mhurhangee/ep-ind-claims huggingface dataset:
A transparency comprising: a plurality of sheets joined together to provide a laminated window having a vision area, the window having a moisture seal on the peripheral and marginal edge portions of the sheets; a moisture sensor positioned between the sheets and/or between the sheets and the moisture seal, wherein the moisture sensor comprises an electrolyte member between a first electrode and a second electrode wherein the electrolyte material is in ionic contact with the first and second electrodes and maintains the first and the second electrodes spaced from one another and out of surface contact with one another, and sensor electronics operatively connected to the electrodes of the sensor to measure a potential between the first and the second electrode and/or to measure the current through the sensor to determine amount of moisture absorbed by the electrolyte member, wherein the potential between the first and the second electrode and/or the current through the sensor measures the amount of moisture within the laminated window in the area of the moisture sensor. a plurality of sheets joined together to provide a laminated window having a vision area, the window having a moisture seal on the peripheral and marginal edge portions of the sheets; a moisture sensor positioned between the sheets and/or between the sheets and the moisture seal, wherein the moisture sensor comprises an electrolyte member between a first electrode and a second electrode wherein the electrolyte material is in ionic contact with the first and second electrodes and maintains the first and the second electrodes spaced from one another and out of surface contact with one another, and sensor electronics operatively connected to the electrodes of the sensor to measure a potential between the first and the second electrode and/or to measure the current through the sensor to determine amount of moisture absorbed by the electrolyte member, wherein the potential between the first and the second electrode and/or the current through the sensor measures the amount of moisture within the laminated window in the area of the moisture sensor.
A method of intrusion detection for a relative navigation system for relative navigation between a grid generator and an intended receiver of the grid, the method comprising: repeatedly projecting, from the grid generator, a set of lines defining a grid (20,30) in three dimensional space to define a field bounded by the projected grid and encoded with grid data configured to identify predetermined points on the grid; and determining a presence of an intruding object (60,62,64) within the field; characterized in that: the determining comprises one or more of: i) detecting retro-reflected or backscattered grid light reflected from the intruding object by a detector module located at or near the grid generator; ii) detecting a multi-path reflection of at least a portion of the projected grid deflecting off the intruding object, by a detector module located on the intended receiver of the grid; iii) detecting that a portion of the projected grid is blocked or detecting a reduction in light intensity from the grid by a detector module located on the intended receiver of the grid. repeatedly projecting, from the grid generator, a set of lines defining a grid (20,30) in three dimensional space to define a field bounded by the projected grid and encoded with grid data configured to identify predetermined points on the grid; and determining a presence of an intruding object (60,62,64) within the field; characterized in that: the determining comprises one or more of: i) detecting retro-reflected or backscattered grid light reflected from the intruding object by a detector module located at or near the grid generator; ii) detecting a multi-path reflection of at least a portion of the projected grid deflecting off the intruding object, by a detector module located on the intended receiver of the grid; iii) detecting that a portion of the projected grid is blocked or detecting a reduction in light intensity from the grid by a detector module located on the intended receiver of the grid. the determining comprises one or more of: i) detecting retro-reflected or backscattered grid light reflected from the intruding object by a detector module located at or near the grid generator; ii) detecting a multi-path reflection of at least a portion of the projected grid deflecting off the intruding object, by a detector module located on the intended receiver of the grid; iii) detecting that a portion of the projected grid is blocked or detecting a reduction in light intensity from the grid by a detector module located on the intended receiver of the grid. i) detecting retro-reflected or backscattered grid light reflected from the intruding object by a detector module located at or near the grid generator; ii) detecting a multi-path reflection of at least a portion of the projected grid deflecting off the intruding object, by a detector module located on the intended receiver of the grid; iii) detecting that a portion of the projected grid is blocked or detecting a reduction in light intensity from the grid by a detector module located on the intended receiver of the grid.
A coupling including a first part and a second part, where the first part includes a housing in which is arranged a displaceable locking ring with locking means, where the locking ring in a known way is arranged for receiving and fixing a projecting part of the second part which is complementary to the locking ring, where the housing of said first part in an internal cylindrical surface is provided with an annular recess which is arranged for accommodating the locking means, and where the locking ring is connected to a spring-biased locking unit which is arranged for moving and fixing the locking ring in at least two positions in the housing, characterised in that the locking unit includes - an insert which at one end is connected to the locking ring, and which at an opposite end is provided with a number of series of continuing, oblique teeth, the insert having internal and external axial projections (24, 25), respectively, - a guide ring surrounding the insert and having internal axial projections complementary to the external axial projections, said internal axial projections being provided with a number of sets of oblique teeth disposed at one end of said internal axial projections, and - a rotor provided at one end with a number of radial teeth and at an opposite end provided with a number of stops that interact with the internal projections of said rotor, the rotor is seated internally in the insert so that the radial teeth interact with the oblique teeth (23, 26) of said insert and said guide ring. - an insert which at one end is connected to the locking ring, and which at an opposite end is provided with a number of series of continuing, oblique teeth, the insert having internal and external axial projections (24, 25), respectively, - a guide ring surrounding the insert and having internal axial projections complementary to the external axial projections, said internal axial projections being provided with a number of sets of oblique teeth disposed at one end of said internal axial projections, and - a rotor provided at one end with a number of radial teeth and at an opposite end provided with a number of stops that interact with the internal projections of said rotor, the rotor is seated internally in the insert so that the radial teeth interact with the oblique teeth (23, 26) of said insert and said guide ring.
An engine housing having a centerline and an axis extending through the engine housing parallel to the centerline, said engine housing comprising: a nacelle comprising an inner surface; a core casing comprising an outer surface, wherein said inner surface and said outer surface are configured to be exposed to an airflow traveling in a direction generally parallel to the axis; and a liner assembly coupled to at least one of said inner surface and said outer surface; the liner assembly comprising: a core; a septum coupled to said core; and a facesheet coupled to said septum, said facesheet comprising a plurality of slots defined therethrough, wherein each slot of said plurality of slots comprises a major axis oriented perpendicular to the centerline. a nacelle comprising an inner surface; a core casing comprising an outer surface, wherein said inner surface and said outer surface are configured to be exposed to an airflow traveling in a direction generally parallel to the axis; and a liner assembly coupled to at least one of said inner surface and said outer surface; the liner assembly comprising: a core; a septum coupled to said core; and a facesheet coupled to said septum, said facesheet comprising a plurality of slots defined therethrough, wherein each slot of said plurality of slots comprises a major axis oriented perpendicular to the centerline. a core; a septum coupled to said core; and a facesheet coupled to said septum, said facesheet comprising a plurality of slots defined therethrough, wherein each slot of said plurality of slots comprises a major axis oriented perpendicular to the centerline.
An inductive coupler assembly for use in a downhole environment, comprising: a first inductive coupler; and a second inductive coupler, wherein the first inductive coupler has first and second magnetically coupled coils; and the second inductive coupler has third and fourth magnetically coupled coils, characterized in that the first inductive coupler is to convey a differential-mode telemetry signal between a first pair and a second pair of signal lines, and the second inductive coupler is to convey a common-mode power signal between the first and second pairs of signal lines, wherein the first and third coils are coupled to the first pair of signal lines and the second and fourth coils are coupled to the second pair of signal lines, the first inductive coupler to magnetically convey the differential mode telemetry signal between the first and second pairs of signal lines and the second inductive coupler to magnetically convey a common mode power signal between the first and second pairs of signal lines, wherein each of the third and fourth coils has a respective first end (736, 744) coupled to an electrical ground or return path and wherein respective second ends (732, 740) of the third and fourth coils are electrically connected to respective ones of the first and second coils, and wherein the respective second ends are electrically connected to respective center taps (716, 728) of the first and second coils (604, 606). a first inductive coupler; and a second inductive coupler, wherein the first inductive coupler has first and second magnetically coupled coils; and the second inductive coupler has third and fourth magnetically coupled coils, characterized in that the first inductive coupler is to convey a differential-mode telemetry signal between a first pair and a second pair of signal lines, and the second inductive coupler is to convey a common-mode power signal between the first and second pairs of signal lines, wherein the first and third coils are coupled to the first pair of signal lines and the second and fourth coils are coupled to the second pair of signal lines, the first inductive coupler to magnetically convey the differential mode telemetry signal between the first and second pairs of signal lines and the second inductive coupler to magnetically convey a common mode power signal between the first and second pairs of signal lines, wherein each of the third and fourth coils has a respective first end (736, 744) coupled to an electrical ground or return path and wherein respective second ends (732, 740) of the third and fourth coils are electrically connected to respective ones of the first and second coils, and wherein the respective second ends are electrically connected to respective center taps (716, 728) of the first and second coils (604, 606).
An electrically driven pump, comprises a first housing and a second housing, and the second housing comprises a side wall and a bottom, and an inner cavity of the second housing comprises a space enclosed by the side wall and the bottom, a circuit board is arranged in the inner cavity of the second housing, the electrically driven pump further comprises a heat dissipating assembly configured to dissipate heat of the circuit board, the heat dissipating assembly is fixedly connected to the second housing, the heat dissipating assembly comprises a heat conducting portion and a heat dissipating portion, the heat conducting portion is arranged in the inner cavity of the second housing, and the heat dissipating portion is arranged outside the inner cavity of the second housing, the heat conducting portion and the heat dissipating portion are both made of a metal material, the heat dissipating portion comprises a first metal plate and heat dissipating fins, the first metal plate comprises a first surface and a second surface, and the heat dissipating fins are distributed on the first surface of the first metal plate, and the second surface of the first metal plate is in contact with the heat conducting portion and fixed to the heat conducting portion; wherein a radial outer edge of the first metal plate is approximately flush with an outer surface of the side wall of the second housing, or the radial outer edge of the first metal plate is located within an extending portion of the outer surface of the side wall of the second housing, wherein the first metal plate has an approximately sector shape, an arc length of the radial outer edge of the first metal plate is greater than an arc length of a radial inner edge of the first metal plate, at least two layers of the heat dissipating fins are arranged from the radial outer edge of the first metal plate to the radial inner edge of the first metal plate, each layer of the heat dissipating fins is arranged in a form of a circular arc, and the heat dissipating fins have gradually decreased widths and gradually increased heights in a direction from the radial outer edge of the first metal plate towards the radial inner edge of the first metal plate.
A structural monitoring device adapted to be locatable within a tubular structure, the monitoring device comprising a plurality of supporting arms for supporting a plurality of fibre optic strain sensors; whereby each said supporting arm is arranged to support each said fibre optic strain sensor adjacent to an inner surface of the circumference of a monitored tubular structure to provide information indicative of strain sensed along a first radial axis and information indicative of strain sensed along a second radial axis, said strain information of said first and second radial axes are employed to monitor a force external to the circumference of a tubular structure characterised in that said plurality of supporting arms further comprises a first supporting arm intersecting a second supporting arm to form a body arranged in a cruciform configuration, whereby said first supporting arm supports said plurality of fibre optic strain sensors along said first axis and said second supporting arms supports said plurality of optic strain sensors along said second axis; and wherein said first arm further comprises a first said fibre optic sensor at one end and a second fibre optic sensor at a second end; and said second arm further comprises a third said fibre optic sensor at one end and a fourth said fibre optic sensor at a second end.
Plug-in power supply unit having a housing and a switched-mode power supply unit arranged in the housing, - the switched-mode power supply unit comprising a first stage which is set up to rectify a mains AC voltage, and a second stage which is set up to emit at least one DC voltage generated from the rectified mains AC voltage; - the first stage having an electromechanical switch which can be used to select a first mains voltage range or a second mains voltage range; - the housing having a receptacle for a plug part; - the mains AC voltage being able to be supplied to the first stage via the plug socket and a plug attachment of a respectively received plug part, which plug attachment is received in the plug socket; - the receptacle being set up to receive a plug part from the group of a plug part for the first mains voltage range which does not have a pin and a plug part for the second mains voltage range which has a pin, characterized in that - the receptacle has a plug socket and a recess spaced apart from the plug socket; and in that - the recess is suitable for receiving a pin of a received plug part in such a manner that the pin enters the housing through the recess, and in that the switch is actuated by the received pin inside the housing. - the switched-mode power supply unit comprising a first stage which is set up to rectify a mains AC voltage, and a second stage which is set up to emit at least one DC voltage generated from the rectified mains AC voltage; - the first stage having an electromechanical switch which can be used to select a first mains voltage range or a second mains voltage range; - the housing having a receptacle for a plug part; - the mains AC voltage being able to be supplied to the first stage via the plug socket and a plug attachment of a respectively received plug part, which plug attachment is received in the plug socket; - the receptacle being set up to receive a plug part from the group of a plug part for the first mains voltage range which does not have a pin and a plug part for the second mains voltage range which has a pin, characterized in that - the receptacle has a plug socket and a recess spaced apart from the plug socket; and in that - the recess is suitable for receiving a pin of a received plug part in such a manner that the pin enters the housing through the recess, and in that the switch is actuated by the received pin inside the housing.
A barrel reactor comprising: a rotatable barrel; a first roller located outside of the barrel and arranged to facilitate rotation of the barrel, wherein the roller comprises at least part of a first electrode; and a second electrode. a rotatable barrel; a first roller located outside of the barrel and arranged to facilitate rotation of the barrel, wherein the roller comprises at least part of a first electrode; and a second electrode.
A combined washing and drying machine, comprising a roller, a condenser comprising a hot and humid air inlet and a dry air outlet, a drying duct, a water inlet device and a drainage device, wherein the roller comprises a shell and an inner cylinder which is mounted in the shell and is driven to rotate by a motor, the hot and humid air inlet of the condenser is connected with the roller, the dry air outlet of the condenser is connected with air inlet of the drying duct, and air outlet of the drying duct is connected with the roller to form a cycle wind path; the condenser is configured to input condensed water through the water inlet device, and is configured to discharge the condensed water after heat exchange through the drainage device, and a plurality of water outlet holes are distributed in the water inlet device; wherein the condenser comprises at least one condensing plate, a connecting member and a housing, wherein the housing is disposed on an outer wall of the roller and encloses the roller to form a receiving cavity for receiving each condensing plate, the receiving cavity being connected with the air inlet of the drying duct and the roller, wherein the water inlet device comprises at least one bar-shaped container having an opening end and a closed end, the opening end of the bar-shaped container being provided with a water inlet joint, the water flowing into an inner cavity of the bar-shaped container through the water inlet joint; the bar-shaped container is provided with a mounting portion for matching installation with the condensing plate of the condenser, the bar-shaped container comprising a first side and a second side corresponding to two plate surfaces of the condensing plate, and the first side and the second side are respectively provided with the plurality of water outlet holes which are connected to the inner cavity of the bar-shaped container and are spaced apart along a direction from the opening end of the bar-shaped container to the closed end of the bar-shaped container, wherein the condenser comprises two condensing plates disposed opposite to and spaced apart from each other, and the two condensing plates are connected to each other by the connecting member; characterized in that the number of the bar-shaped container is two and the two bar-shaped containers are parallelly provided, opening ends of the two bar-shaped containers are respectively connected with one water inlet joint.
A traffic control system installed on a host-vehicle, comprising: a detector configured to detect a traffic-state at an intersection controlled by a traffic-signal, the traffic-state inhibiting traffic-flow proximate to the host-vehicle which includes any scenario where traffic is moving at speeds below posted speed limits and comprising at least one vehicle stopped at the traffic-signal, wherein the at least one vehicle includes the host-vehicle; and a first-controller-circuit configured to communicate with both the detector and the traffic-signal to send, if the detector detects the traffic-signal operating in a stop-state for traffic-flow traveling in the same direction as the host-vehicle and until the at least one vehicle proceeds through the intersection, a request that the traffic-signal changes from operating in the stop-state to operating in a proceed-state. a detector configured to detect a traffic-state at an intersection controlled by a traffic-signal, the traffic-state inhibiting traffic-flow proximate to the host-vehicle which includes any scenario where traffic is moving at speeds below posted speed limits and comprising at least one vehicle stopped at the traffic-signal, wherein the at least one vehicle includes the host-vehicle; and a first-controller-circuit configured to communicate with both the detector and the traffic-signal to send, if the detector detects the traffic-signal operating in a stop-state for traffic-flow traveling in the same direction as the host-vehicle and until the at least one vehicle proceeds through the intersection, a request that the traffic-signal changes from operating in the stop-state to operating in a proceed-state.
A downhole tool for use in a well comprising: a mandrel; a slip ring disposed about the mandrel and movable from an unset position to a set position, wherein in the set position the slip ring grippingly engages the well; and a retaining ring for holding the slip ring in the unset position, the retaining ring comprising a retaining band and a dampener or a spring suppressor affixed to the retaining band, wherein the retaining band is comprised of a first material and the dampener or the suppressor is comprised of a second material; characterized in that, the dampener or the spring suppressor adheres to the outer surface of the retaining band by bonding. a mandrel; a slip ring disposed about the mandrel and movable from an unset position to a set position, wherein in the set position the slip ring grippingly engages the well; and a retaining ring for holding the slip ring in the unset position, the retaining ring comprising a retaining band and a dampener or a spring suppressor affixed to the retaining band, wherein the retaining band is comprised of a first material and the dampener or the suppressor is comprised of a second material; characterized in that, the dampener or the spring suppressor adheres to the outer surface of the retaining band by bonding.