mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a plate device comprising a plate support structure and a plurality of compartments being configured to retain items, said compartments being supported by said support structure; a plurality of weighing devices as part of a scale structure each being configured to weigh a one of said compartments; a scale support structure being configured to support said plate device and said weighing devices; a processing device being in communication with said weighing devices and being operable to at least process weight information; and a presentation device being in communication with said processing device, said presentation device being operable to enable a user to identify types of food in said compartments, said presentation device further being operable to at least display processed weight information of items in each of said compartments and to display a sum total of processed weight information of items retained in said plate device, characterised in that said scale support structure comprises a plurality of pedestal portions each being configured to lift a compartment from said plate support structure, and that the plate support structure is positionally fixed in relation to the scale support structure. a plate device comprising a plate support structure and a plurality of compartments being configured to retain items, said compartments being supported by said support structure; a plurality of weighing devices as part of a scale structure each being configured to weigh a one of said compartments; a scale support structure being configured to support said plate device and said weighing devices; a processing device being in communication with said weighing devices and being operable to at least process weight information; and a presentation device being in communication with said processing device, said presentation device being operable to enable a user to identify types of food in said compartments, said presentation device further being operable to at least display processed weight information of items in each of said compartments and to display a sum total of processed weight information of items retained in said plate device, characterised in that said scale support structure comprises a plurality of pedestal portions each being configured to lift a compartment from said plate support structure, and that the plate support structure is positionally fixed in relation to the scale support structure.
A liquid ejecting apparatus comprising: A piezoelectric element provided with a piezoelectric layer and an electrode (60, 80) provided on the piezoelectric layer; and A driving unit adapted to supply a driving waveform for driving the piezoelectric element to the piezoelectric element, Wherein the piezoelectric layer is formed of a composite oxide having a perovskite structure including bismuth, iron, barium and titanium, characterised in that the driving waveform has a waiting process of applying an intermediate potential (Vm) to the piezoelectric layer, a first voltage changing process of applying a voltage of the opposite polarity to the intermediate potential from the application state of the intermediate potential thereby decreasing the potential to a minimum, and a second voltage changing process of applying a voltage greater than the intermediate potential for ejecting a liquid thereby increasing the potential to a maximum from the minimum potential, and wherein an electric field applied to the piezoelectric layer by the application of the intermediate potential is 11.1 V/μm or more, and is greater than half of a difference between the maximum potential and the minimum potential in the electric field applied to the piezoelectric layer. A piezoelectric element provided with a piezoelectric layer and an electrode (60, 80) provided on the piezoelectric layer; and A driving unit adapted to supply a driving waveform for driving the piezoelectric element to the piezoelectric element,
A radiation shielding paper sheet for X-ray shielding and γ-ray shielding, comprising: a fiber; and a granular radiation shielding material, wherein a blended material in which the fiber and the granular radiation shielding material are mixed, is integrally formed in a sheet shape, wherein a content of the radiation shielding material is 1 or more by weight ratio with respect to 1 by weight of the fiber, and the granular radiation shielding material is tungsten, an oxide of tungsten, and/or a metal salt of tungsten. a fiber; and a granular radiation shielding material, wherein a blended material in which the fiber and the granular radiation shielding material are mixed, is integrally formed in a sheet shape, wherein a content of the radiation shielding material is 1 or more by weight ratio with respect to 1 by weight of the fiber, and the granular radiation shielding material is tungsten, an oxide of tungsten, and/or a metal salt of tungsten.
A non-woven composite material comprising:_at least one waterproof breathable (W/B) membrane; and at least one unidirectional non-woven composite layer comprising multiple fibers in parallel to each other, wherein the multiple fibers are coated by an non-W/B polymer; wherein the multiple fibers of the at least one unidirectional non-woven composite layer are arranged in parallel such that a space is formed between the multiple fibers characterized in that the space is filled with a W/B polymer and the W/B membrane is bonded to the W/B polymer.
Suspension device for flags with an extension arm, a holding device for holding a flag, a rope arrangement (7, 8, 9a, 9b), over which the holding device is suspended in a hoistable way, characterized in that a bearing is provided in the extension arm, in which the holding device is movable in a hoisted state from a first to a second position along a locking direction by pulling the rope arrangement (7, 8, 9a, 9b), and in that the suspension device has furthermore a support, in which the holding device is supported in the second but not in the first position with respect to gravity, in such a way that the holding arrangement can be hoisted and lowered together with the rope arrangement (7, 8, 9a, 9b) in the first but not in the second position.
A method of manufacturing a subsea control module ("SCM") manifold (20, 120, 220), the method comprising defining a primary core of the SCM manifold (20, 120, 220), the primary core comprising basic features generic to a plurality of versions of SCM manifold (20, 120, 220), selecting optional features in addition to the basic functionality; and manufacturing the SCM manifold (20, 120, 220), the SCM manifold (20, 120, 220) being manufactured to include the primary core and the optional features integrally-formed as a single monolithic component; wherein the SCM manifold (20, 120, 220) is manufactured using additive manufacturing. defining a primary core of the SCM manifold (20, 120, 220), the primary core comprising basic features generic to a plurality of versions of SCM manifold (20, 120, 220), selecting optional features in addition to the basic functionality; and manufacturing the SCM manifold (20, 120, 220), the SCM manifold (20, 120, 220) being manufactured to include the primary core and the optional features integrally-formed as a single monolithic component; wherein the SCM manifold (20, 120, 220) is manufactured using additive manufacturing.
A method for obtaining an electrochemically active nanoparticulate polymer material, characterized in that it comprises the following stages: a) dissolving an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of methylcellulose in deionized water at a temperature between 50°C and 70°C under agitation at revolutions between 50 rpm and 1,500 rpm and, once dissolved, cooling at a temperature between 5°C and 35°C; b) adding an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of sulfonated lignin in the solution obtained in stage (a); c) adding an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of pyrrole drop by drop to the solution obtained in stage (b) and, next, adding a catalyst of the polymerization reaction and agitating at revolutions between 50 rpm and 1,500 rpm for a period of time between 5 h and 7 h; d) purifying the mixture obtained in stage (c); e) washing the gel phase obtained in stage (d); f) repeating stages (d) and (e) at least three times; and g) drying the gel phase obtained in stage (f). a) dissolving an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of methylcellulose in deionized water at a temperature between 50°C and 70°C under agitation at revolutions between 50 rpm and 1,500 rpm and, once dissolved, cooling at a temperature between 5°C and 35°C; b) adding an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of sulfonated lignin in the solution obtained in stage (a); c) adding an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of pyrrole drop by drop to the solution obtained in stage (b) and, next, adding a catalyst of the polymerization reaction and agitating at revolutions between 50 rpm and 1,500 rpm for a period of time between 5 h and 7 h; d) purifying the mixture obtained in stage (c); e) washing the gel phase obtained in stage (d); f) repeating stages (d) and (e) at least three times; and g) drying the gel phase obtained in stage (f).
Torque transmission device, in particular for a drive train of a motor vehicle having a hub part which has an internal spline system and a shaft part with an external spline system, the internal spline system and the external spline system forming a push-in connection with a rotationally locked connection with tooth flank play, and the hub part and the shaft part being prestressed against one another in the circumferential direction by means of an arcuate brace which is produced from spring wire, characterized in that the arcuate brace is received on an axially oriented hub flange of the hub part.
A method for enforcing device compliance parameters, the method being implemented on an apparatus comprising a two-way communication device, a storage device and a processor, the method comprising: associating a compliance rule with a network resource; associating the compliance rule with a client device when the client device calls the network resource; receiving a request, from the client device, for access to the network resource; determining whether the compliance rule associated with the network resource and the client device is violated; if the compliance rule is violated, determining whether a setting alteration is available; and if the setting alteration is available, altering a setting associated with the client device based on the compliance rule being violated, characterized in that - the setting alteration comprises increasing a required password complexity, - the altered setting inhibits access to the network resource in a way that the user of the client device is allowed to regain access to the network resource once a new password satisfying the new complexity is set. associating a compliance rule with a network resource; associating the compliance rule with a client device when the client device calls the network resource; receiving a request, from the client device, for access to the network resource; determining whether the compliance rule associated with the network resource and the client device is violated; if the compliance rule is violated, determining whether a setting alteration is available; and if the setting alteration is available, altering a setting associated with the client device based on the compliance rule being violated, - the setting alteration comprises increasing a required password complexity, - the altered setting inhibits access to the network resource in a way that the user of the client device is allowed to regain access to the network resource once a new password satisfying the new complexity is set.
A therapeutic pharmaceutical composition comprising: (a) an analgesic; (b) a gel forming polymer; (c) a nasal or mucosal tissue irritant comprising a surfactant; (d) an emetic in sufficient amount to cause emesis if greater than a prescribed amount of the analgesic of the therapeutic composition is ingested; and (e) at least one disintegrant. (a) an analgesic; (b) a gel forming polymer; (c) a nasal or mucosal tissue irritant comprising a surfactant; (d) an emetic in sufficient amount to cause emesis if greater than a prescribed amount of the analgesic of the therapeutic composition is ingested; and (e) at least one disintegrant.
A method for modifying an audio signal that comprises the following steps: a. Determining a compression parameter (y) of the audio signal that should be modified; b. Fractionizing the audio signal into different frequency bands; c. Obtaining the values of the compression parameter (y) for each frequency band; d. Compressing at least a part of the frequency bands as a function of the determined compression parameter (y) in the amplitude domain; e. whereby the values of the compression parameter (y) are obtained by I/O functions for each frequency band by using a single control parameter (x) as input value; characterized in that f. for every value of the control parameter (x) the value of the compression parameter (y) of a frequency band is higher or the same as the values of the compression parameter (y) of all frequency bands covering lower frequencies. a. Determining a compression parameter (y) of the audio signal that should be modified; b. Fractionizing the audio signal into different frequency bands; c. Obtaining the values of the compression parameter (y) for each frequency band; d. Compressing at least a part of the frequency bands as a function of the determined compression parameter (y) in the amplitude domain; e. whereby the values of the compression parameter (y) are obtained by I/O functions for each frequency band by using a single control parameter (x) as input value;
Method of controlling security for use in a communication system comprising at least one node (1,1',A-D) capable of routing traffic according to a plurality of security algorithms (9,9') with respective security levels, the method comprising the following steps: - estimating at least one safety degree relating to said node, taking account of at least one of: a number of security attacks said node had to face in a previous time period and a type of security attacks said node had to face in a previous time period; - selecting at least one security algorithm of said plurality, depending on said estimated safety degree; and - activating said at least one security algorithm. - estimating at least one safety degree relating to said node, taking account of at least one of: a number of security attacks said node had to face in a previous time period and a type of security attacks said node had to face in a previous time period; - selecting at least one security algorithm of said plurality, depending on said estimated safety degree; and - activating said at least one security algorithm.
A W/O-type emulsion ink composition for a writing tool, comprising: an oil component; and an aqueous component dispersed in the oil component; wherein the oil component includes a fluorescent coloring agent, and the aqueous includes a fluorescent whitening agent and water, wherein the fluorescent whitening agent has a stilbene structure. an oil component; and an aqueous component dispersed in the oil component;
A method for controlling at least one wind power installation for generating electrical energy from wind for infeed into an electrical supply network, wherein - the wind power installation has an aerodynamic rotor with rotor blades which can be adjusted in respect of their blade angle, - the rotor can be operated at a variable rotor rotational speed, and - the wind power installation has a generator, which is coupled to the aerodynamic rotor, for generating a generator power, wherein - the wind power installation is operated in a normal mode in which it feeds available wind power up to a rated power into the electrical supply network, wherein the available wind power indicates a power which can be obtained from the wind and fed into the electrical supply network depending on the wind and technical limitations of the wind power installation, and - the wind power installation changes over from a normal mode to a support mode depending on an operating situation of at least one solar installation which feeds into the same electrical supply network, wherein - the wind power installation can provide more instantaneous reserve in the support mode than in the normal mode. - the wind power installation has an aerodynamic rotor with rotor blades which can be adjusted in respect of their blade angle, - the rotor can be operated at a variable rotor rotational speed, and - the wind power installation has a generator, which is coupled to the aerodynamic rotor, for generating a generator power, wherein - the wind power installation is operated in a normal mode in which it feeds available wind power up to a rated power into the electrical supply network, wherein the available wind power indicates a power which can be obtained from the wind and fed into the electrical supply network depending on the wind and technical limitations of the wind power installation, and - the wind power installation changes over from a normal mode to a support mode depending on an operating situation of at least one solar installation which feeds into the same electrical supply network, wherein - the wind power installation can provide more instantaneous reserve in the support mode than in the normal mode.
System for growing a plant in an at least partly conditioned environment, comprising a cultivation base for receiving a culture substrate with a root system of the plant therein, root temperature control means which are able and adapted to impose a predetermined root temperature on the root system, and comprising lighting means which are able and adapted to expose leaves of the plant to actinic artificial light, characterized in that leaf heating means are provided which are able and adapted to impose on the leaf of the plant a leaf temperature varying from an ambient temperature.
An acid addition salt of a 5-aminolevulinic acid ester (5-ALA ester) with nitric acid, wherein said 5-ALA ester is a compound of formula X: R 2 2 N-CH 2 COCH 2 -CH 2 CO-OR 1 wherein R 1 represents an optionally substituted straight-chained, branched or cyclic alkyl group which may optionally be interrupted by one or more -O-, -NR 3 -, -S- or -PR 3 - groups; R 2 represents a hydrogen atom; and R 3 is a hydrogen atom or a alkyl group. wherein R 1 represents an optionally substituted straight-chained, branched or cyclic alkyl group which may optionally be interrupted by one or more -O-, -NR 3 -, -S- or -PR 3 - groups; R 2 represents a hydrogen atom; and R 3 is a hydrogen atom or a alkyl group.
An audio signal processing device comprising: multiple input reception units to which respective analog audio signals, on which watermark information indicating corresponding identification information of respective audio devices are superimposed, are input from the respective audio devices; an extraction unit that is adapted to extract the identification information from the respective analog audio signals input to the multiple input reception units; and a signal processing unit that is adapted to perform audio signal processing depending on the identification information extracted by the extraction unit for the analog audio signal, from which the identification information is extracted, and output the processed analog audio signal. multiple input reception units to which respective analog audio signals, on which watermark information indicating corresponding identification information of respective audio devices are superimposed, are input from the respective audio devices; an extraction unit that is adapted to extract the identification information from the respective analog audio signals input to the multiple input reception units; and a signal processing unit that is adapted to perform audio signal processing depending on the identification information extracted by the extraction unit for the analog audio signal, from which the identification information is extracted, and output the processed analog audio signal.
A system comprising: - a drain allowing for purification and recycling of water or separation of water; - a water treatment unit comprising a UV lamp generating a UV light for treating the water recycled from the drain; - a UV sensor directed to give an indication of the function of the UV light treatment by giving an indication of said UV light penetrating the water flow space contained inside the water treatment unit; - a second sensor directed to indicating the water quality, wherein the second sensor is positioned in the drain, - a level sensor positioned in the drain; and - a control system; wherein the UV sensor, the second sensor and also the level sensor give input to the control system with respect to a selection decision of either recycling of water in the system or separation of water from the system. - a drain allowing for purification and recycling of water or separation of water; - a water treatment unit comprising a UV lamp generating a UV light for treating the water recycled from the drain; - a UV sensor directed to give an indication of the function of the UV light treatment by giving an indication of said UV light penetrating the water flow space contained inside the water treatment unit; - a second sensor directed to indicating the water quality, wherein the second sensor is positioned in the drain, - a level sensor positioned in the drain; and - a control system;
A protocol processing computer for carrying out, In a communication system for coupling a first communication network including a data transfer apparatus as a component and a second communication network including a router as a component to each other, protocol processing for protocol data, which requires protocol processing on an IP layer and is transmitted from the data transfer apparatus, the first communication network being constructed by centralized control by a network control computer, the second communication network being constructed by autonomous distributed control by using a protocol on the IP layer of the router, the protocol processing computer being characterized in that the data transfer apparatus is configured to transfer the protocol data transmitted from the router to any one of the protocol processing computers, and the protocol processing computer is configured to: carry out, when receiving the protocol data, the protocol processing on the IP layer for the received protocol data; and hold identification Information on an interface included in the data transfer apparatus for transferring the protocol data to the protocol processing computer, thereby managing the data transfer apparatus for transferring the protocol data to the protocol processing computer. carry out, when receiving the protocol data, the protocol processing on the IP layer for the received protocol data; and hold identification Information on an interface included in the data transfer apparatus for transferring the protocol data to the protocol processing computer, thereby managing the data transfer apparatus for transferring the protocol data to the protocol processing computer.