mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic control device for an emergency stop valve of a steam turbine, wherein the hydraulic control device has an operating medium supply and/or conducting system and a module for the reduction of a hydraulic pressure by rapid opening of an outflow valve and/or unloading or loading an actuator for actuating the emergency stop valve, wherein in the operating medium supply and/or conducting system a control valve arrangement with at least three safety valves is provided, which are hydraulically interconnected in such a manner that these open the outflow valve or unload or load the actuator only when a safety circuit by way of at least two safety valves of the control valve arrangement has assumed an emergency stop position, characterized in that a precontrol valve (1.4) that is independent from the remaining safety valves (1.5) is hydraulically connected upstream of each safety valve (1.5) by arrangement upstream when viewed in the flow direction from a pressure source to a pressure trough in such a manner that a safety valve (1.5) that is connected downstream of a respective precontrol valve (1.4) can be hydraulically decoupled from the same during the operation, wherein the individual precontrol valves are connected in parallel.
A clothing dryer comprising: a body; a drum rotatably installed in the body for accommodating clothing to be dried; a first condensate container that is mounted below the drum to collect condensated water generated when a drying operation is performed; and a second condensate container for draining the condensate collected in the first condensate container; and a first drainage pipe through which the condensate is moved from the first condensate container to the second condensate container; and characterized by: a third drainage pipe through which the condensate is moved from the first condensate container to outside the body, wherein the first condensate container comprises a first drainage hole to which the first drainage pipe or the third drainage pipe is connectable, and to which the condensate moves, and wherein the first condensate container is accessible from outside the body to allow a user to change which one of the first and third drainage pipes is connected to the first drainage hole. a body; a drum rotatably installed in the body for accommodating clothing to be dried; a first condensate container that is mounted below the drum to collect condensated water generated when a drying operation is performed; and a second condensate container for draining the condensate collected in the first condensate container; and a first drainage pipe through which the condensate is moved from the first condensate container to the second condensate container; and characterized by: a third drainage pipe through which the condensate is moved from the first condensate container to outside the body, wherein the first condensate container comprises a first drainage hole to which the first drainage pipe or the third drainage pipe is connectable, and to which the condensate moves, and wherein the first condensate container is accessible from outside the body to allow a user to change which one of the first and third drainage pipes is connected to the first drainage hole. a third drainage pipe through which the condensate is moved from the first condensate container to outside the body, wherein the first condensate container comprises a first drainage hole to which the first drainage pipe or the third drainage pipe is connectable, and to which the condensate moves, and wherein the first condensate container is accessible from outside the body to allow a user to change which one of the first and third drainage pipes is connected to the first drainage hole.
A heater panel comprising: a core; a heater/dielectric layer including a positive thermal coefficient heater layer between a pair of dielectric layers, wherein the heater/dielectric layer is bonded to the core in a stack; and an impact layer bonded to the stack, wherein the impact layer includes a first sub-layer for impact absorption that is bonded to the stack and a second sub-layer for cut resistance bonded to the first sub-layer, wherein the second sub-layer has a higher material hardness than that of the first-sub layer wherein the second sub-layer of the impact layer includes at least one of a thermoplastic, glass, and/or ballistic fibers. a core; a heater/dielectric layer including a positive thermal coefficient heater layer between a pair of dielectric layers, wherein the heater/dielectric layer is bonded to the core in a stack; and an impact layer bonded to the stack, wherein the impact layer includes a first sub-layer for impact absorption that is bonded to the stack and a second sub-layer for cut resistance bonded to the first sub-layer, wherein the second sub-layer has a higher material hardness than that of the first-sub layer wherein the second sub-layer of the impact layer includes at least one of a thermoplastic, glass, and/or ballistic fibers.
A method for monitoring a recumbent patient to obtain information on a body position of the patient, comprising the steps of: a) emitting electromagnetic waves by a sender arranged in a distance from the patient; b) receiving electromagnetic waves reflected by the patient by a receiver (12, 13, 14) arranged in a distance from the patient; c) determining, by a first processor, a movement activity level from an amplitude and/or phase of the received electromagnetic waves; d) classifying, by a classifier, the activity level into at least one high activity level class and into at least one low activity level class, wherein the high activity level class relates to gross motor movements such as movements of the limbs and movements that are related to a repositioning of the patient's body and the low activity level class relates to micro-movements relating to breathing, heartbeat and digestion; e) analyzing, by a second processor, the amplitude and/or phase of the received electromagnetic waves relating to an activity level classified in the at least one low activity level class to obtain the information on the body position of the patient; characterised in that the classified activity levels are assigned to consecutive time intervals; and for obtaining the information on the body position of the patient by the second processor, a signature of a temporal progression of values obtained from the amplitude and/or phase of the received electromagnetic waves relating to the activity level classified in the at least one low activity level class is obtained and the obtained signature is compared to stored signatures obtained for past time intervals. a) emitting electromagnetic waves by a sender arranged in a distance from the patient; b) receiving electromagnetic waves reflected by the patient by a receiver (12, 13, 14) arranged in a distance from the patient; c) determining, by a first processor, a movement activity level from an amplitude and/or phase of the received electromagnetic waves; d) classifying, by a classifier, the activity level into at least one high activity level class and into at least one low activity level class, wherein the high activity level class relates to gross motor movements such as movements of the limbs and movements that are related to a repositioning of the patient's body and the low activity level class relates to micro-movements relating to breathing, heartbeat and digestion; e) analyzing, by a second processor, the amplitude and/or phase of the received electromagnetic waves relating to an activity level classified in the at least one low activity level class to obtain the information on the body position of the patient; the classified activity levels are assigned to consecutive time intervals; and for obtaining the information on the body position of the patient by the second processor, a signature of a temporal progression of values obtained from the amplitude and/or phase of the received electromagnetic waves relating to the activity level classified in the at least one low activity level class is obtained and the obtained signature is compared to stored signatures obtained for past time intervals.
An improved track shoe assembly for a continuous track vehicle (1, 1'), the track shoe assembly comprising a pin and a shoe assembly, 5 the shoe assembly comprising an elastomeric tube through which the pin extends, characterized in that the elastomeric tube is rotatable with respect to one of the pin and the shoe assembly and is fixed with respect to the other of the pin and the shoe assembly.
An integrated circuit comprising: a central processing unit coupled to a system bus; a network interface configured to interface with an external device; and a crypto neuromorphic core coupled to the system bus, the crypto neuromorphic core comprising a processor, an internal bus, and a non-transitory computer-readable memory, wherein the crypto neuromorphic core is configured to: store a private key in the non-transitory computer-readable memory accessible to the crypto neuromorphic core but not accessible to the central processing unit and the network interface; add first data to a blockchain using the private key via the network interface; and read second data from the blockchain via the network interface. a central processing unit coupled to a system bus; a network interface configured to interface with an external device; and a crypto neuromorphic core coupled to the system bus, the crypto neuromorphic core comprising a processor, an internal bus, and a non-transitory computer-readable memory, wherein the crypto neuromorphic core is configured to: store a private key in the non-transitory computer-readable memory accessible to the crypto neuromorphic core but not accessible to the central processing unit and the network interface; add first data to a blockchain using the private key via the network interface; and read second data from the blockchain via the network interface. store a private key in the non-transitory computer-readable memory accessible to the crypto neuromorphic core but not accessible to the central processing unit and the network interface; add first data to a blockchain using the private key via the network interface; and read second data from the blockchain via the network interface.
Transport elements (410; 510; 610N, 610V; 710N, 710V; 810N, 810V) for transporting containers in a container treatment facility having a transport track with at least one long stator (450; 1050B; 1150-1B; 1150-2B) of a linear motor, wherein the transport elements are disposed movably on the transport track and are configured such that they can be guided along the transport track through magnetic interaction with the at least one long stator (450; 1050B; 1150-1B, 1150-2B), wherein the front and back sides (410F, 410R) of the transport elements are shaped in such a way that the transport elements can be driven into one another at least in pairs (410N, 410V; 510N, 510V; 610N, 610V; 710N, 710V; 810N, 810V) to the extent that there will be a minimum attainable transport spacing which is smaller than the longitudinal extension of the transport elements, wherein the transport elements each have rollers (480-1 - 480-4; 580-1 - 580-4; 680-1 - 680-3; 780-1 - 780-4; 880-1 - 880-4) which are spaced apart from one another in the longitudinal direction and by means of which they are mounted movably on the transport track, characterized in that the minimum attainable transport spacing is smaller than the maximum distance of the rollers in the longitudinal direction. wherein the transport elements are disposed movably on the transport track and are configured such that they can be guided along the transport track through magnetic interaction with the at least one long stator (450; 1050B; 1150-1B, 1150-2B), wherein the front and back sides (410F, 410R) of the transport elements are shaped in such a way that the transport elements can be driven into one another at least in pairs (410N, 410V; 510N, 510V; 610N, 610V; 710N, 710V; 810N, 810V) to the extent that there will be a minimum attainable transport spacing which is smaller than the longitudinal extension of the transport elements, wherein the transport elements each have rollers (480-1 - 480-4; 580-1 - 580-4; 680-1 - 680-3; 780-1 - 780-4; 880-1 - 880-4) which are spaced apart from one another in the longitudinal direction and by means of which they are mounted movably on the transport track, characterized in that the minimum attainable transport spacing is smaller than the maximum distance of the rollers in the longitudinal direction.
System with a feed wagon and with a busbar system for supplying power to the feed wagon along a travel path, the feed wagon comprising at least two current collector slides for tapping the current from the busbar system, the busbar system being additionally designed as a steering rail system, and a predetermined movement path for steering the feed wagon being adapted to be tapped at least in sub-sections via the current collector slide, characterized in that the busbar system comprises a switch for selectively guiding the current collector slide from a first busbar to one of two continuing busbars (40b, 40c), that the switch is designed without conductor paths and the feed wagon comprises the at least two current collector slides for uninterrupted power supply, that the two current collector slides (20a, 20b) have a distance from each other greater than the switch along its guide paths for the current collector slides (20a, 20b) and that the switch for guiding the current collector slide comprises two fixed and diverging external guides (51, 52) with an interposed tongue element which can be adjusted in such a way that it bears internally against either one or the other external guide (51, 52) and thereby forms the respectively opposite internal guide of the continuing path (R 1, R 2).
A gas turbine engine (20; 350; 380) comprising, at least in a first mode of operation: a core engine having, along a core flowpath: at least one compressor section; a combustor; and at least one turbine section (36, 38); a fan upstream of the core flowpath and positioned to drive air downstream along the core flowpath and a bypass flowpath; and an auxiliary turbine engine comprising: an axial compressor; and a fan having fan blades, characterised in that: a continuation of the bypass flowpath extendis sequentially downstream through the axial compressor and radially outward through passageways in the blades of the fan of the auxiliary turbine engine; a continuation of the core flowpath passes axially through the fan of the auxiliary turbine engine; and the auxiliary turbine engine further comprises: a combustor downstream of the passageways of the blades of the fan of the auxiliary turbine engine along the continuation of the bypass flowpath; and an axial turbine downstream of the combustor along the continuation of the bypass flowpath and comprising at least one stage of blades (152, 154) rotating with the fan of the auxiliary turbine engine. a core engine having, along a core flowpath: at least one compressor section; a combustor; and at least one turbine section (36, 38); at least one compressor section; a combustor; and at least one turbine section (36, 38); a fan upstream of the core flowpath and positioned to drive air downstream along the core flowpath and a bypass flowpath; and an auxiliary turbine engine comprising: an axial compressor; and a fan having fan blades, an axial compressor; and a fan having fan blades, a continuation of the bypass flowpath extendis sequentially downstream through the axial compressor and radially outward through passageways in the blades of the fan of the auxiliary turbine engine; a continuation of the core flowpath passes axially through the fan of the auxiliary turbine engine; and the auxiliary turbine engine further comprises: a combustor downstream of the passageways of the blades of the fan of the auxiliary turbine engine along the continuation of the bypass flowpath; and an axial turbine downstream of the combustor along the continuation of the bypass flowpath and comprising at least one stage of blades (152, 154) rotating with the fan of the auxiliary turbine engine. a combustor downstream of the passageways of the blades of the fan of the auxiliary turbine engine along the continuation of the bypass flowpath; and an axial turbine downstream of the combustor along the continuation of the bypass flowpath and comprising at least one stage of blades (152, 154) rotating with the fan of the auxiliary turbine engine.
Multibit MRAM cell comprising a magnetic tunnel junction including a sense layer having a freely orientable sense magnetization; a tunnel barrier layer between the sense layer and a storage layer; the storage layer comprising a first storage layer having a first storage magnetization, a second storage layer having a second storage magnetization and storage coupling layer between the first and second storage layer (231, 232); the first storage magnetization being pinned by an antiferromagnetic layer at a low threshold temperature (T L) of the magnetic tunnel junction and unpinned at a high threshold temperature (T H) of the magnetic tunnel junction; characterized in that, during a write operation the sense magnetization being arranged for inducing a dipolar field having a magnitude above a spin-flop field (H SF) of the storage layer capable of aligning the second storage magnetization when the magnetic tunnel junction is at the high threshold temperature (T H) such that each of the first and second storage magnetization (234, 235) is oriented with a spin-flop angle θ SF to the direction of the dipolar field; MRAM cell further comprising aligning means for aligning the sense magnetization in a plurality of distinct orientations in the range of 0° to 360°, wherein the first and second storage magnetization (234, 235) move to maintain their orientation of spin-flop angle θ SF to the direction of the dipolar field, during said aligning, such that the first and second storage magnetization (234,235) can be aligned in said plurality of distinct orientations in the dipolar field, in accordance with the direction of the sense magnetization, when the magnetic tunnel junction is at the high threshold temperature (T H).
Device to close an outlet mouth of a fluid dispenser, in particular a fluid dispensing head for fluids such as paints; said device comprising: - a support structure; - a rotary portion, mounted so as to rotate on said support structure around a rotation axis (X-X) between a angularly moved away condition and a angularly moved close condition relative to said outlet mouth; the device being characterized in that it further comprises: - a shutter portion, which pivots relative to said rotary portion around a pivoting axis (Y-Y) lying on a plane that is transverse relative to said rotation axis (X-X); and - an actuating apparatus, for moving said rotary portion between said moved away condition and said moved close condition; said shutter portion being suited to pivot around said pivoting axis (Y-Y) from an opening position, in which said shutter portion is spaced apart from said outlet mouth, thus freeing it, to a closed position, in which said shutter portion lies against said outlet mouth, thus obstructing it, when said rotary portion shifts from said moved away condition to said moved close condition. - a support structure; - a rotary portion, mounted so as to rotate on said support structure around a rotation axis (X-X) between a angularly moved away condition and a angularly moved close condition relative to said outlet mouth; - a shutter portion, which pivots relative to said rotary portion around a pivoting axis (Y-Y) lying on a plane that is transverse relative to said rotation axis (X-X); and - an actuating apparatus, for moving said rotary portion between said moved away condition and said moved close condition;
A communication system comprising a base station and a mobile station: wherein M unit resources, M being an integer equal to or greater than two, in a first control channel through which the base station transmits first control information to the mobile station are defined as a basic resource, the basic resource being a unit for associating the first control information with a resource in a second control channel through which the mobile station transmits second control information to the base station, and wherein information on an association relationship between the first control information and an index of the resource in the second control channel is shared between the base station and the mobile station in advance, the information on the association relationship being obtained based on an index of the unit resource to which the first control information has been allocated and the number of M unit resources constituting the basic resource; wherein the base station comprises: a resource allocator that is configured to associate the first control information to be transmitted to the mobile station to the unit resource in the first control channel for each basic resource unit, and a first control information transmitter that is configured to transmit the allocated first control information to the mobile station; and wherein the mobile station comprises: a second control information transceiver that is configured to receive the first control information, to obtain an index of the resource in the second control channel associated with the first control information from the information on the association relationship shared in advance, and the index of the unit resource to which the received first control information has been allocated, and to transmit said second control information using the resource with the obtained index in the second control channel. a resource allocator that is configured to associate the first control information to be transmitted to the mobile station to the unit resource in the first control channel for each basic resource unit, and a first control information transmitter that is configured to transmit the allocated first control information to the mobile station; and
An orthopaedic surgical system for determining a joint force of a patient's joint, the orthopaedic surgical system comprising: a sensor module comprising a tibial paddle shaped to be positioned between a proximal end of a patient's tibia and a distal end of a patient's femur, an elongated handle secured to the tibial paddle, and a sensor array positioned in the tibial paddle and configured to generate sensor signals indicative of a joint force between the patient's tibia and femur, and a surgical instrument (504, 505, 506) which can be attached to and detached from the tibial paddle of the sensor module, characterised in that the tibial paddle includes an inner sidewall defining a centrally-located aperture, and the surgical instrument includes a plurality of lower retainer clips receivable in the centrally-located aperture to attach the surgical instrument to the tibial paddle. a sensor module comprising a tibial paddle shaped to be positioned between a proximal end of a patient's tibia and a distal end of a patient's femur, an elongated handle secured to the tibial paddle, and a sensor array positioned in the tibial paddle and configured to generate sensor signals indicative of a joint force between the patient's tibia and femur, and a surgical instrument (504, 505, 506) which can be attached to and detached from the tibial paddle of the sensor module, characterised in that the tibial paddle includes an inner sidewall defining a centrally-located aperture, and the surgical instrument includes a plurality of lower retainer clips receivable in the centrally-located aperture to attach the surgical instrument to the tibial paddle.