mhurhangee/ep-ind-claims huggingface dataset:
A method of diagnosis and prognosis for aircraft brakes implemented by a controller, comprising: establishing a model of an aircraft brake by attributing brake wear factor values to various parameters associated with the aircraft brakes; summing magnitudes of said brake wear factor values over a course of time during which actual in-use braking events occur; keeping a running total sum of said brake wear factor values; and providing a first indicia of service necessity when said running total sum exceeds a first threshold; wherein said various parameters comprise brake performance data taken from a group comprising brake pressure, brake temperature, wheel speed, aircraft lateral acceleration, pilot brake pedal position/angle, park status, and thrust reverser status and environmental condition data taken from the group comprising airport identification codes, date, and time; characterized in that said brake wear factor values are derived from said parameters of said groups being weighted as to their individual impacts on brake wear, wherein weather conditions and the presence or absence of external factors at an airport is derived from said airport identification code, date, and time. establishing a model of an aircraft brake by attributing brake wear factor values to various parameters associated with the aircraft brakes; summing magnitudes of said brake wear factor values over a course of time during which actual in-use braking events occur; keeping a running total sum of said brake wear factor values; and providing a first indicia of service necessity when said running total sum exceeds a first threshold; wherein said various parameters comprise brake performance data taken from a group comprising brake pressure, brake temperature, wheel speed, aircraft lateral acceleration, pilot brake pedal position/angle, park status, and thrust reverser status and environmental condition data taken from the group comprising airport identification codes, date, and time; characterized in that said brake wear factor values are derived from said parameters of said groups being weighted as to their individual impacts on brake wear, wherein weather conditions and the presence or absence of external factors at an airport is derived from said airport identification code, date, and time.
A transducer, comprising: a base; a cantilever coupled to the base, the cantilever comprising a beam and a first coupling surface angularly oriented from the beam and defined by a forward end of the cantilever, and the base comprising a second coupling surface angularly oriented from the beam and substantially parallel to the first coupling surface of the cantilever; and a sensing material coupled between the first coupling surface of the cantilever and the second coupling surface of the base; and a tine that couples the cantilever to the base, wherein the tine is configured to reduce the cross-axis sensitivity of the transducer and further is configured to enhance shear stress applied to the sensing material; wherein both of the first and second coupling surfaces (220, 221) define an acute or obtuse angle with respect to a longitudinal axis of the beam. a base; a cantilever coupled to the base, the cantilever comprising a beam and a first coupling surface angularly oriented from the beam and defined by a forward end of the cantilever, and the base comprising a second coupling surface angularly oriented from the beam and substantially parallel to the first coupling surface of the cantilever; and a sensing material coupled between the first coupling surface of the cantilever and the second coupling surface of the base; and a tine that couples the cantilever to the base, wherein the tine is configured to reduce the cross-axis sensitivity of the transducer and further is configured to enhance shear stress applied to the sensing material; wherein both of the first and second coupling surfaces (220, 221) define an acute or obtuse angle with respect to a longitudinal axis of the beam.
An apochromatic lens, comprising - an aperture and - exclusively refractive optical elements, comprising a plurality of lenses (L1, L2, L3, L4, L5, L6, L7, L8) arranged in lens groups (1, 2, 3) along an optical axis, - wherein lenses made of different materials are provided and - wherein each of the lenses (L1, L2, L3, L4, L5, L6, L7, L8) is made of one of the following materials calcium fluoride (CaF 2), synthetic quartz (SiO 2), or another optical material which is resistant against shortwave electromagnetic radiation or particle radiation, - wherein at least one of the lenses (L1, L2, L3, L4, L5, L6, L7, L8) is made of another radiation resistant optical material than CaF 2 or SiO 2, characterized in that the lens is apochromatically corrected for a wavelength range from 400nm to 1000nm, and the other radiation resistant optical material comprises cerium oxide (CeO 2). - an aperture and - exclusively refractive optical elements, comprising a plurality of lenses (L1, L2, L3, L4, L5, L6, L7, L8) arranged in lens groups (1, 2, 3) along an optical axis, - wherein lenses made of different materials are provided and - wherein each of the lenses (L1, L2, L3, L4, L5, L6, L7, L8) is made of one of the following materials calcium fluoride (CaF 2), synthetic quartz (SiO 2), or another optical material which is resistant against shortwave electromagnetic radiation or particle radiation, calcium fluoride (CaF 2), synthetic quartz (SiO 2), or another optical material which is resistant against shortwave electromagnetic radiation or particle radiation, - wherein at least one of the lenses (L1, L2, L3, L4, L5, L6, L7, L8) is made of another radiation resistant optical material than CaF 2 or SiO 2,
A pneumatic tire with a tread, the tread comprising: two circumferential direction main grooves that are formed further to a tire width direction inside, from a tread ground contact edge, than positions at 1/3 of a ground contact width, and that extend along a tire circumferential direction; a central land portion row formed between the two circumferential direction main grooves; edge land portion rows respectively formed at tire width direction outsides of the two circumferential direction main grooves; and main lug grooves extending in the edge land portion rows from the circumferential direction main grooves towards the ground contact edges, wherein the edge land portion rows are not formed with main grooves that place tire circumferential direction neighboring main lug grooves in communication with each other, characterized in that the main lug grooves open onto the circumferential direction main grooves in an inclined state with respect to the tire width direction; and auxiliary grooves that, at opening positions of the main lug grooves onto the circumferential direction main grooves, are inclined in an opposite direction to the main lug grooves with respect to the tire circumferential direction, so as to intersect with the direction of the main lug grooves, and are formed from the edge land portion rows into the central land portion row so as to extend across the circumferential direction main grooves. two circumferential direction main grooves that are formed further to a tire width direction inside, from a tread ground contact edge, than positions at 1/3 of a ground contact width, and that extend along a tire circumferential direction; a central land portion row formed between the two circumferential direction main grooves; edge land portion rows respectively formed at tire width direction outsides of the two circumferential direction main grooves; and main lug grooves extending in the edge land portion rows from the circumferential direction main grooves towards the ground contact edges, wherein the edge land portion rows are not formed with main grooves that place tire circumferential direction neighboring main lug grooves in communication with each other, characterized in that the main lug grooves open onto the circumferential direction main grooves in an inclined state with respect to the tire width direction; and auxiliary grooves that, at opening positions of the main lug grooves onto the circumferential direction main grooves, are inclined in an opposite direction to the main lug grooves with respect to the tire circumferential direction, so as to intersect with the direction of the main lug grooves, and are formed from the edge land portion rows into the central land portion row so as to extend across the circumferential direction main grooves.
A sealing element, including an elastic tapered washer and a ductile casing surrounding the washer, and having seal support portions on an outer circumference and an inner circumference, wherein the casing includes a continuous strip in front of one face of the washer, and curved edges (20, 21) at the support portions, the curved edges including ends (24, 25) extending in front of a portion of an opposite face of the elastic washer, and characterised in that it includes two supporting washers (27, 28) housed respectively between the elastic washer and the ends of the curved edges.
A vacuum cleaner comprising: a base including a foot having a suction nozzle, and a handle assembly removably coupled to the foot, the handle assembly movable between a first position, in which the handle assembly is connected to the foot, and a second position, in which the handle assembly is disconnected to the foot; a canister assembly supported by base, the canister assembly being removable from the base; and a latch (128, 228) supported by one of the foot and the handle assembly, the latch engageable with the other of the foot and the handle assembly to selectively secure the handle assembly to the foot, the latch being inaccessible when the canister assembly is supported by the base. a base including a foot having a suction nozzle, and a handle assembly removably coupled to the foot, the handle assembly movable between a first position, in which the handle assembly is connected to the foot, and a second position, in which the handle assembly is disconnected to the foot; a canister assembly supported by base, the canister assembly being removable from the base; and a latch (128, 228) supported by one of the foot and the handle assembly, the latch engageable with the other of the foot and the handle assembly to selectively secure the handle assembly to the foot, the latch being inaccessible when the canister assembly is supported by the base.
A feed-through connector for coupling a cable between at least one terminal point external to an explosion proof enclosure and at least one terminal point within the enclosure comprising: a generally cylindrical intermediate section having an internal central opening; the intermediate section having a lower, input, portion to receive the cable from a terminal external to the explosion proof enclosure and having an upper, output, portion for passing the cable for connection to a terminal within the explosion proof enclosure; and a sealing tube located between the input and output portions of the intermediate section and along the internal central opening of the intermediate section; said sealing tube having a central opening for enabling the cable to be passed through; and wherein, when the cable is inserted though the sealing tube, a sealant may be injected into the sealing tube to form an air tight connection between the cable and the inner walls of the sealing tube which inhibits sparks and/or flames from passing through and around the sealing tube; wherein the lower, input, portion of the intermediate section includes means for securing the cable and for the positioning of the sealing tube within the lower portion and further including a base nut for capping the input portion of the intermediate section and being engagingly connected thereto to form a tight explosion proof connection while providing a passageway for the cable; wherein the outer surfaces of the lower and upper portions of the intermediate section are threaded and wherein the base nut has an inner surface which is threaded to engage the threads of the lower portion of the intermediate section; the feed-through connector being characterised in that means are included for capping the upper, output, portion of the intermediate section including a tubular member extending between the output portion of the intermediate section and the enclosure for providing an explosion proof passageway therebetween, and including a top, upper, nut for securing the capping means and tubular member to the upper portion of the intermediate section and forming a tight explosion proof connection; wherein the top nut is threaded to engage the threads of the upper portion of the intermediate section. a generally cylindrical intermediate section having an internal central opening; the intermediate section having a lower, input, portion to receive the cable from a terminal external to the explosion proof enclosure and having an upper, output, portion for passing the cable for connection to a terminal within the explosion proof enclosure; and a sealing tube located between the input and output portions of the intermediate section and along the internal central opening of the intermediate section; said sealing tube having a central opening for enabling the cable to be passed through; and wherein, when the cable is inserted though the sealing tube, a sealant may be injected into the sealing tube to form an air tight connection between the cable and the inner walls of the sealing tube which inhibits sparks and/or flames from passing through and around the sealing tube;
A thermoplastic molding composition, comprising a) 39.9 to 99.9 wt% of at least one thermoplastic polyamide as component A, b) 0.1 to 10 wt% of at least one plasticizer of the general formula R 1 -O-(CH 2 CH 2 -O-) n R 2 with n = 1 to 4 R 1, R 2 independently H, C 1-12 -alkyl, phenyl or tolyl, having a boiling point of more than 250 °C, as component B, c) 0 to 45 wt% of at least one elastomeric polymer as component C, d) 0 to 60 wt% of at least one fibrous and/or particulate filler as component D, e) 0 to 25 wt% of further additives as component E, wherein the total of wt% of components A to E is 100 wt%. a) 39.9 to 99.9 wt% of at least one thermoplastic polyamide as component A, b) 0.1 to 10 wt% of at least one plasticizer of the general formula R 1 -O-(CH 2 CH 2 -O-) n R 2 with n = 1 to 4 R 1, R 2 independently H, C 1-12 -alkyl, phenyl or tolyl, having a boiling point of more than 250 °C, as component B, with n = 1 to 4 R 1, R 2 independently H, C 1-12 -alkyl, phenyl or tolyl, having a boiling point of more than 250 °C, as component B, c) 0 to 45 wt% of at least one elastomeric polymer as component C, d) 0 to 60 wt% of at least one fibrous and/or particulate filler as component D, e) 0 to 25 wt% of further additives as component E,
Protective system for an installation, having at least one automation system (12, 14) which has a plurality of signal inputs, which are intended to receive operating signals, to be monitored, of first operating parameters of the installation, and a plurality of signal outputs, some of which are intended for indirect control of the installation, and having at least one load control unit whose input side is coupled to the signal outputs and whose output side is coupled via a tripping line (22, 24) to an actuating element, characterized in that a control relay circuit having at least one control relay is provided, via which control relay circuit the operating signals of further operating parameters can be passed to the load control unit, and wherein the control relay circuit can be checked by the automation system.
A method for downloading a profile of an operator performed by a terminal, the method comprising: • receiving a download certificate used to download the profile of the operator and addressing information of a subscription manager-data preparing, SM-DP, that stores the profile of the operator, wherein the download certificate and the addressing information are manually entered on the terminal by a user; • sending to the SM-DP by using a subscription manager-secure routing, SM-SR, a request for downloading the profile of the operator, wherein the download request carries the certificate for downloading the profile of the operator, an ID of an embedded universal integrated circuit card eUICC of the terminal, and the addressing information of the SM-DP (Sill); and • receiving the profile of the operator that is sent by the SM-DP by using the SM-SR and is corresponding to the download request, and transmitting the profile of the operator to the eUICC. • receiving a download certificate used to download the profile of the operator and addressing information of a subscription manager-data preparing, SM-DP, that stores the profile of the operator, wherein the download certificate and the addressing information are manually entered on the terminal by a user; • sending to the SM-DP by using a subscription manager-secure routing, SM-SR, a request for downloading the profile of the operator, wherein the download request carries the certificate for downloading the profile of the operator, an ID of an embedded universal integrated circuit card eUICC of the terminal, and the addressing information of the SM-DP (Sill); and • receiving the profile of the operator that is sent by the SM-DP by using the SM-SR and is corresponding to the download request, and transmitting the profile of the operator to the eUICC.
An optical bulb for a medical device, the bulb comprising: a first body having a substantially hemispherical distal side; a second body extending from a proximal side of the first body, the second body including a mechanical connection point disposed at or near a proximal side of the second body, the mechanical connection point being for connecting the optical bulb to a port body of the medical device and including one or more grooves and/or slots defined in the second body or ridges or raised edges on the second body; an instrument channel extending from the proximal side of the second body to the substantially hemispherical distal side of the first body, an imaging channel that extends from an aperture defined in the proximal side of the second body, the imaging channel terminating between the proximal and substantially hemispherical distal sides of the first body, wherein a distal end of the imaging channel is substantially hemispherical, wherein the first body is configured and arranged to provide a substantially uniform image path within a field of view of a camera disposed in the imaging channel. a first body having a substantially hemispherical distal side; a second body extending from a proximal side of the first body, the second body including a mechanical connection point disposed at or near a proximal side of the second body, the mechanical connection point being for connecting the optical bulb to a port body of the medical device and including one or more grooves and/or slots defined in the second body or ridges or raised edges on the second body; an instrument channel extending from the proximal side of the second body to the substantially hemispherical distal side of the first body, an imaging channel that extends from an aperture defined in the proximal side of the second body, the imaging channel terminating between the proximal and substantially hemispherical distal sides of the first body, wherein a distal end of the imaging channel is substantially hemispherical, wherein the first body is configured and arranged to provide a substantially uniform image path within a field of view of a camera disposed in the imaging channel.
A sample processing tubule divided into a plurality of segments (110, 120, 130, 140, 150, 160, 170, 180, and/or 190), the tubule comprising, from a proximate to a distal end, an opening through which a sample is introducible, at least three segments, and an extraction port fluidly connected to a distal segment of the at least three segments, wherein each of the at least three segments contain at least one reagent selected from the group consisting of a lysis reagent, a dilution buffer, a washing buffer, a substrate, a neutralization reagent, a suspension buffer, an elution reagent, or nucleic acid amplification and detection reagents, the sample processing tubule further comprising a frame to which the tubule is mounted, wherein said extraction port is fixedly mounted to a base of said frame and said extraction port is accessed through an opening in said base.
An implantable device requiring electrical power from an external power source for operation, comprising: an LC tank circuit that receives power from the external power source; a load-generating device to which the received power is delivered; and the device further comprises: feedback circuitry that senses a load voltage level of the power delivered to the load-generating device, produces a feedback signal containing feedback information indicative of the load voltage level, and superimposes the feedback signal on the LC tank circuit for communication to the external power source; wherein said feedback signal comprises a series of pulses, the frequency that the pulses are generated being indicative of the load voltage level; and wherein the feedback circuitry comprises a switch that receives the feedback signal and is coupled with the LC tank circuit so that during the time the signal is pulsed high the switch closes and the LC tank circuit is shortcircuited to superimpose the signal on the LC tank circuit. an LC tank circuit that receives power from the external power source; a load-generating device to which the received power is delivered; and the device further comprises: feedback circuitry that senses a load voltage level of the power delivered to the load-generating device, produces a feedback signal containing feedback information indicative of the load voltage level, and superimposes the feedback signal on the LC tank circuit for communication to the external power source; wherein said feedback signal comprises a series of pulses, the frequency that the pulses are generated being indicative of the load voltage level; and wherein the feedback circuitry comprises a switch that receives the feedback signal and is coupled with the LC tank circuit so that during the time the signal is pulsed high the switch closes and the LC tank circuit is shortcircuited to superimpose the signal on the LC tank circuit. feedback circuitry that senses a load voltage level of the power delivered to the load-generating device, produces a feedback signal containing feedback information indicative of the load voltage level, and superimposes the feedback signal on the LC tank circuit for communication to the external power source; wherein said feedback signal comprises a series of pulses, the frequency that the pulses are generated being indicative of the load voltage level; and wherein the feedback circuitry comprises a switch that receives the feedback signal and is coupled with the LC tank circuit so that during the time the signal is pulsed high the switch closes and the LC tank circuit is shortcircuited to superimpose the signal on the LC tank circuit.