mhurhangee/ep-ind-claims huggingface dataset:
Electropneumatic brake controller for controlling an immobilization brake which includes at least one spring brake cylinder, comprising a) a connection for the at least one spring brake cylinder, b) a solenoid valve device which can be controlled by means of an electronic controller, b) a relay valve of which the pneumatic control inlet is connected to the first solenoid valve device and to the connection for the at least one spring brake cylinder and of which the working outlet is connected to the connection for the at least one spring brake cylinder, c) an electric immobilization brake signal connection for an electric immobilization brake signal generator, which electric immobilization brake signal connection is connected to the electronic controller and via which immobilization brake signals can be transmitted into the controller, and d) a supply connection for at least one compressed air supply, which supply connection is secured by a check valve and is connected to the first solenoid valve device and to a supply inlet of the relay valve, characterized in that e) the first solenoid valve device is formed by three 2/2 way solenoid valves (10, 12, 30) each having a blocking position and a passage position, wherein f) a first 2/2 way solenoid valve is connected as inlet valve between the control inlet of the relay valve and the supply connection, and a second 2/2 way solenoid valve is arranged between the control inlet of the relay valve and a pressure sink, and a third 2/2 way solenoid valve is arranged between the working outlet and the control inlet of the relay valve. a) a connection for the at least one spring brake cylinder, b) a solenoid valve device which can be controlled by means of an electronic controller, b) a relay valve of which the pneumatic control inlet is connected to the first solenoid valve device and to the connection for the at least one spring brake cylinder and of which the working outlet is connected to the connection for the at least one spring brake cylinder, c) an electric immobilization brake signal connection for an electric immobilization brake signal generator, which electric immobilization brake signal connection is connected to the electronic controller and via which immobilization brake signals can be transmitted into the controller, and d) a supply connection for at least one compressed air supply, which supply connection is secured by a check valve and is connected to the first solenoid valve device and to a supply inlet of the relay valve, characterized in that e) the first solenoid valve device is formed by three 2/2 way solenoid valves (10, 12, 30) each having a blocking position and a passage position, wherein f) a first 2/2 way solenoid valve is connected as inlet valve between the control inlet of the relay valve and the supply connection, and a second 2/2 way solenoid valve is arranged between the control inlet of the relay valve and a pressure sink, and a third 2/2 way solenoid valve is arranged between the working outlet and the control inlet of the relay valve.
A wound core having a wound shape including a rectangular hollow portion in the center and a portion in which grain-oriented electrical steel sheets in which planar portions and bent portions are alternately continuous in a longitudinal direction are stacked in a sheet thickness direction, wherein the wound core is formed by stacking the grain-oriented electrical steel sheets that have been individually bent in layers and assembled into a wound shape and in which the plurality of grain-oriented electrical steel sheets are connected to each other via at least one joining part for each roll, characterized in that, in an end surface of the wound core that is in a sheet thickness direction of the grain-oriented electrical steel sheets and parallel to the longitudinal direction of the grain-oriented electrical steel sheets, in the sheet thickness direction, when a surface roughness of a steel sheet portion in a direction connecting a center in the sheet thickness direction of a grain-oriented electrical steel sheet positioned on the innermost periphery of the wound core among the laminated grain-oriented electrical steel sheets and a center in the sheet thickness direction of a grain-oriented electrical steel sheet positioned on the outermost periphery of the wound core is Ral, and a surface roughness of the grain-oriented electrical steel sheet in a direction parallel to the longitudinal direction on an end surface of the planar portion of the laminated grain-oriented electrical steel sheet is Rac, a ratio Ral/Rac between Ral and Rac satisfies the relationship of 1.5≤Ral/Rac≤12.0. characterized in that, in an end surface of the wound core that is in a sheet thickness direction of the grain-oriented electrical steel sheets and parallel to the longitudinal direction of the grain-oriented electrical steel sheets, in the sheet thickness direction, when a surface roughness of a steel sheet portion in a direction connecting a center in the sheet thickness direction of a grain-oriented electrical steel sheet positioned on the innermost periphery of the wound core among the laminated grain-oriented electrical steel sheets and a center in the sheet thickness direction of a grain-oriented electrical steel sheet positioned on the outermost periphery of the wound core is Ral, and a surface roughness of the grain-oriented electrical steel sheet in a direction parallel to the longitudinal direction on an end surface of the planar portion of the laminated grain-oriented electrical steel sheet is Rac, a ratio Ral/Rac between Ral and Rac satisfies the relationship of 1.5≤Ral/Rac≤12.0.
A method of fabricating an electrochromic window, the method comprising: sequentially depositing on a substrate (i) an electrochromic layer, (ii) an ion conducting layer, and (iii) a counter electrode layer to form a stack in which the ion conducting layer separates the electrochromic layer and the counter electrode layer, wherein each of the sequentially deposited layers is vapor deposited using a single integrated deposition system having a controlled ambient environment in which the pressure and gas composition are controlled independently of an external environment outside of the integrated deposition system, wherein the substrate does not leave the integrated deposition system at any time during the sequential deposition of the electrochromic layer, the ion conducting layer, and the counter electrode layer; further comprising depositing metallic lithium on at least one of the electrochromic layer and the counter electrode layer, wherein the metallic lithium is physical vapor deposited using the integrated deposition system; and wherein the substrate is in a vertical orientation while it traverses the plurality of deposition stations. sequentially depositing on a substrate (i) an electrochromic layer, (ii) an ion conducting layer, and (iii) a counter electrode layer to form a stack in which the ion conducting layer separates the electrochromic layer and the counter electrode layer, wherein each of the sequentially deposited layers is vapor deposited using a single integrated deposition system having a controlled ambient environment in which the pressure and gas composition are controlled independently of an external environment outside of the integrated deposition system, wherein the substrate does not leave the integrated deposition system at any time during the sequential deposition of the electrochromic layer, the ion conducting layer, and the counter electrode layer; further comprising depositing metallic lithium on at least one of the electrochromic layer and the counter electrode layer, wherein the metallic lithium is physical vapor deposited using the integrated deposition system; and wherein the substrate is in a vertical orientation while it traverses the plurality of deposition stations.
A subsea cable that comprises: one or more floodable optical fiber conduits each having: a loose tube having periodic tube vents to provide fluid communication across a wall of the loose tube, and at least one tight buffered optical fiber within an interior of the loose tube for transporting optical signals while in extended contact with a body of water, and an outer cable jacket enclosing the one or more floodable optical fiber conduits and having periodic cable vents to provide fluid communication between an exterior of the subsea cable and an interior of the subsea cable. one or more floodable optical fiber conduits each having: a loose tube having periodic tube vents to provide fluid communication across a wall of the loose tube, and at least one tight buffered optical fiber within an interior of the loose tube for transporting optical signals while in extended contact with a body of water, and a loose tube having periodic tube vents to provide fluid communication across a wall of the loose tube, and at least one tight buffered optical fiber within an interior of the loose tube for transporting optical signals while in extended contact with a body of water, and an outer cable jacket enclosing the one or more floodable optical fiber conduits and having periodic cable vents to provide fluid communication between an exterior of the subsea cable and an interior of the subsea cable.
A cassette attitude assessment system, comprising: a cassette receiver configured to couple with a cassette having positioning surfaces; two detectors mounted within an area defined by said cassette receiver, each of said detectors providing a depressible rod in the area defined by the cassette receiver, wherein each of the depressible rods is configured to be depressed by one of the positioning surfaces of the cassette; characterised in that: the two detectors are mounted diagonally within the area defined by the cassette receiver; and further characterised by: a comparator configured to compare, based on an electrical resistance reading from each of the detectors, an extent of the depression of one of the depressible rods with that of another of the depressible rods to assess at least one of an alignment and an attitude of the cassette with respect to the cassette receiver. a cassette receiver configured to couple with a cassette having positioning surfaces; two detectors mounted within an area defined by said cassette receiver, each of said detectors providing a depressible rod in the area defined by the cassette receiver, wherein each of the depressible rods is configured to be depressed by one of the positioning surfaces of the cassette; characterised in that: the two detectors are mounted diagonally within the area defined by the cassette receiver; and further characterised by: a comparator configured to compare, based on an electrical resistance reading from each of the detectors, an extent of the depression of one of the depressible rods with that of another of the depressible rods to assess at least one of an alignment and an attitude of the cassette with respect to the cassette receiver.
A cold plate system comprising: a flat thermally conductive body of the cold plate having a cooling channel through which a first cooling fluid is configured to travel to remove heat from the conductive body; and a vapor cycle system characterised in that: an evaporator, a compressor and a fan are coupled to the surface of the cold plate wherein the evaporator is fluidly connected to an inlet of the compressor by a piece of tubing; a vapour channel of the condenser of the vapor cycle system is integrated into the body of the cold plate, the first cooling fluid configured to flow through the cold plate cooling channel is configured to draw additional heat away from the vapour of a second cooling fluid in the vapour channel. a flat thermally conductive body of the cold plate having a cooling channel through which a first cooling fluid is configured to travel to remove heat from the conductive body; and a vapor cycle system characterised in that: an evaporator, a compressor and a fan are coupled to the surface of the cold plate wherein the evaporator is fluidly connected to an inlet of the compressor by a piece of tubing; a vapour channel of the condenser of the vapor cycle system is integrated into the body of the cold plate, the first cooling fluid configured to flow through the cold plate cooling channel is configured to draw additional heat away from the vapour of a second cooling fluid in the vapour channel. an evaporator, a compressor and a fan are coupled to the surface of the cold plate wherein the evaporator is fluidly connected to an inlet of the compressor by a piece of tubing; a vapour channel of the condenser of the vapor cycle system is integrated into the body of the cold plate, the first cooling fluid configured to flow through the cold plate cooling channel is configured to draw additional heat away from the vapour of a second cooling fluid in the vapour channel.
Method for producing cut glass panes, in which an uncut glass pane blank is provided and the glass pane blank is machined with a parting tool in order to produce at least one glass pane that is cut to a desired size, the uncut glass pane blank being cleaned, defects (16, 18) in the glass pane blank then being detected and subsequent parting of the glass pane blank being carried out depending on the desired size of the at least one glass pane and depending on the detected defects (16, 18), characterized in that cleaning the glass pane blank in the unmachined initial state thereof involves supplying the surface of the glass pane blank with a gas fluid flow that is formed as a blowing flow directed towards the surface of the glass pane blank, and in that the at least one glass pane that is cut to the desired size is cleaned by being washed and dried.
A solar cell comprising: an electron conductor having a fractal nanostructure; an absorber situated on the electron conductor, the absorber comprising Quantum Dots; a passivation coating applied to the electron conductor without covering the Quantum Dots; a hole conductor in contact with the absorber; a transparent anode in electrical contact with the electron conductor; and a cathode in electrical contact with the hole conductor. an electron conductor having a fractal nanostructure; an absorber situated on the electron conductor, the absorber comprising Quantum Dots; a passivation coating applied to the electron conductor without covering the Quantum Dots; a hole conductor in contact with the absorber; a transparent anode in electrical contact with the electron conductor; and a cathode in electrical contact with the hole conductor.
An electrical steel sheet, comprising: a steel strip for an electrical steel sheet; and an insulating film formed at a surface of the steel strip and containing metal phosphate and organic resin, wherein 20 mass% or more of the metal phosphate is crystallized, and the crystal structure of the portion is at least one among a cubic system, a tetragonal system, a hexagonal system, and an orthorhombic system, and the organic resin contains at least one kind selected from a group consisting of an acryl-based resin, an epoxy-based resin, and a polyester resin having a carboxyl group or a hydroxyl group at a surface of an emulsion particle for one part by mass to 50 parts by mass relative to 100 parts by mass of the metal phosphate. a steel strip for an electrical steel sheet; and an insulating film formed at a surface of the steel strip and containing metal phosphate and organic resin, wherein 20 mass% or more of the metal phosphate is crystallized, and the crystal structure of the portion is at least one among a cubic system, a tetragonal system, a hexagonal system, and an orthorhombic system, and the organic resin contains at least one kind selected from a group consisting of an acryl-based resin, an epoxy-based resin, and a polyester resin having a carboxyl group or a hydroxyl group at a surface of an emulsion particle for one part by mass to 50 parts by mass relative to 100 parts by mass of the metal phosphate.
A device for attaching an object on a rail of a support, comprising a base designed to bear on the rail and comprising screw/nut means for tightening the base on the rail, said screw/nut means comprising a rod, an end of the screw/nut means comprising a tightening heel designed to be placed below the rail to tighten said rail between the heel and the base, a second end of the screw-nut means comprising an element for maneuvering (8, 9, 10) by an operator to tighten/loosen the device, said screw/nut means being further associated with a disengageable non-return device (13, 14, 15) to prevent any involuntary loosening of the device, characterized in that the disengageable non-return device (13, 14, 15) comprises a sleeve placed around the rod, secured in rotation with said rod and elastically biased bearing against a collar of the base, the collar and the sleeve comprising complementary non-return indentations.
A pneumatic tire comprising a pair of bead portions, a carcass extending toroidally between the bead portions, and a plurality of reinforcing layers and a tread disposed in order radially outside a crown portion of the carcass, wherein when the tire is mounted on a standard rim with 5% of standard internal pressure applied, at least one half, in a tire width direction, of an outermost reinforcing layer located outermost in a tire radial direction among the plurality of reinforcing layers includes a curved portion, curved convexly outward in the tire radial direction, and extends inward in the tire radial direction from a top of the curved portion to an edge of the outermost reinforcing layer; an interval in the tire radial direction between the outermost reinforcing layer and the tread outer contour line, which is a phantom line without any unevenness on the surface of the tread, gradually decreases from the tire equatorial plane to the top of the curved portion and gradually increases from the top of the curved portion to the edge of the outermost reinforcing layer; the plurality of reinforcing layers comprise only three reinforcing layers; the outermost reinforcing layer in the tire radial direction is a belt reinforcing layer formed from cords extending approximately in the tire circumferential direction and covered in rubber; characterized in that the other two reinforcing layers are each a belt layer formed by belt cords, covered in rubber, extending at an angle of 45° to 70° with respect to the tire circumferential direction; when the tire is mounted on a standard rim with standard internal pressure applied and bears a load of 80% of a maximum applied load, each edge along a maximum width of a tire ground contact area is defined as a contact edge, and an interval in the tire radial direction between the outermost reinforcing layer and an outer contour of the tread satisfies the relationships 0.3 ≤ d 2 / d 1 < 1 and 1 < d 3 / d 2 ≤ 1.5 where the interval is d1 mm at a tire equatorial plane, d2 mm at the top of the outermost reinforcing layer, and d3 mm at the edge of the outermost reinforcing layer.
An operating device, in particular an electrical switch of a joystick or cursor-switch type, comprising a movable actuation member, wherein the actuation member cooperates with a displacing means in such a manner that the actuating member can be displaced in at least one direction (4, 5) in a displacement plane, from a neutral position into a shifted position, wherein the shifted position is designed as a switching position, in such a manner that the actuating member acts in a switching manner on a switching element in the switching position in order to generate a switching signal, wherein the displacing means comprises a shifting component, on which the actuating member is arranged and/or which is in operative connection with the actuating member, and a guide carrier, and wherein the shifting component is mounted in a displaceable manner by means of a ball bearing on the guide carrier, characterised in that the guide carrier is mounted on two opposite lying mounting points on an inner carrier, such that the shifting component can be displaced in a first direction with respect to the inner carrier, and in that a linear ball guide is provided as the ball bearing.
An automatic punching machine for making brushes, comprising: - a slide connected to a first actuator and movable with reciprocating motion for receiving bundles of fibres and feeding them to a brush body; - a needle connected to a second actuator and movable with reciprocating motion for inserting the bundles of wires inside corresponding openings of the brush body; - a control system connected to the first and second actuators (3, 4) for controlling them in a synchronized fashion, characterized in that the control system comprises: - a first sensor designed for detecting a first signal representing the position of the slide during movement of the slide; - a second sensor designed for detecting a second signal representing the position of the needle during movement of the needle; - a memory containing data of a predetermined trend of at least one control parameter, representing the position of the slide, as a function of a synchronization parameter having a predetermined relationship with a parameter representing the position of the needle, wherein the synchronization parameter is representative of a duty cycle of the punching machine; - a processor designed to receive from the sensors the first and second signals and programmed for deriving in real time values of the synchronization parameter and for controlling at least the first actuator by feedback as a function of the first and second signals detected, of the values derived for said synchronization parameter and of the data contained in the memory. - a slide connected to a first actuator and movable with reciprocating motion for receiving bundles of fibres and feeding them to a brush body; - a needle connected to a second actuator and movable with reciprocating motion for inserting the bundles of wires inside corresponding openings of the brush body; - a control system connected to the first and second actuators (3, 4) for controlling them in a synchronized fashion, - a first sensor designed for detecting a first signal representing the position of the slide during movement of the slide; - a second sensor designed for detecting a second signal representing the position of the needle during movement of the needle; - a memory containing data of a predetermined trend of at least one control parameter, representing the position of the slide, as a function of a synchronization parameter having a predetermined relationship with a parameter representing the position of the needle, wherein the synchronization parameter is representative of a duty cycle of the punching machine; - a processor designed to receive from the sensors the first and second signals and programmed for deriving in real time values of the synchronization parameter and for controlling at least the first actuator by feedback as a function of the first and second signals detected, of the values derived for said synchronization parameter and of the data contained in the memory.