mhurhangee/ep-ind-claims huggingface dataset:
A wedge looseness inspection device for a rotary electric machine in which, at an end in an axial direction of a stator core, a part having such a stepped shape that an inner diameter of the stator core increases stepwise toward an outer side in the axial direction is defined as a stepped-down portion, the wedge looseness inspection device being for inspecting looseness of a wedge pressing an inner circumferential surface of a conductor inserted into a slot of the stepped-down portion, toward an outer side in a radial direction so as to be fixed, the wedge looseness inspection device comprising: an inspection unit including a wedge striking device having a tap hammer for striking the wedge, and a wedge vibration detection device for detecting vibration of the wedge due to the striking; and an attraction portion (4a,4b) connected to the inspection unit via a connection member(5a,5b) and being attractable to an inner circumferential surface of the stepped-down portion, wherein the attraction portion (4a,4b) has, on an inner side in the axial direction, a first attachment that allows adjustment of an attached position in the axial direction of the attraction portion (4a,4b), wherein the attraction portion (4a, 4b) is arranged to be positioned such that an inner side end surface in the axial direction of the attachment for adjusting the position in the axial direction is pressed against an outer side end surface in the axial direction of the step of the stepped-down portion. an inspection unit including a wedge striking device having a tap hammer for striking the wedge, and a wedge vibration detection device for detecting vibration of the wedge due to the striking; and an attraction portion (4a,4b) connected to the inspection unit via a connection member(5a,5b) and being attractable to an inner circumferential surface of the stepped-down portion, wherein the attraction portion (4a,4b) has, on an inner side in the axial direction, a first attachment that allows adjustment of an attached position in the axial direction of the attraction portion (4a,4b), wherein the attraction portion (4a, 4b) is arranged to be positioned such that an inner side end surface in the axial direction of the attachment for adjusting the position in the axial direction is pressed against an outer side end surface in the axial direction of the step of the stepped-down portion.
A method of liquefying a hydrocarbon stream such as natural gas from a feed stream, the method at least comprising the steps of: (a) providing a feed stream; (b) passing the feed stream through at least two cooling stages ( 2a, 4a) to provide a liquefied hydrocarbon stream, each cooling stage involving one or more heat exchangers( 12a, 14c), one of said heat exchangers involving a first refrigerant circuit having a first refrigerant stream of a first mixed refrigerant, and a second of said heat exchangers involving a second refrigerant circuit having a second refrigerant stream of a second mixed refrigerant; (c) separating the first refrigerant stream into a first light refrigerant stream and a first heavy refrigerant stream, and separating the second refrigerant into a second light refrigerant stream and a second heavy refrigerant stream; (d) expanding the liquefied hydrocarbon stream and separating flashed vapour from the liquefied hydrocarbon stream to provide a liquefied hydrocarbon product stream and a gaseous stream; wherein the at least two cooling stages comprise a first cooling stage in the form of a pre-cooling stage followed by a second cooling stage in the form of a main cryogenic cooling stage, wherein the first refrigerant circuit is provided in the first cooling stage, while the second refrigerant circuit is provided in the second cooling stage, and wherein the feed stream passes through the first cooling stage to provide a cooled stream, which cooled stream is passed to the second cooling stage to provide the liquefied hydrocarbon stream characterized in that the method comprises the step:(e) passing the gaseous stream, the first light refrigerant stream and the second light refrigerant stream through an end heat exchanger, for the gaseous stream to provide cooling to the first and second light refrigerant streams (103a, 102a). (a) providing a feed stream; (b) passing the feed stream through at least two cooling stages ( 2a, 4a) to provide a liquefied hydrocarbon stream, each cooling stage involving one or more heat exchangers( 12a, 14c), one of said heat exchangers involving a first refrigerant circuit having a first refrigerant stream of a first mixed refrigerant, and a second of said heat exchangers involving a second refrigerant circuit having a second refrigerant stream of a second mixed refrigerant; (c) separating the first refrigerant stream into a first light refrigerant stream and a first heavy refrigerant stream, and separating the second refrigerant into a second light refrigerant stream and a second heavy refrigerant stream; (d) expanding the liquefied hydrocarbon stream and separating flashed vapour from the liquefied hydrocarbon stream to provide a liquefied hydrocarbon product stream and a gaseous stream;
Process for partially removing an impurity from a mixture containing at least one chlorosilane and/or organochlorosilane and at least one impurity from the group comprising boron compound, phosphorus compound, arsenic compound and antimony compound, comprising the steps of: a) contacting the liquid mixture with a carrier material functionalized with an amidoxime of general structural formula, where CAR = carrier material and R 1, R 2 are independently of one another H, alkyl, alkenyl, aryl, alkylaryl; b) optionally removing the functionalized carrier material. a) contacting the liquid mixture with a carrier material functionalized with an amidoxime of general structural formula, where CAR = carrier material and R 1, R 2 are independently of one another H, alkyl, alkenyl, aryl, alkylaryl; b) optionally removing the functionalized carrier material.
Actuation device for actuating a closure device for opening and closing a discharge opening, in particular for a sanitary receiving container, such as a sink, wash basin or the like, wherein the actuation device has an electrically operable drive unit and at least one actuation element for actuating the closure device, wherein the closure device is constructed to open and close the discharge opening, and wherein the actuation device comprises a sensor device having at least one sensor element (5, 6) which is actuated in a contactless manner, preferably wherein the at least one sensor element is constructed as a capacitive sensor element and/or as an acoustic sensor element, characterised in that the sensor device comprises a plurality of sensor elements (5, 6) which are actuated in a contactless manner and which have different actuation types and/or different orientations of the detection face (5', 6').
A method for controlling an air conditioning system, comprising the following steps: identifying that the air conditioning system needs to stop heating, controlling the air conditioning system to turn off an indoor fan before a first preset time period for stopping heating, wherein the indoor fan is turned off ahead of turning off a compressor; controlling the air conditioning system to stop heating and to enter a defrosting stage; identifying that the air conditioning system needs to restart heating, and controlling the air conditioning system to restart heating; and controlling the air conditioning system to delay a second preset time period before turning on an outdoor fan, such that the outdoor fan is turned on after the compressor is turned on. identifying that the air conditioning system needs to stop heating, controlling the air conditioning system to turn off an indoor fan before a first preset time period for stopping heating, wherein the indoor fan is turned off ahead of turning off a compressor; controlling the air conditioning system to stop heating and to enter a defrosting stage; identifying that the air conditioning system needs to restart heating, and controlling the air conditioning system to restart heating; and controlling the air conditioning system to delay a second preset time period before turning on an outdoor fan, such that the outdoor fan is turned on after the compressor is turned on.
A magnetic marker system for achieving assists for vehicle driving operation by a driver or vehicle control for automatic driving independent from driver's operation, the system comprising magnetic markers laid along a road so as to be detectable by a magnetic sensor on a vehicle side, wherein the magnetic markers are laid so that orientations of magnetic poles are alternately reversed along the road characterized in that and an arrangement pitch between the magnetic markers is set so that a size of a loop of a magnetic field is expanded more than a case of a single magnetic marker and the magnetic field acting on the magnetic sensor on such vehicle side is intensified more than the case of the single magnetic marker by interference between magnetic fields of the magnetic markers adjacent to each other as being spaced with a gap along the road. the magnetic markers are laid so that orientations of magnetic poles are alternately reversed along the road characterized in that and an arrangement pitch between the magnetic markers is set so that a size of a loop of a magnetic field is expanded more than a case of a single magnetic marker and the magnetic field acting on the magnetic sensor on such vehicle side is intensified more than the case of the single magnetic marker by interference between magnetic fields of the magnetic markers adjacent to each other as being spaced with a gap along the road.
An oral apparatus for improving airway patency in a user, comprising: an upper attaching component (110; 210) adapted to be adhered to regions near an upper lip of the user; a lower attaching component (120; 220) adapted to be adhered to regions near a lower lip of the user; a connecting part (140; 240) for connecting the upper (110; 210) and lower (120; 220) attaching components; and a retractable part (150; 250) coupled to one end of the connecting part (140; 240); the retractable part (150; 250) is used for controlling a distance between the upper (110; 210) and lower (120; 220) attaching components along a direction parallel to a direction from the upper lip toward the lower lip so as to close the user's mouth; the connecting part comprises a flexible wire, and said oral apparatus comprising an anchoring part (130; 230) disposed on the upper attaching component (110; 210) and connecting with the other end of the connecting part (140; 240). an upper attaching component (110; 210) adapted to be adhered to regions near an upper lip of the user; a lower attaching component (120; 220) adapted to be adhered to regions near a lower lip of the user; a connecting part (140; 240) for connecting the upper (110; 210) and lower (120; 220) attaching components; and a retractable part (150; 250) coupled to one end of the connecting part (140; 240); the retractable part (150; 250) is used for controlling a distance between the upper (110; 210) and lower (120; 220) attaching components along a direction parallel to a direction from the upper lip toward the lower lip so as to close the user's mouth; the connecting part comprises a flexible wire, and said oral apparatus comprising an anchoring part (130; 230) disposed on the upper attaching component (110; 210) and connecting with the other end of the connecting part (140; 240).
A method carried out by a computer comprising: monitoring, at a server, a number of non-Transmission Control Protocol, non-TCP, endpoints that are stored in a memory of the server; determining whether the number of non-TCP endpoints stored in the memory is outside of a range defined by a lower threshold and an upper threshold; adjusting an endpoint lifetime value and a cleanup interval value in response to the number of non-TCP endpoints being outside the range defined by the lower threshold and the upper threshold; and removing one or more of non-TCP endpoints from the memory of the server in response to at least one of the adjusted endpoint lifetime value and the adjusted cleanup interval value. monitoring, at a server, a number of non-Transmission Control Protocol, non-TCP, endpoints that are stored in a memory of the server; determining whether the number of non-TCP endpoints stored in the memory is outside of a range defined by a lower threshold and an upper threshold; adjusting an endpoint lifetime value and a cleanup interval value in response to the number of non-TCP endpoints being outside the range defined by the lower threshold and the upper threshold; and removing one or more of non-TCP endpoints from the memory of the server in response to at least one of the adjusted endpoint lifetime value and the adjusted cleanup interval value.
A process for at least one of cooling or freezing comprising: providing liquid refrigerant or cryogen at a pressure greater than one atmosphere; feeding the pressurized liquid refrigerant or cryogen to a cooler or freezer comprising at least a first heat exchanger; extracting cooling from the pressurized liquid refrigerant or cryogen and vaporizing the liquid refrigerant or cryogen to form a pressurized gas; characterized by passing the pressurized gas through a sound generator and generating sound waves; applying the sound waves to a thermoacoustic refrigerator; and generating additional refrigeration from said applying the sound waves to the thermoacoustic refrigerator. providing liquid refrigerant or cryogen at a pressure greater than one atmosphere; feeding the pressurized liquid refrigerant or cryogen to a cooler or freezer comprising at least a first heat exchanger; extracting cooling from the pressurized liquid refrigerant or cryogen and vaporizing the liquid refrigerant or cryogen to form a pressurized gas; characterized by passing the pressurized gas through a sound generator and generating sound waves; applying the sound waves to a thermoacoustic refrigerator; and generating additional refrigeration from said applying the sound waves to the thermoacoustic refrigerator.
An adaptive cruise control system for a motor vehicle comprising: - a forward looking object detecting means arranged to simultaneously detect several target vehicles (3, 4, 5) moving in the predicted path and adjacent paths of the equipped vehicle, the means being further arranged to continuously monitor velocity and distance to each of said target vehicles (3, 4, 5); - processing means arranged to process signals from said detecting means to provide information of distance to and relative speed of vehicles (3, 4, 5) travelling in front of the equipped vehicle, wherein the processing means further is arranged to repeatedly generate velocity control signals based on the information of distance to and relative speed of vehicles (3, 4, 5) travelling in front of the equipped vehicle; and - means to control velocity of the equipped vehicle in response to the control signals from the processing means, characterised in that the processing means is configured to treat the detected target vehicles as a detected group of target vehicles and is further arranged to calculate a time gap from the equipped vehicle to a virtual target vehicle, the distance to and velocity of said virtual target vehicle calculated on basis of a number of group properties comprising the number of vehicles in said detected group of target vehicles, the spread in distance of the detected group of target vehicles, and thus the vehicle density of said detected group of target vehicles, and the variability of positions in the detected group of target vehicles, such that the algorithm of the processing means is configured to decide from the number of group properties on allowed time gap deviations, wherein the processing means is arranged to produce a signal to the means for controlling the velocity of the equipped vehicle that is based on the calculated time gap between the equipped vehicle and said virtual vehicle. - a forward looking object detecting means arranged to simultaneously detect several target vehicles (3, 4, 5) moving in the predicted path and adjacent paths of the equipped vehicle, the means being further arranged to continuously monitor velocity and distance to each of said target vehicles (3, 4, 5); - processing means arranged to process signals from said detecting means to provide information of distance to and relative speed of vehicles (3, 4, 5) travelling in front of the equipped vehicle, wherein the processing means further is arranged to repeatedly generate velocity control signals based on the information of distance to and relative speed of vehicles (3, 4, 5) travelling in front of the equipped vehicle; and - means to control velocity of the equipped vehicle in response to the control signals from the processing means,
Tent, comprising an outer covering and an airtight inner covering, characterized in that - a connection module is integrated in an airtight manner in the inner covering, wherein this connection module has connection devices for cables and/or hoses for supplying appliances provided inside the tent, - the outer covering has an opening such that the connection module is accessible from outside. - a connection module is integrated in an airtight manner in the inner covering, wherein this connection module has connection devices for cables and/or hoses for supplying appliances provided inside the tent, - the outer covering has an opening such that the connection module is accessible from outside.
Wear-resistant, uncoated steel part consisting of a hardenable steel grade which has been produced from a semifinished part by hot forming and/or hardening, characterized in that at least part of the steel part has a surface region which has been hardened to a depth of not more than 100 μm by surface hardening by nitriding before hot forming and/or hardening and the steel part is configured for use as processing, conveying and/or crushing means (5, 6) in agricultural machines, conveying machines, mining machines or building machines, with at least the regions of the steel part which are subjected to abrasive forces having been surface-hardened
Man-machine interface for a motor vehicle, said interface comprising a viewing screen and a control means, on which a user of the vehicle can act in order to modify a parameter of the vehicle, and also comprising display means and a laser projector, the display means being arranged in order to receive and display an image coming from the laser projector on the viewing screen, characterized in that, the display means comprise: - a diffuser screen on which an intermediate image is formed from the projection of the image onto said diffuser screen by the laser projector; and - a three-dimensional mirror for deforming the intermediate image in order to adapt it to the viewing screen. - a diffuser screen on which an intermediate image is formed from the projection of the image onto said diffuser screen by the laser projector; and - a three-dimensional mirror for deforming the intermediate image in order to adapt it to the viewing screen.
Electromechanical actuator, comprising: - drive means, - an electric motor configured to supply a torque to the drive means, and - an electronic control unit configured to control the electric motor, characterised in that the electronic control unit comprises a control stage, configured to implement an algorithm for controlling the electric motor, and a power stage configured to transmit electrical energy to the electric motor under the control of the control stage, the control stage and the power stage being arranged at a distance from each other. - drive means, - an electric motor configured to supply a torque to the drive means, and - an electronic control unit configured to control the electric motor, characterised in that the electronic control unit comprises a control stage, configured to implement an algorithm for controlling the electric motor, and a power stage configured to transmit electrical energy to the electric motor under the control of the control stage, the control stage and the power stage being arranged at a distance from each other.
A system for treating an aneurysm in a blood vessel, said system comprising: at least a first double-walled filling structure (12; 112) having an outer wall and an inner wall, wherein said double-walled filling structure is adapted to be filled with a hardenable fluid filling medium so that the outer wall conforms to the inside surface of the aneurysm and the inner wall forms a first generally tubular lumen to provide a path for blood flow, wherein the outer wall is conformable to the inside surface of the aneurysm and the inner wall is arranged to form the respective generally tubular lumen providing the path for blood flow aligned with the blood vessel lumenal walls when deployed; and wherein the system further comprises: at least a first scaffold (64; 70; 250; 254) positionable across the aneurysm, the first scaffold being separate from the first double-walled filling structure adapted for expansion within the tubular lumen of the double-walled filling structure, the first scaffold (60; 66; 68) being adapted for delivery simultaneously with deployment of the first double-walled filling structure across the aneurysm so as to provide a path for blood flow across the aneurysm and to provide for anchoring of the first double-walled filling structure. at least a first double-walled filling structure (12; 112) having an outer wall and an inner wall, wherein said double-walled filling structure is adapted to be filled with a hardenable fluid filling medium so that the outer wall conforms to the inside surface of the aneurysm and the inner wall forms a first generally tubular lumen to provide a path for blood flow, wherein the outer wall is conformable to the inside surface of the aneurysm and the inner wall is arranged to form the respective generally tubular lumen providing the path for blood flow aligned with the blood vessel lumenal walls when deployed; and wherein the system further comprises: at least a first scaffold (64; 70; 250; 254) positionable across the aneurysm, the first scaffold being separate from the first double-walled filling structure adapted for expansion within the tubular lumen of the double-walled filling structure, the first scaffold (60; 66; 68) being adapted for delivery simultaneously with deployment of the first double-walled filling structure across the aneurysm so as to provide a path for blood flow across the aneurysm and to provide for anchoring of the first double-walled filling structure. at least a first scaffold (64; 70; 250; 254) positionable across the aneurysm, the first scaffold being separate from the first double-walled filling structure adapted for expansion within the tubular lumen of the double-walled filling structure, the first scaffold (60; 66; 68) being adapted for delivery simultaneously with deployment of the first double-walled filling structure across the aneurysm so as to provide a path for blood flow across the aneurysm and to provide for anchoring of the first double-walled filling structure.