mhurhangee/ep-ind-claims huggingface dataset:
A mortar I bomb, comprising: a main body having a generally curved outer surface; a nose; a tail extending from the main body, away from the nose; an obturating ring groove for accommodating, in use, an obturating ring, the obturating ring groove being located in the main body; a maximum diameter of the generally curved outer surface of the main body being upstream of the ring groove, toward the nose, characterized in that said maximum diameter of the generally curved outer surface of the main body is not at the ring groove, such that there is distance between an edge of that groove, and the largest diameter. a main body having a generally curved outer surface; a nose; a tail extending from the main body, away from the nose; an obturating ring groove for accommodating, in use, an obturating ring, the obturating ring groove being located in the main body; a maximum diameter of the generally curved outer surface of the main body being upstream of the ring groove, toward the nose, characterized in that said maximum diameter of the generally curved outer surface of the main body is not at the ring groove, such that there is distance between an edge of that groove, and the largest diameter.
A method for manufacturing a vertical-type asymmetric two-terminal biristor comprising: forming a first semiconductor layer on a substrate including germanium; forming a second semiconductor layer based on germanium including a first area and a second area which have different doping concentration on the first semiconductor layer; and forming a third semiconductor layer based on germanium on the second semiconductor layer, and the conductivity type of the first and third semiconductor layers is different from the conductivity type of the second semiconductor layer, the method being characterised in that the forming the second semiconductor layer forms the second semiconductor layer by laminating a plurality of substances having different band gap energy in order to form an energy well. forming a first semiconductor layer on a substrate including germanium; forming a second semiconductor layer based on germanium including a first area and a second area which have different doping concentration on the first semiconductor layer; and forming a third semiconductor layer based on germanium on the second semiconductor layer, and the conductivity type of the first and third semiconductor layers is different from the conductivity type of the second semiconductor layer, the method being characterised in that the forming the second semiconductor layer forms the second semiconductor layer by laminating a plurality of substances having different band gap energy in order to form an energy well.
Localization system for a driverless vehicle that travels without a driver from a starting point to a destination point, wherein the localization system has a sensor set for localizing the vehicle in an indoor area (Indoor) and additionally at least one detection device for localizing the vehicle in an outdoor area (Outdoor), and wherein the localization system provides at least one orientation point (12, 13) at a transition area between an outdoor area (Outdoor) and an indoor area (Indoor) or vice versa, wherein, when the at least one orientation point (12, 13) is detected by the sensor set and/or the detection device, a changeover takes place from a localization method for localizing the vehicle in an indoor area (Indoor) to a localization method for localizing the vehicle in an outdoor area (Outdoor) or vice versa, characterized in that the localization system additionally has a communication device for communicating with a control system that is additionally provided at the transition area, wherein the control system is designed to communicate with and control multiple driverless vehicles.
Method for unsealing an opening of a laboratory sample container containing a sample, wherein the opening is sealed by a closure attached to the laboratory sample container by an adhesive, wherein an adhesive strength of the adhesive is lowerable by radiation treatment, in particular by UV radiation, and/or by heat treatment, in particular by heat with a temperature of minimal 50 °C, in particular of minimal 120 °C, the method comprising the steps: - a) treating the adhesive, such that its adhesive strength is lowered, step a) comprising: treating the adhesive by radiation, in particular by UV radiation, and/or by heat, in particular by heat with a temperature of minimal 50 °C, in particular of minimal 120 °C, and - b) removing the closure from the laboratory sample container - the method being characterized in that step b) comprises: attaching a take-up to the closure by another adhesive, wherein another adhesive strength of the another adhesive is such that another adhesive force between the take-up and the attached closure is higher than an adhesive force between the closure and the laboratory sample container by the lowered adhesive strength of the treated adhesive, and removing the take-up with the attached closure from the laboratory sample container, - step b) further comprising: removing the closure from the laboratory sample container by at least one roller receptacle and mover supplying the take-up by a roller tape and moving the roller tape with the take-up with the attached closure from the laboratory sample container. - a) treating the adhesive, such that its adhesive strength is lowered, step a) comprising: treating the adhesive by radiation, in particular by UV radiation, and/or by heat, in particular by heat with a temperature of minimal 50 °C, in particular of minimal 120 °C, and - b) removing the closure from the laboratory sample container - the method being characterized in that step b) comprises: attaching a take-up to the closure by another adhesive, wherein another adhesive strength of the another adhesive is such that another adhesive force between the take-up and the attached closure is higher than an adhesive force between the closure and the laboratory sample container by the lowered adhesive strength of the treated adhesive, and removing the take-up with the attached closure from the laboratory sample container, - step b) further comprising: removing the closure from the laboratory sample container by at least one roller receptacle and mover supplying the take-up by a roller tape and moving the roller tape with the take-up with the attached closure from the laboratory sample container.
A plug for sealing an opening in a concrete structure, in particular an opening of a separation portion of the concrete structure, said plug comprising a stem with a base at the distal end and a seat defining a frontal end of the stem accommodating a seal element that is designed as a cap like body enveloping the frontal end of the stem, wherein the seal element is manufactured in a material having a lower hardness than the stem, whereby the stem is made of an impact resistant synthetic material; and whereby a free space is defined between the distal end of the seal element and the frontal end of the base; characterized in that the seat of the stem comprises axial grooves or rims cooperating with rims or grooves provided at an inner surface of the seal; and in that the seal element is manufactured in a moisture swellable material.
A device for fixing an accumulator for a compressor, the device comprising: a bracket body; a first arm extending from the bracket body and configured to be coupled to the accumulator; and a second arm extending from the bracket body and configured to be coupled to a housing of the compressor, wherein the bracket body has a surface facing the compressor and defines a cavity at the surface, the cavity being configured to reduce vibration generated and transmitted from the compressor. a bracket body; a first arm extending from the bracket body and configured to be coupled to the accumulator; and a second arm extending from the bracket body and configured to be coupled to a housing of the compressor, wherein the bracket body has a surface facing the compressor and defines a cavity at the surface, the cavity being configured to reduce vibration generated and transmitted from the compressor.
A tire in which a plurality of land blocks (4, 5, 6) are formed by a circumferential groove which extends in a tire circumferential direction and a lateral groove which extends in a tire width direction, and formed on at least one of a tread portion and a shoulder portion, wherein an inter-block lateral groove is disposed between a predetermined land block and an adjacent land block which is adjacent to the predetermined land block at a tire circumferential direction side of the predetermined land block, among the plurality of the land blocks (4, 5, 6), and is formed of an inside lateral groove and an outside lateral groove, the inside lateral groove being disposed at an inside of a boundary of a bent portion in a tire width direction, the outside lateral groove being disposed at an outside of the bent portion, the bent portion being formed at intermediate portion in the tire width direction, and an inside lateral groove angle θ1 relative to the tire circumferential direction of the inside lateral groove is smaller than an outside lateral groove angle θ2 relative to the tire circumferential direction of the outside lateral groove, wherein the inside lateral groove angle θ1 is 30 degrees to 60 degrees and the outside lateral groove angle θ2 is 70 degrees to 80 degrees, and the predetermined land block and the adjacent land block are provided at the shoulder portion and the inter-block lateral groove is formed at the shoulder portion, wherein the predetermined land block has a widthwise thin groove extending in the tire width direction, at an angle of 90 degrees relative to the tire circumferential direction, at an outside portion of the predetermined land block in the tire width direction.
A control device for controlling at least one collimator, wherein the collimator has a plurality of parts being designed for collimating and shaping rays, wherein the rays are generated for treating a predefined body part of a patient, wherein the control device comprises - a programmable logic controller, - a plurality of controller nodes, - a plurality of device controllers, and - a plurality of real-time bus interfaces, wherein the programmable logic controller is designated as a first master device with respect to each of the controller nodes, wherein the programmable logic controller is designed for superordinate control of the plurality of parts of the collimator, wherein each of the controller nodes is designated as a first slave device with respect to the programmable logic controller, wherein the controller node is designated as a second master device with respect to at least one corresponding device controller, wherein the controller node is designed for controlling at least one corresponding part of the collimator, wherein the controller node is connected to the programmable logic controller by one of the real-time bus interfaces, wherein each of the device controllers is designated as a second slave device with respect to a corresponding controller node, wherein each of the device controllers is designed for controlling at least one of an actuator and a sensor, wherein the actuator is designed for adjusting a corresponding part of the collimator, and wherein the sensor is designed for providing data related to position information and/or velocity information with respect to the corresponding part of the collimator, wherein the device controller is connected to the corresponding controller node by one of the real-time bus interfaces. - a programmable logic controller, - a plurality of controller nodes, - a plurality of device controllers, and - a plurality of real-time bus interfaces,
Restraint device with a belt strap which is wound on a winding body, which can be rotated about an axis, of a belt winder or retractor which can be attached to a vehicle and has at its free end, a holding element for releasable attachment of the belt strap to a wheelchair or another object to be held, wherein a holding device for fixing the belt strap between the retractor and the holding element is arranged between the belt winder or retractor and the holding element arranged on the free end of the belt strap, characterised in that the holding device contains a locking element which can be moved between a release position and a holding position and which fixes a holding part attached to the belt strap in the holding position.
A self-powered processing device comprising: a power generator configured to generate electrical power in a form and potential that is natively consumable by a processing circuitry; a processing device comprising the processing circuitry; at least one electrical connection between the power generator and the processing device, the at least one electrical connection enabling the processing device to consume the electrical power generated by the power generator; a thermal coupling between the power generator and the processing device, the thermal coupling transferring heat from the processing device to the power generator; and a physical coupling between the power generator and the processing device causing the power generator and the processing device to form a single unitary structure, characterized in that the power generator and the processing device comprise silicon-based materials, and the processing device is etched onto an opposite side of the power generator. a power generator configured to generate electrical power in a form and potential that is natively consumable by a processing circuitry; a processing device comprising the processing circuitry; at least one electrical connection between the power generator and the processing device, the at least one electrical connection enabling the processing device to consume the electrical power generated by the power generator; a thermal coupling between the power generator and the processing device, the thermal coupling transferring heat from the processing device to the power generator; and a physical coupling between the power generator and the processing device causing the power generator and the processing device to form a single unitary structure, characterized in that the power generator and the processing device comprise silicon-based materials, and the processing device is etched onto an opposite side of the power generator.
A printing control apparatus for performing preflight check on manuscript data made up of a plurality of pages in variable printing, wherein a content of each of the plurality of pages includes an image or a form as a reusable part and is implemented by using at least one of color information and font information as a resource, characterized in that the apparatus comprises: a use information obtainment unit for obtaining first use information indicating a respective set of pages, in which a respective reusable part is used, for each of the reusable parts used in the manuscript data, and second use information indicating a respective set of pages, in which a respective resource is used, for each of the resources used in the manuscript data; an object page determination unit for determining object pages to be subjected to the preflight check from the plurality of pages, based on the first use information and the second use information; an object page check unit for performing the preflight check on the object pages and performing the preflight check on none of pages other than the object pages among the plurality of pages; and an output unit for outputting a result of the preflight check, wherein the object page determination unit sets, as the object pages, a union of any respective one page of each of the respective sets of pages indicated by the first use information, and any respective one page of each of the respective sets of pages indicated by the second use information. a use information obtainment unit for obtaining first use information indicating a respective set of pages, in which a respective reusable part is used, for each of the reusable parts used in the manuscript data, and second use information indicating a respective set of pages, in which a respective resource is used, for each of the resources used in the manuscript data; an object page determination unit for determining object pages to be subjected to the preflight check from the plurality of pages, based on the first use information and the second use information; an object page check unit for performing the preflight check on the object pages and performing the preflight check on none of pages other than the object pages among the plurality of pages; and an output unit for outputting a result of the preflight check, wherein the object page determination unit sets, as the object pages, a union of any respective one page of each of the respective sets of pages indicated by the first use information, and any respective one page of each of the respective sets of pages indicated by the second use information.
Apparatus for producing concrete blocks, comprising - a lower mold part in which at least one mold cavity is formed, - an upper mold part comprising at least one pressure piece which has at least one magnet, - a loading device to which the pressure piece is connected via a pressure ram, wherein the loading device can be lowered together with the pressure ram and the pressure piece so that the pressure piece engages in the mold cavity and a concrete batch in the mold cavity can be compacted by the lowered pressure piece, and - an apparatus for applying a granular material to the pressure piece when it is not engaging in the mold cavity so that the granular material adheres to the side of the pressure piece facing the mold cavity as a result of a magnetic interaction. - a lower mold part in which at least one mold cavity is formed, - an upper mold part comprising at least one pressure piece which has at least one magnet, - a loading device to which the pressure piece is connected via a pressure ram, wherein the loading device can be lowered together with the pressure ram and the pressure piece so that the pressure piece engages in the mold cavity and a concrete batch in the mold cavity can be compacted by the lowered pressure piece, and - an apparatus for applying a granular material to the pressure piece when it is not engaging in the mold cavity so that the granular material adheres to the side of the pressure piece facing the mold cavity as a result of a magnetic interaction.
A composition for use in the therapeutic inhibition of yeast growth, the composition including: a. a therapeutically effective amount of lactoferrin; and b. a therapeutically effective amount of either: i. at least one active honey; or ii. at least one bioactive fraction of active honey wherein the monosaccharides of the honey have been removed; or iii. at least one honey analogue containing monosaccharides, water and either or both of dihydroxyacetone and MGO methylglyoxal and having at least one further characteristic being: a pH of 3.0 to 5.0; hydrogen peroxide; phenolics characteristic of active honeys; bee defensins, catalase enzyme; a water activity less than 0.7; or iv. combinations of the honey, the honey fraction and the honey analogue, wherein said active honey is a honey with an antimicrobial activity in the absence of hydrogen peroxide, and wherein the honey or honeys used or from which the honey fraction is derived include those derived from plants of the Leptospermum species. a. a therapeutically effective amount of lactoferrin; and b. a therapeutically effective amount of either: i. at least one active honey; or ii. at least one bioactive fraction of active honey wherein the monosaccharides of the honey have been removed; or iii. at least one honey analogue containing monosaccharides, water and either or both of dihydroxyacetone and MGO methylglyoxal and having at least one further characteristic being: a pH of 3.0 to 5.0; hydrogen peroxide; phenolics characteristic of active honeys; bee defensins, catalase enzyme; a water activity less than 0.7; or iv. combinations of the honey, the honey fraction and the honey analogue, wherein said active honey is a honey with an antimicrobial activity in the absence of hydrogen peroxide, and wherein the honey or honeys used or from which the honey fraction is derived include those derived from plants of the Leptospermum species. i. at least one active honey; or ii. at least one bioactive fraction of active honey wherein the monosaccharides of the honey have been removed; or iii. at least one honey analogue containing monosaccharides, water and either or both of dihydroxyacetone and MGO methylglyoxal and having at least one further characteristic being: a pH of 3.0 to 5.0; hydrogen peroxide; phenolics characteristic of active honeys; bee defensins, catalase enzyme; a water activity less than 0.7; or iv. combinations of the honey, the honey fraction and the honey analogue,
A process for preparing nanofoam comprising the following steps: (a) providing an aqueous solution of a flame retardant fully dissolved in an aqueous solvent, wherein the flame retardant is a solid at 23°C and 101 kiloPascals pressure when in neat form; (b) providing a fluid polymer composition selected from a solution of polymer at least partially dissolved in a water-miscible solvent or a latex of polymer particles in a continuous aqueous phase; (c) mixing the aqueous solution of flame retardant with the fluid polymer composition to form a mixture; (d) removing water and, if present, solvent from the mixture to produce a polymeric composition having less than 74 weight-percent flame retardant based on total polymeric composition weight; (e) compounding the polymeric composition with a matrix polymer to form a matrix polymer composition; and (f) foaming the matrix polymer composition into nanofoam having an average cell size of less than one micrometer and a porosity of at least 60 percent, all determined as provided in the description. (a) providing an aqueous solution of a flame retardant fully dissolved in an aqueous solvent, wherein the flame retardant is a solid at 23°C and 101 kiloPascals pressure when in neat form; (b) providing a fluid polymer composition selected from a solution of polymer at least partially dissolved in a water-miscible solvent or a latex of polymer particles in a continuous aqueous phase; (c) mixing the aqueous solution of flame retardant with the fluid polymer composition to form a mixture; (d) removing water and, if present, solvent from the mixture to produce a polymeric composition having less than 74 weight-percent flame retardant based on total polymeric composition weight; (e) compounding the polymeric composition with a matrix polymer to form a matrix polymer composition; and (f) foaming the matrix polymer composition into nanofoam having an average cell size of less than one micrometer and a porosity of at least 60 percent, all determined as provided in the description.