150 °C for reaction; and (c) isolating N-formyl vortioxetine after the reaction is complete.
Food preparation attachment device (101; 201), having - at least one transmitter (226; 228) for transmitting data to an external unit (106; 206), - at least one integrated circuit (116; 216) for processing data and for outputting data to the transmitter (226; 228) based on the processing, - at least one energy absorber (114; 214) in the form of a coil for the transformer absorption of energy from an electromagnetic excitation field for the power supply of the integrated circuit (116; 216) and the transmitter (226; 228) and - a heating element, - characterised in that the heating element can be supplied with energy for its operation by means of the at least one energy absorber (114; 214) and - the food preparation attachment device (101; 201) has an intrinsic temperature determination unit (117; 217) for determining an intrinsic temperature of the integrated circuit (116; 216). - at least one transmitter (226; 228) for transmitting data to an external unit (106; 206), - at least one integrated circuit (116; 216) for processing data and for outputting data to the transmitter (226; 228) based on the processing, - at least one energy absorber (114; 214) in the form of a coil for the transformer absorption of energy from an electromagnetic excitation field for the power supply of the integrated circuit (116; 216) and the transmitter (226; 228) and - a heating element, - characterised in that the heating element can be supplied with energy for its operation by means of the at least one energy absorber (114; 214) and - the food preparation attachment device (101; 201) has an intrinsic temperature determination unit (117; 217) for determining an intrinsic temperature of the integrated circuit (116; 216).
Packaging shell for a perfume or cosmetic or toiletry product bottle, said shell being able to assume a closed position in which it forms a receiving volume designed to envelop a bottle and an open position allowing the bottle to be put in place in the shell or the bottle to be withdrawn from the shell, said shell having two half-shells each forming a concavity and essentially formed of a moulded material based on natural plant fibres, each half-shell having a peripheral edge that is contiguous, when the shell is in the closed position, with a peripheral edge of the other half-shell such that the receiving volume is a closed volume and in that the shell has at least one retaining element projecting into the receiving volume , said retaining elements being moulded with the shell , the shell having an outer wall and an inner wall , the inner wall defining the receiving volume in the closed position of the shell , the outer wall of the shell and the inner wall of the shell being formed of two distinct layers of said material based on natural fibres, namely an internal layer forming the inner wall and an external layer forming the outer wall , the internal layer having the retaining elements, the retaining elements being obtained by local deformation of the internal layer only, such that a hollow pocket is formed between the outer layer and the inner layer at the retaining elements, characterized in that the internal layer and the external layer are in contact with one another or adhesively bonded to one another, except at the retaining means. each half-shell having a peripheral edge that is contiguous, when the shell is in the closed position, with a peripheral edge of the other half-shell such that the receiving volume is a closed volume and in that the shell has at least one retaining element projecting into the receiving volume , said retaining elements being moulded with the shell , the shell having an outer wall and an inner wall , the inner wall defining the receiving volume in the closed position of the shell , the outer wall of the shell and the inner wall of the shell being formed of two distinct layers of said material based on natural fibres, namely an internal layer forming the inner wall and an external layer forming the outer wall , the internal layer having the retaining elements, the retaining elements being obtained by local deformation of the internal layer only, such that a hollow pocket is formed between the outer layer and the inner layer at the retaining elements, characterized in that the internal layer and the external layer are in contact with one another or adhesively bonded to one another, except at the retaining means.
Method for producing a floor panel for laying on a subfloor , comprising - a carrier panel with an upper side and an underside , - a decorative layer provided on the upper side of the carrier panel , - a first edge with a first holding profile, - a second edge with a second holding profile which can be connected to the first holding profile of a structurally identical floor panel, wherein the first holding profile and the second holding profile are designed such that, in the connected state, they are locked in a horizontal direction parallel to a laying plane and transverse to the first edge, and are locked in a vertical direction perpendicular to the laying plane, - a sound-damping layer composed of a sound-damping material that is provided on the underside of the carrier panel , wherein, in the use position of the floor panel , the sound-damping layer has a substantially full-surface adhesive layer on an outer side directed towards the subfloor , - a peelable protective layer for the adhesive layer , wherein a density of the sound-damping material is between 800 and 1500 kg/m3, wherein the sound-damping layer has a carrier layer for the sound-damping material on an inner side directed towards the carrier panel , wherein the sound-damping material is applied in liquid form to the carrier layer , and wherein the sound-damping layer is connected to the carrier plate only after the curing of the liquid sound-damping material . - a carrier panel with an upper side and an underside , - a decorative layer provided on the upper side of the carrier panel , - a first edge with a first holding profile, - a second edge with a second holding profile which can be connected to the first holding profile of a structurally identical floor panel, wherein the first holding profile and the second holding profile are designed such that, in the connected state, they are locked in a horizontal direction parallel to a laying plane and transverse to the first edge, and are locked in a vertical direction perpendicular to the laying plane, - a sound-damping layer composed of a sound-damping material that is provided on the underside of the carrier panel , wherein, in the use position of the floor panel , the sound-damping layer has a substantially full-surface adhesive layer on an outer side directed towards the subfloor , - a peelable protective layer for the adhesive layer ,
A method performed by a processing server, the method comprising: receiving, on the processing server, a request from a streaming video server for a video to be rendered on a user device during a session, the user device including a graphics processing unit, i.e. a GPU; preparing, by the processing server, shader software code to be executed on the GPU on the user device, wherein the preparing includes creating a watermarking procedure to get executed by the GPU during a rendering process on the user device to thereby create a digital watermark that is to be inserted in the video upon execution by the GPU of the shader software code; processing the shader code with software protection techniques, wherein the protection techniques are code and data transformations, control flow and call graph transformations, obfuscation, whitebox cryptography techniques, node- or device-locking, encryption, and/or code signing; and transmitting, by the processing server, the shader software code to the streaming video server to be transmitted to the user device for execution by the GPU of the user device during the rendering process to create a watermarked video. receiving, on the processing server, a request from a streaming video server for a video to be rendered on a user device during a session, the user device including a graphics processing unit, i.e. a GPU; preparing, by the processing server, shader software code to be executed on the GPU on the user device, wherein the preparing includes creating a watermarking procedure to get executed by the GPU during a rendering process on the user device to thereby create a digital watermark that is to be inserted in the video upon execution by the GPU of the shader software code; processing the shader code with software protection techniques, wherein the protection techniques are code and data transformations, control flow and call graph transformations, obfuscation, whitebox cryptography techniques, node- or device-locking, encryption, and/or code signing; and transmitting, by the processing server, the shader software code to the streaming video server to be transmitted to the user device for execution by the GPU of the user device during the rendering process to create a watermarked video.
A water purification method, comprising: dispersing a water-purifying agent in water to obtain a dispersion liquid of a powder of Corchorus olitorius and a polymeric flocculant, and feeding the dispersion liquid to wastewater including an inorganic unnecessary substance to remove the inorganic unnecessary substance in the wastewater, wherein the wastewater is wastewater including the inorganic unnecessary substance that contains at least any one of nickel, fluorine, iron, copper, zinc, chromium, arsenic, cadmium, tin, and lead, and further comprising the step of subjecting at least any one of inorganic ions selected from the group consisting of a nickel ion, a fluorine ion, an iron ion, a copper ion, a zinc ion, a chromium ion, an arsenic ion, a cadmium ion, a tin ion, and a lead ion contained in the inorganic unnecessary substance to an insolubilizing treatment, wherein the step of feeding the dispersion liquid to the wastewater is done after the step of subjecting the at least any one of inorganic ions to the insolubilizing treatment; wherein the water-purifying agent comprises a granulated product that is a mixture of a powder of Corchorus olitorius and a polymeric flocculant, wherein the particle diameter of the granulated product is within a range of from 250 micrometers through 850 micrometers. dispersing a water-purifying agent in water to obtain a dispersion liquid of a powder of Corchorus olitorius and a polymeric flocculant, and feeding the dispersion liquid to wastewater including an inorganic unnecessary substance to remove the inorganic unnecessary substance in the wastewater, wherein the wastewater is wastewater including the inorganic unnecessary substance that contains at least any one of nickel, fluorine, iron, copper, zinc, chromium, arsenic, cadmium, tin, and lead, and further comprising the step of subjecting at least any one of inorganic ions selected from the group consisting of a nickel ion, a fluorine ion, an iron ion, a copper ion, a zinc ion, a chromium ion, an arsenic ion, a cadmium ion, a tin ion, and a lead ion contained in the inorganic unnecessary substance to an insolubilizing treatment, wherein the step of feeding the dispersion liquid to the wastewater is done after the step of subjecting the at least any one of inorganic ions to the insolubilizing treatment; wherein the water-purifying agent comprises a granulated product that is a mixture of a powder of Corchorus olitorius and a polymeric flocculant, wherein the particle diameter of the granulated product is within a range of from 250 micrometers through 850 micrometers.
A method for producing an electrical contact between multiple first fibres and multiple second fibres by means of a connection device that features multiple electrically conductive elements , the method comprising the following steps: A. positioning a first fibre on an electrically conductive element , B. positioning a second fibre on the electrically conductive element so that an electrical contact between the first fibre and the second fibre is established, and C. fixing the first fibre and the second fibre to the connection device, characterised in that the connection device has a coating layer that is folded and/or folded over in such a way that it completely surrounds the electrically conductive element and that is made of a waterproof material or comprises a layer made of waterproof material. A. positioning a first fibre on an electrically conductive element , B. positioning a second fibre on the electrically conductive element so that an electrical contact between the first fibre and the second fibre is established, and C. fixing the first fibre and the second fibre to the connection device,
An isolated polypeptide having a growth inhibitory effect on human cancer cells, wherein said polypeptide is a fragment of the naturally occurring ITIH5-protein, and wherein said fragment consists of SEQ ID NO. 2, or a variant of SEQ ID NO. 2, wherein said variant is at least 85% identical to the amino acid sequence of SEQ ID NO. 2.