mhurhangee/ep-ind-claims huggingface dataset:
An electrical connector apparatus for use with a field device, the apparatus comprising: a housing having a first end and a second end, wherein the first end is configured to mechanically connect to the field device; an electrical feedthrough subassembly extending through at least a portion of the housing, wherein the electrical feedthrough subassembly comprises: a plurality of electrical conductors (36, 38, 40) configured to provide a removable electrical connection at the second end of the housing; and a flameproof and explosionproof barrier disposed between the first and second ends of the housing, the barrier configured to prevent flames and pressurization from passing through the housing, preferably with brazing or a glass-to-metal seal characterized in that it further comprises a visual indicator viewable from outside the housing, wherein the visual indicator has a plurality of illumination modes indicative of a power state of the electrical feedthrough subassembly; and wherein the visual indicator is wired to a circuit board which is potted within the flameproof and explosionproof barrier. a housing having a first end and a second end, wherein the first end is configured to mechanically connect to the field device; an electrical feedthrough subassembly extending through at least a portion of the housing, wherein the electrical feedthrough subassembly comprises: a plurality of electrical conductors (36, 38, 40) configured to provide a removable electrical connection at the second end of the housing; and a flameproof and explosionproof barrier disposed between the first and second ends of the housing, the barrier configured to prevent flames and pressurization from passing through the housing, preferably with brazing or a glass-to-metal seal characterized in that it further comprises a visual indicator viewable from outside the housing, wherein the visual indicator has a plurality of illumination modes indicative of a power state of the electrical feedthrough subassembly; and wherein the visual indicator is wired to a circuit board which is potted within the flameproof and explosionproof barrier. a plurality of electrical conductors (36, 38, 40) configured to provide a removable electrical connection at the second end of the housing; and a flameproof and explosionproof barrier disposed between the first and second ends of the housing, the barrier configured to prevent flames and pressurization from passing through the housing, preferably with brazing or a glass-to-metal seal characterized in that it further comprises a visual indicator viewable from outside the housing, wherein the visual indicator has a plurality of illumination modes indicative of a power state of the electrical feedthrough subassembly; and wherein the visual indicator is wired to a circuit board which is potted within the flameproof and explosionproof barrier.
A device for automatically decoupling means for connecting an electric vehicle to a recharging station by cable, the connection means including a connector, on the cable side of the recharging station, and a socket, on the electric vehicle side, the device including an active part (40; 60) mounted on the socket and a passive part mounted on the connector, the active part including an actuator (45; 65) and a plurality of rods (42, 43; 62, 63) forming plungers capable of being translated by the actuator to bear on the passive part of the device so as to generate a force in order to separate the connector from the socket, characterise in that the passive part is made up of a ring mounted on the connector, and the active part is made up of a body mounted on the socket so as to grip it.
An unmanned aerial vehicle, UAV, system, comprising: a first, carrier aircraft having: an airframe; a propulsion system carried by the airframe and positioned to support the carrier aircraft in hover; and a capture line carried by the carrier aircraft and deployable to hang from the first carrier aircraft, the capture line being sized to releasably engage with a capture device of a second, carried aircraft; and a retrieval device detached from the first carrier aircraft and positioned to support the second carried aircraft for detachment from the capture line, the retrieval device including: a boom; and a line support element carried by the boom and positioned to engage with the capture line, wherein the first carrier aircraft and the second carried aircraft are both UAVs. a first, carrier aircraft having: an airframe; a propulsion system carried by the airframe and positioned to support the carrier aircraft in hover; and a capture line carried by the carrier aircraft and deployable to hang from the first carrier aircraft, the capture line being sized to releasably engage with a capture device of a second, carried aircraft; and an airframe; a propulsion system carried by the airframe and positioned to support the carrier aircraft in hover; and a capture line carried by the carrier aircraft and deployable to hang from the first carrier aircraft, the capture line being sized to releasably engage with a capture device of a second, carried aircraft; and a retrieval device detached from the first carrier aircraft and positioned to support the second carried aircraft for detachment from the capture line, the retrieval device including: a boom; and a line support element carried by the boom and positioned to engage with the capture line, wherein the first carrier aircraft and the second carried aircraft are both UAVs. a boom; and a line support element carried by the boom and positioned to engage with the capture line, wherein the first carrier aircraft and the second carried aircraft are both UAVs.
A display apparatus comprising: a device substrate; a first buffer insulating layer on the device substrate, a second buffer insulating layer on the first buffer insulating layer; and a light-emitting device on the second buffer insulating layer, wherein the first buffer insulating layer includes a first lowest buffer layer disposed on the device substrate, a first intermediate buffer layer disposed on the first lowest buffer layer, and a first highest buffer layer disposed on the first intermediate buffer layer, wherein the refractive index of the first highest buffer layer is larger than the refractive index of the first lowest buffer layer and the refractive index of the first intermediate buffer layer is between the refractive index of the first lowest buffer layer and the refractive index of the first highest buffer layer; wherein the second buffer insulating layer includes a second lowest buffer layer disposed on the first highest buffer layer, a second intermediate buffer layer disposed on the second lowest buffer layer, and a second highest buffer layer disposed on the second intermediate buffer layer, wherein the refractive index of the second highest buffer layer is smaller than the refractive index of the second lowest buffer layer and the refractive index of the second intermediate buffer layer is between the refractive index of the second lowest buffer layer and the refractive index of the second highest buffer layer; and wherein the second lowest buffer layer is in direct contact with the first highest buffer layer. a device substrate; a first buffer insulating layer on the device substrate, a second buffer insulating layer on the first buffer insulating layer; and a light-emitting device on the second buffer insulating layer, wherein the first buffer insulating layer includes a first lowest buffer layer disposed on the device substrate, a first intermediate buffer layer disposed on the first lowest buffer layer, and a first highest buffer layer disposed on the first intermediate buffer layer, wherein the refractive index of the first highest buffer layer is larger than the refractive index of the first lowest buffer layer and the refractive index of the first intermediate buffer layer is between the refractive index of the first lowest buffer layer and the refractive index of the first highest buffer layer; wherein the second buffer insulating layer includes a second lowest buffer layer disposed on the first highest buffer layer, a second intermediate buffer layer disposed on the second lowest buffer layer, and a second highest buffer layer disposed on the second intermediate buffer layer, wherein the refractive index of the second highest buffer layer is smaller than the refractive index of the second lowest buffer layer and the refractive index of the second intermediate buffer layer is between the refractive index of the second lowest buffer layer and the refractive index of the second highest buffer layer; and wherein the second lowest buffer layer is in direct contact with the first highest buffer layer.
An insole or shoe sole, which has a sensor arrangement, with a plurality of sensor fields, for pressure detection and an electronics unit, electrically connected to the sensor fields, with electronic component parts, wherein the sensor arrangement is sandwich-like with a middle layer of a piezoresistive material, an upper layer arranged above the middle layer and a lower layer arranged below the middle layer, wherein the upper and lower layer (13, 11) each have an electrically conductive material in the region (1a-9a; 1b-9b) of a respective sensor field, and the upper and lower layer (13, 11) each have a protruding, flexible tab (23, 22), with conducting tracks, for electrical connection of the sensor fields to the electronics unit, and the electronics unit has contact regions against which the tabs (23, 22) rest with their conducting tracks, wherein a stabilization layer and/or damping layer is/are arranged between the sensor arrangement and the electronics unit.
Method for producing an at least partially hardened profiled component, wherein a first profiled segment, which has a uniform cross-sectional shape (9, 10) along its extent, and a second profiled segment, which has a non-uniform cross-sectional shape (9, 10) along its extent, are initially joined together at a joining point in order to form at least a part of a semifinished product, and to this end the first and the second profiled segment (19, 20) have cross-sectional shapes (9, 10) which correspond substantially to one another at the joining point, wherein, after being heated to a hardening temperature, the semifinished product is formed in a forming tool by means of internal high pressure forming or pressing to form the profiled component, which is hardened by quenching after forming inside the forming tool, wherein the first profiled segment is produced by means of roll profiling and the second profiled segment is produced by means of a U-O bending process.
A control device of an internal combustion engine having a supercharger arranged at an upstream side of a throttle valve, an EGR passage recirculating, as EGR, a part of exhaust gas to an upstream side with respect to the supercharger and an EGR control valve disposed at some midpoint in the EGR passage, the control device characterized in comprising: an EGR ratio prediction unit that predicts, in advance, a change of an EGR ratio in a cylinder of the internal combustion engine which is caused by a change of an opening degree of the EGR control valve; and an intake control device (5; 17) that controls a quantity of intake air, wherein the EGR ratio prediction unit predicts the EGR ratio in a predetermined position in an intake system, in which the EGR ratio changes at a timing (T1; T2) that is a time point in advance of a timing at which the EGR ratio in the cylinder changes due to the change of the opening degree of the EGR control valve by an intake control device response time (Δt1; Δt2) required for a quantity of fresh air in the cylinder to start to change after changing the quantity of the intake air by the intake control device (5; 17), and the intake control device (5; 17) is controlled on the basis of the EGR ratio in the predetermined position. an EGR ratio prediction unit that predicts, in advance, a change of an EGR ratio in a cylinder of the internal combustion engine which is caused by a change of an opening degree of the EGR control valve; and an intake control device (5; 17) that controls a quantity of intake air, wherein the EGR ratio prediction unit predicts the EGR ratio in a predetermined position in an intake system, in which the EGR ratio changes at a timing (T1; T2) that is a time point in advance of a timing at which the EGR ratio in the cylinder changes due to the change of the opening degree of the EGR control valve by an intake control device response time (Δt1; Δt2) required for a quantity of fresh air in the cylinder to start to change after changing the quantity of the intake air by the intake control device (5; 17), and the intake control device (5; 17) is controlled on the basis of the EGR ratio in the predetermined position.
A method of seed treatment for a lot of seeds, which comprises treating the lot with one or more pesticides and one or more formulation auxiliaries selected from (a) one or more alkoxylates and (b) one or more block polyoxyalkylene polymers, wherein the total loading of (a) and (b) is at least 10 grams/100kg of seeds, the ratio of the total loading of (a) and/or (b) to solids in the composition is greater than 0.5 and less than or equal to 2.0 and the loading of pesticides is at most 100grams/100kg of seeds; exempted is a loading of (a) and (b) of 18 to 24 grams/100kg of seeds when the loading of difenoconazole is 3.6 grams/100kg or when the loading of fludioxonil is 3.75 or 5 grams/100kg of seeds.
A biological sample assay optical property modifying device, the device comprising: a. a sample receiving cartridge comprising reaction chambers, wherein each reaction chamber comprises an optical property modifying reagent; b. a substrate comprising: i. a heating element; and ii. a power source operatively coupled to the heating element; and c. an adhesive layer operatively connecting the sample receiving cartridge and the substrate, thereby forming a wall of each of the reaction chambers; wherein the sample receiving cartridge comprises a sample inlet operatively connecting each of the reaction chambers, wherein the sample receiving cartridge comprises one or more conduits operatively connecting the reaction chambers with the sample inlet, and characterized in that the device further comprises a housing, the housing comprising: a first portion and a second portion mated with the first portion, wherein the housing encapsulates the sample receiving cartridge, the substrate, and the adhesive layer; and wherein the housing further comprises one or more inlet opening providing access to the sample inlet for a sample to be loaded into the sample receiving cartridge, optionally wherein each of the reaction chambers are microfluidic reaction chambers. a. a sample receiving cartridge comprising reaction chambers, wherein each reaction chamber comprises an optical property modifying reagent; b. a substrate comprising: i. a heating element; and ii. a power source operatively coupled to the heating element; and i. a heating element; and ii. a power source operatively coupled to the heating element; and c. an adhesive layer operatively connecting the sample receiving cartridge and the substrate, thereby forming a wall of each of the reaction chambers; wherein the sample receiving cartridge comprises a sample inlet operatively connecting each of the reaction chambers, wherein the sample receiving cartridge comprises one or more conduits operatively connecting the reaction chambers with the sample inlet, and characterized in that the device further comprises a housing, the housing comprising: a first portion and a second portion mated with the first portion, a first portion and a second portion mated with the first portion, wherein the housing encapsulates the sample receiving cartridge, the substrate, and the adhesive layer; and wherein the housing further comprises one or more inlet opening providing access to the sample inlet for a sample to be loaded into the sample receiving cartridge, optionally wherein each of the reaction chambers are microfluidic reaction chambers.
Packaging comprising a container and a plurality of portion packets located inside the container, a portion packet including a liquid cleaning agent and a wrapping that encloses the liquid cleaning agent, and the container comprising a base that has a base wall, characterized in that in the base wall at least one thin portion having a boundary wall is formed, the wall thickness of which is 0.05 to 0.5 mm and smaller than the wall thickness of the base wall, the thin portion comprising a collection basin which is used for receiving cleaning agent that has leaked out, and it being possible for cleaning agent that has leaked out to be detected visually or by means of appropriate measuring technology on account of the reduced wall thickness of the boundary wall, without the container having to be opened for this purpose.
A lock with a pusher for a door leaf of a motor vehicle comprising: - a pusher capable to be actuated in translation by a user in order to open a door leaf, characterized in that said lock comprises a mechanism for blocking the pusher having an inertial mass lower than that of the pusher and cooperating with the latter so that, in a passive position, the mechanism for blocking the pusher blocks the axial displacement of the pusher thereby preventing the opening of the door leaf and, in an active position, during an actuation of both the pusher and the blocking mechanism, the latter releases the pusher in axial translation thereby allowing the opening of the door leaf - a pusher capable to be actuated in translation by a user in order to open a door leaf,
An azeotropic composition consisting of from 62.4 to 71.0 mole percent Z-1,1,1,4,4,4-hexafluoro-2-butene and from 29.0 to 37.6 mole percent of trans-1,2-dichloroethylene, boiling at a temperature of from -20 °C to 120 °C and at a pressure of from 1.60 psia (11.03 kPa) to 170 psia (1172 kPa).
Apparatus for simultaneously providing a plurality of probe response signals indicative of electrical activity at a respective plurality of locations in a patient, comprising: a rigid needle shaft element comprising a piercing tip; and a substrate, supporting a plurality of electrode tracks, secured to the needle shaft element and extending along the needle shaft element away from the piercing tip; wherein each electrode track extends from a sensing end region arranged for providing a respective probe response signal responsive to localised electrical activity, along a region of the substrate, to a respective bond pad connection region, and recording surface regions of the plurality of electrode tracks are spaced apart in a plurality of substantially linear spaced apart configurations, in an axial direction along the substrate; characterised in that; each electrode track comprises a zig-zag shaped connection track portion which extends in a nested spaced apart configuration with at least one zig-zag shaped connection track portion of an adjacent electrode track; and the electrode tracks each become progressively narrower in cross-section moving away from the piercing tip. a rigid needle shaft element comprising a piercing tip; and a substrate, supporting a plurality of electrode tracks, secured to the needle shaft element and extending along the needle shaft element away from the piercing tip; wherein each electrode track extends from a sensing end region arranged for providing a respective probe response signal responsive to localised electrical activity, along a region of the substrate, to a respective bond pad connection region, and recording surface regions of the plurality of electrode tracks are spaced apart in a plurality of substantially linear spaced apart configurations, in an axial direction along the substrate; characterised in that; each electrode track comprises a zig-zag shaped connection track portion which extends in a nested spaced apart configuration with at least one zig-zag shaped connection track portion of an adjacent electrode track; and the electrode tracks each become progressively narrower in cross-section moving away from the piercing tip.
A current transformer (10, 50), comprising a magnetic core (11, 51), a first primary-side winding (12, 52), a second primary-side winding (13, 53), and a first secondary-side winding (14, 54), wherein the magnetic core (11, 51) comprises a first magnetic core structure (111, 511), a second magnetic core structure (112, 512), and a third magnetic core structure (113, 513), wherein the first magnetic core structure (111, 511) is connected to the second magnetic core structure (112, 512) to constitute a first closed magnetic circuit (201, 601), the first magnetic core structure (111, 511) is connected to the third magnetic core structure (113, 513) to constitute a second closed magnetic circuit (202, 602), and the first magnetic core structure (111, 511) is a magnetic core structure common to the first closed magnetic circuit (201, 601) and the second closed magnetic circuit (202, 602); the first closed magnetic circuit (201, 601) passes through the first primary-side winding (12, 52), and the second closed magnetic circuit (202, 602) passes through the second primary-side winding (13, 53); and the first secondary-side winding (14, 54) is wound around the first magnetic core structure (111, 511). the magnetic core (11, 51) comprises a first magnetic core structure (111, 511), a second magnetic core structure (112, 512), and a third magnetic core structure (113, 513), wherein the first magnetic core structure (111, 511) is connected to the second magnetic core structure (112, 512) to constitute a first closed magnetic circuit (201, 601), the first magnetic core structure (111, 511) is connected to the third magnetic core structure (113, 513) to constitute a second closed magnetic circuit (202, 602), and the first magnetic core structure (111, 511) is a magnetic core structure common to the first closed magnetic circuit (201, 601) and the second closed magnetic circuit (202, 602); the first closed magnetic circuit (201, 601) passes through the first primary-side winding (12, 52), and the second closed magnetic circuit (202, 602) passes through the second primary-side winding (13, 53); and the first secondary-side winding (14, 54) is wound around the first magnetic core structure (111, 511).
A bogie of a rail vehicle comprising at least two wheelsets mounted in axle boxes and at least one cross beam, the axle boxes of a wheelset being connected in an articulated manner to the cross beam via two axle levers so that the axle levers form an H shape with the axle boxes and the cross beam, that the cross beam has at least two torsion bars arranged parallel to the axles of the wheelsets, characterized in that the torsion bars have at least one area in which they are connected in a rotationally fixed manner to the cross beam, and that the torsion bars have spring levers such that the end portion, not connected to the torsion bar 5, of the spring lever acts on the axle box.
A method for removing calcium from crude oil or its blends containing calcium naphthenate at low pH of 3 to 4, and also at high pH of 5 or more of the wash water used in the crude oil processing systems, characterized in that the crude oil or its blends containing calcium naphthenate is treated with an additive, and the additive is glyoxal.
A biodegradable polyester, characterized in that, the biodegradable polyester comprises components as follows in mole percent: A) containing repeating units of acid components as follows: 46 to 47.5 mol% of terephthalic acid A1; 45.5 to 50 mol% of sebacic acid A2; and 2.5 to 7 mol% of an aliphatic dibasic acid A3 with a carbon chain length of 6 or less; B) butanediol. A) containing repeating units of acid components as follows: 46 to 47.5 mol% of terephthalic acid A1; 45.5 to 50 mol% of sebacic acid A2; and 2.5 to 7 mol% of an aliphatic dibasic acid A3 with a carbon chain length of 6 or less; 46 to 47.5 mol% of terephthalic acid A1; 45.5 to 50 mol% of sebacic acid A2; and 2.5 to 7 mol% of an aliphatic dibasic acid A3 with a carbon chain length of 6 or less; B) butanediol.