mhurhangee/ep-ind-claims huggingface dataset:
A landing gear assembly, comprising: a first skid member (134a; 206; 700; 804); a second skid member (134b; 208; 700; 804); a forward cross member (130; 202; 400) having a first forward integrated attachment member (210a; 406a; 800a; 900) coupled to a forward portion of the first skid member (134a; 206; 700; 804) and a second forward integrated attachment member (210b; 406b) coupled to a forward portion of the second skid member (134b; 208; 700; 804); an aft cross member (132; 204; 400) having a first aft integrated attachment member (212a; 406a) coupled to an aft portion of the first skid (134a; 206; 700; 804) and a second aft integrated attachment member (212b; 406b; 800b; 900) coupled to an aft portion of the second skid member (134b; 208; 700; 804); a first forward end insert (206a,702) configured to slidingly engage within the first skid member (134a; 206; 700; 804); and a retention element securely attached to both the first skid member (134a; 206; 700; 804) and the first forward end insert (206a,702) and configured to retain the first forward end insert (206a,702) to the first skid member (134a; 206; 700; 804); wherein the first and second skid members (134a; 134b; 206; 208; 700; 804) are beam members having a substantially rectangular cross section with rounded corners; wherein a beam of the beam members comprises opposing first and second caps (502a, 502b) and opposing first and second webs (504a, 504b); and wherein the beam has thickened portions along the first and second caps (502a, 502b). a first skid member (134a; 206; 700; 804); a second skid member (134b; 208; 700; 804); a forward cross member (130; 202; 400) having a first forward integrated attachment member (210a; 406a; 800a; 900) coupled to a forward portion of the first skid member (134a; 206; 700; 804) and a second forward integrated attachment member (210b; 406b) coupled to a forward portion of the second skid member (134b; 208; 700; 804); an aft cross member (132; 204; 400) having a first aft integrated attachment member (212a; 406a) coupled to an aft portion of the first skid (134a; 206; 700; 804) and a second aft integrated attachment member (212b; 406b; 800b; 900) coupled to an aft portion of the second skid member (134b; 208; 700; 804); a first forward end insert (206a,702) configured to slidingly engage within the first skid member (134a; 206; 700; 804); and a retention element securely attached to both the first skid member (134a; 206; 700; 804) and the first forward end insert (206a,702) and configured to retain the first forward end insert (206a,702) to the first skid member (134a; 206; 700; 804); wherein the first and second skid members (134a; 134b; 206; 208; 700; 804) are beam members having a substantially rectangular cross section with rounded corners; wherein a beam of the beam members comprises opposing first and second caps (502a, 502b) and opposing first and second webs (504a, 504b); and wherein the beam has thickened portions along the first and second caps (502a, 502b).
Insulating sleeve made of an electrically insulating material for electrically insulated attachment of an add-on part having a through-hole to a rod-shaped anchor which passes through the through-hole, wherein the insulating sleeve comprises first and second sleeve parts which are telescopable one into the other, so that the insulating sleeve has an unbroken lateral surface, wherein each of the sleeve parts has a tubular portion, each of the sleeve parts having at least one tongue, characterised in that in each case the tongue of one of the sleeve parts slides over or in the tubular portion of the other sleeve part.
An elevator hatch door apparatus, comprising: a hatch door provided on an elevator hall; a locking device for locking the hatch door; and an unlocking device for unlocking the locking device; the elevator hatch door apparatus being characterized by further comprising an authentication device for authenticating an authorized person who is authorized to unlock the locking device; an unlocking limiter for enabling an unlocking operation of the unlocking device based on an authentication result of the authentication device, and a sensor for detecting an unlocking operation having been performed when the unlocking operation of the unlocking device is limited by the unlocking limiter. a hatch door provided on an elevator hall; a locking device for locking the hatch door; and an unlocking device for unlocking the locking device; the elevator hatch door apparatus being characterized by further comprising an authentication device for authenticating an authorized person who is authorized to unlock the locking device; an unlocking limiter for enabling an unlocking operation of the unlocking device based on an authentication result of the authentication device, and a sensor for detecting an unlocking operation having been performed when the unlocking operation of the unlocking device is limited by the unlocking limiter.
A mechanical movement for a timepiece comprising a plate, an annular module circumferentially surrounding the plate, the module comprising a moving ring (2") mounted to be rotated around its axis by a rolling means, the moving ring (2") bearing a rotary indicator, the rotary indicator being an attached part, a first portion of which fastened to a crown arranged on the moving ring (2") is flat and parallel to a plane defined by the crown and a second protruding and curved part, said second portion, in the form of a point, being oriented toward the center of the crown, the crown comprising a housing for receiving one end of the first part of the rotary indicator, the movement further comprising a driving gear train arranged to rotate the moving ring (2") with a rotation speed imparted by the clockwork movement, such that when it is driven around the periphery of the plate, the rotary indicator displays an item of time information for the hours, minutes or seconds.
A chargeable battery abnormality detection apparatus configured to detect an abnormality of a chargeable battery, the chargeable battery abnormality detection apparatus comprising: a calculating means for calculating a value of an internal resistance of the chargeable battery; a determination means (12, 10a) for comparing a state of charge of the chargeable battery at a present time point and a reference state of charge (SOCO) of the chargeable battery to thereby determine whether the chargeable battery is being charged or being discharged; a decision means configured to decide that an abnormality occurs in the chargeable battery in a case where the determination means (12, 10a) determines that the chargeable battery is being charged and a value of the internal resistance calculated by the calculating means increases while the chargeable battery is charged, and configured to decide that an abnormality occurs in the chargeable battery in a case where the determination means (12, 10a) determines that the chargeable battery is being discharged and a value of the internal resistance calculated by the calculating means decreases while the chargeable battery is discharged; and a presentation means for presenting a decision result obtained by the decision means. a calculating means for calculating a value of an internal resistance of the chargeable battery; a determination means (12, 10a) for comparing a state of charge of the chargeable battery at a present time point and a reference state of charge (SOCO) of the chargeable battery to thereby determine whether the chargeable battery is being charged or being discharged; a decision means configured to decide that an abnormality occurs in the chargeable battery in a case where the determination means (12, 10a) determines that the chargeable battery is being charged and a value of the internal resistance calculated by the calculating means increases while the chargeable battery is charged, and configured to decide that an abnormality occurs in the chargeable battery in a case where the determination means (12, 10a) determines that the chargeable battery is being discharged and a value of the internal resistance calculated by the calculating means decreases while the chargeable battery is discharged; and a presentation means for presenting a decision result obtained by the decision means.
A method of adjusting an impedance of a contact, the contact including: a first portion (111a, 112a), a second portion having a higher impedance than the first portion, and an impedance adjusting portion having electrical conductivity and being continuous with the second portion, the impedance adjusting portion including an adjusting body, characterized by: folding back the impedance adjusting portion such that the adjusting body is in face-to-face contact with and in parallel with the second portion. a first portion (111a, 112a), a second portion having a higher impedance than the first portion, and an impedance adjusting portion having electrical conductivity and being continuous with the second portion, the impedance adjusting portion including an adjusting body, characterized by: folding back the impedance adjusting portion such that the adjusting body is in face-to-face contact with and in parallel with the second portion. folding back the impedance adjusting portion such that the adjusting body is in face-to-face contact with and in parallel with the second portion.
A motion controller for a floating wind turbine with a plurality of rotor blades, wherein the controller is arranged to adjust the blade pitch of each rotor blade so as to create a net force to control a motion of the floating wind turbine in a yaw direction, wherein the controller includes a control action which is proportional to a yaw offset angle and/or a control action which is proportional to an integral of the yaw offset angle, wherein the controller is adapted to calculate a dynamic and collective pitch for all of the plurality of rotor blades to counteract an axial motion of the floating wind turbine to obtain a first adjustment; calculate a dynamic and individual blade pitch for each of the plurality of blades to counteract a yaw motion of the floating wind turbine to obtain a second adjustment; calculate a dynamic and individual blade pitch for each of the plurality of blades and/or a variation in rotor torque to counteract an in-plane motion of the floating wind turbine to obtain a third adjustment; and combine the first, second and third adjustments to cause simultaneous control of the axial motions, yaw motions and in-plane motions of the floating wind turbine.
A wafer carrying mechanism, used for a semiconductor process apparatus, the wafer carrying mechanism being disposed in a process chamber of the semiconductor process apparatus, the wafer carrying mechanism comprising a mounting support, a carrying plate, a heater, and a cooling structure, wherein the mounting support is fixedly disposed in the process chamber, the heater is disposed on the mounting support, and an accommodating space is formed between the heater and the mounting support; the cooling structure is located in the accommodating space and is mounted to the mounting support through a distance adjusting assembly, the distance adjusting assembly being used for adjusting a distance between the cooling structure and the heater; and the carrying plate is disposed on the heater and is attached to the heater; characterized in that the mounting support comprises a flange plate and a support plate, the flange plate is connected to the heater and has a central through hole, and the support plate is disposed at the central through hole and connected to the flange plate, and at least a portion of the support plate is located in the accommodating space and connected to the cooling structure for supporting the cooling structure; and the distance adjusting assembly comprises a first distance adjusting piece and/or a second distance adjusting piece, the cooling structure is mounted to the support plate by the first distance adjusting piece, and/or, the support plate is connected to the flange plate by the second distance adjusting piece.
A conjugate comprising an insulin molecule conjugated to two or more saccharide ligands, wherein the two or more ligands are each aminoethyltrimannose (AETM), and wherein the two or more separate saccharide ligands are attached to the insulin molecule by a conjugate framework.
A system for monitoring rechargeable batteries, comprising: a computerized server; a monitoring circuit installed in a rechargeable battery and configured to periodically sample the status of the rechargeable battery and communicate the sampled information to the server; wherein the monitoring circuit is configured to function in one of a plurality of operation modes and change modes automatically based on a determination made while functioning in one of the modes; wherein the server is configured to analyze the sampled information from the monitoring circuits of one or more rechargeable batteries and provide instructions for dealing with each rechargeable battery; and wherein the server is enabled to provide instructions to monitoring circuit to change the operation mode. a computerized server; a monitoring circuit installed in a rechargeable battery and configured to periodically sample the status of the rechargeable battery and communicate the sampled information to the server; wherein the monitoring circuit is configured to function in one of a plurality of operation modes and change modes automatically based on a determination made while functioning in one of the modes; wherein the server is configured to analyze the sampled information from the monitoring circuits of one or more rechargeable batteries and provide instructions for dealing with each rechargeable battery; and wherein the server is enabled to provide instructions to monitoring circuit to change the operation mode.
Method of producing a 3-phase system comprising an inner, second and outer phase, comprising • making a 2-phase system comprising a dispersed and a continuous phase in which the continuous phase is a volatile compound, preferably a volatile organic liquid. • dispersing said 2-phase system in a third phase to obtain a ternary mixture, and • removing or evaporating the volatile compound and replacing it with a gas so that the second phase becomes gaseous, preferably wherein removing or evaporating the volatile compound is achieved by freeze-drying, wherein the 3-phase system is stabilized by adsorption of surface active colloidal particles on an interface that separates two phases of the 3-phase system. • making a 2-phase system comprising a dispersed and a continuous phase in which the continuous phase is a volatile compound, preferably a volatile organic liquid. • dispersing said 2-phase system in a third phase to obtain a ternary mixture, and • removing or evaporating the volatile compound and replacing it with a gas so that the second phase becomes gaseous, preferably wherein removing or evaporating the volatile compound is achieved by freeze-drying,
An airbag for a vehicle, comprising an aramid fabric, including: an aramid fabric layer comprising an aramid yarn having a fineness of 333.3 to 1111.1 dtex (300 to 1000 denier); and a rubber coating layer formed on the aramid fabric layer, wherein a strength-elongation index (TI wa) in a warp direction of the fabric is 2.52 to 4.32, as defined by Equation 1 below, a cover factor of 622.50 dtex cm to 921.29 dtex cm (1,500 denier inch to 2,200 denier inch), as defined by Equation 4 below, a stiffness of 14.7 N (1.5 kgf) or less by American Society for Testing and Materials ASTM D 4032 method, and a coating amount of the rubber coating layer is 20 to 100 g/m 2: TI wa = T wa / S wa × D wherein T wa is tensile strength (N/5cm) in a warp direction of the aramid fabric as measured by International Organization for Standardization ISO 13934-1 method, S wa is tensile elongation (%) in a warp direction of the aramid fabric as measured by International Organization for Standardization ISO 13934-1 method, and D is fineness (dtex) of the aramid yarn, and Cover factor CF = warp density × warp fineness + weft density × weft fineness. an aramid fabric layer comprising an aramid yarn having a fineness of 333.3 to 1111.1 dtex (300 to 1000 denier); and a rubber coating layer formed on the aramid fabric layer, wherein a strength-elongation index (TI wa) in a warp direction of the fabric is 2.52 to 4.32, as defined by Equation 1 below, a cover factor of 622.50 dtex cm to 921.29 dtex cm (1,500 denier inch to 2,200 denier inch), as defined by Equation 4 below, a stiffness of 14.7 N (1.5 kgf) or less by American Society for Testing and Materials ASTM D 4032 method, and a coating amount of the rubber coating layer is 20 to 100 g/m 2: TI wa = T wa / S wa × D wherein T wa is tensile strength (N/5cm) in a warp direction of the aramid fabric as measured by International Organization for Standardization ISO 13934-1 method, S wa is tensile elongation (%) in a warp direction of the aramid fabric as measured by International Organization for Standardization ISO 13934-1 method, and D is fineness (dtex) of the aramid yarn, and Cover factor CF = warp density × warp fineness + weft density × weft fineness.
Method for controlling a unit for the thermal conditioning of a vehicle interior, comprising an air conditioning circuit through which a refrigerant fluid passes and a primary circuit through which a first heat-transfer fluid passes, the air conditioning circuit comprising at least one compressor, a first exchanger (10, 37) designed to perform an exchange of heat with a view to influencing the temperature of an interior air flow sent into the vehicle interior and an exterior exchanger, the primary circuit comprises at least one primary exchanger designed to perform an exchange of heat between the first heat-transfer fluid and the interior air flow, said unit comprising a second exchanger designed to perform an exchange of heat between the refrigerant fluid and the first heat-transfer fluid and installed in the air conditioning circuit downstream of the first exchanger (10, 37) in the direction in which the refrigerant fluid passes through the air conditioning circuit, characterized in that it comprises: - a determination step a) of determining a risk of frosting of the exterior exchanger, - a storage step b) of storing heat energy consisting in reducing or eliminating the exchange of heat of the first exchanger (10, 37) if the determination step a) is verified. - a determination step a) of determining a risk of frosting of the exterior exchanger, - a storage step b) of storing heat energy consisting in reducing or eliminating the exchange of heat of the first exchanger (10, 37) if the determination step a) is verified.
An adaptor adapted to be coupled to a handle of an insertion device, comprising: a shell; a plunger positioned at a first end of the shell, moveably received within a channel of the shell, and moveable between an undepressed state and a depressed state; a ramp extending from a second end of the shell; a carrier coupled to the ramp; and a sleeve having a sleeve length extending from a first end of the sleeve coupled to a free end via a slot to an opposite end of the sleeve coupled to the plunger via a slit, the free end being an end of the ramp and being uncoupled to the remainder of the adaptor; a wire including a length extending from a first end being coupled to an end of the channel, through the plunger, and to a second end coupled to the carrier, wherein the wire is moveably received within sleeve, wherein, in the undepressed state, the carrier is located at a first position along the ramp, and wherein, in the depressed state, the carrier is located at a second position along the ramp, wherein the second position is closer to the second end of the shell than the first position. a shell; a plunger positioned at a first end of the shell, moveably received within a channel of the shell, and moveable between an undepressed state and a depressed state; a ramp extending from a second end of the shell; a carrier coupled to the ramp; and a sleeve having a sleeve length extending from a first end of the sleeve coupled to a free end via a slot to an opposite end of the sleeve coupled to the plunger via a slit, the free end being an end of the ramp and being uncoupled to the remainder of the adaptor; a wire including a length extending from a first end being coupled to an end of the channel, through the plunger, and to a second end coupled to the carrier, wherein the wire is moveably received within sleeve, wherein, in the undepressed state, the carrier is located at a first position along the ramp, and wherein, in the depressed state, the carrier is located at a second position along the ramp, wherein the second position is closer to the second end of the shell than the first position.
A UV curable adhesive composition comprising: a) a UV curable acrylic polymer comprising at least one covalently bound UV-reactive group; b) a cationic photoinitiator; c) at least one photosensitizer; and d) at least one unsaturated oligomer; wherein the at least one covalently bound UV-reactive group is benzophenone; and wherein the composition comprises the cationic photoinitiator from 0.01 to 5 percent by weight based on the total weight of the composition. a) a UV curable acrylic polymer comprising at least one covalently bound UV-reactive group; b) a cationic photoinitiator; c) at least one photosensitizer; and d) at least one unsaturated oligomer; wherein
An intaglio printing press comprising: - a stationary machine frame supporting an intaglio printing cylinder and an impression cylinder contacting said intaglio printing cylinder; and - an inking system (12, 13, 16) for inking the intaglio printing cylinders, which inking system (12, 13, 16) comprises an ink-collecting cylinder designed to contact said intaglio printing cylinder and at least one inking device (13, 16) for supplying ink to said ink-collecting cylinder, characterized in that said intaglio printing press further comprises a drive system (110; 115; 116) for rotating said ink-collecting cylinder independently of said intaglio printing cylinder and said impression cylinder at least during maintenance operations. - a stationary machine frame supporting an intaglio printing cylinder and an impression cylinder contacting said intaglio printing cylinder; and - an inking system (12, 13, 16) for inking the intaglio printing cylinders, which inking system (12, 13, 16) comprises an ink-collecting cylinder designed to contact said intaglio printing cylinder and at least one inking device (13, 16) for supplying ink to said ink-collecting cylinder, characterized in that said intaglio printing press further comprises a drive system (110; 115; 116) for rotating said ink-collecting cylinder independently of said intaglio printing cylinder and said impression cylinder at least during maintenance operations.
A method for computing images of a subterranean formation to be carried out by a computer system that includes one or more processors and one or more data-storage devices, the method comprising machine-readable instruction directed to: calculating a down-going source wavefield from a pressure wavefield measured on a source acquisition surface towed by a seismic exploration vessel; decomposing a pressure wavefield measured on a receiver acquisition surface towed by the vessel into an up-going pressure wavefield and a down-going pressure wavefield; and computing an image of the subterranean formation based on the down-going source wavefield combined with the down-going pressure wavefield and the up-going pressure wavefield. calculating a down-going source wavefield from a pressure wavefield measured on a source acquisition surface towed by a seismic exploration vessel; decomposing a pressure wavefield measured on a receiver acquisition surface towed by the vessel into an up-going pressure wavefield and a down-going pressure wavefield; and computing an image of the subterranean formation based on the down-going source wavefield combined with the down-going pressure wavefield and the up-going pressure wavefield.