mhurhangee/ep-ind-claims huggingface dataset:
A feces sampling container comprising a feces sampling stick, a container body, and a fitting body to be fitted to the inner part of the container body, wherein the feces sampling stick has a gripping part on one side thereof, a stick part on the other side, and a feces sampling part in the vicinity of the tip of the stick part; the container body has an opening part for fitting the fitting body therein on one side, a bottom part on the other side, and a feces-suspending liquid container part for preserving a liquid for suspending feces therein in a space between the lower side of the container body and the lower part of the fitting body; the fitting body has a tubular guide part that enables introduction of the stick part of the feces sampling stick, a first leveling hole provided in the tubular guide part for removing excess feces, and a second leveling hole provided below the first leveling hole for further removing excess feces; a collected-feces detecting domain is formed in the tubular guide part adjacent to the upper end of the first leveling hole; the feces sampling stick is equipped, at the base end of the stick part thereof, with a screw part for screwing and inserting the feces sampling stick in the fitting body; characterised in that the collected-feces detecting domain is formed by a helical structure protruding to the inner surface side of the tubular guide part of the fitting body.
A method for manufacturing a radio frequency device comprising an antenna connected to a capacitor, with said capacitor comprising first (24, 44) and second (25, 45) conductive plates facing one another and separated by an insulator, with at least one of said first and second plates (24, 44) being formed of a plurality of wire capacitor portions (24N, 25N, 44N), characterized in that the antenna and at least one capacitor plate are formed with wire portions placed on a substrate.
An image forming apparatus having an operating panel part to display a screen for input of a command from a user and to receive the command from the user, the image forming apparatus comprising: a CPU to control an operation of the Image forming apparatus; and an operating panel microcomputer provided in the operating panel part, the operating panel microcomputer having a first port connected to an input unit, a second port connected to a first switching unit and a third port connected to the display, the microcomputer receiving a reset signal input from the CPU, wherein the CPU outputs the reset signal as a low level input to the operating panel microcomputer to fall the ports of the operating panel microcomputer into inoperable state in a sleep mode, wherein the operating panel part includes an element to indicate that the image forming apparatus is powered on; and the first switching unit consisting of a pull-down resistor unit connected to a ground terminal, and a PNP-type transistor having a base connected to the pull-down resistor and, via a resistor, to the port of the operating panel microcomputer, a collector connected to one side of the element, and an emitter connected to the operating voltage, wherein the first switching unit is turned on to supply an operating voltage to the element when the operation of the operating panel microcomputer is stopped. a CPU to control an operation of the Image forming apparatus; and an operating panel microcomputer provided in the operating panel part, the operating panel microcomputer having a first port connected to an input unit, a second port connected to a first switching unit and a third port connected to the display, the microcomputer receiving a reset signal input from the CPU, wherein the CPU outputs the reset signal as a low level input to the operating panel microcomputer to fall the ports of the operating panel microcomputer into inoperable state in a sleep mode, wherein the operating panel part includes an element to indicate that the image forming apparatus is powered on; and the first switching unit consisting of a pull-down resistor unit connected to a ground terminal, and a PNP-type transistor having a base connected to the pull-down resistor and, via a resistor, to the port of the operating panel microcomputer, a collector connected to one side of the element, and an emitter connected to the operating voltage, wherein the first switching unit is turned on to supply an operating voltage to the element when the operation of the operating panel microcomputer is stopped.
An anti-galling method for treating materials, which provides for subjecting at least one of the at least two components mutually coupled with at least one degree of freedom, made of metallic material, to a first preliminary step of thermal treatments to increase surface hardness and to a second preliminary step of surface grinding, which consists in - performing a first step of washing at least one portion of the surface of the at least one component subjected previously to the preliminary steps, said first washing step also comprising surface degreasing of the at least one portion of the surface of the at least one component subjected previously to the preliminary steps; - performing a second step of shot peening said at least one portion of the surface of the at least one component previously subjected to washing; - performing a third step of applying a layer of molybdenum disulfide to said at least one portion of the at least one component previously subjected to shot peening; said third step of application of a layer of molybdenum disulfide on said at least one portion of the at least one component providing for the aspersion, on said at least one portion, of an aerosol comprising molybdenum disulfide in a percentage by weight of more than 10%, inorganic resins, solvents and propellants. - performing a first step of washing at least one portion of the surface of the at least one component subjected previously to the preliminary steps, said first washing step also comprising surface degreasing of the at least one portion of the surface of the at least one component subjected previously to the preliminary steps; - performing a second step of shot peening said at least one portion of the surface of the at least one component previously subjected to washing; - performing a third step of applying a layer of molybdenum disulfide to said at least one portion of the at least one component previously subjected to shot peening; said third step of application of a layer of molybdenum disulfide on said at least one portion of the at least one component providing for the aspersion, on said at least one portion, of an aerosol comprising molybdenum disulfide in a percentage by weight of more than 10%, inorganic resins, solvents and propellants.
A subsystem comprising a battery block and an assembly for moving the battery block, wherein the battery block has a bottom portion with an opening and the assembly comprises: a trolley having a top side and a bottom side spaced from the top side, the trolley being horizontally movable in a substantially horizontal first direction; a platform positioned on the top side of the trolley and comprising a first end, a second end spaced from the first end, and a top surface that extends in a substantially horizontal second direction perpendicular to the first direction between the first and second ends, the top surface is configured to support the bottom portion of the battery block thereon; a lift mechanism disposed between the trolley and the platform, the lift mechanism configured to move the platform relative to the trolley in a substantially vertical third direction perpendicular to both the first and the second direction; and a battery block moving mechanism coupled to the platform, the battery block moving mechanism comprises a moveable pin that extends outwards from the top surface of the platform and a horizontal pin moving mechanism configured to move the moveable pin in the second direction along the top surface of the platform, wherein the opening of the battery block is sized to accept the moveable pin and the moveable pin is configured to engage and move the battery block via the opening, wherein the battery block moving assembly is configured to transfer the battery block from/to the top surface of the platform by using the moveable pin to move the battery block alongside the platform in the second direction. a trolley having a top side and a bottom side spaced from the top side, the trolley being horizontally movable in a substantially horizontal first direction; a platform positioned on the top side of the trolley and comprising a first end, a second end spaced from the first end, and a top surface that extends in a substantially horizontal second direction perpendicular to the first direction between the first and second ends, the top surface is configured to support the bottom portion of the battery block thereon; a lift mechanism disposed between the trolley and the platform, the lift mechanism configured to move the platform relative to the trolley in a substantially vertical third direction perpendicular to both the first and the second direction; and a battery block moving mechanism coupled to the platform, the battery block moving mechanism comprises a moveable pin that extends outwards from the top surface of the platform and a horizontal pin moving mechanism configured to move the moveable pin in the second direction along the top surface of the platform, wherein the opening of the battery block is sized to accept the moveable pin and the moveable pin is configured to engage and move the battery block via the opening, wherein the battery block moving assembly is configured to transfer the battery block from/to the top surface of the platform by using the moveable pin to move the battery block alongside the platform in the second direction.
A porous matrix for an apparatus for amplifying a nucleic acid, which comprises a nucleic acid primer-carbon material composite wherein one or more nucleic acid primer of a forward primer and a reverse primer is bound to a carbon material inside the pores of the matrix, wherein the carbon material of the nucleic acid primer-carbon material composite is physically and/or chemically fixed inside the pores of the matrix, wherein the nucleic acid primer-carbon material composite is configured to release the nucleic acid primer for free movement inside the pores of the matrix during amplification of a nucleic acid.
A composition comprising decolourised caramelised carbohydrate, which composition, when dissolved in water at a dry solids content of 0.1 wt.%, exhibits: i. an absorption at 280 nm (A 280) that exceeds 0.01, preferably exceeds 0.05; and ii. an absorption ratio A 280/560 of at least 200, preferably at least 250. i. an absorption at 280 nm (A 280) that exceeds 0.01, preferably exceeds 0.05; and ii. an absorption ratio A 280/560 of at least 200, preferably at least 250.
A method for managing a communication session between a first party and a second party, characterized in that the method, performed by a WebRTC server, comprises: receiving a request from a web server to establish a connection, the web server implementing a web page maintaining a communication session with WebRTC communication capability for a terminal device of the first party, determining the second party to the connection on a basis of data received in the request, inquiring from a database at least one rule comprising at least one technical parameter representing at least one capability of the terminal device of the second party for setting up the connection to the second party, the technical parameter is at least one of the following: at least one value indicating at least one audio codec supported by the terminal device of the second party, at least one value indicating at least one video codec supported by the terminal device of the second party, in response to a receipt of the at least one rule from the database selecting a setup for the connection with respect to the second party in accordance with the at least one rule, establishing the connection to a terminal device of the second party from the WebRTC server by applying a selected setup for the connection, attaching the connection to the terminal device of the second party with the communication session implemented by the web server with the terminal device of the first party over the web page. receiving a request from a web server to establish a connection, the web server implementing a web page maintaining a communication session with WebRTC communication capability for a terminal device of the first party, determining the second party to the connection on a basis of data received in the request, inquiring from a database at least one rule comprising at least one technical parameter representing at least one capability of the terminal device of the second party for setting up the connection to the second party, the technical parameter is at least one of the following: at least one value indicating at least one audio codec supported by the terminal device of the second party, at least one value indicating at least one video codec supported by the terminal device of the second party, in response to a receipt of the at least one rule from the database selecting a setup for the connection with respect to the second party in accordance with the at least one rule, establishing the connection to a terminal device of the second party from the WebRTC server by applying a selected setup for the connection, attaching the connection to the terminal device of the second party with the communication session implemented by the web server with the terminal device of the first party over the web page.
A time-to-digital converter comprising a plurality of digital delay elements operatively interconnected as a ring oscillator (36, 36'); readout circuitry (50, 52, 60, 82, 84, 86, 88) configured to generate an output indicative of a state of the ring oscillator responsive to a trigger event, the time-to-digital converter being characterized in that it further comprises delay trim elements operatively connected to respective ones of the digital delay elements and configured to set a substantially common delay for the digital delay elements; wherein the digital delay elements have delays dependent upon a bias condition of the digital delay elements, and the delay trim elements include: biasing circuitry for the digital delay elements, the biasing circuitry being independently controllable to provide independent control of the bias condition of the digital delay elements. a plurality of digital delay elements operatively interconnected as a ring oscillator (36, 36'); readout circuitry (50, 52, 60, 82, 84, 86, 88) configured to generate an output indicative of a state of the ring oscillator responsive to a trigger event, the time-to-digital converter being characterized in that it further comprises delay trim elements operatively connected to respective ones of the digital delay elements and configured to set a substantially common delay for the digital delay elements; wherein the digital delay elements have delays dependent upon a bias condition of the digital delay elements, and the delay trim elements include: biasing circuitry for the digital delay elements, the biasing circuitry being independently controllable to provide independent control of the bias condition of the digital delay elements. biasing circuitry for the digital delay elements, the biasing circuitry being independently controllable to provide independent control of the bias condition of the digital delay elements.
An absorbent article comprising a front region, a crotch region, and a back region, the absorbent article comprising: a first inner belt web; a first outer belt web; wherein the first inner and outer belt webs are joined to form a first belt; a second inner belt web; a second outer belt web; wherein the second inner and outer belt webs are joined to form a second belt; a first plurality of elastics disposed between the first inner belt web and the first outer belt web; a second plurality of elastics disposed between the second inner belt web and the second outer belt web; a center chassis having a first end and a second end; wherein the first belt is joined to the first end and the second belt is joined to the second end; wherein the first and second belts are joined to form a waist opening and two leg openings; the first and second belt (84, 86) and the center chassis jointly defining the leg openings; wherein portions of the first belt making up the leg openings comprise non- linear portions; wherein portions of the second belt making up the leg openings comprise non-linear portions; wherein the center chassis comprises barrier leg cuffs; and wherein the center chassis comprises linear side edges, wherein the first and second belts do not comprise curved elastics. a first inner belt web; a first outer belt web; wherein the first inner and outer belt webs are joined to form a first belt; a second inner belt web; a second outer belt web; wherein the second inner and outer belt webs are joined to form a second belt; a first plurality of elastics disposed between the first inner belt web and the first outer belt web; a second plurality of elastics disposed between the second inner belt web and the second outer belt web; a center chassis having a first end and a second end; wherein the first belt is joined to the first end and the second belt is joined to the second end; wherein the first and second belts are joined to form a waist opening and two leg openings; the first and second belt (84, 86) and the center chassis jointly defining the leg openings; wherein portions of the first belt making up the leg openings comprise non- linear portions; wherein portions of the second belt making up the leg openings comprise non-linear portions; wherein the center chassis comprises barrier leg cuffs; and wherein the center chassis comprises linear side edges, wherein the first and second belts do not comprise curved elastics.
A method for removing soil from a surface to be cleaned, wherein the method is performed in a dish washer, and wherein the method comprises the steps of: a) providing one or more soiled ware, particularly soiled dishes, in a dish washer; b) contacting the one or more soiled ware in contact with an aqueous cleaning composition, wherein the cleaning composition contains both a detergent with a peroxidation catalyst and a rinse aid with an oxygen source, wherein the detergent is a detergent mixture; and c) contacting the one or more soiled ware with the rinse aid, while the ware is covered with the cleaning composition. a) providing one or more soiled ware, particularly soiled dishes, in a dish washer; b) contacting the one or more soiled ware in contact with an aqueous cleaning composition, wherein the cleaning composition contains both a detergent with a peroxidation catalyst and a rinse aid with an oxygen source, wherein the detergent is a detergent mixture; and c) contacting the one or more soiled ware with the rinse aid, while the ware is covered with the cleaning composition.
Method for improving the vigour of plant cuttings, said method comprises the steps of: a) contacting a plant cutting with a polymeric solution, or suspension, optionally comprising one or more plant growth promoting and/or plant protecting compounds, thereby providing a coated plant cutting; b) allowing the polymeric solution, or suspension, of the coated plant cutting to solidify into a complexed coating thereby providing an encapsulated plant cutting; wherein said encapsulated plant cutting is coated with the complexed coating from a basal cut surface or tip of the plant cutting to less than 60% of the total length of said plant cutting to partially encapsulate the plant cutting with the complexed coating. a) contacting a plant cutting with a polymeric solution, or suspension, optionally comprising one or more plant growth promoting and/or plant protecting compounds, thereby providing a coated plant cutting; b) allowing the polymeric solution, or suspension, of the coated plant cutting to solidify into a complexed coating thereby providing an encapsulated plant cutting;
A recombinant yeast production host cell comprising at least one inactivated endogenous gene encoding a pyruvate decarboxylase (pdc) enzyme, wherein the yeast production host cell is pdc-, and a genetic modification which has the effect of reducing glucose repression, wherein the unmodified yeast host cell is crabtree-positive and wherein the genetic modification which has the effect of reducing glucose repression is a disruption of a gene encoding a nuclear and cytoplasmic localized hexokinase enzyme.
A radar system comprising: a radar device (105, 120); a communication device; a coordinating device; and a controller electrically coupled to the radar device and the communication device and configured to: receive, via the communication device, installation parameters associated with an installation of the radar device; determine a present orientation of the radar device; compare the present orientation of the radar device to the installation parameters to determine a deviation of the present orientation from the installation parameters; and send the deviation to the coordinating device to cause the deviation to be provided, via the coordinating device, as feedback for facilitating installation of the radar device. a radar device (105, 120); a communication device; a coordinating device; and a controller electrically coupled to the radar device and the communication device and configured to: receive, via the communication device, installation parameters associated with an installation of the radar device; determine a present orientation of the radar device; compare the present orientation of the radar device to the installation parameters to determine a deviation of the present orientation from the installation parameters; and send the deviation to the coordinating device to cause the deviation to be provided, via the coordinating device, as feedback for facilitating installation of the radar device. receive, via the communication device, installation parameters associated with an installation of the radar device; determine a present orientation of the radar device; compare the present orientation of the radar device to the installation parameters to determine a deviation of the present orientation from the installation parameters; and send the deviation to the coordinating device to cause the deviation to be provided, via the coordinating device, as feedback for facilitating installation of the radar device.
A pole sledge having a vertical hub shaft, a boom having a first boom end and a second boom end, a power unit and a sledge arrangement, and the first boom end is attached to the sledge arrangement and the boom is fixed to the hub shaft, and the boom and the attachment of the boom to the hub shaft are configured in such a way that the boom is rotatable relative to the hub shaft in such a way that the hub shaft is the centre of rotational movement, and the power unit is configured to rotate the boom, characterized in that the power unit is connected to the hub shaft, and the pole sledge further has a pushing arrangement attached to the boom for pushing the pole sledge by the user to rotate the boom, the pushing arrangement having at least a first position and a second position, and the pushing arrangement and power unit are configured to engage when the pushing arrangement is moved from the first to second position and the power unit stops rotating the boom when the pushing arrangement is moved back to the first position.