mhurhangee/patent-ind-claim-en huggingface dataset:
A curable resin composition comprising (A) a polyfunctional benzoxazine compound having at least two benzoxazine rings and (B) a polyfunctional epoxy compound having at least one norbornane structure and at least two epoxy groups, wherein compound (B) is an alicyclic epoxy compound, the polyfunctional benzoxazine compound of (A) is a first benzoxazine compound or a second benzoxazine compound, the first benzoxazine compound is a compound having at least two benzoxazine ring structures represented by the following formula : wherein R is an acyclic alkyl group having 1 to 12 carbon atoms, a cyclic alkyl group having 3 to 8 carbon atoms, or an aryl group having 6 to 14 carbon atoms, and the aryl group may have a substituent of a halogen atom or an acyclic alkyl group having 1 to 12 carbon atoms, the benzene rings in the two benzoxazine ring structures being bonded to each other, and the second benzoxazine compound is represented by the following formula : wherein L is a divalent organic group having 1 to 5 aromatic rings or an alkylene group having 2 to 10 carbon atoms. wherein compound (B) is an alicyclic epoxy compound, the polyfunctional benzoxazine compound of (A) is a first benzoxazine compound or a second benzoxazine compound, the first benzoxazine compound is a compound having at least two benzoxazine ring structures represented by the following formula : wherein R is an acyclic alkyl group having 1 to 12 carbon atoms, a cyclic alkyl group having 3 to 8 carbon atoms, or an aryl group having 6 to 14 carbon atoms, and the aryl group may have a substituent of a halogen atom or an acyclic alkyl group having 1 to 12 carbon atoms, the benzene rings in the two benzoxazine ring structures being bonded to each other, and the second benzoxazine compound is represented by the following formula : wherein L is a divalent organic group having 1 to 5 aromatic rings or an alkylene group having 2 to 10 carbon atoms.
A vehicular transformer adapted to be mounted on a roof of a vehicle, comprising: a tank configured to house a transformer body and filled with insulating oil; a plurality of cooling pipes arranged above the tank and configured to cool the insulating oil by heat exchange between the insulating oil and outside air; and a conservator arranged laterally to the tank in alignment with the tank along a travelling direction of the vehicle and configured to be in communication with the tank , wherein the plurality of cooling pipes are arranged in a staggered manner covering the entire surface of the tank when viewed from above the tank , wherein each of the plurality of cooling pipes is a flat pipe, and wherein the flat pipes are arranged such that the flat surfaces are orthogonal to the height direction. a tank configured to house a transformer body and filled with insulating oil; a plurality of cooling pipes arranged above the tank and configured to cool the insulating oil by heat exchange between the insulating oil and outside air; and a conservator arranged laterally to the tank in alignment with the tank along a travelling direction of the vehicle and configured to be in communication with the tank , wherein the plurality of cooling pipes are arranged in a staggered manner covering the entire surface of the tank when viewed from above the tank , wherein each of the plurality of cooling pipes is a flat pipe, and wherein the flat pipes are arranged such that the flat surfaces are orthogonal to the height direction.
A method of decarbonizing a coke oven of coking deposits, the method comprising: processing a charge of coal in the coke oven, wherein the coke oven comprises a plurality of interior surfaces including a floor, a crown, and sidewalls that extend between the floor and the crown; removing the charge from the coke oven; and removing coking deposits from the coke oven, while removing the charge from the coke oven, by scraping at least a portion of the coking deposits with a scraper or a plurality of scrapers comprised of at least one deformably resilient scraping feature that substantially follows a contour of at least one of the interior surfaces of the coke oven during scraping, wherein the at least one deformably resilient scraping feature includes a plurality of elongated bristles operatively coupled to a pushing ram such that free end portions of the bristles are directed toward the at least one interior surface of the coke oven. processing a charge of coal in the coke oven, wherein the coke oven comprises a plurality of interior surfaces including a floor, a crown, and sidewalls that extend between the floor and the crown; removing the charge from the coke oven; and removing coking deposits from the coke oven, while removing the charge from the coke oven, by scraping at least a portion of the coking deposits with a scraper or a plurality of scrapers comprised of at least one deformably resilient scraping feature that substantially follows a contour of at least one of the interior surfaces of the coke oven during scraping, wherein the at least one deformably resilient scraping feature includes a plurality of elongated bristles operatively coupled to a pushing ram such that free end portions of the bristles are directed toward the at least one interior surface of the coke oven.
Piece of furniture with a furniture carcass and a furniture part , such as a drawer, a furniture door, a pull-out element or the like, which can be moved from an operating position located in and/or on the furniture carcass into an open position, wherein a motorised drive is provided for an opening movement of the furniture part , wherein the motorised drive has a lifting device via which the furniture part can be transferred in a motorised manner from the operating position located in and/or on the furniture carcass into a partially open position such that the furniture part can be decoupled from the lifting device in the partially open position and can be manually moved from the partially open position into the fully open position and in that a self-closing device is provided via which the furniture part can be automatically transferred from the partially open position into the operating position located in and/or on the furniture carcass and wherein the lifting device of the motorised drive has a lifting length that is shorter than the lifting length of a lifting device of the self-closing device and wherein the motorised drive has a gear wheel which can be moved along a curved track provided with gears and is designed so as to be pivotable.
A drum head comprising: a diaphragm ; a first cushion that is joined to the diaphragm and has a predetermined cushioning property; a second cushion that is interposed between the first cushion and the diaphragm and has a predetermined cushioning property; and a plurality of joints , each one of the plurality of joints being configured to join the first cushion directly to the diaphragm in a state in which the second cushion is pressed against the diaphragm by the first cushion , wherein the joints are configured to be disposed on the diaphragm and to surround the second cushion , the drum head being characterized in that : each of the joints is disposed on a surface of the diaphragm on a vibration region of the diaphragm and on a surface of the first cushion , and each of the joints is disposed between the first cushion and the diaphragm . a diaphragm ; a first cushion that is joined to the diaphragm and has a predetermined cushioning property; a second cushion that is interposed between the first cushion and the diaphragm and has a predetermined cushioning property; and a plurality of joints , each one of the plurality of joints being configured to join the first cushion directly to the diaphragm in a state in which the second cushion is pressed against the diaphragm by the first cushion , wherein the joints are configured to be disposed on the diaphragm and to surround the second cushion , the drum head being characterized in that : each of the joints is disposed on a surface of the diaphragm on a vibration region of the diaphragm and on a surface of the first cushion , and each of the joints is disposed between the first cushion and the diaphragm .
A separator for an electricity storage device including an inorganic-containing layer comprising inorganic particles and a polyolefin resin, characterized in that in a cross-section of the inorganic-containing layer, a ratio b of an area occupied by the inorganic particles, determined as described in the description, is 9% or greater and 35% or less, a ratio of an area occupied by pores, determined as described in the description, is 20% or greater and 60% or less, wherein the separator for an electricity storage device has a TD heat shrinkage rate a at 150 °C, measured as described in the description, of 4% or less, and a ratio of tensile strength in MD to tensile strength in TD, measured as described in the description, is 6.0 or greater. in a cross-section of the inorganic-containing layer, a ratio b of an area occupied by the inorganic particles, determined as described in the description, is 9% or greater and 35% or less, a ratio of an area occupied by pores, determined as described in the description, is 20% or greater and 60% or less, a ratio b of an area occupied by the inorganic particles, determined as described in the description, is 9% or greater and 35% or less, a ratio of an area occupied by pores, determined as described in the description, is 20% or greater and 60% or less, wherein the separator for an electricity storage device has a TD heat shrinkage rate a at 150 °C, measured as described in the description, of 4% or less, and a ratio of tensile strength in MD to tensile strength in TD, measured as described in the description, is 6.0 or greater.
A compliant foil radial bearing comprising: a bushing comprising a bore defined therethrough; a spring foil arranged to conform to a radially inner surface of the bore; a fluid foil arranged to conform to a radially inner surface of the spring foil for rotatably receiving a rotor; wherein the spring foil comprises: a plurality of axially oriented strips ; and a plurality of retaining portions arranged to extend axially and radially outside the radially inner surface of the bore characterized in that adjacent ones of the plurality of axially oriented strips are interconnected by a respective one of the plurality of retaining portions , wherein each of the plurality of retaining portions is provided in the form of a loop. a bushing comprising a bore defined therethrough; a spring foil arranged to conform to a radially inner surface of the bore; a fluid foil arranged to conform to a radially inner surface of the spring foil for rotatably receiving a rotor; wherein the spring foil comprises: a plurality of axially oriented strips ; and a plurality of retaining portions arranged to extend axially and radially outside the radially inner surface of the bore characterized in that adjacent ones of the plurality of axially oriented strips are interconnected by a respective one of the plurality of retaining portions , wherein each of the plurality of retaining portions is provided in the form of a loop. a plurality of axially oriented strips ; and a plurality of retaining portions arranged to extend axially and radially outside the radially inner surface of the bore characterized in that adjacent ones of the plurality of axially oriented strips are interconnected by a respective one of the plurality of retaining portions , wherein each of the plurality of retaining portions is provided in the form of a loop.
A flame cell of a flame arrestor, the flame cell comprising: a body of a first material having first and second ends , an exterior surface , and an interior core surrounded by the exterior surface, the interior core having a plurality of channels formed in the body and extending from the first end to the second end of the body; an element of a second material coupled to the body, the second material being different from the first material, wherein the element is configured to draw heat away from fluid flowing through the plurality of channels; and wherein the element extends outwardly from the exterior surface of the body; and a slot formed in the body and sized to receive the element, wherein the element is coupled to the body by inserting the element into the slot, and wherein the exterior surface provides a walled enclosure to the plurality of channels. . a body of a first material having first and second ends , an exterior surface , and an interior core surrounded by the exterior surface, the interior core having a plurality of channels formed in the body and extending from the first end to the second end of the body; an element of a second material coupled to the body, the second material being different from the first material, wherein the element is configured to draw heat away from fluid flowing through the plurality of channels; and wherein the element extends outwardly from the exterior surface of the body; and a slot formed in the body and sized to receive the element, wherein the element is coupled to the body by inserting the element into the slot, and wherein the exterior surface provides a walled enclosure to the plurality of channels. .
A vehicle , comprising: a plurality of wheels ; a plurality of motors coupled to respective ones of the plurality of wheels; characterised in that it comprises a parallel modular converter "PMC" that includes: a plurality of parallel power converters "PPC" (208a-208n); and wherein the PMC is adapted to selectively connect different ones of the PPCs to the motors of the plurality of motors based on load conditions of the motors of the vehicle, and wherein the PPCs apply electric power to the respective connected motors, and wherein the PMC is further adapted to selectively connect a PPC from the plurality of PPCs to a first motor of the plurality of motors and then to a second motor of the plurality of motors in a repeating manner to distribute the power from the PPC to the first motor and the second motor. a plurality of wheels ; a plurality of motors coupled to respective ones of the plurality of wheels; characterised in that it comprises a parallel modular converter "PMC" that includes: a plurality of parallel power converters "PPC" (208a-208n); and wherein the PMC is adapted to selectively connect different ones of the PPCs to the motors of the plurality of motors based on load conditions of the motors of the vehicle, and wherein the PPCs apply electric power to the respective connected motors, and wherein the PMC is further adapted to selectively connect a PPC from the plurality of PPCs to a first motor of the plurality of motors and then to a second motor of the plurality of motors in a repeating manner to distribute the power from the PPC to the first motor and the second motor. a plurality of parallel power converters "PPC" (208a-208n); and wherein the PMC is adapted to selectively connect different ones of the PPCs to the motors of the plurality of motors based on load conditions of the motors of the vehicle, and wherein the PPCs apply electric power to the respective connected motors, and wherein the PMC is further adapted to selectively connect a PPC from the plurality of PPCs to a first motor of the plurality of motors and then to a second motor of the plurality of motors in a repeating manner to distribute the power from the PPC to the first motor and the second motor.
Fryer comprising: - a frying tank adapted to contain a cooking liquid; - a pump adapted to suck from said frying tank , by means of a suction duct , a portion of said cooking liquid and adapted to discharge into said frying tank , by means of a discharge duct , said portion of said cooking liquid; - at least one heater associated with said suction duct and/or said discharge duct and adapted to heat said cooking liquid flowing through said suction duct and/or through said discharge duct , said cooking liquid being heated only by said at least one heater ; - at least one mixer associated with said suction duct and/or said discharge duct and adapted to mix said cooking liquid flowing through said suction duct and/or through said discharge duct , said at least one mixer being placed immediately upstream, or immediately downstream, or in correspondence with said at least one heater to improve the heat exchange of said cooking liquid with said at least one heater ; - at least one filter for said cooking liquid, said filter being placed downstream of the pump along said discharge duct at a point of said discharge duct . - a frying tank adapted to contain a cooking liquid; - a pump adapted to suck from said frying tank , by means of a suction duct , a portion of said cooking liquid and adapted to discharge into said frying tank , by means of a discharge duct , said portion of said cooking liquid; - at least one heater associated with said suction duct and/or said discharge duct and adapted to heat said cooking liquid flowing through said suction duct and/or through said discharge duct , said cooking liquid being heated only by said at least one heater ; - at least one mixer associated with said suction duct and/or said discharge duct and adapted to mix said cooking liquid flowing through said suction duct and/or through said discharge duct , said at least one mixer being placed immediately upstream, or immediately downstream, or in correspondence with said at least one heater to improve the heat exchange of said cooking liquid with said at least one heater ; - at least one filter for said cooking liquid, said filter being placed downstream of the pump along said discharge duct at a point of said discharge duct .
A homogenous resinous tack film having first and second major surfaces and consisting essentially of a resinous non-asphaltic material, wherein the tack film forms a bond with an adjacent layer of asphaltic paving material when the tack film is heated to a temperature of about 120 °C or more under a pressure that is applied to the tack film by an overlying layer of asphaltic paving material having a thickness of about 3.8 cm (1.5 inch) or more laid, and wherein the tack film is not tacky at a temperature of about 20 °C and a pressure of about one atmosphere, characterized in that the resinous non-asphaltic material comprises a polyvinyl chloride acrylic latex emulsion comprising 1-8 wt.% wax release agent, and 0-10 wt.% additives selected from the group consisting of: soluble polymer, ammonia, thickener, carbon black, defoamer, and plasticizer.
A method of printing a three-dimensional object, comprising at least one layer formed of a first region of printed material and a second region of printed material separated from the first region by a space, wherein the space comprises at least one layer formed of an intermediate region , the method comprising the steps of: a) printing the first region during a first printing step by delivering a flowable print material from a print nozzle , wherein the print nozzle travels relative to a staging surface during the first printing step at a first print speed (V1); b) printing the intermediate region during an intermediate printing step by delivering a flowable print material from the print nozzle, wherein the print nozzle travels relative to the staging surface and delivers flowable print material over a first travel distance (D1) at a first travel speed (S1), a second travel distance (D2) at a second travel speed (S2), and a third travel distance (D3) at a third travel speed (S3); c) printing the second region during a second printing step by delivering a flowable print material from the print nozzle, wherein the print nozzle travels relative to the staging surface during the second printing step at a second print speed (V2); wherein during the intermediate printing step there is no interruption of the flow of print material to the nozzle , and wherein each of the first travel distance (D1) and the third travel distance (D3) is shorter than the second travel distance (D2), and wherein each of the first travel speed (S1) and the third travel speed (S3) is greater than the first print speed (V1), the second travel speed (S2) and the second print speed (V2). a) printing the first region during a first printing step by delivering a flowable print material from a print nozzle , wherein the print nozzle travels relative to a staging surface during the first printing step at a first print speed (V1); b) printing the intermediate region during an intermediate printing step by delivering a flowable print material from the print nozzle, wherein the print nozzle travels relative to the staging surface and delivers flowable print material over a first travel distance (D1) at a first travel speed (S1), a second travel distance (D2) at a second travel speed (S2), and a third travel distance (D3) at a third travel speed (S3); a first travel distance (D1) at a first travel speed (S1), a second travel distance (D2) at a second travel speed (S2), and a third travel distance (D3) at a third travel speed (S3); c) printing the second region during a second printing step by delivering a flowable print material from the print nozzle, wherein the print nozzle travels relative to the staging surface during the second printing step at a second print speed (V2);
An apparatus for guiding an ultrasound imaging procedure, comprising: a processor circuit configured for communication with an ultrasound transducer, wherein the processor circuit is configured to: receive, from a user interface, an input associated with a desired pose of the ultrasound transducer, wherein the ultrasound transducer is positioned at a current pose; receive, from the ultrasound transducer, ultrasound imaging data representative of a field of view of the ultrasound transducer in the current pose; determine, based on the ultrasound imaging data and the input, a movement to align the current pose of the ultrasound transducer with the desired pose; and characterized in that the processor circuit is configured to generate a graphical representation of the movement, wherein the graphical representation comprises: a first indicator of the current pose of the ultrasound transducer; and a second indicator of the desired pose of the ultrasound transducer positioned and oriented relative to the first indicator to indicate the movement; output the graphical representation to a display in communication with the processor circuit; determine that the current pose of the ultrasound transducer is aligned with the desired pose; and in response to determining that the current pose is aligned with the desired pose, save, to a memory of the processor circuit, an image frame. receive, from a user interface, an input associated with a desired pose of the ultrasound transducer, wherein the ultrasound transducer is positioned at a current pose; receive, from the ultrasound transducer, ultrasound imaging data representative of a field of view of the ultrasound transducer in the current pose; determine, based on the ultrasound imaging data and the input, a movement to align the current pose of the ultrasound transducer with the desired pose; and characterized in that the processor circuit is configured to generate a graphical representation of the movement, wherein the graphical representation comprises: a first indicator of the current pose of the ultrasound transducer; and a second indicator of the desired pose of the ultrasound transducer positioned and oriented relative to the first indicator to indicate the movement; a first indicator of the current pose of the ultrasound transducer; and a second indicator of the desired pose of the ultrasound transducer positioned and oriented relative to the first indicator to indicate the movement; output the graphical representation to a display in communication with the processor circuit; determine that the current pose of the ultrasound transducer is aligned with the desired pose; and in response to determining that the current pose is aligned with the desired pose, save, to a memory of the processor circuit, an image frame.