mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic control valve device for controlling a double-acting hydraulic cylinder having a control valve which throttles in intermediate positions and is connected to a delivery line of a pump, a container line which is led to a container, and consumer lines (8a, 8b) which are led to the hydraulic cylinder, the control valve being actuated by in each case one hydraulic actuating pressure (p A; p B) in the direction of a control position (2b; 2d), in which one consumer line (8a; 8b) forms an inlet side which is connected to the delivery line and the further consumer line (8b; 8a) forms an outlet side which is connected to the container, and in each case one leakproof load-lowering brake valve (15a, 15b) for shutting off the hydraulic cylinder without leakage oil being arranged in the consumer lines (8a, 8b), which load-lowering brake valve (15a, 15b) has a leakage-proof shut position (17a, 17b) and a throughflow position (18a, 18b), it being possible for the leakproof load-lowering brake valve (15b; 15a) which is arranged in the outlet side to be actuated in the direction of the throughflow position (18b; 18a) by the actuating pressure (p A; p B) of the control valve, characterized in that, in the case of a negative load which acts on the hydraulic cylinder, the actuating pressure (p A; p B) which loads the load-lowering brake valve (15b; 15a) into the throughflow position can be influenced in a manner which is dependent on the inlet pressure which prevails in the inlet side of the hydraulic cylinder, a pilot control line (20a; 20b) of the load-lowering brake valve (15a; 15b), which pilot control line (20a; 20b) conducts the actuating pressure (p A; p B), being connected to the inlet-side consumer line (8a; 8b) by means of a discharge line (22a; 22b), in which a shut-off valve (24a; 24b) is arranged, the shut-off valve (24a; 24b) in the discharge line (22a; 22b) opening if the inlet-side pressure in the inlet-side consumer line (8a; 8b) drops below the actuating pressure (p A; p B), and a pressure dissipation taking place of the actuating pressure which prevails in the pilot control line (20a; 20b) and opens the outlet-side load-lowering brake valve (15a; 15b) into the throughflow position (18a; 18b) in a controlled manner.
A nickel base alloy, consisting of (in % by mass) Si 1.5 - 3.0 % Al 1.5 - 3.0 % Cr > 0.1 - 3.0 %, wherein 4.0 ≤< Al + Si + Cr ≤< 8.0 is satisfied by the contents of Si, Al and Cr in %, Fe 0.005 to 0.20 %, Y 0.012 - 0.20 %, < 0.001 to 0.20 % of one or more of the elements Hf, Zr, La, Ce, Ti, wherein 0.02 ≤< Y+ 0.5*Hf + Zr +1.8*Ti+ 0.6*(La + Ce) < 0.30 is satisfied by the contents of Y, Hf, Zr, La, Ce, Ti in %. C 0.001 - 0.10 % N 0.0005 - 0.10 % Mn 0.001 - 0.20 % Mg 0.0001 - 0.08 % O 0.0001 - 0.010 % S max. 0.0150 % Cu max. 0.80 % optionally Ca 0.001 to 0.06 % Co max. 0.50 % W max. 0.20 % Mo max. 0.20 % Nb max. 0.20 % V max. 0.20 % Ta max. 0.20 % Pb max. 0.005 % Zn max. 0.005 % Sn max. 0.005 % Bi max. 0.005 % P max. 0.50 % B max. 0.020 % Ni rest and the usual production-related impurities.
A method comprising: providing an apparatus having exclusive access to each of one or more central processing units (CPUs) of a computing system and exclusive access to host resources (16, 18) of the computing system; controlling, by the apparatus, execution of a virtual machine in the computing system based on the apparatus selectively denying access to any one of the CPUs according to prescribed policies for the virtual machine, the prescribed policies maintained exclusively by the apparatus. providing an apparatus having exclusive access to each of one or more central processing units (CPUs) of a computing system and exclusive access to host resources (16, 18) of the computing system; controlling, by the apparatus, execution of a virtual machine in the computing system based on the apparatus selectively denying access to any one of the CPUs according to prescribed policies for the virtual machine, the prescribed policies maintained exclusively by the apparatus.
An electronic apparatus comprising: a communicator comprising communication circuitry configured to communicate with a voice recognition server; and a processor configured to: control the communicator to establish a session with the voice recognition server, based on a first voice input start signal received from a first external apparatus, receive a second voice input start signal from a second external apparatus in a state where the session is established, maintain the established session based on a user of the first external apparatus and a user of the second external apparatus being a same user, and process voice recognition on audio data received from the second external apparatus using the maintained session. a communicator comprising communication circuitry configured to communicate with a voice recognition server; and a processor configured to: control the communicator to establish a session with the voice recognition server, based on a first voice input start signal received from a first external apparatus, receive a second voice input start signal from a second external apparatus in a state where the session is established, maintain the established session based on a user of the first external apparatus and a user of the second external apparatus being a same user, and process voice recognition on audio data received from the second external apparatus using the maintained session. control the communicator to establish a session with the voice recognition server, based on a first voice input start signal received from a first external apparatus, receive a second voice input start signal from a second external apparatus in a state where the session is established, maintain the established session based on a user of the first external apparatus and a user of the second external apparatus being a same user, and process voice recognition on audio data received from the second external apparatus using the maintained session.
Mulching apparatus for processing plant stubble in a field, in particular for attaching to a harvesting header, comprising a mount, which is connected to a shaft and can be set in rotary motion by the shaft, two tools, which are attached to the mount diametrically opposite one another and are mounted on the mount so as to swing freely by means of pendulum bearings having pendulum pins running parallel to the axis of rotation of the shaft, and also means for limiting the pendulum angle, which arises as a result of the centrifugal force when the shaft is rotating, of the tools in the direction of rotation of the shaft to a maximum angle, said means being configured to limit the maximum angle, which is assumed due to the centrifugal force when the shaft is rotating, of the tools into a trailing position in relation to an exactly radial alignment of the tools, wherein the means for limiting the pendulum angle of the tools comprise regions of the tools that interact when the shaft is rotating, wherein the tools comprise a distal part, which extends outwards from the pendulum bearing in the position assumed by the tools when the shaft is rotating, and a proximal part, which extends inwards from the pendulum bearing in the position assumed by the tools when the shaft is rotating, and wherein the interacting regions are provided on the proximal parts (70, 72), characterized in that the interacting regions comprise a hook, which interacts with the proximal part of the respective other tool, and in that the hook in each case bears against a surface of the other tool, said surface being located between the inner end of the proximal part and the pendulum bearing.
Speed-change gearbox for a motor vehicle, having a first sub-gearbox and a second sub-gearbox, the sub-gearbox input shafts (22, 23, 53, 54, 55) of which are connected to clutches (K1, K2, K3) capable of performing shifts under load, and which terminate at a common drive output shaft (24, 57), and having shiftable gearwheel sets, which are assigned to gear shifting for the first sub-gearbox and the second sub-gearbox respectively, wherein each of the gearwheel sets, during gear shifting by means of shifting elements, can be operationally connected to the particular sub-gearbox input shaft (22, 23, 53, 54, 55) and to the common drive output shaft (24, 57) and, during shifting under load, by shifting one of the clutches (K1, K2, K3) capable of performing shifts under load, one of the sub-gearboxes (A, B) can be activated, while the other sub-gearbox is deactivated, wherein an additional intermediate gearwheel set (Z4, Z3) is provided for shifting a gear, in particular a second gear or a third gear, which is assigned in a first operating position to the first sub-gearbox and in a second operating position to the second sub-gearbox, such that the gear of the intermediate gearwheel set (Z4, Z3) can be shifted either with an activated first sub-gearbox or with an activated second sub-gearbox, and wherein each of the gearwheel sets is composed of loose and fixed gearwheels, which are arranged in a wheel plane perpendicular to the gear shafts and can be operationally connected to the sub-gearbox input shafts (22, 23, 53, 54, 55) and the common drive output shaft (24, 57) by means of shifting elements, characterised in that the gearwheel sets can be connected to the output shaft (24, 57) by means of hollow shafts (29, 35, 61, 66), which are arranged on the output shaft (24, 57).
A method of detecting race conditions in a service based communication architecture network comprising a message broker, MB, function (210; 500) mediating messages, relating to service procedures, between one or more services (201; 202) available to a User Equipment, UE, communicating within said service based communication architecture network, said method comprising the steps of: - receiving, by said MB (210; 500), from said services (201; 202), a message relating to at least one of start and end of a service procedure; - determining, by said MB (210; 500), based on said at least one of start and end of said service procedure indicated by said message, that said service procedure causes a race condition, and - intervening, by said MB (210; 500), upon detection of said race condition, in executing said service procedures. - receiving, by said MB (210; 500), from said services (201; 202), a message relating to at least one of start and end of a service procedure; - determining, by said MB (210; 500), based on said at least one of start and end of said service procedure indicated by said message, that said service procedure causes a race condition, and - intervening, by said MB (210; 500), upon detection of said race condition, in executing said service procedures.
A method of monitoring the operating state of a set of circuit breakers (D i, D1-D8), each circuit breaker comprising a protective coil and having a wall through which a magnetic field (Bx i, By i, Bz i) emitted by the coil passes, the method comprising the steps of: - arranging on the wall of each circuit breaker a synchronous triaxial digital magnetometer (M i) on a semiconductor chip, each magnetometer comprising magnetic field measuring means and an internal temperature sensor, and a data output for providing magnetic field and temperature measurements, the method characterized in that it comprises the steps of: - cyclically and synchronously reading, at successive times (T j), the temperatures (TM i,j) provided by the magnetometers, - from the temperatures (TM i,j) measured by the magnetometers and a value of the ambient temperature (ETA j), determining, for each circuit breaker, whether an internal heating temperature (IHT i,j) of the circuit breaker reaches a first temperature threshold which may be representative of an anomaly in the operating state of the circuit breaker, and - emitting an alarm of a first type when the internal heating temperature (IHT i,j) of at least one circuit breaker reaches the first temperature threshold. - arranging on the wall of each circuit breaker a synchronous triaxial digital magnetometer (M i) on a semiconductor chip, each magnetometer comprising magnetic field measuring means and an internal temperature sensor, and a data output for providing magnetic field and temperature measurements, - cyclically and synchronously reading, at successive times (T j), the temperatures (TM i,j) provided by the magnetometers, - from the temperatures (TM i,j) measured by the magnetometers and a value of the ambient temperature (ETA j), determining, for each circuit breaker, whether an internal heating temperature (IHT i,j) of the circuit breaker reaches a first temperature threshold which may be representative of an anomaly in the operating state of the circuit breaker, and - emitting an alarm of a first type when the internal heating temperature (IHT i,j) of at least one circuit breaker reaches the first temperature threshold.
A percutaneously implantable replacement heart valve, which valve comprises: a collapsible-expandable heart valve stent of generally tubular shape made of a shape-memory material which includes proximal and distal rings (71, 73) and at least three spaced apart posts that extend axially between said rings (71,73), and a valvular device comprising a plurality of flexible leaflets disposed interior of said stent, which leaflets open to permit blood flow in a downstream direction and close to prevent blood flow in an upstream direction therethrough, characterized in that wherein the proximal ring is formed to have an outwardly concave C-shape contour, and said stent further comprises a plurality of distal arms extending from some spaced-apart tips of the proximal ring at a distal end of the proximal ring, and a plurality of proximal arms extending from some other spaced-apart tips of the proximal ring at a proximal end of the proximal ring in an opposite direction to the plurality of distal arms, wherein the proximal ring, the proximal arms, and the distal arms wrap around leaves of a malfunctioning heart valve. a collapsible-expandable heart valve stent of generally tubular shape made of a shape-memory material which includes proximal and distal rings (71, 73) and at least three spaced apart posts that extend axially between said rings (71,73), and a valvular device comprising a plurality of flexible leaflets disposed interior of said stent, which leaflets open to permit blood flow in a downstream direction and close to prevent blood flow in an upstream direction therethrough, characterized in that wherein the proximal ring is formed to have an outwardly concave C-shape contour, and said stent further comprises a plurality of distal arms extending from some spaced-apart tips of the proximal ring at a distal end of the proximal ring, and a plurality of proximal arms extending from some other spaced-apart tips of the proximal ring at a proximal end of the proximal ring in an opposite direction to the plurality of distal arms, wherein the proximal ring, the proximal arms, and the distal arms wrap around leaves of a malfunctioning heart valve.
A cabin of an industrial vehicle, said cabin being provided with a steering assembly and a seating assembly, said seating assembly comprising a base and a seat supported in a mobile manner with respect to said base, said steering assembly comprising a column fixed to said floor, an intermediate body supported in a mobile manner with respect to said column and a hub supported rotationally free with respect to said intermediate body, said steering assembly and said seating assembly being configured to modify the position which each of them occupies, inside said cabin and their relative positions, in order to be arranged in a position selected from a plurality of predefined configurations of the inside of said cabin, said base being supported in a mobile manner with respect to the floor of said cabin via guide means configured to allow the movement of said base along an axis parallel to the longer sides of said vehicle, between a front stroke end and a rear stroke end said cabin further comprising articulation means configured to allow the rotation of said base around a vertical axis, with respect to said floor; characterized in that the cabin is defined by a floor, a roof and a plurality of lateral walls, and that the seating assembly/seat is mobile with respect to said base along a curved path between an upper stroke end and a lower stroke end, and in that said intermediate body of said steering assembly slides relative to said column. said seating assembly comprising a base and a seat supported in a mobile manner with respect to said base, said steering assembly comprising a column fixed to said floor, an intermediate body supported in a mobile manner with respect to said column and a hub supported rotationally free with respect to said intermediate body, said steering assembly and said seating assembly being configured to modify the position which each of them occupies, inside said cabin and their relative positions, in order to be arranged in a position selected from a plurality of predefined configurations of the inside of said cabin, said base being supported in a mobile manner with respect to the floor of said cabin via guide means configured to allow the movement of said base along an axis parallel to the longer sides of said vehicle, between a front stroke end and a rear stroke end said cabin further comprising articulation means configured to allow the rotation of said base around a vertical axis, with respect to said floor; characterized in that the cabin is defined by a floor, a roof and a plurality of lateral walls, and that the seating assembly/seat is mobile with respect to said base along a curved path between an upper stroke end and a lower stroke end, and in that said intermediate body of said steering assembly slides relative to said column.
An article of footwear (200, 300), comprising: an upper formed from one or more upper parts (302A, 302B), wherein at least one upper part (302A, 302B) defines an ankle-containing portion of the upper and at least one upper part (302A, 302B) defines an instep-containing portion of the upper; and a closure system engaged with the upper, wherein the closure system includes: (a) a track that extends from a first end located at a first side of the ankle-containing portion to a second end located at the instep-containing portion, wherein the track extends around a rear ankle area of the ankle-containing portion, along a second side of the ankle-containing portion, to the instep-containing portion of the upper, and wherein the second end of the track is located at a first side of the instep-containing portion of the upper and the track extends across a central longitudinal axis of the upper at a forefoot portion of the upper, and (b) a slider engaged with the track, wherein the slider is movable along the track to change the closure system between an open condition and a closed condition. an upper formed from one or more upper parts (302A, 302B), wherein at least one upper part (302A, 302B) defines an ankle-containing portion of the upper and at least one upper part (302A, 302B) defines an instep-containing portion of the upper; and a closure system engaged with the upper, wherein the closure system includes: (a) a track that extends from a first end located at a first side of the ankle-containing portion to a second end located at the instep-containing portion, wherein the track extends around a rear ankle area of the ankle-containing portion, along a second side of the ankle-containing portion, to the instep-containing portion of the upper, and wherein the second end of the track is located at a first side of the instep-containing portion of the upper and the track extends across a central longitudinal axis of the upper at a forefoot portion of the upper, and (b) a slider engaged with the track, wherein the slider is movable along the track to change the closure system between an open condition and a closed condition. (a) a track that extends from a first end located at a first side of the ankle-containing portion to a second end located at the instep-containing portion, wherein the track extends around a rear ankle area of the ankle-containing portion, along a second side of the ankle-containing portion, to the instep-containing portion of the upper, and wherein the second end of the track is located at a first side of the instep-containing portion of the upper and the track extends across a central longitudinal axis of the upper at a forefoot portion of the upper, and (b) a slider engaged with the track, wherein the slider is movable along the track to change the closure system between an open condition and a closed condition.
A plant control system comprising: a controller configured to control a plant by using process data, the controller transmitting the process data to a field device and receiving the process data from the field device, the controller obtaining field information indicating a state of the field device from the field device, the field device being installed in the plant, and the field device performing at least one of a measurement and a manipulation which are necessary for the control of the plant; and a manager configured to manage a state of the plant by collecting the field information from the field device, wherein the controller comprises a first data processor configured to create, by using the process data and the field information, first normality information indicating a quality-normality of products produced by controlling the plant, characterized in that the controller further comprises: a drift detector configured to detect a drift of the process data by using the process data and the field information; and a first predictor configured to predict a change of the first normality information when the drift detector detects the drift of the process data. a controller configured to control a plant by using process data, the controller transmitting the process data to a field device and receiving the process data from the field device, the controller obtaining field information indicating a state of the field device from the field device, the field device being installed in the plant, and the field device performing at least one of a measurement and a manipulation which are necessary for the control of the plant; and a manager configured to manage a state of the plant by collecting the field information from the field device, wherein the controller comprises a first data processor configured to create, by using the process data and the field information, first normality information indicating a quality-normality of products produced by controlling the plant, characterized in that the controller further comprises: a drift detector configured to detect a drift of the process data by using the process data and the field information; and a first predictor configured to predict a change of the first normality information when the drift detector detects the drift of the process data. a drift detector configured to detect a drift of the process data by using the process data and the field information; and a first predictor configured to predict a change of the first normality information when the drift detector detects the drift of the process data.
A two-wheel automatic balance reset mechanism, comprising a frame, wherein a main vertical tube is fixedly arranged at the front end of the frame, a handlebar rod is rotationally arranged in the main vertical tube, and front wheel supports are symmetrically arranged on two sides of the main vertical tube; and a balance bar is hinged between the frame and each front wheel support, the balance bar comprises a piston cylinder and a piston rod, the piston rod is movably arranged in a piston chamber of the piston cylinder, characterized in that two ends of the piston chamber are mutually interconnected to form a first channel, a main control valve is arranged on the first channel and divides the first channel into a medium intake end and a backflow end, a medium tank is arranged at the backflow end, a pump is arranged at the medium intake end, and the pump is interconnected with the medium tank.