mhurhangee/ep-ind-claims huggingface dataset:
Method for checking the functionality of mobile sealing elements (7, 8) of a rolling stock ventilation device, which mobile elements (7, 8) are placed inside ventilation ducts of said ventilation device and are motorized between an open position associated with a functionality whereby said mobile elements (7, 8) are open, providing optimal air circulation in the ducts, and a closed position associated with a functionality whereby said mobile elements (7, 8) are sealed, sealing the ducts closed, which method is implemented by processing and control means carried on board the rolling stock and comprises the successive steps of: i. issuing a command to open at least one exterior-access door (4, 4') of the rolling stock, which door (4, 4') is initially closed; ii. concomitantly with the opening of the door (4, 4'), determining at least one parameter connected with said opening of the door (4, 4')l iii. once the access door (4, 4') is open, recording the determined parameter in a memory zone of the processing and control means; iv. determining the difference between the determined parameter and a reference parameter recorded in the memory zone; v. if the absolute value of the difference is greater than or equal to a determined threshold, generating a data item associated with a defective functionality of at least one mobile sealing element (7, 8). i. issuing a command to open at least one exterior-access door (4, 4') of the rolling stock, which door (4, 4') is initially closed; ii. concomitantly with the opening of the door (4, 4'), determining at least one parameter connected with said opening of the door (4, 4')l iii. once the access door (4, 4') is open, recording the determined parameter in a memory zone of the processing and control means; iv. determining the difference between the determined parameter and a reference parameter recorded in the memory zone; v. if the absolute value of the difference is greater than or equal to a determined threshold, generating a data item associated with a defective functionality of at least one mobile sealing element (7, 8).
A machine tool, especially a dental milling machine or rotary milling machine, having a spindle for receiving a tool, and a working arm for receiving a workpiece and having at least one nozzle which is attached to the spindle, especially with its exit direction substantially parallel to the rotational axis of the spindle, characterized in that a deflector is clamped into the spindle, which especially extends at least partially in front of the nozzle.
Method for operating an automation network, comprising a gateway device and a plurality of network devices (3, 4, 5), wherein the network devices (3, 4, 5) subscribe to subscription data (AD 2) by means of a respective associated subscription identifier (AK 2) and publish publication data (PD 1) on the gateway device under a respective associated publication identifier (PK 1); wherein the gateway device publishes the publication data (PK 1) as subscribed subscription data (AD 1) under a respective subscription identifier (AK 1), which corresponds to the respective publication identifier (PK 1) of the publication data (PD 1), in such a way that to all network devices (3, 4, 5) which subscribe to subscription data (AD 1) with the same subscription identifier (AK 1) as the respective publication identifier (PK 1), the subscribed subscription data (AD 1) are transmitted with the subscription identifier (AK 1); wherein the network devices (3, 4, 5) comprise: a field device unit which subscribes to, collects and/or publishes measurement data and/or control data, characterized in that the network devices (3, 4, 5) further comprise a database device which subscribes to, stores, provides and/or publishes the measurement data and/or control data of the field device unit, device data about network devices (3, 4, 5) present in the automation network, and user data about users of the network devices (3, 4, 5); wherein the transmission of data (MD, SD, BD, GD) between the network devices (3, 4, 5) takes place according to a single specified protocol, exclusively by subscribing and publishing via the gateway device.
A radial support bearing assembly (100, 200, 300, 400, 500, 600, 700) for use with a shaft, comprising: a substantially cylindrical cage, including a central portion extending between a first end portion and a second end portion, the central portion defining a plurality of roller pockets, and at least one projection extending radially inwardly from an inner surface of the cage adjacent the first end portion; a plurality of rollers, each roller being disposed in a respective roller pocket; a substantially cylindrical outer sleeve having an inner surface and an outer surface, the outer sleeve being disposed about an outer surface of the cage so that the inner surface of the outer sleeve is adjacent the plurality of rollers; and characterized in that the radial support bearing further comprises: an o-ring adapted to be axially fixed relative to the shaft, wherein the o-ring is slidably received between the at least one projection of the cage and the central portion of the cage so that the cage is axially fixed with respect to the shaft. a substantially cylindrical cage, including a central portion extending between a first end portion and a second end portion, the central portion defining a plurality of roller pockets, and at least one projection extending radially inwardly from an inner surface of the cage adjacent the first end portion; a plurality of rollers, each roller being disposed in a respective roller pocket; a substantially cylindrical outer sleeve having an inner surface and an outer surface, the outer sleeve being disposed about an outer surface of the cage so that the inner surface of the outer sleeve is adjacent the plurality of rollers; and characterized in that the radial support bearing further comprises: an o-ring adapted to be axially fixed relative to the shaft, wherein the o-ring is slidably received between the at least one projection of the cage and the central portion of the cage so that the cage is axially fixed with respect to the shaft.
A method for burning coal to reduce the amount of mercury released into the atmosphere comprising applying a mercury sorbent composition comprising a halogen compound onto the coal; adding a sulfur sorbent composition comprising aluminosilicate clay and a calcium compound onto the coal; delivering the coal with the applied sorbents into a coal burning furnace; combusting the coal containing the sorbents in the coal burning furnace to produce ash and combustion gases; measuring a mercury level in the combustion gases; and adjusting the amount of mercury sorbent composition applied to the coal based on the value of the mercury level.
System for detecting the consumption of a medium (25, 26, 27) in a washing or cleaning assembly, comprising a) at least one receptacle (22, 23, 24, 24a), which is detachably couplable to a coupling point (37, 38, 38) of the washing or cleaning assembly, wherein a medium is located in the receptacle, and wherein the receptacle has a data storage device (31, 32, 33, 33a), e.g. an RFID tag, on which an information record is entered, which contains at least one piece of information about the nature of the medium and one piece of information about the volume of the medium that is in the receptacle, b) a dispenser, with which the medium can be metered, c) a pump arrangement, with which the medium can be pumped to a target receptacle, e.g. to a washing machine or to a dishwasher, d) a control unit, with which the pump arrangement and the dispenser can be contacted, e) a reading device, e.g. an RFID reading device, with which the information record can be read, f) a counting device for determining the volume of the medium withdrawn from the receptacle, g) wherein, taking into account the withdrawn volume, a current fill level (28, 29, 30) of the receptacle can be calculated by the control unit, or information about the withdrawn volume can be further processed, h) and wherein a writing device (47, 54a, 54b, 54c, 55) is provided, by means of which the current fill level (28, 29, 30) can be written onto the data storage device (31, 32, 33) as information, or by means of which one piece of information about the withdrawn volume can be written onto the data storage device. a) at least one receptacle (22, 23, 24, 24a), which is detachably couplable to a coupling point (37, 38, 38) of the washing or cleaning assembly, wherein a medium is located in the receptacle, and wherein the receptacle has a data storage device (31, 32, 33, 33a), e.g. an RFID tag, on which an information record is entered, which contains at least one piece of information about the nature of the medium and one piece of information about the volume of the medium that is in the receptacle, b) a dispenser, with which the medium can be metered, c) a pump arrangement, with which the medium can be pumped to a target receptacle, e.g. to a washing machine or to a dishwasher, d) a control unit, with which the pump arrangement and the dispenser can be contacted, e) a reading device, e.g. an RFID reading device, with which the information record can be read, f) a counting device for determining the volume of the medium withdrawn from the receptacle, g) wherein, taking into account the withdrawn volume, a current fill level (28, 29, 30) of the receptacle can be calculated by the control unit, or information about the withdrawn volume can be further processed, h) and wherein a writing device (47, 54a, 54b, 54c, 55) is provided, by means of which the current fill level (28, 29, 30) can be written onto the data storage device (31, 32, 33) as information, or by means of which one piece of information about the withdrawn volume can be written onto the data storage device.
An acoustic panel for an aircraft nacelle comprising - at least one structure capable of trapping noise, - a solid skin without acoustic opening and - an acoustic skin in contact with said structure, said acoustic skin comprising a stack of a first series and at least one second series of two adjacent layers (105a; 105b; 105c; 105d; 115a; 115b; 115c; 115d; 125a; 125b; 125c; 135a; 135b; 135c; 155) of composite flat ribbons each directed by the longitudinal axis thereof (107; 117a; 117b; 127a; 127b) defining a direction, the longitudinal axes (107; 117a; 117b; 127a; 127b) of the ribbons of the same layer (105a; 105b; 105c; 105d; 115a; 115b; 115c; 115d; 125a; 125b; 125c; 135a; 135b; 135c; 155) being parallel to each other, said ribbons of said same layer (105a; 105b; 105c; 105d; 115a; 115b; 115c; 115d; 125a; 125b; 125c; 135a; 135b; 135c; 155) being spaced from each other so as to have acoustic openings in the acoustic skin, said second series being shifted angularly or laterally relative to the first series. - at least one structure capable of trapping noise, - a solid skin without acoustic opening and - an acoustic skin in contact with said structure,
Roving stop device for a core yarn ring-spinning machine, comprising a stop element arranged to be able to act, in an active position, on a pair of roving supply rollers to stop the supply of roving when breakage of a continuous filament (4a, 4b) occurs, and a mechanism to activate the stop element when said breakage occurs, said mechanism comprising first activating means (6a,7a,10a) for displacing said stop element towards the active position upon breakage of a first continuous filament intended to be fed to a core yarn, and second activating means (6b,7b,10b) for displacing said stop element towards the active position upon breakage of a second continuous filament intended to be fed to said same core yarn, wherein said first activating means comprise a first filament guide roller attached to a first activating lever, said first filament guide roller being susceptible of acting as a guide for the first continuous filament, and wherein said second activating means comprise a second filament guide roller attached to a second activating lever, said second filament guide roller being susceptible of acting as a guide for the second continuous filament, the activation of said stop element taking place when the tension of either one of said first or second continuous filaments (4a, 4b) on the first or second filament guide rollers (7a,7b) ceases, characterized in that it comprises means for inactivating either one of said first activating means (6a,7a,10a) or said second activating means (6b, 7b, 10b), wherein said means for inactivating either said first activating means or said second activating means comprise a holding element arranged to fasten either one of said first activating lever or said second activating lever in order to keep either one of said first or second activating levers (6a, 6b) inactive so as not to cause the displacement of the stop element.
A method of operating a wind turbine power generating apparatus including a wind turbine rotor having a wind turbine blade, the method comprising: a step of obtaining a load applied to the wind turbine blade; and a step (S104-S114) of selecting an operation mode of the wind turbine power generating apparatus on the basis of the load, from among a plurality of operation modes including a normal operation mode and at least one load-suppressing operation mode in which the load applied to the wind turbine blade is smaller than in the normal operation mode, wherein, in the step of selecting the operation mode, one of the at least one load-suppressing mode is selected if the load is at least a threshold, and wherein the threshold of the load is variable in accordance with at least one of a moment Md of the wind turbine rotor about a line in which a rotational plane and a horizontal plane of the wind turbine rotor intersect with each other, or a moment Mq of the wind turbine rotor about a yaw-rotational axis of the wind turbine power generating apparatus. a step of obtaining a load applied to the wind turbine blade; and a step (S104-S114) of selecting an operation mode of the wind turbine power generating apparatus on the basis of the load, from among a plurality of operation modes including a normal operation mode and at least one load-suppressing operation mode in which the load applied to the wind turbine blade is smaller than in the normal operation mode, wherein, in the step of selecting the operation mode, one of the at least one load-suppressing mode is selected if the load is at least a threshold, and wherein the threshold of the load is variable in accordance with at least one of a moment Md of the wind turbine rotor about a line in which a rotational plane and a horizontal plane of the wind turbine rotor intersect with each other, or a moment Mq of the wind turbine rotor about a yaw-rotational axis of the wind turbine power generating apparatus.
A load detection sensor comprising: a sensor sheet including a first insulating sheet made of resin and a second insulating sheet made of resin, the first insulating sheet and the second insulating sheet facing each other, a first electrode disposed on a face of the first insulating sheet, the face facing the second insulating sheet, and a second electrode disposed between the first insulating sheet and the second insulating sheet and paired with the first electrode; and a metal plate disposed on a face of the second insulating sheet, the face being opposite to a face facing the first insulating sheet, at least in a part overlapping the first electrode and the second electrode, characterized by an adhesive layer that is disposed between the second insulating sheet and the metal plate and bonds the second insulating sheet and the metal plate together, and in that a total thickness of a thickness of the second insulating sheet and a thickness of the adhesive layer is less than a thickness of the metal plate. a sensor sheet including a first insulating sheet made of resin and a second insulating sheet made of resin, the first insulating sheet and the second insulating sheet facing each other, a first electrode disposed on a face of the first insulating sheet, the face facing the second insulating sheet, and a second electrode disposed between the first insulating sheet and the second insulating sheet and paired with the first electrode; and a metal plate disposed on a face of the second insulating sheet, the face being opposite to a face facing the first insulating sheet, at least in a part overlapping the first electrode and the second electrode, characterized by an adhesive layer that is disposed between the second insulating sheet and the metal plate and bonds the second insulating sheet and the metal plate together, and in that a total thickness of a thickness of the second insulating sheet and a thickness of the adhesive layer is less than a thickness of the metal plate.
A fault tolerant robotic surgical system comprising: a surgical tool having a surgical end effector and an interface; a manipulator assembly having a base and a tool holder for releasably engaging the interface; a plurality of tool engagement sensors (147, 126, 148) coupled to the tool holder, each sensor (147, 126, 148) producing a tool signal when the interface engages the holder; characterised by a processor coupled to the tool engagement sensors (147, 126, 148), the processor having a tool change mode and a tissue manipulation mode, the processor requiring tool signals from each of the sensors (147, 126, 148) before changing from the tool change mode to the tissue manipulation mode, the processor remaining in the tissue manipulation mode when at least one, but not all, of the tool signals is lost. a surgical tool having a surgical end effector and an interface; a manipulator assembly having a base and a tool holder for releasably engaging the interface; a plurality of tool engagement sensors (147, 126, 148) coupled to the tool holder, each sensor (147, 126, 148) producing a tool signal when the interface engages the holder; characterised by a processor coupled to the tool engagement sensors (147, 126, 148), the processor having a tool change mode and a tissue manipulation mode, the processor requiring tool signals from each of the sensors (147, 126, 148) before changing from the tool change mode to the tissue manipulation mode, the processor remaining in the tissue manipulation mode when at least one, but not all, of the tool signals is lost.
A system for transmitting electric power through a wall, comprising a housing designed to be secured to the wall to be fed through, and two penetrator subassemblies (12, 22) placed on either side of the housing, each penetrator subassembly comprising a conducting element (14, 24) and an insulating element (13, 23) secured to one another, wherein the insulating elements of said two penetrator subassemblies butt against the housing so that the compression forces sustained by each penetrator subassembly are at least partly transmitted to said housing, the system being arranged so as to maintain an electric contact between the conducting elements of said penetrator subassemblies while allowing a relative axial movement of said conducting elements relative to one another.
An overload control method, comprising: determining, by a gateway device, first overload indication information, wherein the first overload indication information is used to indicate an overload control policy; and sending, by the gateway device, the first overload indication information to a mobility management entity, so that the mobility management entity executes the overload control policy according to the first overload indication information; wherein the method further comprises: sending, by the gateway device, information about a delay timer to the mobility management entity, to instruct the mobility management entity to start executing upon receipt of the first overload indication information the overload control policy according to the first overload indication information before the delay timer expires and to end overload control after the delay timer expires. determining, by a gateway device, first overload indication information, wherein the first overload indication information is used to indicate an overload control policy; and sending, by the gateway device, the first overload indication information to a mobility management entity, so that the mobility management entity executes the overload control policy according to the first overload indication information; wherein the method further comprises: sending, by the gateway device, information about a delay timer to the mobility management entity, to instruct the mobility management entity to start executing upon receipt of the first overload indication information the overload control policy according to the first overload indication information before the delay timer expires and to end overload control after the delay timer expires. sending, by the gateway device, information about a delay timer to the mobility management entity, to instruct the mobility management entity to start executing upon receipt of the first overload indication information the overload control policy according to the first overload indication information before the delay timer expires and to end overload control after the delay timer expires.
Method for cooking a ham comprising the following steps: - inserting the ham to be cooked into a flexible and deformable casing made of plastics for foodstuffs obtained by means of thermoforming; - sealing the casing by welding on the casing a flexible and deformable closing sheet made of plastics for foodstuffs obtained by means of thermoforming; - creating a vacuum inside said casing during said sealing; - inserting the casing with inside the ham into a cooking device in which the ham is cooked, characterized in that, before said sealing, inside the casing an elastic pressure device (6; 14; 30) is inserted, such that after sealing of the casing, said elastic pressure device (6; 14; 30) is interposed between the ham and said closing sheet, said elastic pressure device (6; 14; 30) comprising a first plate (9; 15) and a second plate (11, 16) between which at least one elastic element (12; 17) is interposed that is fixed to at least one of said first plate (9; 15) and said second plate (11; 16), wherein said at least one elastic element consists of a coil spring, or a Belleville washer, or a gas spring, or a flat spring having a curved shape, with a first convex side and a second concave side, opposite the first side, wherein between said first plate (9; 15) and said second plate (11; 16) a space (S; S') is defined in which liquids can collect that exit the ham during cooking, wherein said elastic pressure device (6; 14; 30) exerts a pressure on said ham during said cooking, wherein the dimensions of said space (S; S') may be increased or reduced. - inserting the ham to be cooked into a flexible and deformable casing made of plastics for foodstuffs obtained by means of thermoforming; - sealing the casing by welding on the casing a flexible and deformable closing sheet made of plastics for foodstuffs obtained by means of thermoforming; - creating a vacuum inside said casing during said sealing; - inserting the casing with inside the ham into a cooking device in which the ham is cooked,