mhurhangee/ep-ind-claims huggingface dataset:
A shock absorber, comprising: a piston rod; a piston supported by the piston rod; a damper tube accommodating the piston in a reciprocally movable manner and capable of being filled with oil; a suspension spring for urging the damper tube and the piston rod in opposite directions; wherein the shock absorber further comprises a first male screw provided on an outer peripheral surface of the damper tube; a first nut screwed into the first male screw so as to enable a spring load of the suspension spring to be adjusted; a second nut screwed into the first male screw so as to enable a position of the first nut in an axial direction of the damper tube to be fixed; characterized in that the shock absorber further comprises a second male screw having a reverse screw configuration to the first male screw and provided on the outer peripheral surface of the damper tube; and a damper head screwed into the second male screw so as to enable the damper head to cover one end portion of the damper tube. a piston rod; a piston supported by the piston rod; a damper tube accommodating the piston in a reciprocally movable manner and capable of being filled with oil; a suspension spring for urging the damper tube and the piston rod in opposite directions; wherein the shock absorber further comprises a first male screw provided on an outer peripheral surface of the damper tube; a first nut screwed into the first male screw so as to enable a spring load of the suspension spring to be adjusted; a second nut screwed into the first male screw so as to enable a position of the first nut in an axial direction of the damper tube to be fixed; characterized in that the shock absorber further comprises a second male screw having a reverse screw configuration to the first male screw and provided on the outer peripheral surface of the damper tube; and a damper head screwed into the second male screw so as to enable the damper head to cover one end portion of the damper tube.
In an emergency oxygen system for aircraft, the improvement comprising: a hermetically sealed oxygen cylinder of stainless steel with a welded metal diaphragm of a predetermined rupturable characteristic for maintaining a storage of oxygen at a pressure in excess of 1800 PSIG (12.41 MPa above local atmospheric pressure), wherein the oxygen cylinder is provided with a cylinder neck having a base, wherein an internal fill passageway extends through the said base of the cylinder neck; a capillary tube positioned within the internal fill passageway and hermetically welded to the oxygen cylinder to provide a passageway for charging oxygen at a pressure in excess of 1800 PSI (12.41 MPa) into the oxygen cylinder and having a distal length of capillary tube to extend outside of an exterior of the oxygen cylinder, wherein the distal length of capillary tube is crimped and further hermetically sealed by welding or brazing the open end of the capillary tube, wherein the cylinder neck of the oxygen cylinder provides an annular exterior groove adjacent the base of the cylinder neck, wherein the distal length of capillary tube is bent to extend around a part of a perimeter of the oxygen cylinder within the exterior annular groove; and a protective sleeve mounted on the oxygen cylinder to surround and enclose the annular groove to protect the sealed capillary tube when the oxygen cylinder is storing oxygen. a hermetically sealed oxygen cylinder of stainless steel with a welded metal diaphragm of a predetermined rupturable characteristic for maintaining a storage of oxygen at a pressure in excess of 1800 PSIG (12.41 MPa above local atmospheric pressure), wherein the oxygen cylinder is provided with a cylinder neck having a base, wherein an internal fill passageway extends through the said base of the cylinder neck; a capillary tube positioned within the internal fill passageway and hermetically welded to the oxygen cylinder to provide a passageway for charging oxygen at a pressure in excess of 1800 PSI (12.41 MPa) into the oxygen cylinder and having a distal length of capillary tube to extend outside of an exterior of the oxygen cylinder, wherein the distal length of capillary tube is crimped and further hermetically sealed by welding or brazing the open end of the capillary tube, wherein the cylinder neck of the oxygen cylinder provides an annular exterior groove adjacent the base of the cylinder neck, wherein the distal length of capillary tube is bent to extend around a part of a perimeter of the oxygen cylinder within the exterior annular groove; and a protective sleeve mounted on the oxygen cylinder to surround and enclose the annular groove to protect the sealed capillary tube when the oxygen cylinder is storing oxygen.
A curable formulation comprising: (a) a curable liquid precursor capable of frontal polymerization, wherein said liquid precursor comprises a monomer and a polymerization catalyst; and (b) one or more frontal-polymerization-triggering susceptors disposed in a distinct layer on top of said liquid precursor, wherein said susceptors comprise conducting and/or magnetic solid particles capable of induction heating in the presence of a remotely applied electromagnetic field. (a) a curable liquid precursor capable of frontal polymerization, wherein said liquid precursor comprises a monomer and a polymerization catalyst; and (b) one or more frontal-polymerization-triggering susceptors disposed in a distinct layer on top of said liquid precursor, wherein said susceptors comprise conducting and/or magnetic solid particles capable of induction heating in the presence of a remotely applied electromagnetic field.
A data processing apparatus operable to map input symbols to be communicated onto a predetermined number of sub-carrier signals of Orthogonal Frequency Division Multiplexed (OFDM) symbols, the data processing apparatus comprising an interleaver operable to read-into a memory the predetermined number of data symbols for mapping onto the OFDM sub-carrier signals, and to read-out of the memory the data symbols for the OFDM sub-carriers to effect the mapping, the read-out being in a different order than the read-in, the order being determined from a set of addresses, with the effect that the data symbols are interleaved on the sub-carrier signals, an address generator operable to generate the set of addresses, an address being generated for each of the input symbols for mapping the input data symbol on to one of the sub-carrier signals, the address generator comprising a linear feedback shift register including a predetermined number of register stages and being operable to generate a pseudo-random bit sequence in accordance with a generator polynomial, a permutation circuit operable to receive the content of the shift register stages and to permute the order of the bits present in the register stages in accordance with a permutation code to form an address, and a control unit operable in combination with an address check circuit to re-generate an address when a generated address exceeds a predetermined maximum valid address, wherein the predetermined maximum valid address is approximately four thousand, the linear feedback shift register has eleven register stages with a generator polynomial for the linear feedback shift register of R i ′ 10 = R i − 1 ′ 0 ⊕ R i − 1 ′ 2, and the permutation code forms, with an additional bit, a twelve bit address, characterised in that the permutation circuit is arranged to change the permutation code, which permutes the order of the bits of the register stages to form the addresses from one OFDM symbol to another.
Apparatus for safely testing batteries, comprising a battery testing chamber having an interior space containing a receptacle for the battery which is to be tested, wherein the apparatus has at least one means for binding harmful substances, which means is designed in such a way that harmful substances which are released during testing of a battery in the battery testing chamber can be bound by a fluid, characterized in that the means for binding harmful substances comprises or consists of a sprinkler system, wherein at least some of the fluid outlets of the sprinkler system are positioned outside the receptacle for the battery which is to be tested, so that a surface of the battery which is to be tested can make direct contact with released fluid, the fluid comprises or consists of a liquid fluid, and the fluid contains or consists of at least one binder which is suitable for binding acids and/or bases.
Sealing sleeve in the form of a rolling bellows which can be moved in a lifting and angular manner for sealing rotary joint couplings of rotating shafts, wherein the sealing sleeve is connected in a sealing manner to the outer joint member with the end thereof having the larger diameter and is connected in a sealing manner to the shaft with the end having the smaller diameter, characterized in that the sealing sleeve has at the end having the smaller diameter and starting from this end the following devices: a) a lip seal which adjoins the periphery of the shaft, b) a first portion which adjoins the lip seal at the coupling side and which adjoins the shaft and which is provided with inner grooves which are arranged so as to be distributed over the inner periphery and which are open in the direction toward the shaft, wherein the inner grooves are orientated axially or parallel with respect to the shaft axis, c) a second portion which adjoins the first portion at the coupling side, and which has saw-tooth-like projections or ribs which extend on the inner periphery thereof and which are orientated toward the shaft and whose tips adjoin the outer side of the shaft, wherein the saw-tooth-like projections or ribs are orientated at right-angles with respect to the shaft axis. a) a lip seal which adjoins the periphery of the shaft, b) a first portion which adjoins the lip seal at the coupling side and which adjoins the shaft and which is provided with inner grooves which are arranged so as to be distributed over the inner periphery and which are open in the direction toward the shaft, wherein the inner grooves are orientated axially or parallel with respect to the shaft axis, c) a second portion which adjoins the first portion at the coupling side, and which has saw-tooth-like projections or ribs which extend on the inner periphery thereof and which are orientated toward the shaft and whose tips adjoin the outer side of the shaft, wherein the saw-tooth-like projections or ribs are orientated at right-angles with respect to the shaft axis.
A method for configuring a lock management system in a distributed system, comprising: setting a corresponding level of a lock management system for each service execution node according to the number of service execution nodes comprised in the distributed system, the number of system instances on all service execution nodes, the number of handling processes on all the service execution nodes, and a delay of access of each service execution node to a central control node of the distributed system; allocating at least one lock manager to each service execution node separately according to the level, which is corresponding to each service execution node, of the lock management system; and configuring a lock level context for each lock manager, wherein the lock level context is used to determine an adjacent lock manager of each lock manager. setting a corresponding level of a lock management system for each service execution node according to the number of service execution nodes comprised in the distributed system, the number of system instances on all service execution nodes, the number of handling processes on all the service execution nodes, and a delay of access of each service execution node to a central control node of the distributed system; allocating at least one lock manager to each service execution node separately according to the level, which is corresponding to each service execution node, of the lock management system; and configuring a lock level context for each lock manager, wherein the lock level context is used to determine an adjacent lock manager of each lock manager.
Method for displaying a change to a setting of at least one parameter of a vehicle function, in which a first setting of the parameter is displayed on a first display unit assigned to a plurality of vehicle seats (31, 32), it is determined whether a first user or a second user makes a user input in order to change the first setting of the parameter, wherein the first user is assigned to a first vehicle seat and the second user is assigned to a second vehicle seat, and if it has been determined that the second user makes the user input, the change to the first setting is displayed during the user input on a second display unit assigned only to the second vehicle seat, characterized in that the vehicle function is an air-conditioning function and the parameter is an inside temperature or a ventilation strength.
An OLED device comprising a cathode, an anode, and having therebetween a light-emitting layer and further comprising a first electron-transporting layer, between the light-emitting layer and the cathode, including a fluoranthene-macrocyclic compound comprising a fluoranthene nucleus having the 7,10-positions connected by a linking group, and wherein said fluoranthene nucleus can be further substituted, provided substituents in the 8- and 9-positions cannot combine to form a five-membered ring group and provided that there are no aromatic rings annulated to the fluoranthene nucleus; and wherein the OLED device includes at least one layer, between the light-emitting layer and the cathode, comprising an alkali metal material, preferably wherein the alkali metal material comprises lithium metal or an organic lithium compound.
A process for producing a conductor jacket comprising: blending a broad molecular weight distribution ethylene-based polymer having an l21/l2 ratio from 55 to 85 with a narrow MWD ethylene-based polymer having an I21/I2 ratio from 20 to 50; forming a blend component comprising from 20 wt% to 70 wt% of the broad MWD ethylene-based polymer, from 80 wt% to 20 wt% of the narrow MWD ethylene-based polymer and optional carbon black, the blend component having a density from 0.925g/cc to 0.955 g/cc and an l21/l2 ratio from 15 to 65; extruding the blend component over a conductor at a rate greater than 1.02 m/s; and forming a conductor jacket having a surface smoothness from 0.51 μ-metre (20 μ-inch) to 2.0 μ-metre (80 μ-inch) blending a broad molecular weight distribution ethylene-based polymer having an l21/l2 ratio from 55 to 85 with a narrow MWD ethylene-based polymer having an I21/I2 ratio from 20 to 50; forming a blend component comprising from 20 wt% to 70 wt% of the broad MWD ethylene-based polymer, from 80 wt% to 20 wt% of the narrow MWD ethylene-based polymer and optional carbon black, the blend component having a density from 0.925g/cc to 0.955 g/cc and an l21/l2 ratio from 15 to 65; extruding the blend component over a conductor at a rate greater than 1.02 m/s; and forming a conductor jacket having a surface smoothness from 0.51 μ-metre (20 μ-inch) to 2.0 μ-metre (80 μ-inch)
A method of wireless communication, comprising: maintaining at least one power headroom report, PHR, trigger for triggering communication of a PHR for a plurality of component carriers; and communicating the PHR for at least a component carrier corresponding to the at least one PHR trigger and all other component carriers that had their corresponding PHR triggered in a intervening time before a next available PUSCH transmission of the component carriers upon the at least one PHR trigger being triggered, wherein, the communicated PHR includes, for said at least the component carrier corresponding to at least one PHR trigger and all the other component carriers that had their corresponding PHR triggered in the intervening time before the next available PUSCH transmission of the component carriers, at least one bit indicating if the Power headroom, PH, value of the PHR is based on a real PUSCH transmission or a PUSCH reference format, at least one bit indicating whether a power backoff is applied due to power management allowed by a power management maximum power reduction. maintaining at least one power headroom report, PHR, trigger for triggering communication of a PHR for a plurality of component carriers; and communicating the PHR for at least a component carrier corresponding to the at least one PHR trigger and all other component carriers that had their corresponding PHR triggered in a intervening time before a next available PUSCH transmission of the component carriers upon the at least one PHR trigger being triggered, wherein, the communicated PHR includes, for said at least the component carrier corresponding to at least one PHR trigger and all the other component carriers that had their corresponding PHR triggered in the intervening time before the next available PUSCH transmission of the component carriers, at least one bit indicating if the Power headroom, PH, value of the PHR is based on a real PUSCH transmission or a PUSCH reference format, at least one bit indicating whether a power backoff is applied due to power management allowed by a power management maximum power reduction. at least one bit indicating if the Power headroom, PH, value of the PHR is based on a real PUSCH transmission or a PUSCH reference format, at least one bit indicating whether a power backoff is applied due to power management allowed by a power management maximum power reduction.
A method for generating pulses of signals in the terahertz region, the method comprising the steps of: supplying pulses of light from a first mode-locked semiconductor laser diode whose optical output is mode-locked to a sinusoidal electrical control signal; generating, in a biased Auston switch, electromagnetic pulses in the terahertz region, each of said electromagnetic pulses in the terahertz region being generated in response to a corresponding one of said pulses of light from said first laser diode, receiving, at an unbiased Auston switch, at least a portion of said electromagnetic pulses in the terahertz region; phase-shifting said electrical control signal in a phase tuner to generate a modified sinusoidal electrical control signal; and receiving at said unbiased Auston switch pulses of light supplied by a second mode-locked semiconductor laser diode whose optical output is mode-locked to said modified sinusoidal electrical control signal. supplying pulses of light from a first mode-locked semiconductor laser diode whose optical output is mode-locked to a sinusoidal electrical control signal; generating, in a biased Auston switch, electromagnetic pulses in the terahertz region, each of said electromagnetic pulses in the terahertz region being generated in response to a corresponding one of said pulses of light from said first laser diode, receiving, at an unbiased Auston switch, at least a portion of said electromagnetic pulses in the terahertz region; phase-shifting said electrical control signal in a phase tuner to generate a modified sinusoidal electrical control signal; and receiving at said unbiased Auston switch pulses of light supplied by a second mode-locked semiconductor laser diode whose optical output is mode-locked to said modified sinusoidal electrical control signal.
An in vitro method for the determination of the presence and/or amount of an antigen of a multispecific antibody in a sample, whereby the antigen to be detected can be specifically bound by a first binding specificity of the multispecific antibody, comprising the steps of: - incubating a whole blood, serum, or plasma sample comprising the multispecific antibody, multispecific antibody bound antigen and free antigen with an anti-idiotypic antibody that specifically binds to a second binding specificity of the multispecific antibody, which is different from the first binding specificity; - depleting the anti-idiotypic antibody-multispecific antibody-complex from the sample prior to the determination of the presence and/or the amount of free antigen. - incubating a whole blood, serum, or plasma sample comprising the multispecific antibody, multispecific antibody bound antigen and free antigen with an anti-idiotypic antibody that specifically binds to a second binding specificity of the multispecific antibody, which is different from the first binding specificity; - depleting the anti-idiotypic antibody-multispecific antibody-complex from the sample prior to the determination of the presence and/or the amount of free antigen.
A method, comprising: receiving a request for data from a source device over a network, the source device comprising multiple different physical or virtual wireless interfaces for connecting to multiple access points simultaneously over different wireless networks; receiving location data associated with the source device; predicting a travel path for the source device based on the location data, wherein the location data comprises at least one of GPS coordinates over time, speed, a direction of travel, and destination of the source device; locating a plurality of access points to the network within range of the predicted travel path; and sending packets associated with the requested data to the plurality of access points, wherein the packets are sent to multiple ones of the plurality of access points that can communicate with the multiple different physical or virtual wireless interfaces of the source device over different wireless networks; wherein the requested data is encoded in the packets and the packets include a subset of redundant packets. receiving a request for data from a source device over a network, the source device comprising multiple different physical or virtual wireless interfaces for connecting to multiple access points simultaneously over different wireless networks; receiving location data associated with the source device; predicting a travel path for the source device based on the location data, wherein the location data comprises at least one of GPS coordinates over time, speed, a direction of travel, and destination of the source device; locating a plurality of access points to the network within range of the predicted travel path; and sending packets associated with the requested data to the plurality of access points, wherein the packets are sent to multiple ones of the plurality of access points that can communicate with the multiple different physical or virtual wireless interfaces of the source device over different wireless networks; wherein the requested data is encoded in the packets and the packets include a subset of redundant packets.