mhurhangee/ep-ind-claims huggingface dataset:
A separator for a lead-acid battery comprising a porous membrane made mainly from a polyolefin resin, an inorganic powder and a mineral oil and containing a surface active agent as an auxiliary material, wherein the porous membrane is made by - mixing a total of 100 parts of raw material comprising 9.5 to 30 parts of the polyolefin resin, 19.5 to 30 parts of the inorganic powder, 49.5 to 70 parts of the mineral oil and 0.5 or less parts of the surface active agent, - melting and extruding the mixture to form an extruded sheet containing the mineral oil, - removing a part of the mineral oil from the extruded sheet by using an organic solvent, and - forming a porous membrane. - mixing a total of 100 parts of raw material comprising 9.5 to 30 parts of the polyolefin resin, 19.5 to 30 parts of the inorganic powder, 49.5 to 70 parts of the mineral oil and 0.5 or less parts of the surface active agent, - melting and extruding the mixture to form an extruded sheet containing the mineral oil, - removing a part of the mineral oil from the extruded sheet by using an organic solvent, and - forming a porous membrane.
Method for prior determination of the life consumption of individual components in a fossil-fuelled power generating installation, with respect to a load cycling process to be carried out, characterized in that - actual variables which characterize the state of the power generating installation are determined before the load cycling process, and in that - a driving gear of the power generating installation which creates the load cycling process is set in advance, and with - the load cycle time being calculated by means of the driving gear and the characterizing variables, and in that - a predicted life consumption is calculated for at least some of the individual components for the selected driving gear. - actual variables which characterize the state of the power generating installation are determined before the load cycling process, and in that - a driving gear of the power generating installation which creates the load cycling process is set in advance, and with - the load cycle time being calculated by means of the driving gear and the characterizing variables, and in that - a predicted life consumption is calculated for at least some of the individual components for the selected driving gear.
A method for controlling groups calls in an elevator system, which method comprises the steps of: receiving an identification of a person calling an elevator from an elevator calling panel; receiving a call for an elevator for a group of people, wherein a number of passengers and destination floor are included in the call information; receiving an identification identifying said person from the called elevator car; counting or estimating the number of persons entered to the elevator and compare the counted or estimated number of persons to the call information storing said received information to a memory of an apparatus connected to said elevator system; and processing said stored information by using a processor of said apparatus; and operating elevator in accordance with the processing result. receiving an identification of a person calling an elevator from an elevator calling panel; receiving a call for an elevator for a group of people, wherein a number of passengers and destination floor are included in the call information; receiving an identification identifying said person from the called elevator car; counting or estimating the number of persons entered to the elevator and compare the counted or estimated number of persons to the call information storing said received information to a memory of an apparatus connected to said elevator system; and processing said stored information by using a processor of said apparatus; and operating elevator in accordance with the processing result.
A content on demand system comprising: logic to compose information about multiple audio and/or video streams into an audio and/or video stream format; and logic to communicate the information about multiple audio and/or video streams to a plurality of set top boxes; characterized by: logic to alternatively deliver the information about multiple audio and/or video streams on a first tunable channel and on a second tunable channel; and logic to insert triggers indicating obsolete data into the information on the first tunable channel, said triggers causing a set top box, which is tuned to the first tunable channel, to tune to the second tunable channel. logic to compose information about multiple audio and/or video streams into an audio and/or video stream format; and logic to communicate the information about multiple audio and/or video streams to a plurality of set top boxes; characterized by: logic to alternatively deliver the information about multiple audio and/or video streams on a first tunable channel and on a second tunable channel; and logic to insert triggers indicating obsolete data into the information on the first tunable channel, said triggers causing a set top box, which is tuned to the first tunable channel, to tune to the second tunable channel. logic to alternatively deliver the information about multiple audio and/or video streams on a first tunable channel and on a second tunable channel; and logic to insert triggers indicating obsolete data into the information on the first tunable channel, said triggers causing a set top box, which is tuned to the first tunable channel, to tune to the second tunable channel.
Device for the controlled transfer of volatile gases or gaseous molecules into a container intended to contain a liquid or semi-liquid food product, characterized in that it comprises: - a rigid capsule forming a chamber whereof one longitudinal end is open, and forming a longitudinal duct for the flow of the liquid or semi-liquid food product; - an active product contained in the said chamber, capable of absorbing a volatile gas and / or volatile gaseous molecules present in the said food product or of diffusing a volatile gas and / or volatile gaseous molecules in this food product; - a closure cap for closing the said open longitudinal end of the chamber, comprising a penetrable septum, the said cap being capable, when it is placed on the said capsule and its septum is not perforated, to close off the chamber in such a manner that it is sealed against gases and water, and allowing, when it is perforated, for a transfer of volatile gases and / or volatile gaseous molecules between the exterior and the interior of the chamber; and - a gas permeable membrane permeable to the volatile gases and / or volatile gaseous molecules to be absorbed or diffused, placed in the chamber in a manner so as to separate the active product contained in the chamber from the exterior. - a rigid capsule forming a chamber whereof one longitudinal end is open, and forming a longitudinal duct for the flow of the liquid or semi-liquid food product; - an active product contained in the said chamber, capable of absorbing a volatile gas and / or volatile gaseous molecules present in the said food product or of diffusing a volatile gas and / or volatile gaseous molecules in this food product; - a closure cap for closing the said open longitudinal end of the chamber, comprising a penetrable septum, the said cap being capable, when it is placed on the said capsule and its septum is not perforated, to close off the chamber in such a manner that it is sealed against gases and water, and allowing, when it is perforated, for a transfer of volatile gases and / or volatile gaseous molecules between the exterior and the interior of the chamber; and - a gas permeable membrane permeable to the volatile gases and / or volatile gaseous molecules to be absorbed or diffused, placed in the chamber in a manner so as to separate the active product contained in the chamber from the exterior.
A method of calibrating analog circuitry within an integrated circuit, the method comprising: booting up (401, 402; 501, 502) a microcontroller that is embedded in the integrated circuit; sending (403; 503) a reset control signal to reset an analog circuit in the integrated circuit; monitoring (404; 506) a response signal of the analog circuit by the microcontroller; determining (406; 508) a calibration parameter for the analog circuit based on the response signal; and configuring (408; 510) the analog circuit using the calibration parameter. booting up (401, 402; 501, 502) a microcontroller that is embedded in the integrated circuit; sending (403; 503) a reset control signal to reset an analog circuit in the integrated circuit; monitoring (404; 506) a response signal of the analog circuit by the microcontroller; determining (406; 508) a calibration parameter for the analog circuit based on the response signal; and configuring (408; 510) the analog circuit using the calibration parameter.
Gas heat exchanger with a tubular casing tube (1, 1a) made of sheet steel, wherein the casing tube (1, 1a) is formed of a longitudinally welded plate that is shaped into a polygonal tube, characterised in that the plate is punched, that at least two side walls (2, 20, 21) facing each other of the casing tube (1, 1a) are provided with seams (5, 11, 15, 16) and that all of the seams (5, 11, 15, 16) are shaped outwardly from the inside.
A fork guard structure comprising a front fender formed in a box shape opened downward to cover above a front wheel of a motorcycle which is adapted to be mounted to a front fork supporting the front wheel, and a pair of left and right fork guards (30L, 30R) adapted to cover at least a part of a pair of left and right cylindrical buffers forming the front fork, which are assembled to the front fender, wherein the fork guards (30L, 30R) are fixed to the inside of the front fender, each of the fork guards (30L, 30R) is formed in such a manner as to surround, in use the front of a fork pipe included in the corresponding buffer, and to be removable While the front fender is fixed to the front fork; characterized in that each of the fork guards (30L,30R) is formed in such a manner as to surround, in use, also the outer side and the rear of the fork pipe included in the corresponding buffer and the fork guards (30L, 30R) are adapted to be fixed to the front fender by rotating about axes of the buffers.
An adaptive cruise control system for a host vehicle, comprising: a sensor configured to detect a vehicle in front of the host vehicle; and a controller receiving an indication of a detected vehicle from the sensor, the controller configured to maintain a speed of the host vehicle at a desired speed, determine a speed of the detected vehicle relative to the host vehicle, adjust an acceleration rate of the host vehicle based on the relative speed, wherein, if the detected vehicle is beyond a range selection limit, the controller reduces the acceleration rate a first amount when the host vehicle is traveling more than a predetermined threshold faster than the detected vehicle, and the controller reduces the acceleration rate a second amount when the host vehicle is traveling more than the predetermined threshold faster than two or more detected vehicles.
4 topical composition comprising (i) 0.1 to 5 wt% folic acid; (ii) 0.1 to 5 wt% a gallated catechin; and (iii) a cosmetically acceptable base selected from the group consisting of cream, lotion, gel and emulsion. wherein the weight ratio of gallated catechin: folic acid is in the range of 2.5:1 to 10:1 (i) 0.1 to 5 wt% folic acid; (ii) 0.1 to 5 wt% a gallated catechin; and (iii) a cosmetically acceptable base selected from the group consisting of cream, lotion, gel and emulsion.
Method for operating a vehicle system designed for the completely automated guidance of a vehicle, which under the supervision of a driver completely takes over the longitudinal guidance and the transverse guidance of the vehicle along a target trajectory that is determined on the basis of sensor data from at least one environment sensor that are analysed to form an environment model, wherein a representation of vehicle guidance information describing the course of the target trajectory and/or an analysis of at least one environment area (7, 8) covered in the environment model with respect to its navigability in relation to the environment of the vehicle and which assists the driver during the supervision is generated and illustrated, wherein a velocity profile is associated with the target trajectory, characterised in that the velocity profile as well as vehicle guidance information is displayed, in particular by a modification of a representation element relating to the course of the target trajectory.
A non-destructive X-ray inspection machine for individually packaged products, said individually packaged products having a bottom and a lid or cap in separate zones, said machine comprising - a conveying apparatus having a transport plane and a transport direction and adapted to convey said products along a transport direction with the bottom resting on the transport plane; - at least two X-ray emitters (21, 22) adapted to emit X-rays so that said X-rays pass through said products at a top-to-down angle and at a down-to-top angle, respectively, relative to the transport plane, in an inspection zone comprised in said transport plane; - at least two X-ray sensors (31, 32), one for each of said at least two X-ray emitters (21, 22), said X-ray sensors (31, 32) being oriented so as to be orthogonal to a vertical plane which includes the corresponding X-ray emitter (21, 22), characterised by further comprising - at least one of said two emitters (21, 22) is freely orientable in angle (α, β), within a predetermined range, relative to the transport plane, whereby the bottom of the product is inspectable without the X-rays of said two emitters intercepting said lid or cap of said products; - at least one of said two X-ray emitters (21, 22) is inclined on a plane corresponding to the transport plane at an angle (θ1, θ2) comprised between -20 and +20 degrees relative to the perpendicular to the transport direction lying on the transport plane; and in that - said angle (θ1, θ2) of at least one of said two X-ray emitters (21, 22) is at least 20 degrees relative to the other one of said two X-ray emitters. - a conveying apparatus having a transport plane and a transport direction and adapted to convey said products along a transport direction with the bottom resting on the transport plane; - at least two X-ray emitters (21, 22) adapted to emit X-rays so that said X-rays pass through said products at a top-to-down angle and at a down-to-top angle, respectively, relative to the transport plane, in an inspection zone comprised in said transport plane; - at least two X-ray sensors (31, 32), one for each of said at least two X-ray emitters (21, 22), said X-ray sensors (31, 32) being oriented so as to be orthogonal to a vertical plane which includes the corresponding X-ray emitter (21, 22), characterised by further comprising - at least one of said two emitters (21, 22) is freely orientable in angle (α, β), within a predetermined range, relative to the transport plane, whereby the bottom of the product is inspectable without the X-rays of said two emitters intercepting said lid or cap of said products; - at least one of said two X-ray emitters (21, 22) is inclined on a plane corresponding to the transport plane at an angle (θ1, θ2) comprised between -20 and +20 degrees relative to the perpendicular to the transport direction lying on the transport plane; and in that - said angle (θ1, θ2) of at least one of said two X-ray emitters (21, 22) is at least 20 degrees relative to the other one of said two X-ray emitters.
Non-graphitised carbon fibre prepared from cellulose, comprising one or several filaments, characterised by: - a tensile Young's modulus, as determined according to the standard ISO 11566, which is greater than or equal to 85 GPa, - and a tensile breaking stress, as determined according to the standard ISO 11566, which is greater than or equal to 1800 MPa, and wherein said filament or said filaments each have a hydrostatic density, as determined according to the standard ISO 10119, comprised between 1.3 and 1.65 g/m 3. - a tensile Young's modulus, as determined according to the standard ISO 11566, which is greater than or equal to 85 GPa, - and a tensile breaking stress, as determined according to the standard ISO 11566, which is greater than or equal to 1800 MPa,
A lock assembly for an elevator car door, comprising: a car door mechanism configured to move from a first position to a second position upon detection of a known condition, the car door mechanism including: a rotatable link arm rotatable about a first pin, the rotatable link arm couplable to a drive mechanism of a door operator wherein as the door operator moves the drive mechanism, the drive mechanism is configured to rotate the rotatable link arm about the first pin; a sensing roller coupled to a portion of the rotatable link arm to detect a fixed sensing vane configured to identify a landing door zone and mounted to a hoistway landing door; and an engagement latch pivotally connected to the rotatable link arm, wherein the engagement latch is pivotally connectable to a car door hanger at a second pin and is rotatable about the second pin in response to engagement between the sensing roller and the sensing vane; and characterized by a bumper positioned generally adjacent to the link arm and a portion of the engagement latch, the bumper being configured to limit rotation of the engagement latch about the second pin; and a contactor mountable adjacent a lower portion of the elevator car door and coupled to the engagement latch by a cable or other tether, the contactor being movable in response to rotation of the engagement latch to lock and unlock a portion of the elevator car door by engaging a car door sill. a rotatable link arm rotatable about a first pin, the rotatable link arm couplable to a drive mechanism of a door operator wherein as the door operator moves the drive mechanism, the drive mechanism is configured to rotate the rotatable link arm about the first pin; a sensing roller coupled to a portion of the rotatable link arm to detect a fixed sensing vane configured to identify a landing door zone and mounted to a hoistway landing door; and an engagement latch pivotally connected to the rotatable link arm, wherein the engagement latch is pivotally connectable to a car door hanger at a second pin and is rotatable about the second pin in response to engagement between the sensing roller and the sensing vane; and characterized by a bumper positioned generally adjacent to the link arm and a portion of the engagement latch, the bumper being configured to limit rotation of the engagement latch about the second pin; and a contactor mountable adjacent a lower portion of the elevator car door and coupled to the engagement latch by a cable or other tether, the contactor being movable in response to rotation of the engagement latch to lock and unlock a portion of the elevator car door by engaging a car door sill.
A connector adapted for mounting to an electrical apparatus for use in applications subjected to either high pressure or high temperature, or both high temperature and high pressure, comprising: at least one electrical conductor; a metal body having first and second ends, and having a given length between said first and second ends, said metal body adapted to be connected to an electrical apparatus, each of said electrical conductors extending through said metal body, each of said electrical conductors having an annulus surrounding the said electrical conductors, respectively, along the entire given length of said metal body; characterized by: further comprising an insulative material in each said annulus, said insulative material surrounding and sealing a respective electrical conductor and insulating the metal body from the respective electrical conductor; and a thermoplastic jacket applied in an initial position over and touching the electrical conductors and touching the metal body, the thermoplastic jacket expanding radially outwards into sealing contact with the electrical apparatus when subjected to either high temperature and/or high pressure. at least one electrical conductor; a metal body having first and second ends, and having a given length between said first and second ends, said metal body adapted to be connected to an electrical apparatus, each of said electrical conductors extending through said metal body, each of said electrical conductors having an annulus surrounding the said electrical conductors, respectively, along the entire given length of said metal body; characterized by: further comprising an insulative material in each said annulus, said insulative material surrounding and sealing a respective electrical conductor and insulating the metal body from the respective electrical conductor; and a thermoplastic jacket applied in an initial position over and touching the electrical conductors and touching the metal body, the thermoplastic jacket expanding radially outwards into sealing contact with the electrical apparatus when subjected to either high temperature and/or high pressure. further comprising an insulative material in each said annulus, said insulative material surrounding and sealing a respective electrical conductor and insulating the metal body from the respective electrical conductor; and a thermoplastic jacket applied in an initial position over and touching the electrical conductors and touching the metal body, the thermoplastic jacket expanding radially outwards into sealing contact with the electrical apparatus when subjected to either high temperature and/or high pressure.
Method for beam shaping in a laser processing process or in a laser projection, in which, in a laser installation, a laser beam is focused onto a processing/imaging plane and the laser beam can be adapted in terms of its intensity distribution by means of at least one beam shaper, characterized in that the laser beam is divided into at least one further second partial beam by means of a beam splitter, and deviations of the beam profile from a targeted beam profile are determined in a first partial beam and a compensation beam profile is calculated for the at least second partial beam from a difference to the target beam profile and the second partial beam is modulated by means of at least one second beam shaper, and subsequently the first partial beam and the at least second partial beam are superposed by means of a beam combination and are focused onto the processing/imaging plane.
A cartridge having a cylindrical housing, which encloses a receiving space provided between a piston held movably in the cylindrical housing and sealed relative to the internal wall of the cylindrical housing and an end cap provided with an outlet opening, the cylindrical housing and the end cap being formed of a paperboard coated on the inside and the end cap comprising a rim which extends in the axial direction of the cylindrical housing and is surrounded by an inwardly folded end portion of the cylindrical housing, characterised by a valve moulding made from a resilient plastics material with at least one valve tab, which in an initial position sealingly closes the outlet opening, and with a fastening flange for resting against the end cap, which flange is provided on an internal wall of the end cap and is sealed with the end cap.