mhurhangee/ep-ind-claims huggingface dataset:
An injection molding machine, comprising: a) a power regenerating part that regenerates electric power to an AC power source; and b) an AC load (110, 26) that is connected between the AC power source and the power regenerating part; and c) a controller which is adapted to detect a power failure of the AC power source; wherein d) the power regenerating part which is adapted to supply operating electric power for operating the AC load (110, 26) when power failure of the AC power source occurs and when said controller detects said power failure of the AC power source. a) a power regenerating part that regenerates electric power to an AC power source; and b) an AC load (110, 26) that is connected between the AC power source and the power regenerating part; and c) a controller which is adapted to detect a power failure of the AC power source; wherein d) the power regenerating part which is adapted to supply operating electric power for operating the AC load (110, 26) when power failure of the AC power source occurs and when said controller detects said power failure of the AC power source.
Sealing system for an electrical connector with a block sealing (12, 112, 212) insertable into a connector housing, having at least one opening (22A, 22B, 122, 222) through which a respective electrical contact is inserted when assembling the electrical connector, wherein the sealing system (10, 110, 210) includes at least one sealing element (30, 130), which is a solid body made of resilient material and which may be attached to a cable connected to the contact and is received in the opening (22A, 22B, 122, 222) of the block sealing (12, 112, 212) at least when the contact is inserted, characterized in that the sealing element (30, 130) comprises a blind hole on both front ends and an opening made by puncturing for receiving a cable and/or contact.
A pressure gauge comprising: a case configured to accommodate a measurement unit configured to measure a pressure of a fluid; a display unit provided in the case and configured to display the pressure measured by the measurement unit; and an adapter attached to a fluid pressure device, wherein the adapter includes an attachment hole, the case includes an attachment convex portion configured to be fitted into the attachment hole, the display unit includes a display surface, the attachment convex portion comprises an introduction flow path that extends along an axis (Ax), wherein a normal direction of the display surface is oriented in a direction intersecting the axis (Ax) of the attachment convex portion, and the attachment convex portion and the attachment hole have a fitting structure that allows a relative position between the attachment convex portion and the adapter in a circumferential direction about the axis of the attachment convex portion to be changed, the adapter includes an inner attachment surface configured to surround the attachment hole, the pressure gauge being characterised in that the attachment convex portion includes an outer attachment surface having a polygonal shape, and the inner attachment surface restricts rotation of the attachment convex portion about the axis relative to the adapter in a fitted state in which the attachment convex portion is fitted into the attachment hole. a case configured to accommodate a measurement unit configured to measure a pressure of a fluid; a display unit provided in the case and configured to display the pressure measured by the measurement unit; and an adapter attached to a fluid pressure device, wherein the adapter includes an attachment hole, the case includes an attachment convex portion configured to be fitted into the attachment hole, the display unit includes a display surface, the attachment convex portion comprises an introduction flow path that extends along an axis (Ax), wherein a normal direction of the display surface is oriented in a direction intersecting the axis (Ax) of the attachment convex portion, and the attachment convex portion and the attachment hole have a fitting structure that allows a relative position between the attachment convex portion and the adapter in a circumferential direction about the axis of the attachment convex portion to be changed, the adapter includes an inner attachment surface configured to surround the attachment hole, the pressure gauge being characterised in that the attachment convex portion includes an outer attachment surface having a polygonal shape, and the inner attachment surface restricts rotation of the attachment convex portion about the axis relative to the adapter in a fitted state in which the attachment convex portion is fitted into the attachment hole.
An electric power steering apparatus for assisting steering of a motor vehicle by conferring torque generated by an electric motor to a steering mechanism, the apparatus comprising: - a steering controller, which receives signals representative of at least the torque (T TS) applied to a steering wheel and determining a target motor torque (T d), with a microcontroller unit, MCU, and a watchdog, WD; - a motor controller comprising an inverter which transforms from target motor torque (T d) generated target voltages into motor currents, characterized in that the WD comprises a memory in which state variables of the MCU are stored and a timer which monitors a blackout time of the MCU, wherein the MCU and WD are linked via a communication bus and a reset line. - a steering controller, which receives signals representative of at least the torque (T TS) applied to a steering wheel and determining a target motor torque (T d), with a microcontroller unit, MCU, and a watchdog, WD; - a motor controller comprising an inverter which transforms from target motor torque (T d) generated target voltages into motor currents,
A method of production of a channel member for fuel cell use comprising: a step of obtaining a sheet-shaped first conductor part containing a first resin and a carbon material, a step of laying a sheet-shaped second conductor part containing a second resin with a lower melting point than said first resin and a carbon material on at least one surface of said first conductor part to form a sheet-shaped base part, a step of transferring a grooved surface to a surface of said base part where said second conductor part is laid to form a grooved base part provided with groove parts, a step of laying a sheet-shaped third conductor part containing a carbon material on the surface of said grooved base part where said groove parts are formed, and a step of integrally joining said grooved base part and said third conductor part by hot melt bonding to cover said groove parts, characterized in that said third conductor part further contains a third resin with a lower melting point than said first resin, and a temperature at the time of hot melt bonding is made a temperature lower than the melting point of said first resin and higher than the melting point of said second resin and said third resin and the pressure at the time of hot melt bonding is less than 4.1 MPa. a step of obtaining a sheet-shaped first conductor part containing a first resin and a carbon material, a step of laying a sheet-shaped second conductor part containing a second resin with a lower melting point than said first resin and a carbon material on at least one surface of said first conductor part to form a sheet-shaped base part, a step of transferring a grooved surface to a surface of said base part where said second conductor part is laid to form a grooved base part provided with groove parts, a step of laying a sheet-shaped third conductor part containing a carbon material on the surface of said grooved base part where said groove parts are formed, and a step of integrally joining said grooved base part and said third conductor part by hot melt bonding to cover said groove parts, characterized in that said third conductor part further contains a third resin with a lower melting point than said first resin, and a temperature at the time of hot melt bonding is made a temperature lower than the melting point of said first resin and higher than the melting point of said second resin and said third resin and the pressure at the time of hot melt bonding is less than 4.1 MPa.
A radio communication system comprising: a first radio communication system configured to transmit and receive a radio signal in a prescribed frequency band by using a plurality of first sub-carriers having a prescribed frequency spacing therebetween; and a second radio communication system configured to transmit and receive a radio signal in an adjacent frequency band adjacent to the prescribed frequency band by using a plurality of second sub-carriers, wherein the second radio communication system includes a sub-carrier selection unit configured to select one or more of the second sub-carriers to be used, and a transmission unit configured to transmit a radio signal by using the second sub-carriers selected by the sub-carrier selection unit, the radio communication system being characterized by: the sub-carrier selection unit being configured to select the second sub-carriers being located between a plurality of spurious waves generated in the adjacent frequency band by the plurality of first sub-carriers, such spurious waves having also the frequency spacing therebetween. a first radio communication system configured to transmit and receive a radio signal in a prescribed frequency band by using a plurality of first sub-carriers having a prescribed frequency spacing therebetween; and a second radio communication system configured to transmit and receive a radio signal in an adjacent frequency band adjacent to the prescribed frequency band by using a plurality of second sub-carriers, wherein the second radio communication system includes a sub-carrier selection unit configured to select one or more of the second sub-carriers to be used, and a transmission unit configured to transmit a radio signal by using the second sub-carriers selected by the sub-carrier selection unit, the radio communication system being characterized by: the sub-carrier selection unit being configured to select the second sub-carriers being located between a plurality of spurious waves generated in the adjacent frequency band by the plurality of first sub-carriers, such spurious waves having also the frequency spacing therebetween. the sub-carrier selection unit being configured to select the second sub-carriers being located between a plurality of spurious waves generated in the adjacent frequency band by the plurality of first sub-carriers, such spurious waves having also the frequency spacing therebetween.
Method for displaying a visual alert presentation for alerting a driver of a vehicle to a traffic situation that registered as being critical, wherein a viewing direction (31, 32, 33, 34, 35) of the driver is deduced from sensor data provided by at least one sensor unit, wherein, from a group of at least two display units (20, 24, 17, 16) which are separately controllable, a display of an instrument cluster, a display of a navigation device, a display of a head-up unit, a display of a mobile telephone or a display of a mobile computing unit is selected depending on the viewing direction (31, 32, 33, 34, 35) is selected for displaying the visual alert presentation, characterized in that an example image of a traffic situation, an example video sequence of a traffic situation, a real image of an instantaneous traffic situation of the vehicle or a real video sequence of an instantaneous traffic situation of the vehicle is displayed as the visual alert presentation and in that the display of the visual alert presentation is terminated upon actuation of an input unit by way of the driver.
A method for transmitting a synchronization broadcast transmission, comprising: determining a plurality of candidate transmission location corresponding to at least one synchronization signal /physical broadcast channel block, SSB, to be transmitted, wherein a number of the plurality of candidate transmission locations is greater than a number of SSBs in one time interval; generating synchronization broadcast transmission comprising the at least one SSB; and transmitting the generated synchronization broadcast transmission at an idle transmission location of the plurality of candidate transmission locations in a beam sweeping manner; wherein the synchronization broadcast transmission further comprises at least one SSB identifier of the at least one SSB; the at least one SSB identifier is carried in the at least one SSB; and a maximum value of the at least one SSB identifier corresponds to the number of SSBs in the time interval, or the maximum value of the at least one SSB identifier corresponds to the number of the plurality of candidate transmission locations; and wherein the at least one SSB identifier is transmitted through both a demodulation reference signal, DMRS, sequence in a physical broadcast channel, PBCH, in the at least one SSB and data bits in the PBCH. determining a plurality of candidate transmission location corresponding to at least one synchronization signal /physical broadcast channel block, SSB, to be transmitted, wherein a number of the plurality of candidate transmission locations is greater than a number of SSBs in one time interval; generating synchronization broadcast transmission comprising the at least one SSB; and transmitting the generated synchronization broadcast transmission at an idle transmission location of the plurality of candidate transmission locations in a beam sweeping manner; wherein the synchronization broadcast transmission further comprises at least one SSB identifier of the at least one SSB; the at least one SSB identifier is carried in the at least one SSB; and a maximum value of the at least one SSB identifier corresponds to the number of SSBs in the time interval, or the maximum value of the at least one SSB identifier corresponds to the number of the plurality of candidate transmission locations; and wherein the at least one SSB identifier is transmitted through both a demodulation reference signal, DMRS, sequence in a physical broadcast channel, PBCH, in the at least one SSB and data bits in the PBCH.
Composition for repelling birds and/or mammals, wherein the composition is a repellent for protection against bird predation and/or game bites, and wherein the composition comprises: at least one plant protection agent and/or plant strengthening agent and a mixture, characterized in that the mixture comprises at least one compound selected from the group consisting of humulones, lupulones, isohumulones, oxidation products of lupulones such as hulupones and luputriones, allo-isohumulones, abeo-isohumulones, anti-isohumulones, spiro-isohumulones, humelic acids, dihydro-isohumulones, tetrahydro-isohumulones and hexahydro-isohumulones, and that the at least one plant protection agent and/or plant strengthening agent is a fertilizer. at least one plant protection agent and/or plant strengthening agent and a mixture, characterized in that the mixture comprises at least one compound selected from the group consisting of humulones, lupulones, isohumulones, oxidation products of lupulones such as hulupones and luputriones, allo-isohumulones, abeo-isohumulones, anti-isohumulones, spiro-isohumulones, humelic acids, dihydro-isohumulones, tetrahydro-isohumulones and hexahydro-isohumulones, and that the at least one plant protection agent and/or plant strengthening agent is a fertilizer.
An integration framework for facilitating communication with a central power grid authority that manages a power grid, the integration framework comprising: a utility communications network for receiving data from one or more components (180, 188) in the said power grid; a first portion of a bus for communicating operational data to the central power grid authority, the operational data comprising at least one real-time measurement of voltage, current, real power, or reactive power for at least a part of the power grid; a second portion of a bus for communicating event data to the central power grid authority, the second portion being separate from the first portion, the event data being distinct from and derived from the real-time measurement and comprising at least one analytical determination as to operation of the power grid based on the at least one real time measurement; and a routing device for analysing at least a part of data received from one or more components in the said power grid via the utility communications network and for routing the data to one of the first portion of the bus and the second portion of the bus, wherein the operational data is communicated via the first portion and not communicated via the second portion, and wherein the event data is communicated via the second portion and not communicated via the first portion. a utility communications network for receiving data from one or more components (180, 188) in the said power grid; a first portion of a bus for communicating operational data to the central power grid authority, the operational data comprising at least one real-time measurement of voltage, current, real power, or reactive power for at least a part of the power grid; a second portion of a bus for communicating event data to the central power grid authority, the second portion being separate from the first portion, the event data being distinct from and derived from the real-time measurement and comprising at least one analytical determination as to operation of the power grid based on the at least one real time measurement; and a routing device for analysing at least a part of data received from one or more components in the said power grid via the utility communications network and for routing the data to one of the first portion of the bus and the second portion of the bus, wherein the operational data is communicated via the first portion and not communicated via the second portion, and wherein the event data is communicated via the second portion and not communicated via the first portion.
A cable assembly for terminating an end of a cable, the cable assembly comprising: a ferrule secured to a cable jacket at the end of the cable; a shell (32, 34) having an inner connector, a portion of the inner connector positioned in the ferrule; an inner housing positioned in the inner connector, the inner housing cooperating with individual signal conductors (20, 22) which extend from the end of the cable; the cable having the individual signal conductors (20, 22) extending from the end of the cable to the inner housing and a braided metal shield surrounding the signal conductors (20, 22) and extending from the end of the cable to the portion of the inner connector positioned in the ferrule; a transition zone provided: between the end of the cable and the inner housing; and between the end of the cable and an end of the portion of the inner connector positioned in the ferrule; a braid positioning clip engaging the braided shield in the transition zone to maintain a relationship of the braided shield to the signal conductors (20, 22) to minimize the degradation of the electrical performance of the cable. a ferrule secured to a cable jacket at the end of the cable; a shell (32, 34) having an inner connector, a portion of the inner connector positioned in the ferrule; an inner housing positioned in the inner connector, the inner housing cooperating with individual signal conductors (20, 22) which extend from the end of the cable; the cable having the individual signal conductors (20, 22) extending from the end of the cable to the inner housing and a braided metal shield surrounding the signal conductors (20, 22) and extending from the end of the cable to the portion of the inner connector positioned in the ferrule; a transition zone provided: between the end of the cable and the inner housing; and between the end of the cable and an end of the portion of the inner connector positioned in the ferrule; a braid positioning clip engaging the braided shield in the transition zone to maintain a relationship of the braided shield to the signal conductors (20, 22) to minimize the degradation of the electrical performance of the cable.
A fuel cell, comprising: a cell structure including an anode electrode, a cathode electrode, and an electrolyte that intervenes between the anode electrode and the cathode electrode; and a pair of separators that forms an anode gas flow area and a cathode gas flow area between the cell structure and an anode-side separator and a cathode-side separator of the pair of separators, respectively, wherein the cell structure comprises a metal frame to hold a periphery of the cell structure, the metal frame and the pair of separators comprise anode gas manifold holes for flowing the anode gas and cathode gas manifold holes for flowing the cathode gas, the fuel cell further comprises: a first sealing portion and a second sealing portion that are disposed on an anode electrode side of the cell structure to enclose respectively the anode gas flow area comprising the anode gas manifold holes and an outer periphery of the first sealing portion, and the cathode gas manifold holes are disposed and a flow path for the cathode gas is formed between the first sealing portion and the second sealing portion. a cell structure including an anode electrode, a cathode electrode, and an electrolyte that intervenes between the anode electrode and the cathode electrode; and a pair of separators that forms an anode gas flow area and a cathode gas flow area between the cell structure and an anode-side separator and a cathode-side separator of the pair of separators, respectively, wherein the cell structure comprises a metal frame to hold a periphery of the cell structure, the metal frame and the pair of separators comprise anode gas manifold holes for flowing the anode gas and cathode gas manifold holes for flowing the cathode gas,
Pneumatic vehicle tyre of a radial type of construction with a breaker belt assembly comprising multiple belt plies, a profiled tread, bead regions with bead cores and bead fillers and with a multi-ply carcass insert, which has a first carcass ply with textile reinforcing elements running in the radial direction, wherein the carcass ply runs from bead region to bead region and runs around the bead cores from the inside to the outside and ends radially outside the bead regions as carcass turn-ups, wherein there is arranged in each half of the tyre a second carcass ply, which runs around the outside of the first carcass ply in the bead regions and on both sides of the first carcass ply runs over the entire region of the sidewalls, in this way forms two reinforcing plies and the reinforcing elements of which run at an angle (α) of 30° to 60° in relation to the radial direction, wherein the reinforcing ply of the second carcass ply that runs radially outside the first carcass ply extends to under the peripheral region of the belt and ends radially inside the breaker belt assembly, characterized in that the reinforcing ply of the second carcass ply that runs radially inside the first carcass ply likewise extends to under the peripheral region of the belt and ends radially inside the breaker belt assembly.
A scintillator, comprising a crystal comprising CsI (cesium iodide) as a host material thereof and Tl, Bi and O, wherein the following relations are fulfilled: 0.001 atomic ppm ≤ a ≤ 5 atomic ppm and 0.005 × 10 − 4 ≤ a / b ≤ 200 × 10 − 4 wherein a is a concentration of Bi with respect to Cs in the crystal, and b is a concentration of O with respect to I in the crystal. a is a concentration of Bi with respect to Cs in the crystal, and b is a concentration of O with respect to I in the crystal.