mhurhangee/ep-ind-claims huggingface dataset:
Adsorbents combination for filters of combined fire- and industrial filter escape devices suitable for adsorption of cyclohexane, chlorine, ammonia, H 2 S, HCN, and SO 2 with an ABEK-power according to DIN 58647-7 and EN 14387 and suitable for an adsorption of CO with a CO-performance according to EN 403 comprising a layer of impregnated activated carbon and a layer of an oxide mixture containing more than 40 wt.-% of manganese dioxide (MnO 2) and more than 20 wt.-% copper oxide (CuO), based on the applied oxide mixture, characterized in that - the impregnated activated carbon comprises an impregnation selected from one or more members of the group: a) 1 to 5 wt.-% phosphoric acid; b1) at least one zinc salt of an inorganic acid, wherein the inorganic acid is a hydrogen halide acid, sulfuric acid or carbonic acid, b2) at least one copper salt of an inorganic acid, wherein the inorganic acid is a hydrogen halide acid, sulfuric acid or carbonic acid, in which the sum of b1) and b2) amounts to 1 to 12 wt.-%, - the activated carbon has a water content of less than 4 wt.-%, each, based on the activated carbon; - the layer of activated carbon is arranged in flow direction upstream the layer of the oxide mixture. - the impregnated activated carbon comprises an impregnation selected from one or more members of the group: a) 1 to 5 wt.-% phosphoric acid; b1) at least one zinc salt of an inorganic acid, wherein the inorganic acid is a hydrogen halide acid, sulfuric acid or carbonic acid, b2) at least one copper salt of an inorganic acid, wherein the inorganic acid is a hydrogen halide acid, sulfuric acid or carbonic acid, in which the sum of b1) and b2) amounts to 1 to 12 wt.-%, a) 1 to 5 wt.-% phosphoric acid; b1) at least one zinc salt of an inorganic acid, wherein the inorganic acid is a hydrogen halide acid, sulfuric acid or carbonic acid, b2) at least one copper salt of an inorganic acid, wherein the inorganic acid is a hydrogen halide acid, sulfuric acid or carbonic acid, in which - the activated carbon has a water content of less than 4 wt.-%, each, based on the activated carbon; - the layer of activated carbon is arranged in flow direction upstream the layer of the oxide mixture.
A method of editing a source digital image comprising the steps of: (i) accessing automatically generated object-level information about the source digital image, that information comprising segmentation of the image into one or more objects and, for each of the objects, details of a class that the object is a member of; and (ii) automatically processing the source digital image on the basis of the object-level information to form an output digital image of higher resolution than the source image; by accessing a database of images, having higher resolution than the source image, and selecting images of the same object class from that database to use in forming the output image. (i) accessing automatically generated object-level information about the source digital image, that information comprising segmentation of the image into one or more objects and, for each of the objects, details of a class that the object is a member of; and (ii) automatically processing the source digital image on the basis of the object-level information to form an output digital image of higher resolution than the source image; by accessing a database of images, having higher resolution than the source image, and selecting images of the same object class from that database to use in forming the output image.
A telecommunication system (SYST) including: - at least one mobile transceiver, - a plurality of access points, each of which being able to communicate with the mobile transceiver when said transceiver is located in a coverage area of said access point, and - a communication network enabling communications between said access points, - a mobility manager able to identify, as a function of operating conditions of the access points, a specific access point with which the mobile transceiver must establish a communication, the mobile transceiver being provided with measuring means to perform at least one quality measurement of a communication it could establish with at least one neighbouring access point of a current access point with which said mobile transceiver is in communication, characterised in that the measuring means are only able to be activated when the quality of the communication between the mobile transceiver and the current access point is lower than a predetermined reference threshold. - at least one mobile transceiver, - a plurality of access points, each of which being able to communicate with the mobile transceiver when said transceiver is located in a coverage area of said access point, and - a communication network enabling communications between said access points, - a mobility manager able to identify, as a function of operating conditions of the access points, a specific access point with which the mobile transceiver must establish a communication, the mobile transceiver being provided with measuring means to perform at least one quality measurement of a communication it could establish with at least one neighbouring access point of a current access point with which said mobile transceiver is in communication,
A heat not burn consumable comprising: a tubular vapour generating member defining a channel therethrough, wherein at least an active portion of the vapour generating member has an internal surface area and includes an aerosol former and an active substance configured to produce vapour when heated by a heater, wherein: the tubular vapour generating member has an inlet to the channel at a first end of the consumable, the first end of the consumable being for cooperation with a heating device; and wherein the active portion comprises an amount of an active substance which is between 0.0005 milligrams per mm^2 and 0.015 milligrams per mm^2 of said internal surface area. the tubular vapour generating member has an inlet to the channel at a first end of the consumable, the first end of the consumable being for cooperation with a heating device; and wherein the active portion comprises an amount of an active substance which is between 0.0005 milligrams per mm^2 and 0.015 milligrams per mm^2 of said internal surface area.
Method for coating with an organic or metal material by covalent grafting of at least one organic compound A with at least one aromatic group substituted by a diazonium function, on a surface of the said material, characterised in that the said material is porous or fibrillar, and has a geometric surface of at least 10 cm 2 of material; and in that it comprises a step of continuous imposition of a non-zero current which is pulsed according to an intensiostatic mode on the surface of the material, in order to reduce the diazonium ion(s) electrochemically.
A door handle assembly for a motor vehicle, comprising a handle mount, a handle for opening a door or hatch of the motor vehicle and a mechanical coupling device, wherein the handle is pivotably supported in the region of a first handle end on the handle mount that can be installed on the inside of the vehicle, and, in the region of its second handle end, the handle is coupled to the mechanical coupling device which is pivotably supported on the handle mount and by means of which, an actuation of the handle can be transferred to a vehicle-side closing assembly, wherein the second handle end of the handle and a deflection lever of the mechanical coupling device, which deflection lever guides the movement of the handle upon actuation thereof, are movably coupled to one another by means of an articulated connection that is formed in a hinge-like manner for pivoting the second handle end relative to the deflection lever when the handle is actuated, so that the second handle end of the handle can be pivoted relative to the deflection lever, wherein the articulated connection comprises a joint element which is connected in a rotationally fixed manner to a handle hook of the handle formed on the second handle end via a form-locking connection, and which is pivotably connected to the deflection lever via a pivot joint connection, and wherein the form-locking connection comprises a screw which is screwed into a thread of the joint element and which fixes the free end of the handle in place, characterized in that for installing the free end of the handle hook of the handle on the deflection lever of the coupling, the deflection lever is rendered stationary in its movement by means of the screw by the screw protruding out of the joint element such that its screw head rests against a contact surface formed on the coupling device such that a relative movement between the joint element and the coupling device is blocked.
A process for forming vinyl-containing compounds, the process comprising the steps of: a) reacting in a nitrogen atmosphere at least one dicarboxylic acid and/or anhydride and a polyfunctional alcohol to provide a hydroxyl-containing polyester; b) reacting the hydroxyl-containing polyester with a vinyl-containing organic acid in the presence of an esterification catalyst, a polymerization inhibitor and an azeotropic agent while in the nitrogen atmosphere to provide a vinyl functional esterified intermediate group; and c) reacting the vinyl functional esterified intermediate, residual esterification catalyst and residual vinyl-containing organic acid with an epoxy while in the nitrogen atmosphere to provide the vinyl-containing compound. a) reacting in a nitrogen atmosphere at least one dicarboxylic acid and/or anhydride and a polyfunctional alcohol to provide a hydroxyl-containing polyester; b) reacting the hydroxyl-containing polyester with a vinyl-containing organic acid in the presence of an esterification catalyst, a polymerization inhibitor and an azeotropic agent while in the nitrogen atmosphere to provide a vinyl functional esterified intermediate group; and c) reacting the vinyl functional esterified intermediate, residual esterification catalyst and residual vinyl-containing organic acid with an epoxy while in the nitrogen atmosphere to provide the vinyl-containing compound.
Method for automated processing, such as butchering and/or chopping work, of slaughtered animals by means of a handling device, where the respective slaughtered animal to be processed is optically measured, 2D and 3D data are ascertained from the measurements by image processing, and signals for controlling the handling device are generated from the 2D and 3D data, wherein the slaughtered animal is measured with an optical sensor and both the 2D data and the 3D data are ascertained from the respective measurement by image processing, wherein that area of the slaughtered animal which is to be processed by means of the handling device is determined from the 2D data, and wherein the 3D data ascertained from the same measurement by image processing is incorporated during processing by the handling device in order to take account of the surface profile of the slaughtered animal.
Combined pharmaceutical oral dosage form comprising a first solid pharmaceutical composition containing lercanidipine or its pharmaceutically acceptable salt as the active substance, and a second solid pharmaceutical composition containing enalapril or a pharmaceutically acceptable salt thereof as the active substance, wherein the first and the second pharmaceutical composition are present in separate entities in a single solid dosage form and wherein the first solid pharmaceutical composition and/or the second solid pharmaceutical composition is in the form of a granulate, granules, beads or pellets, and wherein the compositions are mixed and filled into capsules or sachets or are compressed to tablets.
An assembly comprising a hydraulic device comprising a rotor and a stator, the rotor being mounted in rotation relative to the stator around a second axis of rotation (Z-Z) by means of a proximal rolling-element bearing and a distal rolling-element bearing, the hydraulic device comprising a shaft, a multi-lobe cam, a cylinder block having a plurality of receptacles each equipped with a piston mounted sliding relative to the multi-lobe cam, and a distributor comprising a core and a distribution casing, a pivoting element adapted to be mounted on an axle, and movable in rotation relative to the hydraulic device around a first axis of rotation (X-X), the stator being mounted in rotation relative to the axle around the first axis of rotation (X-X), the rotor comprising the shaft having a proximal end equipped with means allowing the mounting of a vehicle wheel, and an opposite distal end, characterized in that, the cylinder block is positioned between the first axis of rotation (X-X) and the proximal rolling-element bearing in the direction defined by the second axis of rotation (Z-Z), and in that viewed in projection along a plane defined by the second axis of rotation (Z-Z) and parallel to the first axis of rotation (X-X), the proximal rolling-element bearing and the distal rolling-element bearing are positioned at least partially on either side of the first axis of rotation (X-X). a hydraulic device comprising a rotor and a stator, the rotor being mounted in rotation relative to the stator around a second axis of rotation (Z-Z) by means of a proximal rolling-element bearing and a distal rolling-element bearing, the hydraulic device comprising a shaft, a multi-lobe cam, a cylinder block having a plurality of receptacles each equipped with a piston mounted sliding relative to the multi-lobe cam, and a distributor comprising a core and a distribution casing, a pivoting element adapted to be mounted on an axle, and movable in rotation relative to the hydraulic device around a first axis of rotation (X-X), the stator being mounted in rotation relative to the axle around the first axis of rotation (X-X), the rotor comprising the shaft having a proximal end equipped with means allowing the mounting of a vehicle wheel, and an opposite distal end, characterized in that, the cylinder block is positioned between the first axis of rotation (X-X) and the proximal rolling-element bearing in the direction defined by the second axis of rotation (Z-Z), and in that viewed in projection along a plane defined by the second axis of rotation (Z-Z) and parallel to the first axis of rotation (X-X), the proximal rolling-element bearing and the distal rolling-element bearing are positioned at least partially on either side of the first axis of rotation (X-X).
A work vehicle comprising a transmission case, installed in a traveling machine body, that includes: a main transmission input shaft to which driving force is transmitted from an engine; and a main transmission output shaft fit on the main transmission input shaft in a relatively rotatable manner, wherein the main transmission input shaft is provided with a hydraulic pump unit, a cylinder block, and a hydraulic motor unit, forming a hydraulic mechanical transmission, arranged in series, wherein shifted driving force is transmitted to the main transmission output shaft via the hydraulic motor unit, and wherein the transmission case includes: a planetary gear mechanism in which the driving force from the engine and the shifted driving force to the main transmission output shaft are combined; a transmission shaft with which the shifted driving force via the main transmission output shaft and the combined driving force via the planetary gear mechanism are transmittable; a forward traveling low speed clutch configured to connect and disconnect transmission of the driving force from the main transmission output shaft to the transmission shaft; and a forward traveling high speed clutch configured to connect and disconnect transmission of the driving force from the planetary gear mechanism to the transmission shaft; and wherein the transmission case further includes an input counter shaft through which the driving force from the engine is transmitted to the main transmission input shaft, wherein the input counter shaft, the main transmission input shaft, the main transmission output shaft, and the transmission shaft are arranged in parallel with each other, wherein the input counter shaft is provided with the planetary gear mechanism, and wherein the transmission shaft is provided with the forward traveling low speed clutch and the forward traveling high speed clutch.
A method of applying turmeric on hierarchical zeolites, characterized in that to hierarchical zeolite possessing secondary porosity, pores in the range 2-50 nm, synthesised on the basis of faujasite and either non-ionic structure forming agents selected from the group of polyethylene glycol octadecyl ether or Pluronic F127 or the ionic structure-forming agent hexadecyltrimethylammonium bromide in the presence or absence of piperine, the following is added: - a solvent, advantageously acetone in an amount of 2.5-12.5% w/w, advantageously 12.5% w/w in relation to hierarchical zeolite, - 20-60% w/w of turmeric, advantageously 20% w/w of turmeric in relation to hierarchical zeolite, and - 0.1-0.4% w/w of piperine, advantageously 0.1% w/w of piperine in relation to hierarchical zeolite, whereas the entire process of mixing is conducted for 24-30 h advantageously 24 h in a temperature of 20-40°C advantageously in 23°C, and - washing the obtained product with a water-ethanol solution in a volumetric ration of 1:1 and - drying afterwards. - a solvent, advantageously acetone in an amount of 2.5-12.5% w/w, advantageously 12.5% w/w in relation to hierarchical zeolite, - 20-60% w/w of turmeric, advantageously 20% w/w of turmeric in relation to hierarchical zeolite, and - 0.1-0.4% w/w of piperine, advantageously 0.1% w/w of piperine in relation to hierarchical zeolite, whereas the entire process of mixing is conducted for 24-30 h advantageously 24 h in a temperature of 20-40°C advantageously in 23°C, and - washing the obtained product with a water-ethanol solution in a volumetric ration of 1:1 and - drying afterwards.
A metal assembly comprising at least one insulated superconductive wire extending in a longitudinal direction, wherein the at least one insulated superconductive wire comprises: - a superconductive wire, comprising a material that exhibits superconducting properties within a defined temperature range embedded in a metal matrix, and - an electrically insulating layer arranged as a coating on the superconductive wire, - and said metal assembly further comprising a thermal conduction element comprising a thermally conductive material arranged as a layer at least partly surrounding the at least one insulated superconductive wire, characterized in that the electrically insulating layer comprises a polymer based insulator having a resistivity of at least 10 7 Ωm, and the thermally conductive material is chosen from copper, copper alloy, aluminium, aluminium alloy, or a composite comprising copper and aluminum, such that the metal assembly, when wound into a coil, exhibits isotropic or essentially isotropic thermal conduction properties. - a superconductive wire, comprising a material that exhibits superconducting properties within a defined temperature range embedded in a metal matrix, and - an electrically insulating layer arranged as a coating on the superconductive wire, - and said metal assembly further comprising a thermal conduction element comprising a thermally conductive material arranged as a layer at least partly surrounding the at least one insulated superconductive wire, characterized in that the electrically insulating layer comprises a polymer based insulator having a resistivity of at least 10 7 Ωm, and the thermally conductive material is chosen from copper, copper alloy, aluminium, aluminium alloy, or a composite comprising copper and aluminum, such that the metal assembly, when wound into a coil, exhibits isotropic or essentially isotropic thermal conduction properties.
A method for managing handover event information relating to User Equipments, UEs, including: creating a group of segments for each of the UEs based on the handover event information of the UEs, wherein each group includes a plurality of segments and each segment of one group includes the handover event information relating to the same UE; and storing the segments in order of time when the handover event information is recorded to obtain an event information sequence, receiving a request for obtaining event information; and transmitting a response to the request, characterised in that each of the segments includes one or more elements, each element including a next pointer pointing to a next element in the handover event information sequence and the element further includes a state showing whether the element is released and each element further includes a target cell information, a source cell information, a failure counter, and a failure timestamp for handover scenario. creating a group of segments for each of the UEs based on the handover event information of the UEs, wherein each group includes a plurality of segments and each segment of one group includes the handover event information relating to the same UE; and storing the segments in order of time when the handover event information is recorded to obtain an event information sequence, receiving a request for obtaining event information; and transmitting a response to the request,
Assembly of a motor for a tube of a screen, for example a roller blind tube, and a set of plugs (10, 20, 30) for engaging an inner surface of the tube, wherein the set of plugs comprises a drive plug for driving the tube, which drive plug is arranged to be connected to a drive shaft of the motor, wherein the set of plugs comprises a crown plug (30; 40), which crown plug is arranged to be connected to an outer end of the motor for forming a first bearing at a first outer end of the tube, wherein the set of plugs comprises an end plug arranged to be inserted into the tube at a second outer end of the tube for forming a second bearing, characterized in that each plug is provided with adapter means for adapting the outer diameter of the plug to the inner diameter of the tube, wherein the adapter means comprise one or more engaging elements (13, 23, 33; 43) for engaging the inner surface of the tube that are movable between a minimal position in which the dimensions of the outer diameter of the plug are at a minimum and an extreme position in which the dimensions of the outer diameter of the plug are at a maximum.