mhurhangee/ep-ind-claims huggingface dataset:
A disc-type disperger for dispersing pulp, the disperger comprising at least one stationary disc-like dispersing element and at least one rotatable disc-like dispersing element arranged substantially opposite to each other for forming a dispersing zone between each oppositely positioned stationary and rotatable dispersing elements, in which dispersing zone a dispersing effect is subjected to the pulp to be dispersed, a rotatable shaft coupled to the at least one rotatable dispersing element and a rotating motor coupled to the rotatable shaft for rotating the at least one rotatable dispersing element, at least one feed connection for feeding the pulp to be dispersed into the disperger, characterized in that the at least one feed connection is arranged in the disperger at least partly between the dispersing elements (4, 6) and the rotating motor, and the disperger comprises a feed screw arranged to extend from the at least one feed connection towards the at least one dispersing zone. disperger for dispersing pulp, the disperger comprising at least one stationary disc-like dispersing element and at least one rotatable disc-like dispersing element arranged substantially opposite to each other for forming a dispersing zone between each oppositely positioned stationary and rotatable dispersing elements, in which dispersing zone a dispersing effect is subjected to the pulp to be dispersed, a rotatable shaft coupled to the at least one rotatable dispersing element and a rotating motor coupled to the rotatable shaft for rotating the at least one rotatable dispersing element, at least one feed connection for feeding the pulp to be dispersed into the disperger, characterized in that the at least one feed connection is arranged in the disperger at least partly between the dispersing elements (4, 6) and the rotating motor, and the disperger comprises a feed screw arranged to extend from the at least one feed connection towards the at least one dispersing zone.
Vehicle body having a sectional door which is arranged between two posts, can be moved to open and close an opening of a loading space and has a plurality of panels (3, 4) which are pivotably mounted on one another and can be moved on opposite sides along a guide via guide means, which has a substantially vertical section in the region of the opening, a substantially horizontal section in the upper region of the loading space as a storage section for the sectional door and an arcuate section therebetween, wherein a spring shaft is provided for pretensioning the sectional door into an opening position, and a lower panel arranged on the floor side in the closed position is held pivotably on a running part movable along the guide, wherein the posts are connected to one another in the upper region via a lintel or a beam, characterized in that the lower panel has a guide roller on its radially outer side in the arcuate section, which guide roller can be rolled off on the lintel or beam on the upper side of the opening, or at least one guide roller is held on the lintel or beam, which guide roller can be rolled off on the lower panel when this is arranged on the arcuate section.
A method for enabling interworking between domains of a communication network, wherein one domain operates based on a packet switched principle and the other domain operates based on a circuit switched principle, wherein a communication session between a first terminal associated to a first domain and a second terminal associated to a second domain is effected via a first communication path leg from said first terminal to a gateway entity, and from said gateway entity via a second communication path leg to said second terminal, wherein said second communication path leg has a restricted transmission bandwidth per call of said communication session, the method comprising: receiving, at said gateway entity, a communication session that originates from said first terminal via said first leg, said communication session using a plurality of calls; the method characterized by comprising: determining, at said gateway entity, whether said second terminal is capable of supporting a number of calls required for handling the communication session; and adapting the communication session on the first communication path leg to capabilities of said second terminal if said second terminal is incapable of supporting the number of calls. receiving, at said gateway entity, a communication session that originates from said first terminal via said first leg, said communication session using a plurality of calls; determining, at said gateway entity, whether said second terminal is capable of supporting a number of calls required for handling the communication session; and adapting the communication session on the first communication path leg to capabilities of said second terminal if said second terminal is incapable of supporting the number of calls.
A method of calibrating a pipelined analog to digital converter, ADC, comprising an analog signal input and a plurality of stages, wherein each stage of the pipelined ADC comprises a digital output (FD1, FD2,... FDN), the method comprising: using a processor of the pipelined ADC to perform calibration by: disconnecting an input stage of the pipelined ADC from the analog signal input; injecting random signals (Dithl, Dith2, Dith3) into at least some stages of the plurality of stages (100, 110, 120) of the pipelined ADC; obtaining digital values generated in response to the random signals, wherein the digital values are obtained at the respective digital outputs (FD1, FD2, FD3) of the at least some stages; characterized by calculating, for at least one stage of the at least some stages succeeding a first of the at least some stages (110, 120) a noise component of a respective residue signal of the at least one stage as a function of the digital values and values of the random signals, the noise component being caused by the random signal or signals injected into the stage or stages of the at least some stages preceding the at least one stage; and subtracting the noise components from their respective residue signals. disconnecting an input stage of the pipelined ADC from the analog signal input; injecting random signals (Dithl, Dith2, Dith3) into at least some stages of the plurality of stages (100, 110, 120) of the pipelined ADC; obtaining digital values generated in response to the random signals, wherein the digital values are obtained at the respective digital outputs (FD1, FD2, FD3) of the at least some stages; characterized by calculating, for at least one stage of the at least some stages succeeding a first of the at least some stages (110, 120) a noise component of a respective residue signal of the at least one stage as a function of the digital values and values of the random signals, the noise component being caused by the random signal or signals injected into the stage or stages of the at least some stages preceding the at least one stage; and subtracting the noise components from their respective residue signals.
A method comprising: requesting at least one signed security measurement from at least one module with a corresponding cryptoprocessor, the at least one module existing within a physical device; receiving the at least one signed security measurement from the at least one module with the corresponding cryptoprocessor; validating the at least one signed security measurement; and generating (630, 635) a signed dossier including all validated signed security measurements in a secure enclave, the signed dossier being used by an external network device for remote attestation of the physical device; wherein the generating the signed dossier includes signing the dossier with a key which represents a logical device representative of the physical device and is not tied to a specific hardware component associated with the physical device. requesting at least one signed security measurement from at least one module with a corresponding cryptoprocessor, the at least one module existing within a physical device; receiving the at least one signed security measurement from the at least one module with the corresponding cryptoprocessor; validating the at least one signed security measurement; and generating (630, 635) a signed dossier including all validated signed security measurements in a secure enclave, the signed dossier being used by an external network device for remote attestation of the physical device; wherein the generating the signed dossier includes signing the dossier with a key which represents a logical device representative of the physical device and is not tied to a specific hardware component associated with the physical device.
An agricultural vehicle with a crop analysis system coupled to the vehicle, the crop analysis system comprising: an imaging array configured to acquire a set of normalized difference vegetative index (NVDI) images of a crop as the agricultural vehicle traverses a field including the crop; a computing device having a processor configured to execute computer-readable instructions to identify nutrient stress of the crop based on the set of the images acquired by the imaging array, with the steps of selecting a feature of an image of the set of images corresponding to a portion of the crop; analyzing pixels of the image associated with the portion of the crop; and identifying nutrient stress of the crop based on analyzing the pixels; characterized in that the processor is configured to execute computer-readable instructions and to utilize one or more machine learning models to select, as the feature corresponding to a portion of the crop, at least one mature leaf with a broad surface generally directed to the imaging array, and that the processor is configured to execute computer-readable instructions to signal an agricultural machine to apply fertilizer to the crop based on the identified nutrient stress in real-time following acquisition of the set of images by the imaging array. an imaging array configured to acquire a set of normalized difference vegetative index (NVDI) images of a crop as the agricultural vehicle traverses a field including the crop; a computing device having a processor configured to execute computer-readable instructions to identify nutrient stress of the crop based on the set of the images acquired by the imaging array, with the steps of selecting a feature of an image of the set of images corresponding to a portion of the crop; analyzing pixels of the image associated with the portion of the crop; and identifying nutrient stress of the crop based on analyzing the pixels; characterized in that the processor is configured to execute computer-readable instructions and to utilize one or more machine learning models to select, as the feature corresponding to a portion of the crop, at least one mature leaf with a broad surface generally directed to the imaging array, and that the processor is configured to execute computer-readable instructions to signal an agricultural machine to apply fertilizer to the crop based on the identified nutrient stress in real-time following acquisition of the set of images by the imaging array.
Universal Description Discovery and Integration, UDDI, server (21, 50) for mediating Web services provided by a plurality of service providers to a plurality of service requesters, which UDDI server comprises: a Web service register for storing information associated with said Web services, wherein said Web service register includes data sets for storing QoS status information associated with each Web service respectively, which QoS status information is information on the current QoS that the associated Web service offers to a service requester; means for updating said QoS status information stored in said data sets periodically based on dynamic service status information received from said plurality of service providers; wherein the UDDI server further comprises a QoS model register including a plurality of pre-defined QoS models (29, 31, 35) which each specifies a plurality of QoS parameter fields (32, 33, 34, 36, 37, 38, 39), which depend on type of the respective Web service, wherein each pre-defined QoS model represents a QoS profile of a Web service and may serve as a template for a plurality of said data sets. a Web service register for storing information associated with said Web services, wherein said Web service register includes data sets for storing QoS status information associated with each Web service respectively, which QoS status information is information on the current QoS that the associated Web service offers to a service requester; means for updating said QoS status information stored in said data sets periodically based on dynamic service status information received from said plurality of service providers; wherein the UDDI server further comprises a QoS model register including a plurality of pre-defined QoS models (29, 31, 35) which each specifies a plurality of QoS parameter fields (32, 33, 34, 36, 37, 38, 39), which depend on type of the respective Web service, wherein each pre-defined QoS model represents a QoS profile of a Web service and may serve as a template for a plurality of said data sets.
A method for manufacturing a water absorption treatment material that absorbs a liquid, the method comprising: a water addition step of adding an aqueous solution containing a foaming agent to a material to be granulated; and a granulating step of granulating the material to be granulated to which the aqueous solution is added and thereby forming a granule, wherein, in the water addition step, before the aqueous solution is added to the material to be granulated, the foaming agent is reacted in the aqueous solution. a water addition step of adding an aqueous solution containing a foaming agent to a material to be granulated; and a granulating step of granulating the material to be granulated to which the aqueous solution is added and thereby forming a granule, wherein, in the water addition step, before the aqueous solution is added to the material to be granulated, the foaming agent is reacted in the aqueous solution.
Method for forming a joint assembly comprising: Inserting an extruded profile member in a molding tool, the extruded profile member and the molding tool being provided with a structured surface area; Clamping the molding tool and bringing the structured surface in contact with the molding tool and the extruded profile member as to hold the profile member in place, Injecting material into the molding tool as to produce a molded member connected with the extruded profile member; wherein the structured surface area is provided at a longitudinal end portion of the extruded profile member and at its opposing area of the molding tool, and the structured surface has a predefined roughness between 36 and 41, preferably 38 to 40, more preferably 39 according to VDI 3400. Inserting an extruded profile member in a molding tool, the extruded profile member and the molding tool being provided with a structured surface area; Clamping the molding tool and bringing the structured surface in contact with the molding tool and the extruded profile member as to hold the profile member in place, Injecting material into the molding tool as to produce a molded member connected with the extruded profile member; wherein the structured surface area is provided at a longitudinal end portion of the extruded profile member and at its opposing area of the molding tool, and the structured surface has a predefined roughness between 36 and 41, preferably 38 to 40, more preferably 39 according to VDI 3400.
Use of unsaturated fatty acids, selected from the group consisting of oleic acid, stearic acid, palmitic acid, lauric acid, myristic acid, margaric acid, palmitoleic acid, linoleic acid, linolenic acid, in pure form or mixtures thereof or their esters, for example the triglyceride, ethylate, propanolate or butylate, or natural oils, selected from the group consisting of rapeseed oil, olive oil, sunflower oil, or flaxseed oil as a passivating agent in the production of a stabilized lithium metal powder, wherein pure lithium metal with a sodium content < 100 ppm is reacted above 180°C under dispersing conditions with the passivating agent in amounts of 1 g to 10 g per kg of lithium metal in an inert organic solvent.
Compressor wheel for a high-speed compressor composed of a polymer material, having a wheel front side, having a wheel rear side and having a wheel hub, wherein the wheel front side has a curvature by way of which the distance between a plane extending radially through the outer circumference of the wheel front side and the surface of the wheel front side increases from the outer circumference to the wheel hub and guide vanes are arranged on the wheel front side, wherein the wheel hub protrudes axially on the wheel rear side and reinforcement ribs extend from the wheel hub to the outer circumference, wherein the distance between a plane extending radially through the outer circumference of the wheel rear side and the termination edge of the reinforcement ribs increases from the outer circumference of the wheel rear side to the wheel hub, characterized in that the wheel hub is surrounded on the wheel rear side by a concentric ring and reinforcement ribs extend between the wheel hub and the concentric ring and from the concentric ring to the outer circumference, wherein the number of reinforcement ribs between the wheel hub and the concentric ring is smaller than the number of reinforcement ribs extending from the concentric ring to the outer circumference, and wherein the reinforcement ribs extending to the outer circumference extend in an S-shaped manner.
A linkage device between mold opening and closing and bottom mold for a bottle-blowing machine, the linkage device comprising a frame, a mold opening and closing base and a bottom mold base, the mold opening and closing base comprising a first mold base rotationally arranged on the frame around a first shaft, and a second mold base rotationally arranged on the frame around the first shaft for cooperating with the first mold base, the bottom mold base being arranged on the frame capable of going up and down, and the mold opening and closing and bottom mold linkage device further comprising a second shaft rotationally arranged on the frame around its own shaft axis direction, a first swing arm with one end fixed onto the second shaft for driving the second shaft to rotate, a first drive mechanism arranged between the second shaft and the mold opening and closing base for driving the first mold base and the second mold base to cooperate with each other for rotational opening and rotational closing mold when the second shaft is rotated, and a second drive mechanism arranged between the first swing arm and the bottom mold base for driving the bottom mold base to go up and down when the first swing arm swings; characterized in that, the second drive mechanism comprises a first connecting rod with one end hinged to the bottom mold base via a third shaft, and a second connecting rod with one end hinged to the frame via a fourth shaft, and the other end of the first connecting rod and the other end of the second connecting rod are hinged to each other via a fifth shaft; and the second drive mechanism further comprises a connecting rod mechanism with two ends respectively hinged to the first swing arm and the fifth shaft for driving the first connecting rod and the second connecting rod to rotate with respect to each other when the first swing arm swings.
Apparatus for metering carbon dioxide snow, having a storage container (2, 35, 45) into which a supply line for carbon dioxide in liquid or snow-like form and a gas extraction line for the discharge of carbon dioxide gas open, and which is equipped with a discharge unit for the metered discharge of carbon dioxide snow, wherein the storage container (2, 35, 45), which is arranged vertically and is closed on its underside by a base, has in its lower region a metering section, which is a partial volume of the storage container (2, 35, 45) that is arranged on the base side, under the entry openings of the feed line and the gas extraction line, and the discharge unit comprises a discharge opening, which is arranged laterally in a side wall of the storage container (2, 35, 45), in the region of the metering section of the storage container (2, 35, 45), and a horizontally movable sliding element (8, 25, 26), which interacts with the discharge opening and is intended for pushing out carbon dioxide snow located in the metering section through the discharge opening, characterized in that means for the variable formation of the vertical extent of the discharge opening are provided, wherein a vertically displaceable closing element mounted at the discharge opening or a vertically displaceable wall element of the storage container (2, 35, 45) are provided as means for the variable formation of the vertical extent of the discharge opening.
Piston for internal combustion engines, characterized in that the piston consists at least partly of an iron-aluminium-chromium alloy having the following composition: 70-95% by mass of Fe; 15-17% by mass of Al; 4-6% by mass of Cr; C, Ti, Si, V, Nb, Zr, B having a content of up to 10% by mass in total. 70-95% by mass of Fe; 15-17% by mass of Al; 4-6% by mass of Cr; C, Ti, Si, V, Nb, Zr, B having a content of up to 10% by mass in total.
A decorative object, such as a piece of jewellery, comprising a body and a decorative element attached to the body, characterised in that it comprises a system for reversibly attaching the decorative element on the body comprising: • on the decorative element: ∘ a first blocking stud on which a rigid rod is pivotably mounted along an axis of rotation; ∘ a second blocking stud provided with a means for reversibly blocking the rod into an attachment position; • on the body: ∘ a first blocking port for receiving the first blocking stud of the decorative element; ∘ a second blocking port for receiving the second blocking stud of the decorative element; a bearing surface being arranged, in the attachment position, between both blocking studs, such that the rod forcedly bears thereon when said rod is blocked into the attachment position by the means for reversibly blocking the second blocking stud. • on the decorative element: ∘ a first blocking stud on which a rigid rod is pivotably mounted along an axis of rotation; ∘ a second blocking stud provided with a means for reversibly blocking the rod into an attachment position; ∘ a first blocking stud on which a rigid rod is pivotably mounted along an axis of rotation; ∘ a second blocking stud provided with a means for reversibly blocking the rod into an attachment position; • on the body: ∘ a first blocking port for receiving the first blocking stud of the decorative element; ∘ a second blocking port for receiving the second blocking stud of the decorative element; ∘ a first blocking port for receiving the first blocking stud of the decorative element; ∘ a second blocking port for receiving the second blocking stud of the decorative element;
Sealing corner of a sealing foil, in particular for sealing of a sanitary mounting part or of parts of a sanitary room, comprising a base part with at least two folding edges running in an inclined angular manner to each other and intersecting each other in a corner point, a folding part, and at least two lateral parts (7, 8) connected to each other via the folding part, which are connected to the base part via the folding edges, wherein the folding part is held via a separably and/or removably formed securing element in a factory-made pre-folded folding state, wherein when the securing element is separated and/or removed, the folded part can be folded into a unfolding state, such that at least one of the lateral parts (7, 8) is tiltable about the folding edge relative to the base part, and wherein the securing element is an adhesively bonding securing element, which connects the folding part to one of the lateral parts (7, 8).