mhurhangee/ep-ind-claims huggingface dataset:
A multilevel converter being a single phase converter with one phase leg, or a three phase converter with three phase legs (1A-C), the phase legs of the three phase converter being interconnected in a star-configuration, the, or each (1A-C), phase leg comprises switching cells (11, 21), each switching cell (11, 21) comprises semi-conductor switches (41, 51) arranged to selectively provide a connection to a corresponding energy storage element (42, 52), the converter also includes a controller, which is provided to monitor the DC voltage (V DC) of the energy storage elements (42, 52), the controller is provided to control the switching of each switching cell (11, 21), characterized in that the phase leg of the single phase converter, or each phase leg (1A-C) of the three phase converter, comprises two parallel branches (10, 20) of switching cells (11, 21), the branches (10, 20) being configured in a closed circuit.
A method of operating a renewable power plant that is connected to a power network by a bus, the method comprising identifying a predetermined voltage condition of the renewable power plant or of the bus; controlling the renewable power plant to maintain zero reactive power exchange at the bus for a first period; calculating an average voltage level of the bus that was achieved during the first period; and controlling the renewable power plant to maintain the voltage output at a set voltage level for a second period, the set voltage level being equal to the calculated average voltage level identifying a predetermined voltage condition of the renewable power plant or of the bus; controlling the renewable power plant to maintain zero reactive power exchange at the bus for a first period; calculating an average voltage level of the bus that was achieved during the first period; and controlling the renewable power plant to maintain the voltage output at a set voltage level for a second period, the set voltage level being equal to the calculated average voltage level
A process for preparing precipitated calcium carbonate comprising the steps of: (a) slaking quick lime to obtain slaked lime; and (b) subjecting the slaked lime, without prior cooling in a heat exchanger and at an initial temperature of 54. 44°C (130°F) to 71.11°C (160°F) and in the absence of any additives, to carbonation with carbon dioxide gas in a reactor to produce PCC, wherein the carbon dioxide is introduced into the reactor containing the slaked lime and wherein the agitator of the reactor is turned off. (a) slaking quick lime to obtain slaked lime; and (b) subjecting the slaked lime, without prior cooling in a heat exchanger and at an initial temperature of 54. 44°C (130°F) to 71.11°C (160°F) and in the absence of any additives, to carbonation with carbon dioxide gas in a reactor to produce PCC, wherein the carbon dioxide is introduced into the reactor containing the slaked lime and wherein the agitator of the reactor is turned off.
A fuel cell electrode forming method, comprising: covering at least a portion of a copper monolayer on a core material supported by a gas diffusion layer (22a; 22b) of the fuel cell electrode with a platinum solution; and replacing the copper monolayer to form a platinum monolayer from the platinum solution by exposing the copper monolayer to the platinum solution while forcing the platinum solution through the gas diffusion layer (22a; 22b) with a pump. covering at least a portion of a copper monolayer on a core material supported by a gas diffusion layer (22a; 22b) of the fuel cell electrode with a platinum solution; and replacing the copper monolayer to form a platinum monolayer from the platinum solution by exposing the copper monolayer to the platinum solution while forcing the platinum solution through the gas diffusion layer (22a; 22b) with a pump.
Field device with a memory for position information, comprising: at least one sensor and field device electronics, wherein the at least one sensor in each case has at least one sensing unit for detecting a physical variable and wherein the field device electronics is designed to control the at least one sensor, a memory, which is designed to store position information and is arranged in the field device electronics, a communication interface which is designed for a two-way exchange of data with a mobile terminal, preferably in a close range, and for receiving position information from the mobile terminal, a control unit which is connected in a communicating manner to the communication interface and the memory and is designed to store position information received via the communication interface in the memory, wherein the communication interface of the field device is additionally designed to transmit energy from the mobile terminal to the field device, and wherein energy transmitted via the communication interfaces (4, 5) can be used to supply the control unit and the memory of the field device. at least one sensor and field device electronics, wherein the at least one sensor in each case has at least one sensing unit for detecting a physical variable and wherein the field device electronics is designed to control the at least one sensor, a memory, which is designed to store position information and is arranged in the field device electronics, a communication interface which is designed for a two-way exchange of data with a mobile terminal, preferably in a close range, and for receiving position information from the mobile terminal, a control unit which is connected in a communicating manner to the communication interface and the memory and is designed to store position information received via the communication interface in the memory, wherein the communication interface of the field device is additionally designed to transmit energy from the mobile terminal to the field device, and wherein energy transmitted via the communication interfaces (4, 5) can be used to supply the control unit and the memory of the field device.
An epoxy resin composition comprising an epoxy resin, a curing agent, and an inorganic filler, wherein the epoxy resin comprises a crystalline epoxy resin, and an amorphous epoxy resin; wherein the crystalline epoxy resin has a mesogen structure, wherein the crystalline epoxy resin is expressed by the following chemical formula: where m is an integer of 0 to 50, R is hydrogen or an alkyl group, wherein the epoxy resin comprises at least 50 wt% of the crystalline epoxy resin, wherein the epoxy resin composition comprises 40 wt% to 97 wt% of the inorganic filler.
Fastening device for fixing a radar-based level measuring device to an outer grid of a container, in particular an IBC tank, comprising: - A clamping holder, which can be clamped to an in particular vertical bar of the outer grille, - an adapter, with ∘ a first fastening means (121, 121'), by means of which the level measuring device can be detachably mounted on the adapter, and ∘ a recess through which radar signals (S HF, R HF) of the level measuring device can be transmitted to the product and received from there in the mounted state, and - a second fastening means, by means of which the level measuring device can be fastened to the clamping bracket via the adapter. - A clamping holder, which can be clamped to an in particular vertical bar of the outer grille, - an adapter, with ∘ a first fastening means (121, 121'), by means of which the level measuring device can be detachably mounted on the adapter, and ∘ a recess through which radar signals (S HF, R HF) of the level measuring device can be transmitted to the product and received from there in the mounted state, and ∘ a first fastening means (121, 121'), by means of which the level measuring device can be detachably mounted on the adapter, and ∘ a recess through which radar signals (S HF, R HF) of the level measuring device can be transmitted to the product and received from there in the mounted state, and - a second fastening means, by means of which the level measuring device can be fastened to the clamping bracket via the adapter.
Method for mounting lift components of a lift system in a vertical shaft of a building with the aid of a mounting system (10; 100; 120) which can be moved in the shaft, wherein the lift system has at least one car which can travel along guide rails (28a, 28b, 30a, 30b) in the shaft, wherein a mounting system (10; 100; 120) is positioned in the shaft, said mounting system having a support platform and a mounting platform which are arranged one above the other, and having a lifting and pulling device (42, 125), wherein the support platform and the mounting platform are alternately fixed in position in the shaft, and the platform (12 or 40) which is respectively not fixed in position is moved by means of the lifting and pulling device (42, 125) in the vertical direction relative to the platform (12 or 40) which is fixed in position, wherein the guide rails (28a, 28b, 30a, 30b) are connected to one another at the ends in pairs by means of connecting elements (26, 52), characterized in that the support platform and/or the mounting platform are/is secured to guide rails (28a, 28b, 30a, 30b) in order to be fixed in position in the shaft, and in that the support platform and/or the mounting platform are/is supported on the connecting elements (26, 52) in order to be fixed in position.
Bearing plate for the winding shaft of a window hanging, in particular of a roller shutter, - wherein the winding shaft is placed in a reception box - and the winding shaft comprises a drive motor for driving the shaft, - wherein a first end of the winding shaft is rotatably held in a pivot bearing and - a second end of the winding shaft is held in the bearing plate with a motor mounting supporting the drive torque, - wherein the motor mounting comprises a bearing component, - wherein the bearing component is a part which is separate from the bearing plate, characterised in that - the bearing component is rotatably held in a component receptacle of the bearing plate, - and in that the bearing component can be non-rotatably locked in the component receptacle of the bearing plate via a radially displaceable latching cam, - and in that the latching cam is acted on by the force of a spring in its latching position. - wherein the winding shaft is placed in a reception box - and the winding shaft comprises a drive motor for driving the shaft, - wherein a first end of the winding shaft is rotatably held in a pivot bearing and - a second end of the winding shaft is held in the bearing plate with a motor mounting supporting the drive torque, - wherein the motor mounting comprises a bearing component, - wherein the bearing component is a part which is separate from the bearing plate, characterised in that - the bearing component is rotatably held in a component receptacle of the bearing plate, - and in that the bearing component can be non-rotatably locked in the component receptacle of the bearing plate via a radially displaceable latching cam, - and in that the latching cam is acted on by the force of a spring in its latching position.
Apparatus for electrically connecting and grounding at least two mechanically interconnectable planar mats in a reusable load-supporting surface deployed on or near the surface of the earth, the mats being constructed at least partially of impermeable material and having top and bottom faces, multiple sides (28, 30, 37, 38) and at least one edge extending around each side thereof, the apparatus comprising: a plurality of removable, electrically-conductive covers constructed at least partially of electrically-conductive material, each one of said removable covers being configured to be coupled to another of the respective mats and extend at least partially across at least one among the top and bottom faces thereof, each said cover having at least one conductive interface configured to contact and form an electrically-conductive path with at least one said conductive interface of an adjacent mat when the mats are mechanically interconnected in the load-supporting surface to electrically connect such mats; and at least one grounding rod configured to be electrically connected between at least one said cover and the earth. a plurality of removable, electrically-conductive covers constructed at least partially of electrically-conductive material, each one of said removable covers being configured to be coupled to another of the respective mats and extend at least partially across at least one among the top and bottom faces thereof, each said cover having at least one conductive interface configured to contact and form an electrically-conductive path with at least one said conductive interface of an adjacent mat when the mats are mechanically interconnected in the load-supporting surface to electrically connect such mats; and at least one grounding rod configured to be electrically connected between at least one said cover and the earth.
A unit for conveying filter segments for the machines of the tobacco industry, comprising a chain conveyor in a horizontal arrangement on which lugs are disposed, characterized in that a working end of the lug is deflected from the vertical, and furthermore the unit comprises guides (23, 33) for filter segments provided with an inclined channel guiding the lug, such that contact of a filter segment with inclined channel guiding the lug is avoided.
A non-naturally occurring microbial organism, comprising a microbial organism having a pathway for converting adipyl-CoA to 6 aminocaproic acid (6-aminocaproic acid pathway) and at least one pathway for producing adipyl-CoA (adipyl-CoA pathway), said 6-aminocaproic acid pathway comprising two exogenous nucleic acids each encoding a 6-aminocaproic acid pathway enzyme expressed in a sufficient amount to produce 6-aminocaproic acid, said 6-aminocaproic acid pathway comprising CoA-dependent aldehyde dehydrogenase, and transaminase or 6-aminocaproate dehydrogenase, wherein said at least one adipyl-CoA pathway comprises at least one of a pathway for converting adipate to adipyl CoA and a pathway for converting succinyl-CoA plus acetyl-CoA to adipyl-CoA, wherein said pathway for converting adipate to adipyl CoA, comprises adipyl-CoA synthetase or phosphotransadipylase/adipate kinase; and wherein said pathway for converting succinyl-CoA plus acetyl-CoA to adipyl-CoA comprises succinyl-CoA:acetyl-CoA acyl transferase, 3-oxoadipyl-CoA transferase, 3-oxoadipate reductase, 3-hydroxyadipate dehydratase, 2-enoate reductase, and adipyl-CoA synthetase, phosphotransadipylase/adipate kinase, adipyl-CoA:acetyl-CoA transferase or adipyl-CoA hydrolase.
Building closure element constructed as a fire protection closure element having a flush-mounted glazing, comprising a frame assembly and a pane assembly to be inserted into said frame assembly, and a locking device for fixing said pane assembly within said frame assembly, wherein said locking device is entirely received between at least one outer peripheral front face of said pane assembly and a jamb front face of a glazing opening in said frame assembly, and wherein said locking device has a stopper for limiting a locking movement after the locking is complete, characterized in that said locking device includes a locking element to be fixed to said frame assembly or said pane assembly and having an elastically movable engagement element preloaded in an engagement position and an abutment element to be fixed to the respective other assembly (20, 16), and a capture element receiving said engagement element in a form-locking manner.
Disengageable two-ratio power transmission mechanism transmitting power between an electric machine and a secondary shaft of a gear box, which mechanism is made up of a two-ratio epicyclic gear set equipped with a sun gear, with a planet carrier supporting several planet pinions and of an annulus gear, characterized in that the sun gear is permanently connected to the electric machine and in that the annulus gear is mechanically connected to the secondary shaft of the gear box.
System comprising a plurality of interchangeable spacers (6, 6', 6") of different lengths (I, I', I") and ammunition comprising a projectile that has a cap, and a cartridge case that has a highpressure chamber and a low-pressure chamber, wherein the cartridge case is operatively connected to the projectile, and wherein the ammunition comprises one of the plurality of spacers (6, 6', 6") that can be fastened to the projectile.
An inverter board assembly for use with a hermetic compressor, the hermetic compressor comprising a casing for hermetically accommodating a compressor-kit, a bracket which is disposed onto the casing and adapted for the attachment of the inverter board assembly; a terminal socket and a grounding socket which are disposed onto the casing, the inverter board assembly comprising a housing for accommodating the inverter board, a terminal plug for the connection with the terminal socket, a grounding plug for a connection with the grounding socket and an attachment means for attaching the housing to the bracket, the inverter board assembly characterized in that a first fixing means which is adapted to fix the terminal plug to the housing in a position which faces the terminal socket and which comprises a first recess which is formed into the housing and adapted to receive the terminal plug and one or more first claws each adapted to secure the terminal plug into the first recess and a second fixing means which is adapted to fix the grounding plug to the housing in a position which faces the grounding socket and which comprises a second recess which is formed into the housing and adapted to receive the grounding plug and one or more second claws each adapted to secure the grounding plug into the second recess, wherein the terminal plug and the grounding plug are respectively adapted to get connected to the terminal socket and the grounding socket upon attachment of the housing to the bracket.
A model aircraft comprising: a fuselage, a right wing, a left wing, and a wing connector for connecting the right wing and the left wing to the fuselage of the aircraft model, Characterised in that said wing connector is a non-adhesive wing connector, said wings (2, 3) having finger holes provided on an edge of both wings (2, 3) in order to plug them together, said non-adhesive wing connector comprising: at least one left wing installation surface and at least one right wing installation surface passing through a central line of the non-adhesive wing connector by section, wherein a dihedral angle made on the left wing installation surface and the right wing installation surface corresponds with the finger holes made on the edge of both wings (2, 3) in order that the wings (2, 3) may be plugged together.
A composition comprising cangrelor for use in maintaining P2Y 12 inhibition in a patient being treated with an oral P2Y 12 inhibitor who is in need of PCI, (percutaneous coronary intervention), wherein P2Y 12 inhibition is maintained by (a) discontinuing the treatment with the oral P2Y 12 inhibitor; (b) administering the composition as a 30 μg/kg intravenous bolus of cangrelor; (c) administering the composition intravenously as a continuous infusion of cangrelor at 4 μg/kg/min; and (d) continuing the administration of the continuous infusion for the longer of (i) at least two hours, or (ii) the duration of PCI.
Door-sealing system having a door seal with a housing and having at least one fastening element, which has a first leg for fastening a first end region of the housing on a door leaf, wherein the housing, in this first end region, projects beyond the first leg, wherein the fastening element is an angled fastening bracket comprising the first leg and a second leg, wherein the second leg is hold on the housing, characterized in that the second leg has an upper and a lower lug (210, 211), between which a wall of the housing is hold.
A portable inspection unit comprising: a unit body; a flexible cable having a proximal end portion and a distal end portion, the proximal end portion extending from the unit body; an imager housing disposed at the distal end of the flexible cable; a port disposed in a top surface portion of the unit body; and a grasper extending from a distal end portion of the imager housing, characterized by a trigger mechanism configured to extend and retract the grasper, wherein the trigger mechanism is configured to releasably attach to the grasper at a location accessible through the port allowing insertion and removal of the grasper through the port with respect to the unit body. a unit body; a flexible cable having a proximal end portion and a distal end portion, the proximal end portion extending from the unit body; an imager housing disposed at the distal end of the flexible cable; a port disposed in a top surface portion of the unit body; and a grasper extending from a distal end portion of the imager housing, characterized by a trigger mechanism configured to extend and retract the grasper, wherein the trigger mechanism is configured to releasably attach to the grasper at a location accessible through the port allowing insertion and removal of the grasper through the port with respect to the unit body.
Tread for a tyre of an off-road vehicle carrying very heavy loads, this tread having a total width Wt greater than 600 mm and a thickness Ht of material to be worn away, this tread being provided with at least three main grooves (1, 2, 3, 4) of circumferential overall orientation and with a depth at least equal to 60 mm, these at least three main grooves (1, 2, 3, 4) dividing the tread into intermediate ribs (51, 52, 53) and edge ribs, the edge ribs axially bounding the tread, these edge ribs having a width at most equal to one quarter of the total width Wt of the tread, at least one of the intermediate ribs (51, 52, 53) being provided with a plurality of fine grooves (61, 62, 63); each fine groove (61, 62, 63) opening into a main groove (1, 2, 3, 4) and having a depth HI, these fine grooves (61, 62, 63), with the main grooves (1, 2, 3, 4), delimiting blades of material (71, 72, 73) of mean width B1 less than twice the depth HI, these fine grooves (61, 62, 63) being oriented in the transverse direction corresponding to the axial direction of the tyre or in an oblique direction, namely with an orientation that makes an angle at most equal to 45 degrees with the transverse or axial direction of the tyre, each intermediate rib (51, 52, 53) having a mean width at most equal to one quarter of the total width Wt of the tread and at least equal to 0.75 times the thickness Ht of material to be worn away, this tread being characterized in that: the fine grooves, (61, 62, 63) have, over a height H12 at least equal to 65% of their total depth HI, a width which is at most equal to the value obtained from the following mathematical expression: 0.04 B 1. H 1.
A method for operating a blower device (51; 52) in a discharging device having a first and second stack delivery means (I; II), wherein the blower device is provided above a transport path of sheets conveyed by a conveying system along a transport direction over a deposit location of the first stack delivery means, wherein in a first operating mode a sheet to be deposited in the first stack delivery means is supplied with blowing air coming from the blower device (51; 52) applied from above, characterized in that the blower device comprises several groups in the transport direction running in succession transversely to the transport direction each with a plurality of blowing air openings directed in the direction of the transport path which are supplied from the inside with compressed air of a pressure of more than 0.6 bar above normal pressure.