mhurhangee/patent-ind-claim-en huggingface dataset:
A multiple disc brake device having a hydraulic cylinder housing , wherein the hydraulic cylinder housing has at least one integrated first hydraulic cylinder section , which is assigned to a first slave cylinder, having a multiple disc carrier for receiving a plurality of discs, wherein the multiple disc carrier is arranged coaxially to a main axis (H) and wherein the multiple disc carrier is designed to be non-rotatable with the hydraulic cylinder housing , wherein the first hydraulic cylinder section and the multiple disc carrier are assigned to a first brake device of the multiple disc brake device , and wherein the multiple disc carrier is designed as a multiple sheet metal disc carrier , characterised in that the hydraulic cylinder housing is formed from an aluminium alloy and the multiple disc carrier has a base section , wherein the base section is aligned in a radial plane to the main axis (H) and wherein the base section is connected to the hydraulic cylinder housing in a non-rotatable manner via screw connections, rivets or by welding. having a hydraulic cylinder housing , wherein the hydraulic cylinder housing has at least one integrated first hydraulic cylinder section , which is assigned to a first slave cylinder, having a multiple disc carrier for receiving a plurality of discs, wherein the multiple disc carrier is arranged coaxially to a main axis (H) and wherein the multiple disc carrier is designed to be non-rotatable with the hydraulic cylinder housing , wherein the first hydraulic cylinder section and the multiple disc carrier are assigned to a first brake device of the multiple disc brake device , and wherein the multiple disc carrier is designed as a multiple sheet metal disc carrier , characterised in that the hydraulic cylinder housing is formed from an aluminium alloy and the multiple disc carrier has a base section , wherein the base section is aligned in a radial plane to the main axis (H) and wherein the base section is connected to the hydraulic cylinder housing in a non-rotatable manner via screw connections, rivets or by welding.
A gas analyzer comprising: an optical emitter configured to irradiate measurement light (L1) into a measurement region (R1) including a gas to be measured (G); a probe extending along an optical axis of the measurement light so as to overlap the measurement region (R1) inside the probe ; a reflector configured to reflect the measurement light (L1) irradiated from the optical emitter and to be positioned at an opposite side of the probe from the optical emitter ; an optical receiver configured to receive the measurement light (L2) reflected by the reflector ; a calculation unit configured to control the operation of the gas analyzer including the optical emitter and optical receiver ; and an alignment unit configured to expand a beam diameter (W) of the measurement light at the reflector , wherein the alignment unit is configured to expand the beam diameter (W) of the measurement light so that the beam diameter (W) of the measurement light is greater than a width of the reflector in a direction substantially orthogonal to an optical axis of the measurement light. an optical emitter configured to irradiate measurement light (L1) into a measurement region (R1) including a gas to be measured (G); a probe extending along an optical axis of the measurement light so as to overlap the measurement region (R1) inside the probe ; a reflector configured to reflect the measurement light (L1) irradiated from the optical emitter and to be positioned at an opposite side of the probe from the optical emitter ; an optical receiver configured to receive the measurement light (L2) reflected by the reflector ; a calculation unit configured to control the operation of the gas analyzer including the optical emitter and optical receiver ; and an alignment unit configured to expand a beam diameter (W) of the measurement light at the reflector , wherein the alignment unit is configured to expand the beam diameter (W) of the measurement light so that the beam diameter (W) of the measurement light is greater than a width of the reflector in a direction substantially orthogonal to an optical axis of the measurement light.
A closing device of a building for closing an opening in a building, in particular a building door, comprising - a frame which at least sectionally delimits an opening in a building, - an adjusting wing which is adjustably arranged on the frame for opening or closing the opening in a building, - a lock which includes an electromotive driving device and at least one electromotively adjustable locking device , wherein in a locked position the lock locks the adjusting wing with the frame for closing the opening in a building and can be unlocked for shifting the adjusting wing relative to the frame , and - a manually actuatable handle arranged on the adjusting wing for actuating the lock , wherein the lock is arranged on a frame portion of the frame and in the locked position is lockingly in engagement with a closing element arranged on the adjusting wing , wherein the handle arranged on the adjusting wing is configured to act on the lock arranged on the frame for unlocking purposes upon manual actuation of the handle in order to release the locking engagement of the closing element with the lock , characterized in that the closing element is stationarily arranged on the adjusting wing , wherein via a coupling device the handle is coupled with an unlocking element arranged on the adjusting wing so as to be shiftable along an unlocking direction (A') such that upon actuation of the handle the unlocking element is shifted in the unlocking direction (A') and the at least one locking device of the lock thereby is actuated for unlocking purposes. - a frame which at least sectionally delimits an opening in a building, - an adjusting wing which is adjustably arranged on the frame for opening or closing the opening in a building, - a lock which includes an electromotive driving device and at least one electromotively adjustable locking device , wherein in a locked position the lock locks the adjusting wing with the frame for closing the opening in a building and can be unlocked for shifting the adjusting wing relative to the frame , and - a manually actuatable handle arranged on the adjusting wing for actuating the lock ,
An external side mirror configured to rotate relative to a connected vehicle , the external side mirror comprising: an outer cover; a housing bracket within the outer cover, the housing bracket having a lower flange defining an upper surface and a lower surface; and a gasket having a base mounted to the lower surface of the lower flange , the gasket including a plurality of projections extending upward therefrom and attached to the upper surface of the lower flange , characterized in that the outer cover includes a lower cover and a skull cap with a cutline gap between the skull cap and a base assembly of the vehicle , in that the gasket seals the cutline gap, and in that the lower flange of the housing bracket includes a plurality of openings and the lower cover includes a plurality of projections extending through the openings to connect the lower cover to the housing bracket . an outer cover; a housing bracket within the outer cover, the housing bracket having a lower flange defining an upper surface and a lower surface; and a gasket having a base mounted to the lower surface of the lower flange , the gasket including a plurality of projections extending upward therefrom and attached to the upper surface of the lower flange , characterized in that the outer cover includes a lower cover and a skull cap with a cutline gap between the skull cap and a base assembly of the vehicle , in that the gasket seals the cutline gap, and in that the lower flange of the housing bracket includes a plurality of openings and the lower cover includes a plurality of projections extending through the openings to connect the lower cover to the housing bracket .
A vehicle lamp which includes a first light source that is able to change the color of irradiation light by emitting multiple rays of laser light and in which laser light generated by the first light source is emitted forward from an emission end , the vehicle lamp comprising: a light-shielding member that shields the emission end from light from above to at least a horizontal position in front of the emission end so that the light of the vehicle lamp coming from the emission end is emitted obliquely downward.
A method for mitigating the effects of cable wear in an active heave compensated hoisting system of an offshore vessel in a locked to bottom mode of operation, the method comprising: connecting an upper end of a string which is connected to a subsea well to a travelling block of the hoisting system , wherein the travelling block is suspended from a crown block via a cable ; applying a target overpull in the string ; operating an active heave compensation system to control a drawworks of the hoisting system to pay in and out the cable to compensate for motion of the offshore vessel and maintain the target overpull in the string ; characterised in that : adjusting a ballast system of the offshore vessel to vary the draft of the vessel while operating the heave compensation system to compensate for motion of the offshore vessel ; and controlling the drawworks in accordance with the variation in the draft of the vessel to cause a length of cable to slip through the hoisting system and maintain the target overpull in the string . connecting an upper end of a string which is connected to a subsea well to a travelling block of the hoisting system , wherein the travelling block is suspended from a crown block via a cable ; applying a target overpull in the string ; operating an active heave compensation system to control a drawworks of the hoisting system to pay in and out the cable to compensate for motion of the offshore vessel and maintain the target overpull in the string ; characterised in that : adjusting a ballast system of the offshore vessel to vary the draft of the vessel while operating the heave compensation system to compensate for motion of the offshore vessel ; and controlling the drawworks in accordance with the variation in the draft of the vessel to cause a length of cable to slip through the hoisting system and maintain the target overpull in the string . adjusting a ballast system of the offshore vessel to vary the draft of the vessel while operating the heave compensation system to compensate for motion of the offshore vessel ; and controlling the drawworks in accordance with the variation in the draft of the vessel to cause a length of cable to slip through the hoisting system and maintain the target overpull in the string .
Method for identifying a vehicle that is travelling immediately behind a vehicle travelling ahead in a predefined track section of a route , wherein a vacancy detection signal (F(t1)) is generated using a track section monitoring facility, which monitors the predefined track section for occupancy or vacancy, as soon as the route section becomes vehicle-free again following a preceding occupied state, characterised in that - with the use of - a track-side time indication (t1), which indicates the time point of becoming clear, of the track section monitoring facility, - an item of location information (S(t2)) of the vehicle travelling ahead, which has been ascertained once the vehicle travelling ahead has left the track section at a location ascertaining time point, - a vehicle-side time indication (t2), which indicates the location ascertaining time point, and - a velocity indication (V), which indicates the velocity of the vehicle travelling ahead, the location (S`(t1)), S'(t1')) of the vehicle end of the vehicle travelling ahead at the time point of the track section becoming clear is calculated, - the distance (A) between the section end of the track section and the calculated location (S'(t1), S`(t1`)) of the vehicle end is ascertained and - on the basis of the distance (A), it is checked whether a vehicle is travelling immediately behind the vehicle that is travelling ahead. - with the use of - a track-side time indication (t1), which indicates the time point of becoming clear, of the track section monitoring facility, - an item of location information (S(t2)) of the vehicle travelling ahead, which has been ascertained once the vehicle travelling ahead has left the track section at a location ascertaining time point, - a vehicle-side time indication (t2), which indicates the location ascertaining time point, and - a velocity indication (V), which indicates the velocity of the vehicle travelling ahead, the location (S`(t1)), S'(t1')) of the vehicle end of the vehicle travelling ahead at the time point of the track section becoming clear is calculated, - a track-side time indication (t1), which indicates the time point of becoming clear, of the track section monitoring facility, - an item of location information (S(t2)) of the vehicle travelling ahead, which has been ascertained once the vehicle travelling ahead has left the track section at a location ascertaining time point, - a vehicle-side time indication (t2), which indicates the location ascertaining time point, and - a velocity indication (V), which indicates the velocity of the vehicle travelling ahead, - the distance (A) between the section end of the track section and the calculated location (S'(t1), S`(t1`)) of the vehicle end is ascertained and - on the basis of the distance (A), it is checked whether a vehicle is travelling immediately behind the vehicle that is travelling ahead.
An oral pharmaceutical composition comprising an oil-based liquid formulation, wherein said oil-based liquid formulation comprises a therapeutic protein of up to 100 kilodalton, a chelator of divalent cations, and an isolated BBI (Bowman-Birk inhibitor), and either; (i) said BBI has been purified to at least 85% purity, as measured by sodium dodecyl sulfate polyacrylamide gel electrophoresis (SDS-PAGE), or (ii) said BBI has been purified to a protein content of greater than 95% by BCA (bicinchoninic acid) assay, or (iii) said BBI contains less than 0.1 % high-MW contaminants; wherein said liquid formulation has an antichymotrypsin activity of at least 40 mg. chymotrypsin inhibited per ml. of the liquid formulation. (i) said BBI has been purified to at least 85% purity, as measured by sodium dodecyl sulfate polyacrylamide gel electrophoresis (SDS-PAGE), or (ii) said BBI has been purified to a protein content of greater than 95% by BCA (bicinchoninic acid) assay, or (iii) said BBI contains less than 0.1 % high-MW contaminants;
A method for preparing a functionalized polymer, the method comprising the steps of: (i) polymerizing monomer to form a reactive polymer, and (ii) reacting the reactive polymer with an imine compound containing a heterocyclic group and a hydrocarbyloxy-substituted or silyloxy-substituted aryl group. (i) polymerizing monomer to form a reactive polymer, and (ii) reacting the reactive polymer with an imine compound containing a heterocyclic group and a hydrocarbyloxy-substituted or silyloxy-substituted aryl group.
Overvoltage protection device with leakage current cut-off, comprising a parallel circuit of a first current branch (I 1 ) and of a second current branch (I 2 ), wherein the first current branch (I 1 ) comprises a switch element (S) and a first nonlinear resistive element (R var,1 ) and wherein the second current branch (I2) comprises a fuse element with a signaling characteristic (F) and a second nonlinear resistive element (Rvar,2) as well as a complex resistor (Z), with the switch element (S) being caused to switch as a function of a state change of the fuse element with the signaling characteristic (F), whereby the first nonlinear resistive element (R var,1 ) and/or the second nonlinear resistive element (R var,2 ) comprises a varistor, and whereby the first nonlinear resistive element (R var,1 ) and the second nonlinear resistive element (Rvar,2) each comprise a nonlinear current-voltage characteristic curve, characterized in that the slope of the characteristic curve of the second nonlinear resistive element (R var,2 ) is greater than the slope of the characteristic curve of the first nonlinear resistive element (R var,1 ), and whereby the ampacity of the current branch (I 1 ) is greater than the ampacity of the second current branch (I 2 ).
An exoskeleton structure configured to be fastened to the body of a wearer, wherein said exoskeleton structure comprises a) an upper physical interface with adjustable attachment means configured to be connected to the trunk of the wearer; b) at least a first pivot joint assimilated to the hip abduction/adduction of the wearer, a first pivot element assimilated to the hip flexion/extension motion of a user and a second pivot element assimilated to the knee flexion/extension motion of the wearer; c) at least a first segment linking the first pivot joint with a first hip segment , a first upper leg segment connecting the first pivot element with the second pivot element and a second segment connecting the second pivot element with a foot element ; and d) a set of backdrivable motor units located in correspondence of the physical interface and/or of the first segment to actuate a helical joint for the first pivot joint , as well as the first pivot element and the second pivot element wherein - each pivot joint and pivot element is modularily let free, or constrained by a visco-elastic mechanism or actuated by a corresponding of said backdrivable motor unit; - the backdrivable motor units are cable transmission motors using a cable-pulleys mechanism. a) an upper physical interface with adjustable attachment means configured to be connected to the trunk of the wearer; b) at least a first pivot joint assimilated to the hip abduction/adduction of the wearer, a first pivot element assimilated to the hip flexion/extension motion of a user and a second pivot element assimilated to the knee flexion/extension motion of the wearer; c) at least a first segment linking the first pivot joint with a first hip segment , a first upper leg segment connecting the first pivot element with the second pivot element and a second segment connecting the second pivot element with a foot element ; and d) a set of backdrivable motor units located in correspondence of the physical interface and/or of the first segment to actuate a helical joint for the first pivot joint , as well as the first pivot element and the second pivot element wherein - each pivot joint and pivot element is modularily let free, or constrained by a visco-elastic mechanism or actuated by a corresponding of said backdrivable motor unit; - the backdrivable motor units are cable transmission motors using a cable-pulleys mechanism. - each pivot joint and pivot element is modularily let free, or constrained by a visco-elastic mechanism or actuated by a corresponding of said backdrivable motor unit; - the backdrivable motor units are cable transmission motors using a cable-pulleys mechanism.
A hearing device adapted to be positioned in an ear canal of a user, the hearing device comprising, - a receiver unit, - a positioning member adapted to position and hold the hearing device in the ear canal of a user, and - a vibration preventing arrangement being adapted to prevent vibrations of a least part of the positioning member , wherein 1) the vibration preventing arrangement and the positioning member form a single and integral member of the same material, or wherein 2) the vibration preventing arrangement comprises a discrete member adapted to vibration isolate at least part of the positioning member from the receiver unit, wherein the discrete member is secured to the positioning member and a stem of the hearing device via respective engaging members and recesses, and wherein the stem is adapted to be secured to a spout/nozzle of the hearing device or the receiver unit wherein the vibration preventing arrangement forms a vibration isolation arrangement adapted to vibration isolate at least part of the positioning member from the receiver unit, characterised in that the vibration isolation arrangement forms a suspension member between the receiver unit and at least part of the positioning member , the suspension member being more compliant than the positioning member . - a receiver unit, - a positioning member adapted to position and hold the hearing device in the ear canal of a user, and - a vibration preventing arrangement being adapted to prevent vibrations of a least part of the positioning member , wherein 1) the vibration preventing arrangement and the positioning member form a single and integral member of the same material, or wherein 2) the vibration preventing arrangement comprises a discrete member adapted to vibration isolate at least part of the positioning member from the receiver unit, wherein the discrete member is secured to the positioning member and a stem of the hearing device via respective engaging members and recesses, and wherein the stem is adapted to be secured to a spout/nozzle of the hearing device or the receiver unit 1) the vibration preventing arrangement and the positioning member form a single and integral member of the same material, or wherein 2) the vibration preventing arrangement comprises a discrete member adapted to vibration isolate at least part of the positioning member from the receiver unit, wherein the discrete member is secured to the positioning member and a stem of the hearing device via respective engaging members and recesses, and wherein the stem is adapted to be secured to a spout/nozzle of the hearing device or the receiver unit wherein the vibration preventing arrangement forms a vibration isolation arrangement adapted to vibration isolate at least part of the positioning member from the receiver unit, characterised in that the vibration isolation arrangement forms a suspension member between the receiver unit and at least part of the positioning member , the suspension member being more compliant than the positioning member .
An apparatus comprising: a receiver that receives first system information for a first configuration; wherein the receiver receives second system information for a second configuration based on the first configuration, wherein the first and second configurations include information in common, and the second system information comprises changes to the first configuration without repeating the information common to the first and second configurations. a receiver that receives first system information for a first configuration; wherein the receiver receives second system information for a second configuration based on the first configuration, wherein the first and second configurations include information in common, and the second system information comprises changes to the first configuration without repeating the information common to the first and second configurations.
A water-insoluble drug for use in treating peripheral artery diseases in lower limbs, wherein the water-insoluble drug has a crystalline morphological form and wherein a plurality of crystal particles is regularly arranged and uniformly sized in a drug coating layer on the surface of a medical device having an expandable member, wherein a pharmacokinetic profile is presented in which a drug concentration in the treated blood vessels is kept for the inhibition of smooth muscle cell proliferation in a high drug-concentration period of time, and for the non-inhibition of endothelial cell growth in a later low drug-concentration period of time, and wherein the plurality of crystal particles are elongated hollow bodies which are independently present and have one end fixed to the substrate surface.