mhurhangee/ep-ind-claims huggingface dataset:
Device for measuring a leakage current, comprising - a first and a second electrode (E1, E2) for arrangement in a leakage current path, - an energy store that is a capacitor that is connected up to the electrodes (E1, E2) in such a way that it is able to be charged by means of the leakage current, and comprising - a radio module that is connected to the energy store and is designed to transmit a radio signal if an energy store voltage at the energy store reaches or exceeds a predetermined voltage threshold value, wherein the device comprises an antenna, by means of which the radio signal is transmitted, characterized in that one of the electrodes forms at least part of the antenna. - a first and a second electrode (E1, E2) for arrangement in a leakage current path, - an energy store that is a capacitor that is connected up to the electrodes (E1, E2) in such a way that it is able to be charged by means of the leakage current, and comprising - a radio module that is connected to the energy store and is designed to transmit a radio signal if an energy store voltage at the energy store reaches or exceeds a predetermined voltage threshold value, wherein the device comprises an antenna, by means of which the radio signal is transmitted, characterized in that one of the electrodes forms at least part of the antenna.
A device for delivering a fluid to a consumption point, the device comprising: - a pedestal comprising: • mechanical coupling means for mechanically coupling the pedestal to the consumption point, • a connector having an upper port and a lower port in fluidic communication, the lower port being configured to be fluidically coupled to the consumption point, and • an electronic control unit for controlling the delivery of the fluid to the consumption point, - a movable casing configured to be mounted on the pedestal and comprising: • a reservoir for storing an amount of the fluid, • a pump system for pumping the fluid out of the reservoir to the upper port of the connector, • fluidic coupling means for fluidically coupling the reservoir to the upper port of the connector through the pump system when the movable casing is mounted on the pedestal, and • electrical coupling means for electrically coupling the movable casing to the pedestal. - a pedestal comprising: • mechanical coupling means for mechanically coupling the pedestal to the consumption point, • a connector having an upper port and a lower port in fluidic communication, the lower port being configured to be fluidically coupled to the consumption point, and • an electronic control unit for controlling the delivery of the fluid to the consumption point, • mechanical coupling means for mechanically coupling the pedestal to the consumption point, • a connector having an upper port and a lower port in fluidic communication, the lower port being configured to be fluidically coupled to the consumption point, and • an electronic control unit for controlling the delivery of the fluid to the consumption point, - a movable casing configured to be mounted on the pedestal and comprising: • a reservoir for storing an amount of the fluid, • a pump system for pumping the fluid out of the reservoir to the upper port of the connector, • fluidic coupling means for fluidically coupling the reservoir to the upper port of the connector through the pump system when the movable casing is mounted on the pedestal, and • electrical coupling means for electrically coupling the movable casing to the pedestal. • a reservoir for storing an amount of the fluid, • a pump system for pumping the fluid out of the reservoir to the upper port of the connector, • fluidic coupling means for fluidically coupling the reservoir to the upper port of the connector through the pump system when the movable casing is mounted on the pedestal, and • electrical coupling means for electrically coupling the movable casing to the pedestal.
Wind farm containing a number of cable arrangements for transmission of electrical power from wind turbines, and containing a number of cooling apparatuses for cooling the cable arrangements, wherein one of the cooling apparatuses comprises the following: - an outer pipe, which is configured in such a way as to accommodate the cable arrangement such that an intermediate space for accommodation of a cooling-water layer remains between the outer pipe and the cable arrangement, - a connection element for establishing a water-tight connection (131, 132) between the outer pipe and the cable arrangement; characterized in that one of the cooling apparatuses comprises a pressure regulator for regulating the water pressure in the cooling-water layer, and in that a connection element is arranged in the region of an end point of the cable arrangement on a wind turbine, wherein the connection element comprises a weld seam connection device (136, 137, 138, 139) for establishing a weld seam connection (131, 132) between the cable arrangement and the outer pipe. - an outer pipe, which is configured in such a way as to accommodate the cable arrangement such that an intermediate space for accommodation of a cooling-water layer remains between the outer pipe and the cable arrangement, - a connection element for establishing a water-tight connection (131, 132) between the outer pipe and the cable arrangement;
A method for microbial bioburden reduction of a chromatography matrix, comprising contacting the chromatography matrix with a composition, wherein said composition consists of: (a) 0.1 M to 0.7 M acetic acid; or (b) 0.4 M to 0.7 M acetic acid and benzyl alcohol; or (c) 0.1 M acetic acid and 20 % ethanol; or (d) 0.1 M to 0.5 M acetic acid and 1% benzyl alcohol; or (e) 0.5 M to 1.0 M acetic acid and 1% to 2% benzyl alcohol wherein the contacting step is performed for at least 1 hour. (a) 0.1 M to 0.7 M acetic acid; or (b) 0.4 M to 0.7 M acetic acid and benzyl alcohol; or (c) 0.1 M acetic acid and 20 % ethanol; or (d) 0.1 M to 0.5 M acetic acid and 1% benzyl alcohol; or (e) 0.5 M to 1.0 M acetic acid and 1% to 2% benzyl alcohol
A protective sheath against the radiation of the electric field generated by electric cables (1, 2, 3) extending inside the sheath, said sheath being of a bendable nature and exhibiting a crush resistance, and designed to be able to receive electrical cables by insertion, of the "ICTA" and "ICTL" types, said sheath surrounding or being intended to surround at least one neutral cable, a ground cable and a phase cable connected to the electrical distribution network, and comprising an outer layer of electrically insulating plastic material which covers an inner layer of electrically conductive material, means being provided for connecting the layer of electrically conductive material to an electric conductor intended to be grounded, characterized in that the conductor, intended to be grounded, is a wire entirely or partly made of conductive material extending inside the sheath over along the entire length thereof and which is, for at least one part of its length and at least at several points, in electrical contact with the inner layer of electrically conductive material.
Device for providing liquid reducing agent, having a tank with an interior space and having a vessel arranged at least partially in the interior space of the tank, wherein the vessel is surrounded on the outside at least partially by a filter with a filter surface and a filter depth, and in the vessel there is situated a delivery unit which is set up to deliver reducing agent from the tank, through the filter and to an extraction point for reducing agent, characterized in that reducing agent which is stored in the tank flows firstly through the filter before flowing into an inner region of the vessel, in particular before flowing through an extraction opening into the delivery unit.
Fastener comprising - an anchor bolt and a nut, - wherein the nut has a nut hole and an internal thread projecting into the nut hole, - wherein the anchor bolt has an anchor portion and a threaded rod that has an external thread and that is connected to the anchor portion to transfer tensile force into the anchor portion, - wherein the nut is arranged on the threaded rod and the internal thread of the nut threadedly engages the external thread of the threaded rod, - wherein the nut comprises a rearward nut section, a forward nut section located closer to the anchor portion of the anchor bolt than the rearward nut section, and an outside shoulder for load transfer into the nut, which is located between the forward nut section and the rearward nut section and which faces the anchor portion of the anchor bolt, and - wherein the internal thread of the nut extends at least in the forward nut section and the internal thread of the nut threadedly engages the external thread of the threaded rod at least in the forward nut section, characterized in that the forward nut section is provided with at least one slot that extends from the free end of the forward nut section towards the outside shoulder. - an anchor bolt and a nut, - wherein the nut has a nut hole and an internal thread projecting into the nut hole, - wherein the anchor bolt has an anchor portion and a threaded rod that has an external thread and that is connected to the anchor portion to transfer tensile force into the anchor portion, - wherein the nut is arranged on the threaded rod and the internal thread of the nut threadedly engages the external thread of the threaded rod, - wherein the nut comprises a rearward nut section, a forward nut section located closer to the anchor portion of the anchor bolt than the rearward nut section, and an outside shoulder for load transfer into the nut, which is located between the forward nut section and the rearward nut section and which faces the anchor portion of the anchor bolt, and - wherein the internal thread of the nut extends at least in the forward nut section and the internal thread of the nut threadedly engages the external thread of the threaded rod at least in the forward nut section,
A bit block stream bit error detection method, comprising: sending a first boundary bit block, wherein the first boundary bit block is used to distinguish N bit blocks to be subsequently sent, and N is a positive integer; sequentially sending an I th bit block, wherein I is an integer going from 1 to N; determining a first parity check result and a second parity check result, wherein a check object of the first parity check result comprises m consecutive bits of each bit block in the N bit blocks, a check object of the second parity check result comprises n consecutive bits of each bit block in the N bit blocks, and sending a second boundary bit block, the first parity check result, and the second parity check result, wherein the second boundary bit block is used to distinguish the N bit blocks that have been sent, characterized in that: the length of the first parity check result is one bit and the length of the second parity check result is one bit and at least one of m and n is greater than or equal to 2. sending a first boundary bit block, wherein the first boundary bit block is used to distinguish N bit blocks to be subsequently sent, and N is a positive integer; sequentially sending an I th bit block, wherein I is an integer going from 1 to N; determining a first parity check result and a second parity check result, wherein a check object of the first parity check result comprises m consecutive bits of each bit block in the N bit blocks, a check object of the second parity check result comprises n consecutive bits of each bit block in the N bit blocks, and sending a second boundary bit block, the first parity check result, and the second parity check result, wherein the second boundary bit block is used to distinguish the N bit blocks that have been sent, characterized in that: the length of the first parity check result is one bit and the length of the second parity check result is one bit and at least one of m and n is greater than or equal to 2.
A smokehouse comprising a smoke chamber, a pellet burner fluidly connected to the smoke chamber via a smoke channel so that a heat generated by the pellet burner can flow into the smoke chamber, and an air flow ventilator fluidly connected to the pellet burner and configured to supply an air flow to the pellet burner, characterized in that the smokehouse further comprises an ozone generator for generation an ozone, wherein the ozone generator is fluidly connected to the air flow ventilator so that the air flow suppliable to the pellet burner, first, flows into the ozone generator where the ozone in generated and the ozone/air mix is created that is supplied to the pellet burner via the air flow ventilator, and wherein the smokehouse further comprises a smoke generator which is positioned into the smoke channel, wherein the smoke generator comprises a auger tube in which a section of perforations is formed, and wherein the auger tube is positioned into the smoke channel so that the section of perforations are directed towards the smoke chamber.
A pneumatic tire comprising a tread portion provided with blocks each provided with a first variable depth sipe and a second variable depth sipe each having both axial ends opened at edges of the block on both sides thereof in the tire axial direction, and each having a deep main portion having a substantially constant depth and a shallow portion, wherein in each of the blocks, the shallow portion of the first variable depth sipe overlaps in the tire axial direction with the deep main portion of the second variable depth sipe, characterized in that - in at least some of the blocks, the sipe-to-sipe circumferential distance (L3a, L3b) between the first variable depth sipe and the second variable depth sipe varies along the tire axial direction, and - said blocks include first blocks in which the sipe-to-sipe circumferential distance between the first variable depth sipe and the second variable depth sipe is gradually increased toward the axially outside, and second blocks in which the sipe-to-sipe circumferential distance between the first variable depth sipe and the second variable depth sipe is gradually decreased toward the axially outside. - in at least some of the blocks, the sipe-to-sipe circumferential distance (L3a, L3b) between the first variable depth sipe and the second variable depth sipe varies along the tire axial direction, and - said blocks include first blocks in which the sipe-to-sipe circumferential distance between the first variable depth sipe and the second variable depth sipe is gradually increased toward the axially outside, and second blocks in which the sipe-to-sipe circumferential distance between the first variable depth sipe and the second variable depth sipe is gradually decreased toward the axially outside.
A driving tool for driving fastening means, in particular nails or staples, into a workpiece, an actuator unit being provided, by means of which the fastening means can be driven into the workpiece in driving-in cycles, a triggering assembly being provided, by means of which the driving-in cycles of the actuator unit can be triggered, the triggering assembly having a trigger lever, which can be actuated manually, and a workpiece contact element, which can be actuated by placing the driving tool onto the workpiece, the driving tool being able to operate in a single shot mode, in which each individual sequence of an actuation of the workpiece contact element with subsequent actuation of the trigger lever triggers a driving-in cycle, the driving tool being able to operate in a bump firing mode,in which, with the trigger lever continuously actuated, each individual actuation of the workpiece contact element triggers a driving-in cycle, a resetting assembly being provided, which can be activated in the bump firing mode and, after a delay time starting from the activation, has the effect of transferring the driving tool from the bump firing mode into the single shot mode, characterized in that the resetting assembly is coupled to the actuator unit in such a way that, in the bump firing mode, a driving-in cycle activates the resetting assembly.
Watercraft (1, 2) which has an electrical system (3, 4, 5, 15), wherein the electrical system (3, 4, 5, 6, 7, 15, 21, 22) is in a space (8, 18), wherein the space (8, 18) has an atmosphere which is different from air, wherein the atmosphere has a power fuel, wherein the electrical system (3, 4, 5, 6, 7, 15, 21, 22) has a current converter, an electrical motor and a power distribution network, wherein the current converter, the electrical motor and the power distribution network are required to electrically drive the vehicle.
A suction arrangement for an internal combustion engine for sucking a liquid medium out of a tank, with a strainer, via which liquid medium can be sucked out of the tank; at least one suction pipe (18, 19), which with a first end (20, 21) leads into the strainer and via which the sucked-in liquid medium can be conveyed in the direction of a suction pump interacting with the respective suction pipe (18, 19); wherein the or each suction pipe (18, 19) at a second end (23, 24) facing away from the strainer is pivotably mounted about an axis in such a manner that the respective suction pipe (18, 19) and thus the strainer follows a movement of the liquid to be sucked in within the tank initiated by a movement of the tank, characterized by two suction pipes (18, 19), which with their first ends (20, 21) lead into a common strainer and the second ends (23, 24) of which are pivotably mounted in such a manner that the second ends (23, 24) of the suction pipes (18, 19) can be pivoted about a common pivot axis, wherein the two suction pipes (18, 19) extend substantially parallel to one another and to their second ends (23, 24) are deflected in opposite directions in such a manner that longitudinal axes of these second ends (23, 24) lie on the common pivot axis, the two suction pipes (18, 19) are connected to one another or are an integral part of a monolithic pipe assembly and the second ends (23, 24) of the suction pipes (18, 19) are assigned bearings (27, 28) on the tank.
Lubricating device for lubricating a circulating fabric (2, 3) of a machine for producing a fibrous web, with a body comprising: a supply space (12.2) with an inlet (12.3) for supplying a liquid pressurized lubricant to the supply space (12.2) and with an outlet (12.5) for discharging the lubricant therefrom, a nozzle space (12.1) to which a nozzle (12.6) for outputting the lubricant is connected, wherein the nozzle (12.6) is connected to the supply space (12.2) in a flow-conducting fashion via the nozzle space (12.1) and the outlet (12.5), a diffuser for dispersing the lubricant supplied through the outlet (12.5) along the body, wherein the diffuser (12.4) is arranged between the outlet (12.5) and the nozzle (12.6), characterized in that the nozzle (12.6) is designed in such way that its cross-section for lubricant reduces continuously, i.e. with no abrupt narrowing of the cross-section, in the (main) output direction of the lubricant. a supply space (12.2) with an inlet (12.3) for supplying a liquid pressurized lubricant to the supply space (12.2) and with an outlet (12.5) for discharging the lubricant therefrom, a nozzle space (12.1) to which a nozzle (12.6) for outputting the lubricant is connected, wherein the nozzle (12.6) is connected to the supply space (12.2) in a flow-conducting fashion via the nozzle space (12.1) and the outlet (12.5), a diffuser for dispersing the lubricant supplied through the outlet (12.5) along the body, wherein the diffuser (12.4) is arranged between the outlet (12.5) and the nozzle (12.6), characterized in that the nozzle (12.6) is designed in such way that its cross-section for lubricant reduces continuously, i.e. with no abrupt narrowing of the cross-section, in the (main) output direction of the lubricant.
A device for producing a stator of a synchronous machine with a rated output of several hundred kW, in which grooves for receiving a stator winding are formed spaced apart on the inner or outer periphery, wherein the winding is wound continuously without interruption, wherein the diameter of the stator amounts to several metres, with a bearing device for the stator, in which the stator is held vertically, and at least one drive for turning the stator in the bearing device in its circumferential direction.
A method for determining a set of modifiable elements of a coded bit-stream representative of an audio video content characterized in that the method comprises, for a part of said coded bit-stream coding a group of pictures: determining a set of candidate modifiable elements, wherein a candidate modifiable element comprises a modified value for a segment of the coded bit-stream at a given location, an indication of the location of the modified value in the coded bit-stream, and a spatial propagation map associated with said modified value at the given location, said spatial propagation map comprising pixels whose decoding is impacted when said modified value is placed in the coded bit stream at said given location; determining a heat map (HMi) for each reference frame comprising, for each pixel of said reference frame, an information representative of the usage of said pixel for temporal prediction during the decoding of said part of said coded bit-stream coding a group of pictures; obtaining a set of modifiable elements among said set of candidate modifiable elements, wherein a candidate modifiable element is selected as a modifiable element based on the spatial propagation map of the candidate modifiable element and the corresponding heat map. determining a set of candidate modifiable elements, wherein a candidate modifiable element comprises a modified value for a segment of the coded bit-stream at a given location, an indication of the location of the modified value in the coded bit-stream, and a spatial propagation map associated with said modified value at the given location, said spatial propagation map comprising pixels whose decoding is impacted when said modified value is placed in the coded bit stream at said given location; determining a heat map (HMi) for each reference frame comprising, for each pixel of said reference frame, an information representative of the usage of said pixel for temporal prediction during the decoding of said part of said coded bit-stream coding a group of pictures; obtaining a set of modifiable elements among said set of candidate modifiable elements, wherein a candidate modifiable element is selected as a modifiable element based on the spatial propagation map of the candidate modifiable element and the corresponding heat map.
Portable electromechanical tool comprising a unit enclosing a continuous current electric motor powered by a storage battery, a mechanical reduction gear driven by the output shaft of said motor that actuates a working head by means of a device for converting the rotary motion of the motor into a longitudinal translation movement which is transmitted to said working head, characterised in that said device for converting comprises a planetary roller screw, said screw comprising a threaded part which is driven in rotation by said reduction gear to transmit motion via planetary rollers to a threaded nut that drives a mobile part of said working head in translation.