mhurhangee/patent-ind-claim-en huggingface dataset:
A tire rubber composition produced by compounding from 1 to 50 parts by mass of silica, carbon black in an amount not less than the amount of the silica, and from 10 to 30 parts by mass of a hydrocarbon resin having a softening point as determined in accordance with the ring and ball method outlined in JIS K6220-1 from 100 to 140°C with 100 parts by mass of a diene rubber containing not less than 5 mass% and less than 30 mass% of a styrene-butadiene rubber; the styrene-butadiene rubber having a styrene content from 30 to 40 mass%, a glass transition temperature from -20 to -5°C, wherein the glass transition temperature is measured using a thermograph by differential scanning calorimetry at a temperature elevation speed of 20°C/minute, and wherein the temperature at the midpoint of the transition region is set as the glass transition temperature thereof, and a weight average molecular weight from 1000000 to 1800000; a nitrogen adsorption specific surface area of the carbon black determined in accordance with JIS K6217-2 being from 200 to 400 m 2 /g; and a nitrogen adsorption specific surface area of the carbon black being greater than a nitrogen adsorption specific surface area of the silica.
A forming method of a cartridge electrode for a cartridge (B) detachably mountable to an apparatus main assembly of an image forming apparatus (A), comprising the steps of: providing a frame for supporting process means of the cartridge (B) for effecting image formation; providing a mold as an injection mold; forming an electrode forming portion between the frame and the mold ; integrally molding said cartridge electrode with said frame by injecting, from an injection receiving portion (G), an electroconductive resin into the electrode forming portion such that the electroconductive resin is branched within the electrode forming portion and the cartridge electrode is molded within the electrode forming portion by the branched electroconductive resin , the cartridge electrode thus molded having a first contact portion that is exposed toward an outside of said frame and that is to contact with a main assembly contact provided in said apparatus main assembly and having a second contact portion provided for being electrically connected to the process means , said first contact portion being arranged so as not to overlap with said injection receiving portion (G) when viewed in a direction perpendicular to a surface of said cartridge electrode on which said injection receiving portion (G) is provided. providing a frame for supporting process means of the cartridge (B) for effecting image formation; providing a mold as an injection mold; forming an electrode forming portion between the frame and the mold ; integrally molding said cartridge electrode with said frame by injecting, from an injection receiving portion (G), an electroconductive resin into the electrode forming portion such that the electroconductive resin is branched within the electrode forming portion and the cartridge electrode is molded within the electrode forming portion by the branched electroconductive resin , the cartridge electrode thus molded having a first contact portion that is exposed toward an outside of said frame and that is to contact with a main assembly contact provided in said apparatus main assembly and having a second contact portion provided for being electrically connected to the process means , said first contact portion being arranged so as not to overlap with said injection receiving portion (G) when viewed in a direction perpendicular to a surface of said cartridge electrode on which said injection receiving portion (G) is provided.
A synthetic living tissue structure comprising an overlapping fiber of mammalian cells dispensed from a bioprinter within a solidified physiologically compatible biocompatible matrix capable of maintaining the structural integrity and shape fidelity of said fiber upon deposition, wherein said solidified biocompatible matrix is homogeneous throughout a radial cross-section of the fiber; and wherein said fiber is continuously bioprinted through at least two, three, four, five, six, seven, eight, nine, ten or more layers of said structure, and further wherein the overlapping layers of said fiber remain structurally discrete after bioprinting, and wherein said structure comprises a planar sheet, and wherein said fiber is substantially continuous through each layer of said planar sheet, and wherein said mammalian cells are muscle cells and said structure comprises contractile function, and wherein said contractile functionality is determinable by a dimensional change of said planar sheet.
A power semiconductor circuit comprising a power semiconductor device for switching a load comprising discrete and/or parasitic inductors, wherein, when the load is disconnected by means of the power semiconductor device , transient overvoltages result, and with a comparator which is directly or indirectly connected to a connection point of the load to the power semiconductor device by means of a first input and to which a predefined or predefinable reference voltage can be fed at a second input, the power semiconductor device being activatable by means of an output of the comparator , wherein the reference voltage can be set by means of a reference voltage circuit , at which an operating voltage is applied during operation, characterized in that the reference voltage circuit has in parallel branches in each case a series circuit comprising an electronic switching element and a reference resistor , wherein all switching elements comprised by the reference voltage circuit can be controlled individually, whereby the operating voltage is also applied to the comparator during operation.
A method for cleaning a medical hollow instrument comprising the following steps: - providing a device comprising a tub element defining a filling chamber to be filled with a liquid , at least one ultrasound transducer coupling ultrasonic waves into the tub element via an assigned emission section of the tub element , a support designed for holding the hollow instrument in the liquid of the tub element , a controller for controlling the cleaning process, and a steam generation device for generating steam and for the optional introduction of the steam into the hollow instrument via a supply line ; - filling the tub element with liquid of the tub element up to a defined filling level; - disposing at least one hollow instrument to be cleaned on the support ; - introducing the support into the liquid of the tub element , the hollow instrument thus being entirely surrounded by the liquid , characterized by - injecting steam into the hollow instrument by means of the steam generation device for a period of 0.5 s to 3 s, the steam temperature being higher than the temperature of the liquid of the tub element ; - ultrasonicating the tub element or the liquid of the tub element by means of the ultrasound transducer for a period of 15 s to 60 s, the injection and the ultrasonication defining a cycle; and - repeating the cycle multiple times for a defined process duration. - providing a device comprising a tub element defining a filling chamber to be filled with a liquid , at least one ultrasound transducer coupling ultrasonic waves into the tub element via an assigned emission section of the tub element , a support designed for holding the hollow instrument in the liquid of the tub element , a controller for controlling the cleaning process, and a steam generation device for generating steam and for the optional introduction of the steam into the hollow instrument via a supply line ; - filling the tub element with liquid of the tub element up to a defined filling level; - disposing at least one hollow instrument to be cleaned on the support ; - introducing the support into the liquid of the tub element , the hollow instrument thus being entirely surrounded by the liquid , - injecting steam into the hollow instrument by means of the steam generation device for a period of 0.5 s to 3 s, the steam temperature being higher than the temperature of the liquid of the tub element ; - ultrasonicating the tub element or the liquid of the tub element by means of the ultrasound transducer for a period of 15 s to 60 s, the injection and the ultrasonication defining a cycle; and - repeating the cycle multiple times for a defined process duration.
An article comprising: a cell layer having a first major surface and a second major surface opposite the first major surface, the cell layer comprising an array of cells interconnected with each other, each of the cells comprising at least three cell walls extending between the first and second major surfaces thereof, the cell walls each being shared by the adjacent cells, the cell layer further comprising a land region located at the second major surface and connecting the cell walls; and a base layer attached to the second major surface of the cell layer to form a sheet; wherein at least some of the cell walls each include a modulated end adjacent the first major surface of the cell layer, wherein the modulated ends include a plurality of vertices at joints of the adjacent cell walls, the vertices widening towards the second major surface of the cell layer, and wherein the modulated end includes an opening on the respective cell wall, the percent area of the opening in the cell wall being about 10 to about 90 percent, wherein about means 5 percent of error margin. a cell layer having a first major surface and a second major surface opposite the first major surface, the cell layer comprising an array of cells interconnected with each other, each of the cells comprising at least three cell walls extending between the first and second major surfaces thereof, the cell walls each being shared by the adjacent cells, the cell layer further comprising a land region located at the second major surface and connecting the cell walls; and a base layer attached to the second major surface of the cell layer to form a sheet;
A method implemented by a network traffic management apparatus in a wired network, the network traffic management apparatus comprising a software defined networking switch , a first network processing node , and a second network processing node , the method comprising: selecting one or more subscribers to move from the first network processing node to the second network processing node, wherein the one or more subscribers are selected to move from the first network processing node to the second network processing node in response to a performance metric of the first network processing node exceeding a threshold; in response to the selection, programming subscriber data associated with the one or more subscribers at the second network processing node; and after the subscriber data associated with the one or more subscribers is programmed on the second network processing node, reprogramming the software defined networking, SDN, switch to forward network traffic having network addresses associated with the one or more subscribers to the second network processing node instead of the first network processing node. selecting one or more subscribers to move from the first network processing node to the second network processing node, wherein the one or more subscribers are selected to move from the first network processing node to the second network processing node in response to a performance metric of the first network processing node exceeding a threshold; in response to the selection, programming subscriber data associated with the one or more subscribers at the second network processing node; and after the subscriber data associated with the one or more subscribers is programmed on the second network processing node, reprogramming the software defined networking, SDN, switch to forward network traffic having network addresses associated with the one or more subscribers to the second network processing node instead of the first network processing node.
A mobile computing device for updating firmware of the mobile computing device in a pre-boot environment, the mobile computing device comprising: a capsule management module configured to extract a firmware update from a capsule previously generated by an operating system of the mobile computing device; a plurality of hardware components ; a power management module configured to: determine a power policy of the mobile computing device as a function of the firmware update, the power policy defining power levels of the plurality of hardware components of the mobile computing device; and configure a hardware component of the plurality of hardware components based on the power policy; and an update module configured to apply the firmware update in response to configuration of the component based on the power policy. a capsule management module configured to extract a firmware update from a capsule previously generated by an operating system of the mobile computing device; a plurality of hardware components ; a power management module configured to: determine a power policy of the mobile computing device as a function of the firmware update, the power policy defining power levels of the plurality of hardware components of the mobile computing device; and configure a hardware component of the plurality of hardware components based on the power policy; and determine a power policy of the mobile computing device as a function of the firmware update, the power policy defining power levels of the plurality of hardware components of the mobile computing device; and configure a hardware component of the plurality of hardware components based on the power policy; and an update module configured to apply the firmware update in response to configuration of the component based on the power policy.
A joint assembly , comprising: a first rolling cam including a first cam portion , and a first extension , the first extension extending from the first cam portion ; and a second rolling cam including a second cam portion and a second extension , the second cam portion contacting the first cam portion , and the second extension extending from the second cam portion ; characterized in that the first rolling cam and the second rolling cam performs a rolling contact movement along at least a portion of an edge of each cam portion ; and the joint assembly further comprises: a first longitudinal member connecting the first cam portion and the second cam portion ; and a second longitudinal member connecting the first extension and the second extension . a first rolling cam including a first cam portion , and a first extension , the first extension extending from the first cam portion ; and a second rolling cam including a second cam portion and a second extension , the second cam portion contacting the first cam portion , and the second extension extending from the second cam portion ; characterized in that the first rolling cam and the second rolling cam performs a rolling contact movement along at least a portion of an edge of each cam portion ; and the joint assembly further comprises: a first longitudinal member connecting the first cam portion and the second cam portion ; and a second longitudinal member connecting the first extension and the second extension . a first longitudinal member connecting the first cam portion and the second cam portion ; and a second longitudinal member connecting the first extension and the second extension .
An apparatus, characterized by comprising: a plurality of radiation sources configured to emit respective source radiation signals directed to be incident across a surface area of a subject using code division multiple access (CDMA) modus; a plurality of radiation sensors configured to receive radiation of wavelength λ emitted by one or more of the plurality of radiation sources, the plurality of radiation sensors including first and second radiation sensors each configured to sense the respective source radiation signals, wherein the plurality of radiation sensors is sparsely arranged and sparsely arranged relates to a spacing between the first radiation sensor and its nearest neighboring radiation sensor of the plurality of radiation sensors which is greater than λ/2; and processing circuitry coupled to the first and second radiation sensors and configured to receive and discriminate between, for each of the first and second radiation sensors, the respective source radiation signals emitted by the plurality of radiation sources using pulse compression; and wherein the radiation is ultrasound radiation. a plurality of radiation sources configured to emit respective source radiation signals directed to be incident across a surface area of a subject using code division multiple access (CDMA) modus; a plurality of radiation sensors configured to receive radiation of wavelength λ emitted by one or more of the plurality of radiation sources, the plurality of radiation sensors including first and second radiation sensors each configured to sense the respective source radiation signals, wherein the plurality of radiation sensors is sparsely arranged and sparsely arranged relates to a spacing between the first radiation sensor and its nearest neighboring radiation sensor of the plurality of radiation sensors which is greater than λ/2; and processing circuitry coupled to the first and second radiation sensors and configured to receive and discriminate between, for each of the first and second radiation sensors, the respective source radiation signals emitted by the plurality of radiation sources using pulse compression; and wherein the radiation is ultrasound radiation.
Forming tool for a forming tool arrangement for the multi-stage production of a cylindrical workpiece with a spiral-shaped outer contour by rotary swaging, comprising • a force introduction side for introducing a forming force into the forming tool ; • a forming side opposite the force introduction side for introducing the forming force in a forming direction into the workpiece blank ; and • a cam structure formed on the forming side ; characterized in that • the cam structure has a first forming cam (72; 72a, 72b) and a second forming cam (72; 72a, 72b) which are arranged one behind the other in a longitudinal direction of the forming tool perpendicular to the forming direction ; wherein • the forming cams (72; 72a, 72b) have different cam heights ; and wherein • the forming cams (72; 72a, 72b) in an orthogonal view of the forming side have a cam direction which is formed obliquely to the longitudinal direction of the forming tool . • a force introduction side for introducing a forming force into the forming tool ; • a forming side opposite the force introduction side for introducing the forming force in a forming direction into the workpiece blank ; and • a cam structure formed on the forming side ; • the cam structure has a first forming cam (72; 72a, 72b) and a second forming cam (72; 72a, 72b) which are arranged one behind the other in a longitudinal direction of the forming tool perpendicular to the forming direction ; wherein • the forming cams (72; 72a, 72b) have different cam heights ; and wherein • the forming cams (72; 72a, 72b) in an orthogonal view of the forming side have a cam direction which is formed obliquely to the longitudinal direction of the forming tool .
An aerosol distributor for filter leakage detection in a gas filtration system, said aerosol distributor being configured to be positioned in a gas stream upstream of a filter , said aerosol distributor comprising: a hollow housing having at least one aerosol inlet for admitting an aerosol from an aerosol source into a chamber inside said housing, and a plurality of aerosol outlet holes for releasing the aerosol from the chamber into a gas stream surrounding the housing, characterized in that said housing has a plate like shape having an upstream surface configured to face an incoming gas stream and a downstream surface configured to face a filter , wherein said housing comprises a plurality of channels extending between channel inlets at the upstream surface and channel outlets at the downstream surface of the housing, such that gas from the gas stream can pass through the housing. a hollow housing having at least one aerosol inlet for admitting an aerosol from an aerosol source into a chamber inside said housing, and a plurality of aerosol outlet holes for releasing the aerosol from the chamber into a gas stream surrounding the housing, characterized in that said housing has a plate like shape having an upstream surface configured to face an incoming gas stream and a downstream surface configured to face a filter , wherein said housing comprises a plurality of channels extending between channel inlets at the upstream surface and channel outlets at the downstream surface of the housing, such that gas from the gas stream can pass through the housing.
A method for determining the antioxidant power of a sample of a biological fluid or a food, comprising the steps of contacting the sample with (i) an aqueous solution of metal nanoparticles, wherein said metal is platinum (ii), an oxidising agent and (iii) a chromogenic peroxidase substrate, and detecting the colour intensity of the final solution thereby obtained, the colour intensity being proportional to the antioxidant power of the biological sample.
A quantitative one-way oil gas lubricant system for a 4-stroke engine, wherein the 4-stroke engine including a crank, a crankcase , a lubricant case , a cam box and a cylinder, comprising: a preceding stage quantitative oil intake orifice that is connected to the lubricant case on a wall of the crankcase ; and a final stage quantitative airflow orifice disposed at a cylinder cover of the cylinder, wherein a diameter of the preceding stage quantitative oil intake orifice D 1 and a diameter of the final stage quantitative airflow orifice satisfy an equation: D 1 /D 3 =0.8-1.5, and a one-way connected oil gas lubricant channel is disposed between the preceding stage quantitative oil intake orifice and the final stage quantitative airflow orifice . a preceding stage quantitative oil intake orifice that is connected to the lubricant case on a wall of the crankcase ; and a final stage quantitative airflow orifice disposed at a cylinder cover of the cylinder, wherein a diameter of the preceding stage quantitative oil intake orifice D 1 and a diameter of the final stage quantitative airflow orifice satisfy an equation: D 1 /D 3 =0.8-1.5, and a one-way connected oil gas lubricant channel is disposed between the preceding stage quantitative oil intake orifice and the final stage quantitative airflow orifice .