mhurhangee/ep-ind-claims huggingface dataset:
A pressure deck assembly for an aircraft fuselage (102, 302), the pressure deck assembly extending a length along a roll axis of the fuselage (102, 302) and dividing a height of the fuselage (102, 302) into different compartments along at least a portion of the length of the fuselage (102, 302), said pressure deck assembly comprising: a plurality of longitudinal beams extending a length along said roll axis of the fuselage (102, 302), the longitudinal beams comprising a central member and opposing first and second flanges (172, 174) extending from the central member, the first flange comprising a first upper side and a first lower side, the second flange comprising a second upper side and a second lower side, a pressure deck extending along the length of the plurality of longitudinal beams and laterally along a pitch axis of the fuselage (102, 302) between each pair of adjacent longitudinal beams, the pressure deck comprising first and second deck segments, wherein the first deck segment is joined to the first flange of the longitudinal beam along the first lower side of the first flange, and wherein the second deck segment is joined to the second flange of the longitudinal beam along the second lower side of the second flange. a plurality of longitudinal beams extending a length along said roll axis of the fuselage (102, 302), the longitudinal beams comprising a central member and opposing first and second flanges (172, 174) extending from the central member, the first flange comprising a first upper side and a first lower side, the second flange comprising a second upper side and a second lower side, a pressure deck extending along the length of the plurality of longitudinal beams and laterally along a pitch axis of the fuselage (102, 302) between each pair of adjacent longitudinal beams, the pressure deck comprising first and second deck segments, wherein the first deck segment is joined to the first flange of the longitudinal beam along the first lower side of the first flange, and wherein the second deck segment is joined to the second flange of the longitudinal beam along the second lower side of the second flange.
A heat exchanger (100, 102, 200, 202, 204, 206, 208, 300) for exchanging heat between a first fluid and a second fluid, comprising: a flow passage forming body (11, 21, 61, 71, 85) having a serpentine first flow passage through which the first fluid is caused to flow; and a serpentine tube unit having a second flow passage through which the second fluid is caused to flow, the serpentine tube unit being disposed in the first flow passage of the flow passage forming body (11, 21, 61,71,85), whereby at least a part of the flow passage forming body (11, 21, 61, 71, 85) is composed of a resin material, the flow passage forming body (11, 21, 61, 71, 85) has a plate-like upper member (15, 75) having a groove portion (16, 76) meandering along an in-plane direction of the upper member (15, 75), and a plate-like lower member (25, 65) combined with the upper member (15, 75), the lower member (25, 65) covers the groove portion (16, 76) of the upper member (15, 75) so as to form the first flow passage, characterized in that at least a part of the flow passage forming body (11, 21, 61, 71, 85) is composed of a resin foam, the groove portion (16, 76) has a largest thickness at a position farthest from a joining plane between the upper member (15, 75) and the lower member (25, 65), and the thickness of the groove portion (16, 76) decreases toward the joining plane. a flow passage forming body (11, 21, 61, 71, 85) having a serpentine first flow passage through which the first fluid is caused to flow; and a serpentine tube unit having a second flow passage through which the second fluid is caused to flow, the serpentine tube unit being disposed in the first flow passage of the flow passage forming body (11, 21, 61,71,85), whereby at least a part of the flow passage forming body (11, 21, 61, 71, 85) is composed of a resin material, the flow passage forming body (11, 21, 61, 71, 85) has a plate-like upper member (15, 75) having a groove portion (16, 76) meandering along an in-plane direction of the upper member (15, 75), and a plate-like lower member (25, 65) combined with the upper member (15, 75), the lower member (25, 65) covers the groove portion (16, 76) of the upper member (15, 75) so as to form the first flow passage, characterized in that at least a part of the flow passage forming body (11, 21, 61, 71, 85) is composed of a resin foam, the groove portion (16, 76) has a largest thickness at a position farthest from a joining plane between the upper member (15, 75) and the lower member (25, 65), and the thickness of the groove portion (16, 76) decreases toward the joining plane.
A bite indicator comprising a housing, guide means for guiding a fishing line relative to the housing, a stylus movably mounted relative to the housing, a control means, a signal processing means and a sensing means for sensing movement of the stylus; wherein the stylus is arranged to contact a fishing line such that movement of the fishing line relative to the stylus causes the stylus to vibrate and the sensing means senses the vibrations and transmits a signal to the signal processing means; the signal processing means being arranged to monitor the signal over a period of time and to compare the signal with a signal detected earlier; and wherein the signal processing means is arranged to generate an alarm signal dependent upon a comparison of the signal over the period of time, said bite indicator being characterised in that: the signal processing means is arranged to measure the acceleration of the fishing line over the stylus and the control means provides a predetermined threshold acceleration wherein the alarm signal is generated if the predetermined threshold acceleration is exceeded.
A power-dividing gear train assembly for motor vehicles, having a driven differential that outputs to two output shafts via compensating elements, wherein the output torque at the output shafts is changeable by using a superimposing gear train, which is formed by planetary gear trains and drivingly connected indirectly or directly to the output shafts, and by a drive motor coupled thereto, and wherein the transmission ratio of the superimposing gear train is such that the drive motor is at stop when the output shafts are rotating synchronously, characterized in that at least one torque-reducing planetary gear train (U z, U z2, U 1, U 2), which has three shafts, wherein two of said shafts are respectively connected to two shafts of the differential, and interacts with the differential, is connected upstream of the superimposing gear train.
A power system for a marine ship, comprising: a plurality of protection zones (102, 104), each protection zone including a plurality of direct current buses (120, 126, 150, 156) and a plurality of power converters (130, 136, 138, 160, 166, 168); a bus tie converter (106, 188) to couple the at least two DC buses of two protection zones, the said bus tie converter comprising: at least two converter legs (202, 204) coupled by at least one inductor (206, 208), each converter leg including: a first branch (210, 234) having two outer switching devices (212, 214, 236, 238) and at least one inner switching device (216, 240) connected between the two outer switching devices; wherein the first branch further comprises a damping resistor (217, 239) coupled between the two outer switching devices to dissipate a fault current; a snubber circuit (218, 242) having a combination of a diode (224, 248), a resistor (220, 244) and a capacitor (222, 246); and a controller to control the operation of the plurality of power converters and the at least one bus-tie converter. a plurality of protection zones (102, 104), each protection zone including a plurality of direct current buses (120, 126, 150, 156) and a plurality of power converters (130, 136, 138, 160, 166, 168); a bus tie converter (106, 188) to couple the at least two DC buses of two protection zones, the said bus tie converter comprising: at least two converter legs (202, 204) coupled by at least one inductor (206, 208), each converter leg including: a first branch (210, 234) having two outer switching devices (212, 214, 236, 238) and at least one inner switching device (216, 240) connected between the two outer switching devices; wherein the first branch further comprises a damping resistor (217, 239) coupled between the two outer switching devices to dissipate a fault current; a snubber circuit (218, 242) having a combination of a diode (224, 248), a resistor (220, 244) and a capacitor (222, 246); and at least two converter legs (202, 204) coupled by at least one inductor (206, 208), each converter leg including: a first branch (210, 234) having two outer switching devices (212, 214, 236, 238) and at least one inner switching device (216, 240) connected between the two outer switching devices; wherein the first branch further comprises a damping resistor (217, 239) coupled between the two outer switching devices to dissipate a fault current; a snubber circuit (218, 242) having a combination of a diode (224, 248), a resistor (220, 244) and a capacitor (222, 246); and a first branch (210, 234) having two outer switching devices (212, 214, 236, 238) and at least one inner switching device (216, 240) connected between the two outer switching devices; wherein the first branch further comprises a damping resistor (217, 239) coupled between the two outer switching devices to dissipate a fault current; a snubber circuit (218, 242) having a combination of a diode (224, 248), a resistor (220, 244) and a capacitor (222, 246); and a controller to control the operation of the plurality of power converters and the at least one bus-tie converter.
An optimized solid substrate for promoting cell or tissue growth or restored function, which solid substrate comprises a coral or coral derivative and has a specific fluid uptake capacity value of at least 75% or has a contact angle value of less than 60 degrees, when in contact with a fluid, and which solid substrate comprises at least one substantially flat cross section at a terminus of said solid substrate, characterized in that the solid substrate comprises tapered sides at an angle of from 0.75 to about 4 degrees from a longitudinal axis along said solid substrate.
Device for determining an absolute angular position of a wheel (11a - 11d) of a vehicle, comprising - a wheel unit (10a - 10d) which can be mounted on the wheel side and is configured to acquire data which permit a reference limb of the wheel to be determined, and to transmit the acquired data in a wireless fashion, - a receiver unit which can be mounted on the vehicle side and has the purpose of receiving the data of the wheel unit, - a vehicle-side measuring device (16a - 16d) for generating in each case one signal when the wheel rotates by a previously determined angle, - a counting device for counting the signals generated by the measuring device, characterized by - a reference limb-determining device for determining the reference limb of the wheel on the basis of the received data, and - an angle-determining device for determining an absolute angular position of the wheel on the basis of the signals counted by the counting device and the determined reference limb, wherein the counting device, the reference limb-determining device and the angle-determining device are components of a vehicle electronics. - a wheel unit (10a - 10d) which can be mounted on the wheel side and is configured to acquire data which permit a reference limb of the wheel to be determined, and to transmit the acquired data in a wireless fashion, - a receiver unit which can be mounted on the vehicle side and has the purpose of receiving the data of the wheel unit, - a vehicle-side measuring device (16a - 16d) for generating in each case one signal when the wheel rotates by a previously determined angle, - a counting device for counting the signals generated by the measuring device, characterized by - a reference limb-determining device for determining the reference limb of the wheel on the basis of the received data, and - an angle-determining device for determining an absolute angular position of the wheel on the basis of the signals counted by the counting device and the determined reference limb, wherein the counting device, the reference limb-determining device and the angle-determining device are components of a vehicle electronics.
A system for collecting at least one measurement comprising: a first downhole component having a first expandable element and a first port formed in a layer of the first expandable element; a drawdown pump or drawdown piston disposed in the first downhole component and coupled to the first port; a first wireless sensor located at the first port; a second downhole component having a second expandable element and a second port formed in a layer of the second expandable element; a drawdown pump or drawdown piston disposed in the second downhole component and coupled to the second port; a second wireless sensor located at the second port; a wireless transceiver, and wherein the first and second wireless sensors are each configured to receive at least one wireless signal from the wireless transceiver, and collect at least one measurement or perform at least one task related to a borehole or subsurface reservoir about the borehole and provide a response back to the wireless transceiver. a first downhole component having a first expandable element and a first port formed in a layer of the first expandable element; a drawdown pump or drawdown piston disposed in the first downhole component and coupled to the first port; a first wireless sensor located at the first port; a second downhole component having a second expandable element and a second port formed in a layer of the second expandable element; a drawdown pump or drawdown piston disposed in the second downhole component and coupled to the second port; a second wireless sensor located at the second port; a wireless transceiver, and wherein the first and second wireless sensors are each configured to receive at least one wireless signal from the wireless transceiver, and collect at least one measurement or perform at least one task related to a borehole or subsurface reservoir about the borehole and provide a response back to the wireless transceiver.
A stable agricultural formulation comprising 1-amino-1-cyclopropanecarboxylic acid, water and calcium chloride, wherein the molar ratio of ACC to calcium chloride is from 1.59:1 ± 10% to 1:2.27 ± 10%.
A nucleic acid detection system comprising: reagents for amplification of a target nucleic acid; a detection CRISPR system comprising an effector protein and one or more guide RNAs designed to bind to corresponding target nucleic acids; and an RNA-based masking construct, wherein said effector protein is a CRISPR Type VI RNA-targeting effector protein. reagents for amplification of a target nucleic acid; a detection CRISPR system comprising an effector protein and one or more guide RNAs designed to bind to corresponding target nucleic acids; and an RNA-based masking construct, wherein said effector protein is a CRISPR Type VI RNA-targeting effector protein.
A spunbond non-woven fabric comprising monocomponent fibers prepared from an ethylene-based polymer composition comprising: less than or equal to 100 percent by weight of the units derived from ethylene; and less than 30 percent by weight of units derived from one or more α-olefin comonomers; wherein said ethylene-based polymer composition is characterized by having a Comonomer Distribution Constant in the range of from greater than 100 to 400, a vinyl unsaturation of less than 0.1 vinyls per one thousand carbon atoms present in the backbone of the ethylene-based polymer composition; a zero shear viscosity ratio (ZSVR) in the range of from 1 to less than 2; a density in the range of 0.930 to 0. 970 g/cm 3, a melt index (I 2) in the range of from 15 to 30 g/10 minutes, a molecular weight distribution (M w /M n) in the range of from 2 to 3.5, and a molecular weight distribution (M z /M w) in the range of from less than 2. less than or equal to 100 percent by weight of the units derived from ethylene; and less than 30 percent by weight of units derived from one or more α-olefin comonomers; wherein said ethylene-based polymer composition is characterized by having a Comonomer Distribution Constant in the range of from greater than 100 to 400, a vinyl unsaturation of less than 0.1 vinyls per one thousand carbon atoms present in the backbone of the ethylene-based polymer composition; a zero shear viscosity ratio (ZSVR) in the range of from 1 to less than 2; a density in the range of 0.930 to 0. 970 g/cm 3, a melt index (I 2) in the range of from 15 to 30 g/10 minutes, a molecular weight distribution (M w /M n) in the range of from 2 to 3.5, and a molecular weight distribution (M z /M w) in the range of from less than 2.
A safety automation system for an occupiable structure, the safety automation system comprising: a fire detection device comprising a plurality of thermistors located throughout the occupiable structure, adapted to detect a temperature outside of a predetermined range and output an associated condition detected signal to a computing management system, wherein the computing management system includes a computer processor, and a computer readable storage medium configured to run embedded software and cloud server software; and a condition deterrence device configured to accept a wireless command signal from the computing management system associated with the condition detected signal and for actuating a central heating and cooling system in response to the condition detected signal to at least reduce risk of the condition. a fire detection device comprising a plurality of thermistors located throughout the occupiable structure, adapted to detect a temperature outside of a predetermined range and output an associated condition detected signal to a computing management system, wherein the computing management system includes a computer processor, and a computer readable storage medium configured to run embedded software and cloud server software; and a condition deterrence device configured to accept a wireless command signal from the computing management system associated with the condition detected signal and for actuating a central heating and cooling system in response to the condition detected signal to at least reduce risk of the condition.
A gas burner (1, 100) for domestic use for cooking food, of the type comprising a body, at least one Venturi effect mixer in fluid connection with at least one combustion mixture distribution chamber (5, 8) and at least one flame spreader (6, 9) configured so that, in use, the combustion mixture is emitted towards the outside, and associated with said at least one distribution chamber (5, 8), as well as first means for preventing flame propagation of the fluid flow splitting type, wherein said first preventing means extends inside the body of the burner starting from the outflow section of the Venturi effect mixer through to an abutment point inside said body, to completely separate said at least one Venturi effect mixer from said at least one distribution chamber (5, 8), said first preventing means being also are arranged downstream of said at least one Venturi effect mixer and upstream of and external to said at least one combustion mixture distribution chamber (5, 8), and in that said first preventing means are positioned at the outflow section of said at least one Venturi effect mixer.
A data protection method, performed by a server, the method comprising: checking whether a data receiving party has a digital license that is generated by a data transmitting party and is in a valid state (S 102), at a time when the data receiving party is to decrypt encrypted data from the data transmitting party, and if so, permitting the data receiving party to use at least one key required in a data decryption process, wherein the data transmitting party being a data transmitting user terminal, and wherein the data being divided into multiple parts, each of which being encrypted with a different key, the digital license stipulating the corresponding key that the data receiving party has a permission to use, wherein permitting the data receiving party to use the at least one key required in the data decryption process comprising: transmitting, to the data receiving party, the corresponding key of the at least one key and/or related data required for using the corresponding key, according to license information in the digital license. checking whether a data receiving party has a digital license that is generated by a data transmitting party and is in a valid state (S 102), at a time when the data receiving party is to decrypt encrypted data from the data transmitting party, and if so, permitting the data receiving party to use at least one key required in a data decryption process, wherein the data transmitting party being a data transmitting user terminal, and wherein the data being divided into multiple parts, each of which being encrypted with a different key, the digital license stipulating the corresponding key that the data receiving party has a permission to use, wherein permitting the data receiving party to use the at least one key required in the data decryption process comprising: transmitting, to the data receiving party, the corresponding key of the at least one key and/or related data required for using the corresponding key, according to license information in the digital license.
A cleaner holder comprising: a charging stand body having a charging port configured to charge a battery of a cleaner; and a support connected to the charging stand body; characterized by: an inner base surrounding at least a portion of the support, wherein the inner base comprises: a body coupled to the support; and an auxiliary base coupled to a front portion of the body, wherein a center of gravity of the cleaner holder is located on the auxiliary base. a charging stand body having a charging port configured to charge a battery of a cleaner; and a support connected to the charging stand body; characterized by: an inner base surrounding at least a portion of the support, wherein the inner base comprises: a body coupled to the support; and an auxiliary base coupled to a front portion of the body, wherein a center of gravity of the cleaner holder is located on the auxiliary base. an inner base surrounding at least a portion of the support, wherein the inner base comprises: a body coupled to the support; and an auxiliary base coupled to a front portion of the body, wherein a center of gravity of the cleaner holder is located on the auxiliary base. a body coupled to the support; and an auxiliary base coupled to a front portion of the body, wherein a center of gravity of the cleaner holder is located on the auxiliary base.