mhurhangee/ep-ind-claims huggingface dataset:
Dispensing and preparation apparatus for powdered food or beverage products, the apparatus comprising a dispensing device and an associated preparation or extraction device; the dispensing device comprising one or more housings for receiving one or more containers (10, 20) with a powdered food or beverage product; the dispensing device comprising a reader to obtain the information of the product parameters of the powdered food or beverage products from the one or plurality of containers (10, 20); the dispensing device further comprising a control unit configured to dispense a certain amount of powdered food or beverage product from each container (10, 20) according to these product parameters and/or according to a recipes database as a function of the beverage to be prepared; the dispensing device further comprising an encoder to encode the beverage information on programmable identification means on a product holder in the dispensing device, to where the dispensed powdered food or beverage product is sent; the preparation or extraction device being configured for receiving the product holder and comprising reading means to identify the beverage information in the said product holder identification means, the extraction device further comprising a control unit to extract the beverage according to the beverage information retrieved from the product holder and/or from the beverage information retrieved from a beverage database in this control unit. the dispensing device comprising one or more housings for receiving one or more containers (10, 20) with a powdered food or beverage product; the dispensing device comprising a reader to obtain the information of the product parameters of the powdered food or beverage products from the one or plurality of containers (10, 20); the dispensing device further comprising a control unit configured to dispense a certain amount of powdered food or beverage product from each container (10, 20) according to these product parameters and/or according to a recipes database as a function of the beverage to be prepared; the dispensing device further comprising an encoder to encode the beverage information on programmable identification means on a product holder in the dispensing device, to where the dispensed powdered food or beverage product is sent; the preparation or extraction device being configured for receiving the product holder and comprising reading means to identify the beverage information in the said product holder identification means, the extraction device further comprising a control unit to extract the beverage according to the beverage information retrieved from the product holder and/or from the beverage information retrieved from a beverage database in this control unit.
A method for producing a 2,5-dicyano-3,6-dihalogenopyrazine, comprising subjecting the 2,5-dicyano-3,6-diaminopyrazine to a halogenation reaction in a solvent in the presence of nitrous acid or nitrite.
A system for the transfer of fluid from a storage position to a target duct or from that target duct to the storage position, the system comprising a tubular fluid transfer line (22, 23) comprising at one of its ends a coupling system adapted to be connected to the target duct for the transfer of fluid, and electrical actuators for controlling the movement of the transfer line in space, each via an actuating shaft, whereby each of the actuators (11-13, 200) for controlling the movement of the transfer line comprises an electric motor with an output shaft, a speed reducer, the actuating shaft being rotationally driven by the motor output shaft by means of the speed reducer, which is reversible, so as to enable the actuating shaft to turn when an actuating torque is directly applied to it, characterised in that it further comprises braking means (17a-17e) for locking the actuator (11-13, 200) in position when movement control is in course and that actuator (11-13, 200) is not activated for that control.
A medical probe, comprising: a shaft defining a longitudinal axis, the shaft configured for insertion into a cavity of an organ of a patient; a basket assembly, which is connected at a distal end of the shaft and extending along the longitudinal axis, the basket comprises: multiple electrically-conductive spines that are electrically-connected to one another so as to form a distributed electrode; characterized in that it comprises a plurality of spine mounted electrodes, which are disposed along the spines, are electrically insulated from the spines, and are configured to (i) sense electrical activity in the cavity, and (ii) prevent the distributed electrode from indenting tissue in the cavity. a shaft defining a longitudinal axis, the shaft configured for insertion into a cavity of an organ of a patient; a basket assembly, which is connected at a distal end of the shaft and extending along the longitudinal axis, the basket comprises: multiple electrically-conductive spines that are electrically-connected to one another so as to form a distributed electrode; characterized in that it comprises a plurality of spine mounted electrodes, which are disposed along the spines, are electrically insulated from the spines, and are configured to (i) sense electrical activity in the cavity, and (ii) prevent the distributed electrode from indenting tissue in the cavity.
A method for determining parameters of a rinsing process for a milking system, wherein, in the rinsing process, a rinsing liquid circulates in a circuit to be rinsed, having the following steps: - filling a storage tank for rinsing liquid up to a predefined fill level with a liquid; - circulating the liquid from the storage tank through the circuit to be rinsed back into the storage tank; - refilling the storage tank during the circulation of the liquid up to the predefined fill level, wherein the liquid volume (V 20) required for that is determined; and - determining at least one parameter of a subsequent rinsing process on the basis of the liquid volume (V 20) determined. - filling a storage tank for rinsing liquid up to a predefined fill level with a liquid; - circulating the liquid from the storage tank through the circuit to be rinsed back into the storage tank; - refilling the storage tank during the circulation of the liquid up to the predefined fill level, wherein the liquid volume (V 20) required for that is determined; and - determining at least one parameter of a subsequent rinsing process on the basis of the liquid volume (V 20) determined.
A focus tunable optical system, comprising: a lens assembly including a plurality of focus tunable lenses, FTLs, coaxially disposed along an optical axis, each FTL contributing to an optical power (301, 302, 303) of the lens assembly, and a controller configured to control the optical power of the lens assembly by applying to each FTL a respective control signal (413, 412, 411), thereby generating an optical response (405, 406, 407) of the respective FTL, wherein the optical response of each FTL is substantially different from the optical response of any other FTL of the plurality of FTLs, characterized in that the optical response of each FTL is periodic, and in that the controller is configured to perform a Fourier analysis of a desired optical response and to generate for each of the FTLs the respective control signal in proportion to the sum of one or more Fourier components of the desired optical response. a lens assembly including a plurality of focus tunable lenses, FTLs, coaxially disposed along an optical axis, each FTL contributing to an optical power (301, 302, 303) of the lens assembly, and a controller configured to control the optical power of the lens assembly by applying to each FTL a respective control signal (413, 412, 411), thereby generating an optical response (405, 406, 407) of the respective FTL, wherein the optical response of each FTL is substantially different from the optical response of any other FTL of the plurality of FTLs, characterized in that the optical response of each FTL is periodic, and in that the controller is configured to perform a Fourier analysis of a desired optical response and to generate for each of the FTLs the respective control signal in proportion to the sum of one or more Fourier components of the desired optical response.
A method for producing a body-supporting element in the form of a mattress comprising the following steps • Specification of print data, which form a person-specific three-dimensional support structure, wherein the print data of three-dimensional geometry data with location-dependent set values for the elasticity of the body-supporting element to be produced are formed. • Production of the body-supporting element on the basis of the print data by means of a 3D printer. • Specification of print data, which form a person-specific three-dimensional support structure, wherein the print data of three-dimensional geometry data with location-dependent set values for the elasticity of the body-supporting element to be produced are formed. • Production of the body-supporting element on the basis of the print data by means of a 3D printer.
Electrical shielding arrangement of a high-voltage line having a first coupling element and at least one second corresponding coupling element, wherein the coupling elements (2a, 2b) can be pushed into one another and have in each case a tubular control electrode (4a, 4b) around a line leadthrough, and the tubular control electrodes (4a, 4b) are in each case sheathed by at least one tubular insulating barrier (6a, 6b) and are connected to it, wherein at least one of the tubular insulating barriers is not connected to the respective control electrode in an area of overlap and the tubular control electrode and the tubular insulating barrier have a variable diameter, the diameters of the tubular insulating barriers (6a, 6b) of the two coupling elements (2a, 2b) being matched to one another in such a manner that the tubular insulating barriers (6a, 6b) overlap when they are pushed into one another and mechanically tension one another, characterized in that the tubular insulating barriers (6a, 6b) together with further barriers are constructed as barrier system (3, 6a, 6b) surrounding the area of overlap, wherein the individual barriers (3, 6a, 6b) of the coupling elements (2a, 2b) at least partially overlap and at least partially mechanically tension one another and an insulation fluid, particularly an oil, can be circulated within the barrier system (3, 6a, 6b).
An image forming apparatus comprising: a transferer configured to transfer a toner image on a transfer sheet; a fixing device comprising two fixing members (1,2, 31, 33, 42, 44) configured to fix the toner image on the transfer sheet upon application of heat by passing the transfer sheet therebetween, the fixing device including at least one fixing roller including a metallic cylinder wherein the thickness of the fixing roller (1,2, 31, 33, 42, 44) contacting the face of the transfer sheet bearing the toner image is not greater than 0.7 mm, and a facing pressure applied to the two fixing members is not greater than 1.5 x 10 5 Pa (a load on the fixing member/contact area), and wherein the toner is an image forming toner comprising: a binder resin; a colorant; a release agent; and a fluidity improver, wherein a volume-average particle diameter of the toner measured by a Coulter counter is from 5-8 μm; the content of the toner having a volume-average particle diameter of not greater than 5 μm is 60-75% by number; and the content of the toner having a number-basis circle-equivalent particle diameter of from 0.6 to 3 μm measured by a flow-type particle analyser is not greater than 25%. a transferer configured to transfer a toner image on a transfer sheet; a fixing device comprising two fixing members (1,2, 31, 33, 42, 44) configured to fix the toner image on the transfer sheet upon application of heat by passing the transfer sheet therebetween, the fixing device including at least one fixing roller including a metallic cylinder wherein the thickness of the fixing roller (1,2, 31, 33, 42, 44) contacting the face of the transfer sheet bearing the toner image is not greater than 0.7 mm, and a facing pressure applied to the two fixing members is not greater than 1.5 x 10 5 Pa (a load on the fixing member/contact area), and wherein the toner is an image forming toner comprising: a binder resin; a colorant; a release agent; and a fluidity improver, wherein a volume-average particle diameter of the toner measured by a Coulter counter is from 5-8 μm; the content of the toner having a volume-average particle diameter of not greater than 5 μm is 60-75% by number; and the content of the toner having a number-basis circle-equivalent particle diameter of from 0.6 to 3 μm measured by a flow-type particle analyser is not greater than 25%. a binder resin; a colorant; a release agent; and a fluidity improver, wherein a volume-average particle diameter of the toner measured by a Coulter counter is from 5-8 μm; the content of the toner having a volume-average particle diameter of not greater than 5 μm is 60-75% by number; and the content of the toner having a number-basis circle-equivalent particle diameter of from 0.6 to 3 μm measured by a flow-type particle analyser is not greater than 25%.
Anti-CD16 camelid VHH antibody domain having a sequence of amino acids chosen from the group comprising the sequences SEQ ID N°74, SEQ ID N°75, SEQ ID N°76 and SEQ ID N°104 or coded by a nucleotide sequence chosen from the group comprising the sequences SEQ ID N°82, SEQ ID N°83, SEQ ID N°84 and SEQ ID N°107.
A vehicle body component, consisting of a body shell component and a structural component joined with it on its rear side and ensuring the rigidity of the component, characterized in that the structural component consists of a thermally shaped organic sheet, wherein the organic sheet comprises a thermally deformable, continuously fiber-reinforced plastic blank, wherein the structural component and the body shell component are joined with each other by flanging or roll hemming.
A zinc or zinc alloy electroplating bath comprising: zinc ions and a brightening agent, the brightening agent comprising at least one polyamine or a mixture of polyamines, the at least one polyamine or mixture of polyamines including a first repeating unit that has the general formula: and a second repeating unit that has the general formula where Δ 1 is O, N, or S; x is an integer from 2 to 6; y is an integer from 1 to 6; z is an integer from 1 to 6; R 1, R 2, R 3, and R 4, which is the same or different, is methyl, ethyl, isopropyl, n-propyl, hydroxyethyl, or -CH 2 CH 2 (OCH 2 CH 2) m OH; m is a number between 0-6; R 5 represents a group of atoms necessary to complete a heterocyclic compound having a five membered ring containing at least two nitrogen atoms; and R 6 is nothing or an alkyl group, wherein the first repeating unit and the second repeating unit are in the same polymer chain. zinc ions and a brightening agent, the brightening agent comprising at least one polyamine or a mixture of polyamines, the at least one polyamine or mixture of polyamines including a first repeating unit that has the general formula: and a second repeating unit that has the general formula where Δ 1 is O, N, or S; x is an integer from 2 to 6; y is an integer from 1 to 6; z is an integer from 1 to 6; R 1, R 2, R 3, and R 4, which is the same or different, is methyl, ethyl, isopropyl, n-propyl, hydroxyethyl, or -CH 2 CH 2 (OCH 2 CH 2) m OH; m is a number between 0-6; R 5 represents a group of atoms necessary to complete a heterocyclic compound having a five membered ring containing at least two nitrogen atoms; and R 6 is nothing or an alkyl group, wherein the first repeating unit and the second repeating unit are in the same polymer chain.
A method of updating an online multiplayer game session by a mobile device of a game participant, said method comprising: detecting a game event during the multiplayer game session; sending an update request to a game data object server responsive to said game event, said update request including the identity of one or more other game participants and an event identifier associated with the game event; receiving a game data object from the game data object server responsive to said update request, said game data object containing a game update corresponding to the one or more other game participants and the game event specified in the update request; updating the multiplayer game session with the game data object. detecting a game event during the multiplayer game session; sending an update request to a game data object server responsive to said game event, said update request including the identity of one or more other game participants and an event identifier associated with the game event; receiving a game data object from the game data object server responsive to said update request, said game data object containing a game update corresponding to the one or more other game participants and the game event specified in the update request; updating the multiplayer game session with the game data object.
A method for creating multiple packet traffic profiling models, comprising: generating multiple known packet traffic flows; providing each of the known packet traffic flows with at least one label, where a label is an actual value of a factor influencing one or more characteristics of the known packet traffic flow, wherein the label is applied by: performing deep packet inspection, DPI, and applying, to the packet traffic flow, the at least one label that matches the inspected packets of the packet traffic flow; measuring, by a monitoring device, features associated with each of the known packet traffic flows, where the features are different from the factors; defining flow clusters from the labeled traffic flows by processing the features and the labels associated with each of the known packet traffic flows, each flow cluster having a corresponding cluster definition; creating the multiple traffic profiling models based on information from the cluster definitions; and storing the created traffic models in memory. generating multiple known packet traffic flows; providing each of the known packet traffic flows with at least one label, where a label is an actual value of a factor influencing one or more characteristics of the known packet traffic flow, wherein the label is applied by: performing deep packet inspection, DPI, and applying, to the packet traffic flow, the at least one label that matches the inspected packets of the packet traffic flow; performing deep packet inspection, DPI, and applying, to the packet traffic flow, the at least one label that matches the inspected packets of the packet traffic flow; measuring, by a monitoring device, features associated with each of the known packet traffic flows, where the features are different from the factors; defining flow clusters from the labeled traffic flows by processing the features and the labels associated with each of the known packet traffic flows, each flow cluster having a corresponding cluster definition; creating the multiple traffic profiling models based on information from the cluster definitions; and storing the created traffic models in memory.
A method for the production of air-cured fiber cement products, at least comprising the steps of: (a) Providing cured fiber cement powder by comminuting cured fiber cement material; (b) Providing an aqueous fiber cement slurry by mixing at least water, cementitious binder, natural or synthetic fibers and said comminuted cured fiber cement material as raw material and wherein said comminuted cured fiber cement material is present in an amount of 5 to 40M%, the unit M% referring to the mass percentage of the component over the total dry mass of the composition; (c) Forming the slurry into a green fiber cement sheet; (d) Pressing said green fiber cement sheet with a pressure of between 100 kg/cm 2 and 300 kg/cm 2; and (e) Air-curing said pressed green fiber cement sheet thereby providing an air-cured fiber cement product. (a) Providing cured fiber cement powder by comminuting cured fiber cement material; (b) Providing an aqueous fiber cement slurry by mixing at least water, cementitious binder, natural or synthetic fibers and said comminuted cured fiber cement material as raw material and wherein said comminuted cured fiber cement material is present in an amount of 5 to 40M%, the unit M% referring to the mass percentage of the component over the total dry mass of the composition; (c) Forming the slurry into a green fiber cement sheet; (d) Pressing said green fiber cement sheet with a pressure of between 100 kg/cm 2 and 300 kg/cm 2; and (e) Air-curing said pressed green fiber cement sheet thereby providing an air-cured fiber cement product.
A method performed by a first network node, for reducing the number of colliding transmissions in a mesh network, wherein the first network node and a second network node operate in the mesh network, and wherein the first network node and the second network node are configured to use periodic advertising for transmissions in the mesh network, and wherein the first network node is synchronized with the second node, the method comprising: calculating, a first duration, which first duration includes the time it takes to transmit data of a first size to the second network node and a further predetermined time period, characterized by: calculating a second duration, which is a time period from the start of the first size data transmission until a reception or a transmission of data for the second network node is scheduled to occur, if the second duration is longer than or equal to the first duration, performing transmission of data of the first size; and if the second duration is shorter than the first duration, decreasing the first size of the transmission to a second size, so that first duration becomes shorter than the second duration, and performing transmission of data of the second size. calculating, a first duration, which first duration includes the time it takes to transmit data of a first size to the second network node and a further predetermined time period, characterized by: calculating a second duration, which is a time period from the start of the first size data transmission until a reception or a transmission of data for the second network node is scheduled to occur, if the second duration is longer than or equal to the first duration, performing transmission of data of the first size; and if the second duration is shorter than the first duration, decreasing the first size of the transmission to a second size, so that first duration becomes shorter than the second duration, and performing transmission of data of the second size. calculating a second duration, which is a time period from the start of the first size data transmission until a reception or a transmission of data for the second network node is scheduled to occur, if the second duration is longer than or equal to the first duration, performing transmission of data of the first size; and if the second duration is shorter than the first duration, decreasing the first size of the transmission to a second size, so that first duration becomes shorter than the second duration, and performing transmission of data of the second size.