mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a braking system of a vehicle, comprising a mechanical part and a control part wherein a calculator applies braking instructions in real time to the mechanical part according to control signals supplied to said calculator, comprising the following steps: - generating candidate braking instructions (y) on a device equipped with a fuzzy logic processor based on a first set of parameters (x) of braking situations; - validating or rejecting the candidate braking instructions (y) by applying at least one decision algorithm (7, 8, 9) by an algorithmic calculation device, the decision algorithm comprising according to a first alternative a verification of requirements which are regulatory, technical (21, 22) and/or associated with a driver, and/or comprising, according to a second alternative, an analysis of the results of application of candidate instructions to simulations of braking situations expressed by a second set of parameters; - implementing the candidate braking instructions which have been validated on the calculator of the control part. - generating candidate braking instructions (y) on a device equipped with a fuzzy logic processor based on a first set of parameters (x) of braking situations; - validating or rejecting the candidate braking instructions (y) by applying at least one decision algorithm (7, 8, 9) by an algorithmic calculation device, the decision algorithm comprising according to a first alternative a verification of requirements which are regulatory, technical (21, 22) and/or associated with a driver, and/or comprising, according to a second alternative, an analysis of the results of application of candidate instructions to simulations of braking situations expressed by a second set of parameters; - implementing the candidate braking instructions which have been validated on the calculator of the control part.
A rubber composition manufacturing method comprising: a first operation in which at least rubber, silica, and silane coupling agent are kneaded in an internal kneader while kneading temperature is controlled so as to be below a temperature lower limit for a coupling reaction between the silica and the silane coupling agent to proceed; and a second operation in which at least the rubber, the silica, and the silane coupling agent are kneaded in the internal kneader at not less than the temperature lower limit for the coupling reaction between the silica and the silane coupling agent to proceed; wherein the internal kneader comprises a kneading chamber, a neck which is located above the kneading chamber, and a ram which is capable of moving vertically through a space within the neck; for at least a portion of time during which the second operation is being carried out, a compressed gas is delivered to the kneading chamber while the ram is in a nonpressing state; the internal kneader comprises a rotor at the kneading chamber; in the first operation, rotational speed of the rotor is controlled by means of proportional integral differential control to cause the kneading temperature to be a first target temperature; the first target temperature is less than 140° C; for the at least the portion of the time during which the second operation is being carried out, rotational speed of the rotor is controlled by means of proportional integral differential control to cause the kneading temperature to be a second target temperature; and the second target temperature is not less than 140° C. a first operation in which at least rubber, silica, and silane coupling agent are kneaded in an internal kneader while kneading temperature is controlled so as to be below a temperature lower limit for a coupling reaction between the silica and the silane coupling agent to proceed; and a second operation in which at least the rubber, the silica, and the silane coupling agent are kneaded in the internal kneader at not less than the temperature lower limit for the coupling reaction between the silica and the silane coupling agent to proceed; wherein the internal kneader comprises a kneading chamber, a neck which is located above the kneading chamber, and a ram which is capable of moving vertically through a space within the neck; for at least a portion of time during which the second operation is being carried out, a compressed gas is delivered to the kneading chamber while the ram is in a nonpressing state; the internal kneader comprises a rotor at the kneading chamber; in the first operation, rotational speed of the rotor is controlled by means of proportional integral differential control to cause the kneading temperature to be a first target temperature; the first target temperature is less than 140° C; for the at least the portion of the time during which the second operation is being carried out, rotational speed of the rotor is controlled by means of proportional integral differential control to cause the kneading temperature to be a second target temperature; and the second target temperature is not less than 140° C.
Filter carrier (100; 200) for a hand-held power tool, having at least one filter carrier element (102; 202), wherein the filter carrier element (102; 202) has at least one receiving opening (111; 210) that is designed to receive at least one filter element (112; 212), at least one first fastening element (120; 220) and at least one second fastening element (122; 222) for releasably fastening the filter carrier (100; 200) to a hand-held power tool by way of a force-fit and/or a form-fit, wherein the first fastening element (120; 220) and the second fastening element (122; 222) of the filter carrier (100; 200) are arranged in opposite end regions of the filter carrier (100; 200) such that the first fastening element (120; 220) is connectable to the second fastening element (122; 222), characterized in that the filter carrier has at least one securing element which is arranged in particular in the region of the receiving openings of the filter carrier, wherein the securing element is intended for axial and/or rotational securing of the filter carrier in the fastened state thereof on the hand-held power tool.
A cargo handling system for restraining a unit load device comprising: a structural channel having a hollow interior; a first locking mechanism and a second locking mechanism mounted within said hollow interior of said structural channel, said first locking mechanism and said second locking mechanism being movable to engage the unit load device; at least one roller rotatably mounted within said hollow interior of said structural channel; and at least one side roller assembly mounted to an exterior surface of said structural channel, said at least one side roller assembly including a side roller, said side roller being positioned between said first locking mechanism and said second locking mechanism, said side roller having an axis of rotation oriented parallel to an axis of rotation of said at least one roller, wherein an upper surface of said at least one roller and an upper surface of said side roller are disposed within a plane for supporting said unit load device, wherein the at least one roller is not located between the first locking mechanism and the second locking mechanism, wherein said first locking mechanism and said second locking mechanism are positioned less than 30.48cm (12 inches) apart, and no roller mounted within said hollow interior of said structural channel is located between the first locking mechanism and the second locking mechanism. a structural channel having a hollow interior; a first locking mechanism and a second locking mechanism mounted within said hollow interior of said structural channel, said first locking mechanism and said second locking mechanism being movable to engage the unit load device; at least one roller rotatably mounted within said hollow interior of said structural channel; and at least one side roller assembly mounted to an exterior surface of said structural channel, said at least one side roller assembly including a side roller, said side roller being positioned between said first locking mechanism and said second locking mechanism, said side roller having an axis of rotation oriented parallel to an axis of rotation of said at least one roller, wherein an upper surface of said at least one roller and an upper surface of said side roller are disposed within a plane for supporting said unit load device, wherein the at least one roller is not located between the first locking mechanism and the second locking mechanism, wherein said first locking mechanism and said second locking mechanism are positioned less than 30.48cm (12 inches) apart, and no roller mounted within said hollow interior of said structural channel is located between the first locking mechanism and the second locking mechanism.
A process of opening the ring of a ring-containing compound which comprises reacting a ring-containing compound possessing at least one lactone ring and/or at least one lactam ring with at least one amine in the presence of at least one monocarboxylic acid in the amount of from 0.5 equivalents to 1.5 equivalents to the molar amount of the said ring-containing compound, without the presence of metal salt catalyst, and under conditions sufficient to open the at least one ring and provide ring-opened reaction product, wherein the ring-containing compound is at least one member of the group consisting of general formula: wherein R3 is C1-7 alkyl or C3-8 cycloalkyl; and R4 is C1-7 alkyl, C2-7 alkenyl, C3-8 cycloalkyl, phenyl- or naphthyl-C1-4 alkyl each unsubstituted or mono-, di- or tri-substituted by C1-4 alkyl, O-C1-4 alkyl, OH, C1-4 alkylamino, di-C1-4 alkylamino, halogen and/or by trifluoromethyl; or a salt thereof, and general formula: wherein each R1 is independently of one another hydrogen; C1-7 alkyl, C3-8 cycloalkyl or benzyl, in particular both R1 are branched C3-6 alkyl such as isopropyl; and, Act is an activating group selected from an amino protecting group; or a salt thereof.
Thermal barrier coating system (1, 120, 130, 155), which comprises a substrate, a ceramic coating made of two ceramic layers (10, 13) wherein the coating has different thicknesses on different places on the substrate, wherein no metallic layer is present between the inner ceramic layer and the outer ceramic layer, wherein a metallic bonding layer preferably of the MCrA1X alloy is applied onto the substrate 4 and under the Thermal barrier coating and wherein a thermally grown oxide layer is formed on this metallic bounding layer or on the substrate during operation or before applying the ceramic coating, wherein the thermal barrier coating system is applied to a turbine blade (120, 130), wherein on the airfoil of the turbine blade (120, 130) the thickness of the outer ceramic layer is larger than the thickness of the underlying layer, wherein on the platform of the turbine blade (120, 130) the thickness of the two ceramic layers (10, 13) is equal, and wherein the thickness of the inner ceramic layer is the same on all areas (403, 406) of the substrate.
Kitchen, particularly cooking, appliance, comprising: - a tank, and - a lid fixed to a shaft extending longitudinally along an axis, referred to as the axis of rotation, the said lid being mobile in rotation about the said axis of rotation between a first position, referred to as the open position, in which the tank is open, and a second position, referred to as the closed position, in which the tank is closed, the kitchen appliance also comprising: - support means for supporting at least one container intended to be immersed in the tank, the said support means being fixed to the said shaft and mobile in rotation about the said axis of rotation between a first position, referred to as the raised position, in which the said at least one container is intended to be out of the tank, and a second position, referred to as the lowered position, in which the said at least one container is intended to be in the tank, wherein the said support means and the lid are mobile in rotation about the said axis of rotation independently of one another; said kitchen appliance being characterised in that the kitchen appliance comprises a proximity sensor designed to detect the fixing of the said support means to the said shaft, the said proximity sensor being inductive, capacitive or optical. - a tank, and - a lid fixed to a shaft extending longitudinally along an axis, referred to as the axis of rotation, the said lid being mobile in rotation about the said axis of rotation between a first position, referred to as the open position, in which the tank is open, and a second position, referred to as the closed position, in which the tank is closed, - support means for supporting at least one container intended to be immersed in the tank, the said support means being fixed to the said shaft and mobile in rotation about the said axis of rotation between a first position, referred to as the raised position, in which the said at least one container is intended to be out of the tank, and a second position, referred to as the lowered position, in which the said at least one container is intended to be in the tank, wherein the said support means and the lid are mobile in rotation about the said axis of rotation independently of one another; said kitchen appliance being characterised in that the kitchen appliance comprises a proximity sensor designed to detect the fixing of the said support means to the said shaft, the said proximity sensor being inductive, capacitive or optical.
A pedal mechanism comprising a pedal, a bracket for holding the pedal, and a sensor for sensing the position of the pedal, characterized in that - the bracket comprises a first U-profile with a base width of W1, and a second U-profile with a base width of W2, where W2 is greater than W1, - the first U-profile and the second U-profile are integral with each other and are made from a single piece of a sheet material, and - the sensor is attached to the first U-profile. - the bracket comprises a first U-profile with a base width of W1, and a second U-profile with a base width of W2, where W2 is greater than W1, - the first U-profile and the second U-profile are integral with each other and are made from a single piece of a sheet material, and - the sensor is attached to the first U-profile.
A thermal system for thermal energy storage, said thermal system comprising: a storage medium for said thermal energy storage, a fluid conduit for conducting fluid to be heated by said storage medium, said thermal system comprising an inlet into said fluid conduit and an outlet from said fluid conduit, such that fluid may enter into said fluid conduit through said inlet and may exit from said fluid conduit through said outlet, and said fluid conducting conduit being in thermal contact with said storage medium, an insulator for decreasing thermal loss to the surrounding environment, said insulator at least partially surrounding said storage medium, a first and a second electrode for inducing an electric current in said storage medium, said storage medium being arranged between said first and second electrode, characterized in that said storage medium comprises a thermal filler and an ionic compound. a storage medium for said thermal energy storage, a fluid conduit for conducting fluid to be heated by said storage medium, said thermal system comprising an inlet into said fluid conduit and an outlet from said fluid conduit, such that fluid may enter into said fluid conduit through said inlet and may exit from said fluid conduit through said outlet, and said fluid conducting conduit being in thermal contact with said storage medium, an insulator for decreasing thermal loss to the surrounding environment, said insulator at least partially surrounding said storage medium, a first and a second electrode for inducing an electric current in said storage medium, said storage medium being arranged between said first and second electrode, characterized in that said storage medium comprises a thermal filler and an ionic compound.
An apparatus for correcting a deviation between a plurality of transmission channels, wherein the plurality of transmission channels comprise a first transmission channel and a second transmission channel, wherein the apparatus comprises: a phase offset unit, configured to set a phase offset between the first transmission channel and the second transmission channel, such that a phase deviation between the first transmission channel and the second transmission channel deviates from zero; a power detection unit, configured to detect signal powers of the first transmission channel and the second transmission channel under the phase offset, wherein the detected signal powers comprise one or more signal power sets, and each signal power set comprises a first signal power detected on the first transmission channel, a second signal power detected on the second transmission channel, and a third signal power detected on the first transmission channel and the second transmission channel; a processing unit, configured to determine, based on the detected signal powers, a deviation correction value between the first transmission channel and the second transmission channel, wherein the deviation correction value comprises a phase correction value; and a phase correction unit, configured to set the phase correction value between the first transmission channel and the second transmission channel. a phase offset unit, configured to set a phase offset between the first transmission channel and the second transmission channel, such that a phase deviation between the first transmission channel and the second transmission channel deviates from zero; a power detection unit, configured to detect signal powers of the first transmission channel and the second transmission channel under the phase offset, wherein the detected signal powers comprise one or more signal power sets, and each signal power set comprises a first signal power detected on the first transmission channel, a second signal power detected on the second transmission channel, and a third signal power detected on the first transmission channel and the second transmission channel; a processing unit, configured to determine, based on the detected signal powers, a deviation correction value between the first transmission channel and the second transmission channel, wherein the deviation correction value comprises a phase correction value; and a phase correction unit, configured to set the phase correction value between the first transmission channel and the second transmission channel.
Submarine with a reformer, the reformer having a reformer housing, the reformer having at least one first cooler for cooling the air in the reformer housing, the at least one first cooler being arranged in the interior of the reformer housing, the reformer having at least one first fan, the at least one first fan being designed to pass the air through the at least one first cooler, the reformer having at least one first sensor for a first gas, characterized in that the at least one first sensor is arranged at the gas outlet of the at least one first fan or of the at least one first cooler, the reformer having at least one second sensor for a second gas, the at least one second sensor being arranged at the gas outlet of the at least one first fan or of the at least one first cooler, in that the at least one first sensor is arranged at the gas outlet of the at least one first fan or of the at least one first cooler, the reformer having at least one second sensor for a second gas, the at least one second sensor being arranged at the gas outlet of the at least one first fan or of the at least one first cooler, the submarine having an evaluation unit, the evaluation unit having information about the sensitivity of the first sensor for the second gas and information about the sensitivity of the second sensor for the first gas.
A photo-converting part of an electromagnetic radiation converter, said part comprising a sequence of layers (1-1,1-2,.....,1-p;2-1,2-2,....,2-n) forming homogeneous junctions (3-1,3-3,.....,3-k) with each other, wherein said sequence comprises more than one different-type junctions (3-1,3-3,....,3-k) wherein the photo-converting part comprises a sequence (c-1,c-2,c-3,c-4,....,c-k) of layers (1-1,1-2,....,1-p; 2-1,2-2,....,2-n) having a respective layer thickness (H 1,H 2,H 3,H 4,....H k), the thickness of each of the layers (H 1,H 2,H 3,H 4,....H k) is commensurate with a characteristic diffusion length (L p1,L p2, Lp3,L n4,....,L pk) of the minority charge carriers in this layer, characterised in that the layers (1-1,1-2,....,1-p; 2-1,2-2,....,2-n) of a single conductivity type are switched into a parallel circuitry by means of a buried connection element (2,13) of the same conductivity type.
A blower comprising: a housing including a handle operably coupled thereto; a motor; a blower tube defining a tube axis; a fan assembly operably coupled to the motor to force air through the blower tube responsive to operation of the motor; an inlet portion at the rear of the blower and rearward of the motor, the inlet portion includes an inlet assembly that provides a path for air to the fan assembly, the inlet assembly comprising an inlet aperture formed as an opening into the housing, characterized in that the inlet assembly further comprises an inlet mesh disposed within the housing, spaced apart from the inlet aperture. a housing including a handle operably coupled thereto; a motor; a blower tube defining a tube axis; a fan assembly operably coupled to the motor to force air through the blower tube responsive to operation of the motor; an inlet portion at the rear of the blower and rearward of the motor, the inlet portion includes an inlet assembly that provides a path for air to the fan assembly, the inlet assembly comprising an inlet aperture formed as an opening into the housing, characterized in that the inlet assembly further comprises an inlet mesh disposed within the housing, spaced apart from the inlet aperture.
A staple cartridge detachably arranged in a body of a stapler, comprising: a cartridge body; and a guide member (92, 94) for guiding staples, characterized in that the cartridge body includes an accommodating portion for directly accommodating a staple belt in which a plurality of rod-shaped staples are connected to each other and rolled into a roller-shape, and a leading portion for sending the staples in a driving direction, the guide member (92, 94) includes a staple guide for guiding the staples at a time of forming leg portions of the staples, and a pusher for guiding the staples after forming the leg portions, and the guide member (92, 94) is engaged with the cartridge body, and the staples are disposed on the guide member (92, 94) so that the staples in the leading portion, in which the leg portions of the staples have not been formed yet, serve as a stopper for preventing the guide member (92, 94) from coming out. a cartridge body; and a guide member (92, 94) for guiding staples, characterized in that the cartridge body includes an accommodating portion for directly accommodating a staple belt in which a plurality of rod-shaped staples are connected to each other and rolled into a roller-shape, and a leading portion for sending the staples in a driving direction, the guide member (92, 94) includes a staple guide for guiding the staples at a time of forming leg portions of the staples, and a pusher for guiding the staples after forming the leg portions, and the guide member (92, 94) is engaged with the cartridge body, and the staples are disposed on the guide member (92, 94) so that the staples in the leading portion, in which the leg portions of the staples have not been formed yet, serve as a stopper for preventing the guide member (92, 94) from coming out.