mhurhangee/ep-ind-claims huggingface dataset:
A cooling device with a heat exchanger unit through which air can flow and at least one fan that is arranged on the heat exchanger unit, forming a radial gap for generating an airflow through the heat exchanger unit, wherein the heat exchanger unit has a front face through which air can flow which points toward the fan and which is covered in portions by the fan, so that the front face is divided into a first subface that is at least partially covered by the fan and a second subface that is free of the fan, wherein the fan has a housing having a wall on the heat exchanger side which extends in the circumferential direction, said wall delimiting an interior of the fan through which air can flow in the axial direction characterized in that the cooling device has a guide sleeve which is arranged between the heat exchanger unit and the fan so as to close the radial gap at least in portions, the wall overlaps with the guide sleeve in the axial direction, so that the guide sleeve covers the wall of the fan in the circumferential direction or the wall of the fan extends around the guide sleeve in the circumferential direction, forms a flow channel leading from an air outlet of the fan to the first subface of the front face, and fluidically connects the air outlet of the fan to the first subface of the front face and fluidically separates the same from the second subface. wherein the heat exchanger unit has a front face through which air can flow which points toward the fan and which is covered in portions by the fan, so that the front face is divided into a first subface that is at least partially covered by the fan and a second subface that is free of the fan, wherein the fan has a housing having a wall on the heat exchanger side which extends in the circumferential direction, said wall delimiting an interior of the fan through which air can flow in the axial direction characterized in that the cooling device has a guide sleeve which is arranged between the heat exchanger unit and the fan so as to close the radial gap at least in portions, the wall overlaps with the guide sleeve in the axial direction, so that the guide sleeve covers the wall of the fan in the circumferential direction or the wall of the fan extends around the guide sleeve in the circumferential direction, forms a flow channel leading from an air outlet of the fan to the first subface of the front face, and fluidically connects the air outlet of the fan to the first subface of the front face and fluidically separates the same from the second subface.
A method for controlling a hybrid drive of a motor vehicle which comprises an internal combustion engine and an electric drive, having the following steps: a) recognising a dynamic state of the internal combustion engine, especially an acceleration of the motor vehicle, in that a scavenging gradient of the internal combustion engine is ascertained and/or the combustion-air ratio is ascertained by means of the difference between a current injection rate of the internal combustion engine and a limiting injection rate, especially a lowering of the combustion-air ratio is detected, b) prioritising the electric drive of the hybrid drive provided that a dynamic state has been recognised. a) recognising a dynamic state of the internal combustion engine, especially an acceleration of the motor vehicle, in that a scavenging gradient of the internal combustion engine is ascertained and/or the combustion-air ratio is ascertained by means of the difference between a current injection rate of the internal combustion engine and a limiting injection rate, especially a lowering of the combustion-air ratio is detected, b) prioritising the electric drive of the hybrid drive provided that a dynamic state has been recognised.
A tray sealing machine, comprising: a sealing tool including a lower part of the tool and an upper part of the tool configured to cooperate to close packaging trays; a machine frame comprising a space for accommodating a lifter device below the sealing tool; and a lifter unit provided in the space for accommodating a lifter device and secured therein to the machine frame by means of a detachable connection (27, 31, 33), configured to move the lower part of the tool between a rest position and a sealing position, wherein the lower part of the tool is raised in the sealing position compared to its position in the rest position, characterized in that the detachable connection allows the lifter unit to be lowered into the space for accommodating a lifter device; and the lifter unit can be removed laterally from the space for accommodating a lifter device of the machine frame as a single unit after detaching the detachable connection. a sealing tool including a lower part of the tool and an upper part of the tool configured to cooperate to close packaging trays; a machine frame comprising a space for accommodating a lifter device below the sealing tool; and a lifter unit provided in the space for accommodating a lifter device and secured therein to the machine frame by means of a detachable connection (27, 31, 33), configured to move the lower part of the tool between a rest position and a sealing position, wherein the lower part of the tool is raised in the sealing position compared to its position in the rest position, characterized in that the detachable connection allows the lifter unit to be lowered into the space for accommodating a lifter device; and the lifter unit can be removed laterally from the space for accommodating a lifter device of the machine frame as a single unit after detaching the detachable connection.
Non-therapeutic use of a pyrimidylpyrazole compound represented by formula (.1) or a pharmacologically acceptable salt thereof as a whitening agent: wherein, R 1, R 3, R 4, and R 6 are each independently C 1-3 alkyl; and R 2 and R 5 are each independently a hydrogen atom or C 1-3 alkyl.
A system of granting access to resources comprising: a. a client node (102, 502, 702) adapted to request access to a resource; b. a collection agent (104, 504, 704), in communication with the client node (102, 502, 702) and a policy engine (102, 200, 506, 706), adapted to gather information about the client node (102, 502, 702) and transmitting the information to a policy engine (102, 200, 506, 706); and c. the policy engine (102, 200, 506, 706) adapted to receive the gathered information and to grant a first level of access to the resource responsive to application of a policy to the information gathered about the client node; wherein the first level of access is selected from a plurality of levels of access and allows access to the resource by requiring the user of an application hosted by a remote server to perform operations on the resource instead of an application hosted by the client node. a. a client node (102, 502, 702) adapted to request access to a resource; b. a collection agent (104, 504, 704), in communication with the client node (102, 502, 702) and a policy engine (102, 200, 506, 706), adapted to gather information about the client node (102, 502, 702) and transmitting the information to a policy engine (102, 200, 506, 706); and c. the policy engine (102, 200, 506, 706) adapted to receive the gathered information and to grant a first level of access to the resource responsive to application of a policy to the information gathered about the client node;
A parking brake system for a lawn maintenance vehicle, the lawn maintenance vehicle including a pair of opposing lap bars for independently controlling movement of a pair of rear wheels, said parking brake system comprising: an actuation assembly attached to one of said lap bars; a stop assembly operatively connected to said actuation assembly, said stop assembly including a rotatable pawl selectively engageable with a parking gear, said parking gear operatively connected to an axle to which one of said rear wheels is attached for selectively stopping rotation of said axle, wherein the parking brake system is characterized in that said actuation assembly includes a rotatable push arm and a rotatable pedal arm, said push arm is spaced apart from said pedal arm when said push arm is in a disengaged position and said push arm is in contact with said pedal arm when said push arm is in an engaged position, and wherein rotation of said push arm from said disengaged position to said engaged position causes said push arm to contact said pedal arm, wherein said pedal arm is rotated in response to said contact with said push arm and such rotation of said pedal arm causes said pawl of said stop assembly to engage said parking gear which prevents rotation of said axle. an actuation assembly attached to one of said lap bars; a stop assembly operatively connected to said actuation assembly, said stop assembly including a rotatable pawl selectively engageable with a parking gear, said parking gear operatively connected to an axle to which one of said rear wheels is attached for selectively stopping rotation of said axle, wherein the parking brake system is characterized in that said actuation assembly includes a rotatable push arm and a rotatable pedal arm, said push arm is spaced apart from said pedal arm when said push arm is in a disengaged position and said push arm is in contact with said pedal arm when said push arm is in an engaged position, and wherein rotation of said push arm from said disengaged position to said engaged position causes said push arm to contact said pedal arm, wherein said pedal arm is rotated in response to said contact with said push arm and such rotation of said pedal arm causes said pawl of said stop assembly to engage said parking gear which prevents rotation of said axle.
A device for enabling wireless communications between first and second electronic appliances having incompatible wireless interfaces (14 and 20, 26 and 32) resulting from disparate communication configurations that prevent wireless communication between said electronic appliances, the device comprising: wireless configuration means comprising a wireless communication means for communicating with said electronic appliances, the wireless configuration means being operative to: wirelessly detect a first configuration (14 and 20) in said first electronic appliance; compare said first configuration (14 and 20) to a target configuration (44 and 46); and wirelessly upload said target configuration (44 and 46) to said first electronic appliance, if desired; wherein the disparate communication configurations (14 and 20, 26 and 32) are disparate configurations of a data communications protocol stack for wireless communication. wireless configuration means comprising a wireless communication means for communicating with said electronic appliances, the wireless configuration means being operative to: wirelessly detect a first configuration (14 and 20) in said first electronic appliance; compare said first configuration (14 and 20) to a target configuration (44 and 46); and wirelessly upload said target configuration (44 and 46) to said first electronic appliance, if desired; wherein the disparate communication configurations (14 and 20, 26 and 32) are disparate configurations of a data communications protocol stack for wireless communication. wirelessly detect a first configuration (14 and 20) in said first electronic appliance; compare said first configuration (14 and 20) to a target configuration (44 and 46); and wirelessly upload said target configuration (44 and 46) to said first electronic appliance, if desired; wherein the disparate communication configurations (14 and 20, 26 and 32) are disparate configurations of a data communications protocol stack for wireless communication.
A system for use in performing ultrasonic evaluations of portions of different pipes of different diameters, the system comprising: a flexible phased array probe; and a plurality of frame assemblies, wherein each frame assembly comprises a frame structured to cooperatively engage an outer surface of a pipe of the different pipes, the frame having a curved surface which is curved about an axis (A') which, when the frame is engaged with the pipe generally coincides with a central longitudinal axis of the pipe, the curved surface is generally defined by a radius (R') which is generally equal to an outer radius of the pipe, wherein the frame is structured to releasably hold the flexible phased array probe therein a fixed distance from the curved surface, wherein the frame is configured to force the flexible phased array probe into a shape based on the flexible phased array probe being releasably inserted into the frame, and wherein the shape is substantially the same as the curved surface of each frame; wherein the radius (R') of the curved surface of any one frame assembly of the plurality differs from the radius of the curved surface of any other one frame assembly of the plurality, and wherein the flexible phased array probe is selectively coupleable to the frame of any of the plurality. a flexible phased array probe; and a plurality of frame assemblies, wherein each frame assembly comprises a frame structured to cooperatively engage an outer surface of a pipe of the different pipes, the frame having a curved surface which is curved about an axis (A') which, when the frame is engaged with the pipe generally coincides with a central longitudinal axis of the pipe, the curved surface is generally defined by a radius (R') which is generally equal to an outer radius of the pipe, wherein the frame is structured to releasably hold the flexible phased array probe therein a fixed distance from the curved surface, wherein the frame is configured to force the flexible phased array probe into a shape based on the flexible phased array probe being releasably inserted into the frame, and wherein the shape is substantially the same as the curved surface of each frame; wherein the radius (R') of the curved surface of any one frame assembly of the plurality differs from the radius of the curved surface of any other one frame assembly of the plurality, and wherein the flexible phased array probe is selectively coupleable to the frame of any of the plurality.
The integral plastic rectangular cake fireworks that comprise a rectangular cake fireworks body, wherein: - the rectangular cake fireworks body comprises: - a plurality of firework barrels in a matrix arrangement; and - a frame which encloses outside several of said firework barrels; wherein each of the firework barrels to an inner side of the rectangular cake fireworks body that do not contact with the frame, is connected and fixed with a stiffening plate; and wherein the integral plastic rectangular cake fireworks comprises: - a fixing plate under the firework barrels, preferably four fireworks barrels, situated in a central part of the rectangular cake fireworks body; - a fuse board which comprises an "S" shape, situated on the bottom of the rectangular cake fireworks body, that is in turn connected to a bottom end of the firework barrels; wherein two ignition holes are situated along an extending direction of the fuse board, on the bottom of each firework barrel; and wherein an ignition slot is situated on the fuse board between all two neighboring firework barrels, whose one end is connected to an ignition hole of a firework barrel and the other end of the ignition slot is connected to an ignition hole of the other firework barrel. - the rectangular cake fireworks body comprises: - a plurality of firework barrels in a matrix arrangement; and - a frame which encloses outside several of said firework barrels; - a plurality of firework barrels in a matrix arrangement; and - a frame which encloses outside several of said firework barrels; - a fixing plate under the firework barrels, preferably four fireworks barrels, situated in a central part of the rectangular cake fireworks body; - a fuse board which comprises an "S" shape, situated on the bottom of the rectangular cake fireworks body, that is in turn connected to a bottom end of the firework barrels;
A method for making a membrane electrode assembly provided with a peripheral seal and a peripheral sealing frame for an electrochemical cell, especially for a fuel cell, comprising the following steps: making of a sandwich arrangement forming the membrane electrode assembly from a membrane and two gas diffusion electrodes connecting of the sandwich arrangement to a seal encircling it on its outer side edge, which at the same time provides the connection to the sealing frame encircling the membrane electrode assembly at the side, wherein step is done by using a pressing operation and wherein the sealing material of the seal bonding the membrane electrode assembly to the sealing frame is arranged in a gap of the sealing frame open to the outer side edge of the membrane electrode assembly prior to performing the pressing operation, such that a portion of the sealing material which is flowable during the pressing operation penetrates laterally into the two gas diffusion electrodes. making of a sandwich arrangement forming the membrane electrode assembly from a membrane and two gas diffusion electrodes connecting of the sandwich arrangement to a seal encircling it on its outer side edge, which at the same time provides the connection to the sealing frame encircling the membrane electrode assembly at the side,
A tank for collecting a liquid, the tank having a tank body able to hold the liquid, the tank body extending along a reference axis, the tank body having an upper wall, the tank further having a pumping system able to pump the liquid from the outside to the inside of the tank body, the pumping system having: - a centrifugal pump able to pump the liquid; - a degasser interconnected to the centrifugal pump, the degasser being able to reduce the amount of air in the pumped liquid; - a venturi able to create a vacuum in the degasser; said tank being characterised in that the venturi is positioned on the upper wall of the tank body, at a distance along a direction normal to the reference axis of at least one metre above the degasser and in that the tank has a vent line of the tank, the venturi having an outlet, the outlet of the venturi being connected to the vent line of the tank. - a centrifugal pump able to pump the liquid; - a degasser interconnected to the centrifugal pump, the degasser being able to reduce the amount of air in the pumped liquid; - a venturi able to create a vacuum in the degasser;
A composition for controlling plant diseases comprising a tetrazolinone compound represented by a formula: wherein n is an integer of any one of 0 to 5; R 1 represents a halogen atom, a C1-C6 alkyl group, a C1-C6 alkoxy group, a C1-C6 alkylthio group, a nitro group or a cyano group; R 2 represents a C1-C3 alkyl group, a C3-C4 cycloalkyl group, a halogen atom, a C1-C3 alkoxy group, a C1-C2 alkylthio group, a C2-C3 alkenyl group, or a C2-C3 alkynyl group, the R 1 or R 2 can have independently halogen atom(s) in the alkyl moiety; with the proviso that when n is an integer of 2 or more, two or more of the R 1 may be different from each other, and one or more azole compounds selected from the Group: Group: a group consisting of propiconazole, prothioconazole, triadimenol, prochloraz, penconazole, tebuconazole, flusilazole, diniconazole, bromuconazole, epoxiconazole, difenoccnazole, cyproconazole, metconazole, triflumizole, tetraconazole, myclobutanil, fenbuconazole, hexaconazole, fluquinconazole, triticonazole, bitertanol, imazalil, ipconazole, simeconazole, hymexazol, etridiazole, and flutriafol. n is an integer of any one of 0 to 5; R 1 represents a halogen atom, a C1-C6 alkyl group, a C1-C6 alkoxy group, a C1-C6 alkylthio group, a nitro group or a cyano group; R 2 represents a C1-C3 alkyl group, a C3-C4 cycloalkyl group, a halogen atom, a C1-C3 alkoxy group, a C1-C2 alkylthio group, a C2-C3 alkenyl group, or a C2-C3 alkynyl group, the R 1 or R 2 can have independently halogen atom(s) in the alkyl moiety; with the proviso that when n is an integer of 2 or more, two or more of the R 1 may be different from each other, Group: a group consisting of propiconazole, prothioconazole, triadimenol, prochloraz, penconazole, tebuconazole, flusilazole, diniconazole, bromuconazole, epoxiconazole, difenoccnazole, cyproconazole, metconazole, triflumizole, tetraconazole, myclobutanil, fenbuconazole, hexaconazole, fluquinconazole, triticonazole, bitertanol, imazalil, ipconazole, simeconazole, hymexazol, etridiazole, and flutriafol.
An active distributed antenna system DAS having a signal hub, transmit media, receive media and distributed antennas, characterised in that the signal hub is configured to receive first signals and to transfer the first signals without frequency conversion to distributed antennas via the transmit media, and to receive second signals that enter the DAS at the antennas, the second signals being transferred to the hub via the receive media without frequency conversion, the DAS allowing the transfer of signals across the band extending from 170 MHz to 2.7 GHz.
A battery cell assembly, comprising: a lithium-ion pouch-type battery cell having a rectangular-shaped housing with an outer surface, and first and second electrical terminals (62, 64) extending from the housing; a thin film profile sensor being disposed on the housing, the thin film profile sensor having a microprocessor and a sensing circuit, the sensing circuit being coupled directly to the housing; the microprocessor and the sensing circuit being operably coupled together, the sensing circuit configured to generate a signal that is indicative of an operational parameter value of the battery cell; the microprocessor being programmed to determine the operational parameter value based on the signal from the sensing circuit; and the microprocessor being further programmed to store the operational parameter value in a memory device; a transparent protective layer coupled to and disposed over the thin film profile sensor such that the thin film profile sensor is disposed between the protective layer and the housing, wherein: the sensing circuit having a resistive trace having a resistance level that varies based on a temperature level of the battery cell; and the operational parameter value comprises a temperature value corresponding to the temperature level of the battery cell, and the signal comprises a first voltage on the sensing circuit; the thin film profile sensor further includes a heat generating circuit having a heating element trace disposed directly on the housing, the heating element trace being electrically coupled to the microprocessor. a lithium-ion pouch-type battery cell having a rectangular-shaped housing with an outer surface, and first and second electrical terminals (62, 64) extending from the housing; a thin film profile sensor being disposed on the housing, the thin film profile sensor having a microprocessor and a sensing circuit, the sensing circuit being coupled directly to the housing; the microprocessor and the sensing circuit being operably coupled together, the sensing circuit configured to generate a signal that is indicative of an operational parameter value of the battery cell; the microprocessor being programmed to determine the operational parameter value based on the signal from the sensing circuit; and the microprocessor being further programmed to store the operational parameter value in a memory device; a transparent protective layer coupled to and disposed over the thin film profile sensor such that the thin film profile sensor is disposed between the protective layer and the housing, the sensing circuit having a resistive trace having a resistance level that varies based on a temperature level of the battery cell; and the operational parameter value comprises a temperature value corresponding to the temperature level of the battery cell, and the signal comprises a first voltage on the sensing circuit; the thin film profile sensor further includes a heat generating circuit having a heating element trace disposed directly on the housing, the heating element trace being electrically coupled to the microprocessor.