mhurhangee/ep-ind-claims huggingface dataset:
An agricultural harvester comprising a chassis, a plurality of mobile wheels (14, 16) for ground movement and grain processing equipment (24, 26) mounted in said chassis and including a main sieve for movement of chaff to a discharge end, said sieve (48, 50) comprising: a right frame and a left frame interconnected by at least one cross frame; two supports for the forward or rear ends of said right and left frames (72, 70), characterized by said supports each comprising a first member and a second member having triangularly positioned mounting points (76, 96, 98, 100), wherein in each one of the two supports, the first and second members (92, 94) are interconnected at two of the mounting points (98, 100), one of the two mounting points (98, 100) being pivotally mounted to a support frame providing a base affixed to the chassis of the agricultural harvester, the third mounting point of the first member being pivotally mounted to a link connected to an eccentric mechanism for driving said link in a fore and aft direction, and the third mounting point of the second member being pivotally mounted to said right or left frames (72, 70) for driving fore and aft movement and permitting side to side movement; and, supports for said right and left frames (72, 70) at the end opposite the first and second members (92, 94), permitting fore and aft movement and side to side movement. a right frame and a left frame interconnected by at least one cross frame; two supports for the forward or rear ends of said right and left frames (72, 70), characterized by said supports each comprising a first member and a second member having triangularly positioned mounting points (76, 96, 98, 100), wherein in each one of the two supports, the first and second members (92, 94) are interconnected at two of the mounting points (98, 100), one of the two mounting points (98, 100) being pivotally mounted to a support frame providing a base affixed to the chassis of the agricultural harvester, the third mounting point of the first member being pivotally mounted to a link connected to an eccentric mechanism for driving said link in a fore and aft direction, and the third mounting point of the second member being pivotally mounted to said right or left frames (72, 70) for driving fore and aft movement and permitting side to side movement; and, one of the two mounting points (98, 100) being pivotally mounted to a support frame providing a base affixed to the chassis of the agricultural harvester, the third mounting point of the first member being pivotally mounted to a link connected to an eccentric mechanism for driving said link in a fore and aft direction, and the third mounting point of the second member being pivotally mounted to said right or left frames (72, 70) for driving fore and aft movement and permitting side to side movement; and, supports for said right and left frames (72, 70) at the end opposite the first and second members (92, 94), permitting fore and aft movement and side to side movement.
Control column for Turkish bath comprising a box-shaped containment body delimited by a front wall accessible by a user; a steam generator housed inside the box-shaped body; and a touch-screen control panel housed inside the box-shaped body and activated by the user through contact with the front wall in order to control at least operation of the steam generator; and characterised in that it also comprises a housing obtained in the box-shaped body, and which opens towards the outside through the front wall; a collection container that can be inserted in the housing; and a hydraulic circuit which is connected to the mains water supply, and extends through the box-shaped body in order to feed water into the collection container.
A method for desulfurizing molten steel by taking out a sample from molten steel after the tapping from a converter to analyze S concentration thereof and determining acceptance/rejection of S and/or subsequent desulfurizing condition, wherein the S concentration is analyzed by a method which comprises a high frequency induction heating step wherein the sample is combusted and oxidized under the high frequency induction heating in a pure oxygen atmosphere to convert S in molten steel into SO 2 and an analyzing step wherein SO 2 -containing gas produced in the high frequency induction heating step is analyzed through an ultraviolet fluorescence method to quantify S concentration of the sample.
A method for targeted genomic disruption in a cell via microhomology-mediated end joining (MMEJ), the method comprising: administering at least one nuclease to the cell, wherein the nuclease cleaves endogenous genomic sequences in the cell; growing the cell in a medium comprising at least one small molecule inhibitor of a DNA-dependent-protein kinase catalytic subunit (DNA-PKcs) protein and a small-molecule inhibitor of a Poly-(ADP-ribose) polymerase 1/2 (PARP1/2) protein, wherein the small molecule inhibitor of the PARP1/2 protein is selected from the group consisting of a nicotinamide; a isoquinolinone; a dihydroisoquinolinone; a benzimidazole; an indole; phthalazin-1 -one; a quinazolinone; an isoindolinone; a phenanthridine; a phenanthridinone; a benzopyrone; an unsaturated hydroximic acid derivative; a pyridazine; caffeine, theophylline; and thymidine, and the small molecule inhibitor of the DNA-PKcs protein is selected from the group consisting of NU7026 and NU7441; wherein said method is performed ex vivo and wherein the cell is a mammalian cell or a human cell. administering at least one nuclease to the cell, wherein the nuclease cleaves endogenous genomic sequences in the cell; growing the cell in a medium comprising at least one small molecule inhibitor of a DNA-dependent-protein kinase catalytic subunit (DNA-PKcs) protein and a small-molecule inhibitor of a Poly-(ADP-ribose) polymerase 1/2 (PARP1/2) protein, wherein the small molecule inhibitor of the PARP1/2 protein is selected from the group consisting of a nicotinamide; a isoquinolinone; a dihydroisoquinolinone; a benzimidazole; an indole; phthalazin-1 -one; a quinazolinone; an isoindolinone; a phenanthridine; a phenanthridinone; a benzopyrone; an unsaturated hydroximic acid derivative; a pyridazine; caffeine, theophylline; and thymidine, and the small molecule inhibitor of the DNA-PKcs protein is selected from the group consisting of NU7026 and NU7441; wherein said method is performed ex vivo and wherein the cell is a mammalian cell or a human cell.
Device for producing a groove in a plate-shaped workpiece that is embodied from acrylic synthetic material, said device comprising: - a table plate on which the workpiece lies - a rotating tool, - a drive system for driving the workpiece, and - a feeding device in order to move the workpiece in a feeding direction, - wherein the tool and the feeding device are arranged above the table plate, and - wherein the device for introducing the groove is arranged in an upper face of the workpiece in such a manner that a defined material thickness is present on the workpiece between a base of the groove and a lower face of the workpiece, - wherein the tool is a milling tool having a first milling surface (11 a) and a second milling surface, wherein the milling surfaces (11a, 11b) are arranged at an angle with respect to one another in order to produce a V-shaped groove in the workpiece, characterized in that - the feeding device comprises a rotating belt that contacts the workpiece, - the feeding device is at an angle (α) with respect to a plane that is perpendicular to the table plate and in which the tool is arranged. - a table plate on which the workpiece lies - a rotating tool, - a drive system for driving the workpiece, and - a feeding device in order to move the workpiece in a feeding direction, - wherein the tool and the feeding device are arranged above the table plate, and - wherein the device for introducing the groove is arranged in an upper face of the workpiece in such a manner that a defined material thickness is present on the workpiece between a base of the groove and a lower face of the workpiece, - wherein the tool is a milling tool having a first milling surface (11 a) and a second milling surface, wherein the milling surfaces (11a, 11b) are arranged at an angle with respect to one another in order to produce a V-shaped groove in the workpiece, - the feeding device comprises a rotating belt that contacts the workpiece, - the feeding device is at an angle (α) with respect to a plane that is perpendicular to the table plate and in which the tool is arranged.
A packaging material for produce comprising: (a) a first layer comprising at least one polymer of 40% to 60 % by weight, a low density polyethylene (LDPE) of 30% to 50% by weight, and at least one moisture modulating agent; (b) a second layer comprising at least one polymer of 40% to 60 % by weight, a higher content of LDPE than the first layer and the third layer, and at least one moisture modulating agent; and (c) a third layer comprising at least one polymer of 40% to 60 % by weight and a LDPE of 30% to 50% by weight, wherein the third layer does not comprise a moisture modulating agent, and wherein the third layer is on the outside of the packaging material. (a) a first layer comprising at least one polymer of 40% to 60 % by weight, a low density polyethylene (LDPE) of 30% to 50% by weight, and at least one moisture modulating agent; (b) a second layer comprising at least one polymer of 40% to 60 % by weight, a higher content of LDPE than the first layer and the third layer, and at least one moisture modulating agent; and (c) a third layer comprising at least one polymer of 40% to 60 % by weight and a LDPE of 30% to 50% by weight, wherein the third layer does not comprise a moisture modulating agent, and wherein the third layer is on the outside of the packaging material.
A process for forming a combustion-modified ether polyurethane foam, the process comprising: providing a polyol component including a PIP A polyol that is a dispersion having a solids content from 10 wt% to 75 wt%, based on a total weight of the PIPA polyol, the PIPA polyol being a reaction product of a mixture including at least a low equivalent weight polyol having a number average hydroxyl equivalent weight of less than 80, a polyisocyanate compound having a number average isocyanate equivalent weight that is less than 225, and a liquid base polyether polyol having a number average hydroxyl equivalent weight of at least 200 and at least 80 % of secondary hydroxyl groups based on a total amount of hydroxyl groups in the liquid base polyether polyol; providing an isocyanate component that includes at least one polyisocyanate; providing an additive component that includes at least one flame retardant; and forming a reaction mixture including the polyol component, the isocyanate component, and the additive component to form a CME polyurethane foam, the reaction mixture having an isocyanate index from 90 to 150, wherein the CME polyurethane foam has a density of 10 to 30 kg/m 3, a resiliency value below 45% and meets Crib 5 flammability test requirements. providing a polyol component including a PIP A polyol that is a dispersion having a solids content from 10 wt% to 75 wt%, based on a total weight of the PIPA polyol, the PIPA polyol being a reaction product of a mixture including at least a low equivalent weight polyol having a number average hydroxyl equivalent weight of less than 80, a polyisocyanate compound having a number average isocyanate equivalent weight that is less than 225, and a liquid base polyether polyol having a number average hydroxyl equivalent weight of at least 200 and at least 80 % of secondary hydroxyl groups based on a total amount of hydroxyl groups in the liquid base polyether polyol; providing an isocyanate component that includes at least one polyisocyanate; providing an additive component that includes at least one flame retardant; and forming a reaction mixture including the polyol component, the isocyanate component, and the additive component to form a CME polyurethane foam, the reaction mixture having an isocyanate index from 90 to 150, wherein the CME polyurethane foam has a density of 10 to 30 kg/m 3, a resiliency value below 45% and meets Crib 5 flammability test requirements.
A high voltage surge arrester comprising a varistor element surrounded by an electrically insulating polymer housing with a protruding shed, said shed having an upper shed surface that forms a blunt angle with the longitudinal axis (z) of the surge arrester and a lower shed surface (60, 70), characterised in that the lower shed surface comprises an inner portion that forms an essentially right angle with said axis (z) and an outer portion that forms an acute angle with said axis (z), wherein said inner portion constitutes 20-80 % of the shed extension and said essentially right angle is 89-91°.
A compound of the following Fomula: R 1 -NHCH 2 COCH 2 CH 2 COOR 2 wherein R 1 represents a hydrogen atom or a acyl group, and R 2 represents a hydrogen atom, a linear or branched alkyl group, a cycloalkyl group, an aryl group, or an aralkyl group, or a salt thereof for use in the treatment of anemia arising from the reduction of erythropoietin production.
A method of manufacturing a self-lubricating ring for a fluid bearing, comprising the following steps: - providing an alloy substrate having a passive layer; - at least partially removing the passive layer of said substrate, so as to obtain a depassivated surface; - depositing an anchoring layer on the depassivated surface; - depositing a self-lubricating coating on the anchoring layer, the coating comprising a porous layer having a metallurgical adherence with the substrate via the anchoring layer. - providing an alloy substrate having a passive layer; - at least partially removing the passive layer of said substrate, so as to obtain a depassivated surface; - depositing an anchoring layer on the depassivated surface; - depositing a self-lubricating coating on the anchoring layer, the coating comprising a porous layer having a metallurgical adherence with the substrate via the anchoring layer.
A method for preparing a rice hot pepper paste, comprising: soaking rice in water or adding water to rice and steaming the rice; inoculating an Aspergillus oryzae CJ 1354 (deposited as KCCM 11300P) strain into the steamed rice and conducting incubation to prepare a rice koji; soaking soybeans in water or adding water to soybeans and steaming the soybeans; inoculating a Bacillus amyloliquefaciens CJ 14-6 (deposited as KCCM 11718P) strain into the steamed soybeans and conducting incubation to make a soybean koji; adding brine and then at least one selected from the group consisting of steamed rice, soybean-processed food stuff, meju, and doenjang to the rice koji and the soybean koji to prepare a first mixture, and conducting a first aging; and adding red chili powder and then at least one selected from the group consisting of starch sugar, soy sauce, salt, a spice-processed food stuff, a taste and flavor enhancer, and a grain-processed food stuff to the first mixture to prepare a second mixture, and conducting sterilization and a second aging. soaking rice in water or adding water to rice and steaming the rice; inoculating an Aspergillus oryzae CJ 1354 (deposited as KCCM 11300P) strain into the steamed rice and conducting incubation to prepare a rice koji; soaking soybeans in water or adding water to soybeans and steaming the soybeans; inoculating a Bacillus amyloliquefaciens CJ 14-6 (deposited as KCCM 11718P) strain into the steamed soybeans and conducting incubation to make a soybean koji; adding brine and then at least one selected from the group consisting of steamed rice, soybean-processed food stuff, meju, and doenjang to the rice koji and the soybean koji to prepare a first mixture, and conducting a first aging; and adding red chili powder and then at least one selected from the group consisting of starch sugar, soy sauce, salt, a spice-processed food stuff, a taste and flavor enhancer, and a grain-processed food stuff to the first mixture to prepare a second mixture, and conducting sterilization and a second aging.
Shut-off valve for hydrogen tank systems with at least one compressed gas tank, comprising a main valve and a control valve for controlling the main valve, wherein the main valve has a reciprocating valve piston which interacts with a valve seat and delimits, at its end facing away from the valve seat, a control chamber which is connected via an inlet throttle to a storage volume of the compressed gas tank and can be connected to a gas outlet via an outlet throttle, depending on the switching position of the control valve, and wherein the main valve has a solenoid coil, by means of which an opening and/or holding force acting on the valve piston can be generated, characterized in that the main valve and the control valve are arranged coaxially and are separated from each other by an axial gap, in which a preferably disc-shaped body made from a non-magnetic material is received.
A buss bar for connecting electrochemical cells together comprising: - a conductive member having a first end, a second end, and an elongated body between the first end and second end, the body comprising a stress relief region, wherein the first end is configured to be coupled to a second terminal of a first electrochemical cell and the second end is coupled to a first terminal of a second electrochemical cell; and - a voltage sense terminal coupled to the conductive member, characterized in that the elongated body comprises an aperture, wherein the voltage sense terminal comprises a flexible bulge received by the aperture defined by the elongated body in order to couple the voltage sense terminal to the conductive member. - a conductive member having a first end, a second end, and an elongated body between the first end and second end, the body comprising a stress relief region, wherein the first end is configured to be coupled to a second terminal of a first electrochemical cell and the second end is coupled to a first terminal of a second electrochemical cell; and - a voltage sense terminal coupled to the conductive member,
A pellicle comprising a pellicle frame having an upper annular face and a lower annular face, a membrane adhered in a slack-free manner to said upper annular face of the pellicle frame, and an agglutinant layer attached to lower annular face of the pellicle frame, characterised in that said frame has a double structure consisting of an inner frame and an outer frame, that said membrane is adhered exclusively to said inner frame and said agglutinant layer is attached exclusively to said inner frame, and that the outer frame is adapted to closely connect with the inner frame detachably.
A respiration mask for oronasal or nasal respiration comprising a flexible mask element, which is adapted individually to each patient's facial anatomy, and at least one reinforcing element, which is in surface contact with the mask element on the outside, wherein the mask element is designed as a solid body made of an elastic material, wherein the mask element comprises an inner peripheral sealing lip, surrounding the nasal or oronasal region, and wherein the mask element comprises a connecting piece provided for the connection of a respiration tube on its exterior side, wherein - the elastic material of which the mask element is fabricated is a silicone elastomer, - the material of the peripheral inner sealing lip has a lower hardness than the material of the remaining mask element, wherein the hardness of the material of the peripheral inner sealing lip amounts to 10 to 30 Shore, and - the material of the connecting piece has a greater hardness than the material of the remaining mask element, wherein the hardness of the material of the connecting piece amounts to 40 to 70 Shore. - the elastic material of which the mask element is fabricated is a silicone elastomer, - the material of the peripheral inner sealing lip has a lower hardness than the material of the remaining mask element, wherein the hardness of the material of the peripheral inner sealing lip amounts to 10 to 30 Shore, and - the material of the connecting piece has a greater hardness than the material of the remaining mask element, wherein the hardness of the material of the connecting piece amounts to 40 to 70 Shore.
A small home appliance comprising: a coil for power reception and communication; a communication unit which performs wireless communication with a wireless power transmission device by using the coil; a switch located between the coil and the communication unit; and a controller which receives wireless power from the wireless power transmission device by using the coil, receives a zero crossing interrupt signal related to the wireless power from the wireless power transmission device, controls the switch according to the zero crossing interrupt signal, and determines a communication period for communication by using the coil according to the zero crossing interrupt signal, wherein the small home appliance is one of an electric kettle, a blender, and a toaster. a coil for power reception and communication; a communication unit which performs wireless communication with a wireless power transmission device by using the coil; a switch located between the coil and the communication unit; and a controller which receives wireless power from the wireless power transmission device by using the coil, receives a zero crossing interrupt signal related to the wireless power from the wireless power transmission device, controls the switch according to the zero crossing interrupt signal, and determines a communication period for communication by using the coil according to the zero crossing interrupt signal, wherein the small home appliance is one of an electric kettle, a blender, and a toaster.
A communications method performed by a wireless device, the method comprising: receiving a radio resource configuration, RRC, signaling that indicates an uplink / downlink, UL / DL, configuration, wherein the UL / DL configuration indicates a quantity of uplink microframes in a group of microframes, wherein each subframe comprises a plurality of microframes, and wherein the the group of microframes comprises a consecutive sequence of downlink microframes and a consecutive sequence of uplink microframes, and wherein each microframe comprises one or more orthogonal frequency division multiplex, OFDM, symbols; receiving a downlink control information, DCI, that indicates an uplink microframe of the consecutive sequence of uplink microframes; receiving a packet in a downlink microframe of the consecutive sequence of downlink microframes; transmitting an acknowledgement, ACK, or a negative acknowledgement, NACK, associated with the packet in the uplink microframe indicated by the DCI, wherein the ACK or NACK is transmitted in a same subframe as a subframe utilized for receiving the packet. receiving a radio resource configuration, RRC, signaling that indicates an uplink / downlink, UL / DL, configuration, wherein the UL / DL configuration indicates a quantity of uplink microframes in a group of microframes, wherein each subframe comprises a plurality of microframes, and wherein the the group of microframes comprises a consecutive sequence of downlink microframes and a consecutive sequence of uplink microframes, and wherein each microframe comprises one or more orthogonal frequency division multiplex, OFDM, symbols; receiving a downlink control information, DCI, that indicates an uplink microframe of the consecutive sequence of uplink microframes; receiving a packet in a downlink microframe of the consecutive sequence of downlink microframes; transmitting an acknowledgement, ACK, or a negative acknowledgement, NACK, associated with the packet in the uplink microframe indicated by the DCI, wherein the ACK or NACK is transmitted in a same subframe as a subframe utilized for receiving the packet.