mhurhangee/ep-ind-claims huggingface dataset:
Method for cutting a sheathed optical fibre having a light-conducting body made of glass, wherein a section of the optical fibre comprising the end which is to be cut is stripped of the buffer and jacket surrounding it and clamped between two pairs of jaws (5, 6) which are spaced at a distance apart in the longitudinal direction of the optical fibre, wherein a blade is only pressed so far into the light-conducting body, in the gap formed by the distance and transversely to the longitudinal direction of the optical fibre, that a minimal plastic deformation at the end results and wherein the distance between the pairs of jaws (5,6) is then increased until the optical fibre ruptures at the point of the minimal deformation and the optical fibre is released and removed, characterised in that the jaws (5.1, 5.2; 6.2) of the pairs of jaws (5, 6) are opened in a V-shaped manner in the direction of the optical fibre and touch this with in each case at least two gripping surfaces at separate points on the circumference, and the pairs of jaws (5, 6) are formed by in each case at least two jaws (5.1, 5.2; 6.2) which engage together in an interlocking manner which clamp the optical fibre at several clamping points which are spaced at a distance apart in the longitudinal direction.
A biomaterial used in the medical field generated by synthesizing raw material in the form of powder with powder metallurgy in biotechnology/biomedical technology field characterized by being a monticellite (CaMgSiO 4) based bioactive ceramic material comprising monticellite, calcium borosilicate and strontium silicate and synthesized by using boron waste powders as starting material containing mainly CaO, MgO, Na 2 O, B 2 O 3 and SiO 2 compounds, high amounts of dolomite [CaMg(CO 3) 2], calcite[CaCO 3], tincalconit [Na 2 B 4 O 7 -5H 2 O], free quartz [SiO 2] phases and small amounts of strontium carbonate [SrCO3].
A discharge system, for discharging a secondary battery pack having terminals for outputting signals, the secondary battery pack including secondary cells, a temperature sensor for measuring a temperature in the pack, and an over-discharge detection circuit for detecting an over-discharge of the secondary cells, the discharge system comprising: a discharge device, connected to the secondary battery pack through the terminals, for controlling discharge of the secondary battery pack; and an application software running on a personal computer connected to the discharge device, wherein the discharge device includes a discharge circuit which controls the secondary cells to discharge, a current detection circuit which detects a discharge current, and a discharge control circuit which controls an operation of the discharge circuit, characterized in that the application software receives total battery voltage information, temperature information, and over-discharge information, a rated voltage information and a rated capacity information of the secondary battery pack through the discharge device, determines deterioration of the secondary battery pack based on the informations, and displays results of the determination, wherein the application software instructs the discharge device to terminate the discharge performed by the discharge circuit thereof when the temperature in the pack exceeds a predetermined value and/or the over-discharge is detected, and wherein the over-discharge detection circuit determines that the over-discharge is detected when a voltage of one of the secondary cells is less than a predetermined value. a discharge device, connected to the secondary battery pack through the terminals, for controlling discharge of the secondary battery pack; and an application software running on a personal computer connected to the discharge device,
A method of joining a first substrate to a second substrate, comprising; (a) providing a structure on a first portion of a surface of the first substrate, which structure acts as an energy director; (b) irradiating a second portion of the same surface of the first substrate with a laser having a first wavelength; (c) contacting the patterned surface of the first substrate with a second substrate; (d) applying ultrasonic radiation to a surface of the second substrate in proximity of the energy director on the first substrate; (e) irradiating the previously irradiated portion of the first substrate that is in contact with the second substrate with a laser having a second wavelength, different to the first wavelength, optionally wherein the first substrate and second substrate are joined by laser welding in the absence of an externally applied force. (a) providing a structure on a first portion of a surface of the first substrate, which structure acts as an energy director; (b) irradiating a second portion of the same surface of the first substrate with a laser having a first wavelength; (c) contacting the patterned surface of the first substrate with a second substrate; (d) applying ultrasonic radiation to a surface of the second substrate in proximity of the energy director on the first substrate; (e) irradiating the previously irradiated portion of the first substrate that is in contact with the second substrate with a laser having a second wavelength, different to the first wavelength, optionally wherein the first substrate and second substrate are joined by laser welding in the absence of an externally applied force.
A method of setting the amount of exposure for a photodetector array in a barcode scanner, comprising: selecting a predetermined image area of an image to be captured for a photodetector array in a barcode scanner; characterized by: partitioning the predetermined image area into multiple sub-regions; capturing the image with the photodetector array; determining, based on brightness, a type for each sub-region in the multiple sub-regions in the image captured; assigning a weight to each sub-region in the multiple sub-regions based on the type of each sub-region in the multiple sub-regions to reduce the contribution of sub-regions that are determined as being bright; and setting an amount of exposure for the photodetector array in the barcode scanner based on the weight for each sub-region in the multiple sub-regions. selecting a predetermined image area of an image to be captured for a photodetector array in a barcode scanner; characterized by: partitioning the predetermined image area into multiple sub-regions; capturing the image with the photodetector array; determining, based on brightness, a type for each sub-region in the multiple sub-regions in the image captured; assigning a weight to each sub-region in the multiple sub-regions based on the type of each sub-region in the multiple sub-regions to reduce the contribution of sub-regions that are determined as being bright; and setting an amount of exposure for the photodetector array in the barcode scanner based on the weight for each sub-region in the multiple sub-regions. partitioning the predetermined image area into multiple sub-regions; capturing the image with the photodetector array; determining, based on brightness, a type for each sub-region in the multiple sub-regions in the image captured; assigning a weight to each sub-region in the multiple sub-regions based on the type of each sub-region in the multiple sub-regions to reduce the contribution of sub-regions that are determined as being bright; and setting an amount of exposure for the photodetector array in the barcode scanner based on the weight for each sub-region in the multiple sub-regions.
An apparatus for receiving at least one control channel allocated at least to a user for at least one of uplink and downlink directions in a network, wherein the at least one control channel is arranged as at least a part of a modular structure comprising modular code blocks of at least two different sizes, said apparatus comprising means for searching for an appropriate code block in the modular structure of the at least one control channel, wherein the modular structure forms a tree where each of the modular code blocks defines one node of the tree, characterized in that each of the nodes comprises signalling entries coded by a given code rate, and wherein the signalling entries include information blocks, and each information block of a signalling entry is rate matched to a node of the tree.
A height adjustable stand for a projector screen or a display comprising a base for arrangement on a floor, at least a first base beam with a first length axis and a second base beam with a second length axis, which length axes (7, 9) are essentially parallel and arranged to be essentially vertical when the base is arranged on the floor, wherein the back sides of the base beams (6, 8) define a vertical back plane and the front sides of the base beams (6, 8) define a vertical front plane, at least one base connecting member which connects the base beams (6, 8), and a movable structure which is movable along the base beams (6, 8) and which is arranged between the front plane and the back plane, wherein the stand comprises at least a first front plate which is arranged with a first vertical slit between the front plate and the first base beam, and a second vertical slit between the front plate and the second base beam, at least a first back plate arranged to cover a majority of the area between the base beams (6, 8), a mount arranged on the outside of the front plate and connected to the movable structure, and a first connecting means and a second connecting means arranged through the first slit and the second slit, respectively, wherein each connecting means is connected to the movable structure and the mount, which mount is arranged to receive the projector screen or the display, and characterized in that the front plate, seen towards the base beams (6, 8) perpendicular to the front plane, is arranged to cover a part of both base beams (6, 8) at a distance from the base beams (6, 8) so that the slits (14, 15) seen in cross section are curved.
A method for detecting information leakage, comprising: receiving a request message sent from a channel party; matching a parameter included in the request message against a keyword obtained in advance through machine learning, and obtaining a matching degree between the parameter and the keyword based on the matching result; and determining information of the request message is leaked and recording related information of the request message when the matching degree is higher than a preset threshold; characterized by the operation of matching a parameter included in the request message against a keyword obtained in advance through machine learning, and obtaining a matching degree between the parameter and the keyword based on the matching result comprising: matching the parameter included in the request message against the keyword obtained in advance through machine learning, to determine a plurality of first matching degrees between the parameter and the keyword, wherein the plurality of first matching degrees respectively correspond to a plurality of meanings of the parameter; and determining the matching degree between the parameter and the keyword based on the plurality of first matching degrees and a context of the parameter in the request message. receiving a request message sent from a channel party; matching a parameter included in the request message against a keyword obtained in advance through machine learning, and obtaining a matching degree between the parameter and the keyword based on the matching result; and determining information of the request message is leaked and recording related information of the request message when the matching degree is higher than a preset threshold; characterized by the operation of matching a parameter included in the request message against a keyword obtained in advance through machine learning, and obtaining a matching degree between the parameter and the keyword based on the matching result comprising: matching the parameter included in the request message against the keyword obtained in advance through machine learning, to determine a plurality of first matching degrees between the parameter and the keyword, wherein the plurality of first matching degrees respectively correspond to a plurality of meanings of the parameter; and determining the matching degree between the parameter and the keyword based on the plurality of first matching degrees and a context of the parameter in the request message. matching the parameter included in the request message against the keyword obtained in advance through machine learning, to determine a plurality of first matching degrees between the parameter and the keyword, wherein the plurality of first matching degrees respectively correspond to a plurality of meanings of the parameter; and determining the matching degree between the parameter and the keyword based on the plurality of first matching degrees and a context of the parameter in the request message.
An aerosol-generating device for use with an aerosol-forming substrate comprising an electrical heating assembly for restively heating the aerosol-forming substrate, the heating assembly comprising a control circuit configured to provide a driving current and an electrically resistive heating element for heating the aerosol-forming substrate which is operatively coupled with the control circuit, characterized in that the control circuit is configured to provide an AC driving current, and the electrically resistive heating element comprises an electrically conductive ferromagnetic or ferrimagnetic material and is configured to heat up due to Joule heating when passing an AC driving current provided by the control circuit through the heating element, wherein the heating element is a multi-layer heating element comprising at least one support layer (110.3, 110.5) and at least one heating layer (110.1, 110.2, 110.4), wherein at least the heating layer (110.1, 110.2, 110.4) comprises the electrically conductive ferromagnetic or ferrimagnetic material and is an edge layer of the multi-layer heating element, and wherein the layer thickness of the at least one support layer (110.3, 110.5) is larger than the layer thickness of the at least one heating layer.
A steering device of a two-track vehicle, with a retaining element and a steering handle for the driver that is rotatably mounted in said retaining element, and also with a guide device for the retaining element, along which the retaining element is displaceable between a usage position, deployed toward a driver in a vehicle longitudinal direction, and a retracted rest position, further away from the driver, characterised in that the guide device extends in the vehicle longitudinal direction and in the vehicle transverse direction and thus runs in a curved manner, such that the steering handle or a guiding rod of the steering handle moves at an incline to the vehicle longitudinal direction during displacement.
A transducer, comprising: a first electrode; a second electrode, a resistor and an inductor being connected to the second electrode; a third electrode provided between the first electrode and the second electrode; a first piezoelectric portion provided between the first electrode and the third electrode; a second piezoelectric portion provided between the second electrode and the third electrode; a base body, the second electrode being provided between the base body and the second piezoelectric portion; and a holder provided between the base body and an outer perimeter of the second piezoelectric portion to form a space, characterized by a ratio of the absolute value of a difference between a first resonant frequency and a second resonant frequency to the first resonant frequency being 0.29 or less, the first resonant frequency being mechanical and being of the first piezoelectric portion and the second piezoelectric portion, the second resonant frequency being of a parallel resonant circuit, the parallel resonant circuit including an electrostatic capacitance, the inductor, and the resistor, the electrostatic capacitance being between the second electrode and the third electrode. a first electrode; a second electrode, a resistor and an inductor being connected to the second electrode; a third electrode provided between the first electrode and the second electrode; a first piezoelectric portion provided between the first electrode and the third electrode; a second piezoelectric portion provided between the second electrode and the third electrode; a base body, the second electrode being provided between the base body and the second piezoelectric portion; and a holder provided between the base body and an outer perimeter of the second piezoelectric portion to form a space, characterized by a ratio of the absolute value of a difference between a first resonant frequency and a second resonant frequency to the first resonant frequency being 0.29 or less, the first resonant frequency being mechanical and being of the first piezoelectric portion and the second piezoelectric portion, the second resonant frequency being of a parallel resonant circuit, the parallel resonant circuit including an electrostatic capacitance, the inductor, and the resistor, the electrostatic capacitance being between the second electrode and the third electrode.
A method for controlling a network of dynamic arrow devices, each dynamic arrow device comprising at least one directional display member configured to indicate at least an information along a determined orientation, comprising the following steps: - Step E1: Collecting the destination of a user, - Step E2: Detecting the user in a detection perimeter of a determined dynamic arrow device, - Step E3: Comparing the destination relative to the position and a coverage area (Z1, Z2, Z3, Z4, Z5) of the determined dynamic arrow device, when the destination is out of the coverage area (Z1, Z2, Z3, Z4, Z5) of the determined dynamic arrow device, an itinerary is determined by selecting at least one dynamic arrow device of the network which will take over from the determined dynamic arrow device, - Step E4: Sending a first control signal to the determined dynamic arrow device, the control signal indicating the angle of rotation to be taken by the directional display member of the determined dynamic arrow device, - Step E5: Sending a second control signal to the determined dynamic arrow device, the second control signal indicating at least the destination of the user, the method being characterized in that it further comprises the following steps: - Step E1 a: collecting the position of the user - Step E1 b: obtaining the identity of the closest dynamic arrow device to the user from the comparison of the data collected in steps E1, E1a with a mapping of the network of dynamic arrow devices, the mapping indicating the position of each dynamic arrow device and the coverage area (Z1, Z2, Z3, Z4, Z5) thereof, the steps E1 a and E1 b being prior to step E2. - Step E1: Collecting the destination of a user, - Step E2: Detecting the user in a detection perimeter of a determined dynamic arrow device, - Step E3: Comparing the destination relative to the position and a coverage area (Z1, Z2, Z3, Z4, Z5) of the determined dynamic arrow device, when the destination is out of the coverage area (Z1, Z2, Z3, Z4, Z5) of the determined dynamic arrow device, an itinerary is determined by selecting at least one dynamic arrow device of the network which will take over from the determined dynamic arrow device, - Step E4: Sending a first control signal to the determined dynamic arrow device, the control signal indicating the angle of rotation to be taken by the directional display member of the determined dynamic arrow device, - Step E5: Sending a second control signal to the determined dynamic arrow device, the second control signal indicating at least the destination of the user, the method being characterized in that it further comprises the following steps: - Step E1 a: collecting the position of the user - Step E1 b: obtaining the identity of the closest dynamic arrow device to the user from the comparison of the data collected in steps E1, E1a with a mapping of the network of dynamic arrow devices, the mapping indicating the position of each dynamic arrow device and the coverage area (Z1, Z2, Z3, Z4, Z5) thereof, the steps E1 a and E1 b being prior to step E2.
A quick coupling assembly suitable for connecting hydraulic lines under pressure, comprising a female coupling and a male coupling, which is connectable to the female coupling, wherein the female coupling is associable with a machine suitable for generating hydraulic pressure, while the male coupling is associable with an equipment, wherein the female coupling comprises an external part which is fixable to the machine, a piston and an internal part sliding along a connection axis inside the external part, wherein the connection axis defines an axial direction, the external part and the internal part are shaped so as to create a single chamber suitable for maintaining the hydraulic pressure generated by the machine, wherein the external part comprises a radial seat for the piston suitable for moving radially between a first position in which the connection between the female coupling and the male coupling is allowed, and a second position, in which the connection between the female coupling and the male coupling is forbidden due to the interference between the internal part and the piston, wherein the piston assumes the second position when in the female coupling there is a hydraulic pressure equal to or greater than a threshold value, wherein the piston comprises a head and a stem, wherein the head provides a lateral seat for a gasket suitable for guaranteeing the seal between the single chamber and a chamber housing a spring suitable for forcing the piston into the first position, wherein the chamber housing the spring is in hydraulic connection with an exhaust duct, characterized in that the piston is a full piston without through cavities. wherein the female coupling comprises an external part which is fixable to the machine, a piston and an internal part sliding along a connection axis inside the external part, wherein the connection axis defines an axial direction, the external part and the internal part are shaped so as to create a single chamber suitable for maintaining the hydraulic pressure generated by the machine, wherein the external part comprises a radial seat for the piston suitable for moving radially between a first position in which the connection between the female coupling and the male coupling is allowed, and a second position, in which the connection between the female coupling and the male coupling is forbidden due to the interference between the internal part and the piston, wherein the piston assumes the second position when in the female coupling there is a hydraulic pressure equal to or greater than a threshold value, wherein the piston comprises a head and a stem, wherein the head provides a lateral seat for a gasket suitable for guaranteeing the seal between the single chamber and a chamber housing a spring suitable for forcing the piston into the first position, wherein the chamber housing the spring is in hydraulic connection with an exhaust duct, characterized in that the piston is a full piston without through cavities.