mhurhangee/ep-ind-claims huggingface dataset:
Coupling for detachably connecting two shafts (107, 207) by axially moving the shafts in relation to one another, with: a first coupling half, which is able to be connected to a first shaft in a torque-proof manner, and a second coupling half, which is able to be connected to a second shaft in a torque-proof manner, wherein the second coupling half has a driver, wherein the first coupling half has a first force transfer element and a second force transfer element, and in the coupled state of the coupling, one of the force transfer elements (105a, 105b) is in engagement with the driver, in order to transfer a torque between the two shafts (107, 207), characterised in that the force transfer elements (105a, 105b) are able to be displaced together in a direction perpendicular to the axis of the shaft able to be connected to the first coupling half. a first coupling half, which is able to be connected to a first shaft in a torque-proof manner, and a second coupling half, which is able to be connected to a second shaft in a torque-proof manner, wherein the second coupling half has a driver, wherein the first coupling half has a first force transfer element and a second force transfer element, and in the coupled state of the coupling, one of the force transfer elements (105a, 105b) is in engagement with the driver, in order to transfer a torque between the two shafts (107, 207), characterised in that the force transfer elements (105a, 105b) are able to be displaced together in a direction perpendicular to the axis of the shaft able to be connected to the first coupling half.
A method of resetting an integrated circuit, comprising: generating, in response to a reset signal intended for a first data unit comprised in the integrated circuit, a synchronous reset signal based on the reset signal, and outputting the synchronous reset signal to the first data unit after at least one preset period, wherein the synchronous reset signal is used for resetting the first data unit, and the output synchronous reset signal is delayed by N preset periods relative to the reset signal, N being greater than or equal to 2; and generating, in response to a first data signal output by the first data unit and intended for a second data unit comprised in the integrated circuit, a second data signal based on the synchronous reset signal and the first data signal, and outputting the second data signal to the second data unit, wherein the first data unit and the second data unit belong to different reset domains. generating, in response to a reset signal intended for a first data unit comprised in the integrated circuit, a synchronous reset signal based on the reset signal, and outputting the synchronous reset signal to the first data unit after at least one preset period, wherein the synchronous reset signal is used for resetting the first data unit, and the output synchronous reset signal is delayed by N preset periods relative to the reset signal, N being greater than or equal to 2; and generating, in response to a first data signal output by the first data unit and intended for a second data unit comprised in the integrated circuit, a second data signal based on the synchronous reset signal and the first data signal, and outputting the second data signal to the second data unit, wherein the first data unit and the second data unit belong to different reset domains.
Helical fuel pumping element for a fuel pump, comprising a helical drive element accessible from an axial end of the helical fuel pumping element, characterized in that the helical drive element is designed as an internal torx or a hexagon socket. comprising a helical drive element accessible from an axial end of the helical fuel pumping element, characterized in that the helical drive element is designed as an internal torx or a hexagon socket.
An electronic flashing ice jig consisting of an eye and a hook for attaching to a fishing line and being electrical contacts, an electronic circuit comprising a control signal selection unit in the form of a diode and a main controller, at least one LED connected to the electronic circuit, an electrochemical capacitor power source rechargeable using the eye and the hook contacts, wherein the ice jig is enclosed in an over molded waterproof plastic case forming a volumetric shape of the ice jig, wherein the eye and the hook contacts are used for control of the electronic circuit, and wherein the diode is arranged to open when external power source is connected to the contacts of the hook and the eye for the charge current to flow to the electrochemical capacitor, the diode being further arranged to close when the electrochemical capacitor is charged and the potential on the diode leverages, wherein the electrochemical capacitor is used together with a switching mode voltage-to-current converter for automatic adjustment of the supply voltage to the at least one LED forward voltage.
A system information obtaining method, comprising: obtaining, by a mobile device, a first part of system information to be used by the mobile device to access a target cell in a cell cluster; receiving, by the mobile device, a second part of system information sent by a primary cell, and storing the second part of system information, wherein the cell cluster is in a coverage area of the primary cell, and the second part of system information is a same part of system information to be used by the mobile device to access all cells in the cell cluster; and obtaining, by the mobile device, system information to be used by the mobile device to access the target cell by combining the first part of system information and the stored second part of system information. obtaining, by a mobile device, a first part of system information to be used by the mobile device to access a target cell in a cell cluster; receiving, by the mobile device, a second part of system information sent by a primary cell, and storing the second part of system information, wherein the cell cluster is in a coverage area of the primary cell, and the second part of system information is a same part of system information to be used by the mobile device to access all cells in the cell cluster; and obtaining, by the mobile device, system information to be used by the mobile device to access the target cell by combining the first part of system information and the stored second part of system information.
Marking assembly, comprising: a marking device, in particular a print head, configured to provide a marking on an object passing the marking device, a positioning mechanism, the positioning mechanism comprising an actuator for moving the marking device in a vertical direction, the positioning mechanism further comprising a counterweight, a release device, in particular a solenoid valve, for disengaging the actuator, a sensor, the sensor being suitable for detecting an object, in particular the height of the object, approaching the marking device, and a control unit configured to receive a signal from the sensor and configured to either activate the actuator to move the marking device to an elevated position with an increased speed or to activate the release device to disengage the actuator, thereby moving the marking device by the counterweight. a marking device, in particular a print head, configured to provide a marking on an object passing the marking device, a positioning mechanism, the positioning mechanism comprising an actuator for moving the marking device in a vertical direction, the positioning mechanism further comprising a counterweight, a release device, in particular a solenoid valve, for disengaging the actuator, a sensor, the sensor being suitable for detecting an object, in particular the height of the object, approaching the marking device, and a control unit configured to receive a signal from the sensor and configured to either activate the actuator to move the marking device to an elevated position with an increased speed or to activate the release device to disengage the actuator, thereby moving the marking device by the counterweight. either activate the actuator to move the marking device to an elevated position with an increased speed or to activate the release device to disengage the actuator, thereby moving the marking device by the counterweight.
A wiring board, comprising: an insulation base plate; and a plurality of electrodes provided adjacent to each other in plan view on the insulation base plate; the electrodes comprising a slit which comprises an opening on an outer peripheral edge thereof and is oriented towards the interior of the electrode from the outer peripheral edge; a central line drawn from a slit in one electrode of a pair of adjacent electrodes intersecting with the outer peripheral edge of the other electrode; and a central line drawn from a slit in the other electrode of the pair of adjacent electrodes intersecting with the outer peripheral edge of the one electrode. an insulation base plate; and a plurality of electrodes provided adjacent to each other in plan view on the insulation base plate; the electrodes comprising a slit which comprises an opening on an outer peripheral edge thereof and is oriented towards the interior of the electrode from the outer peripheral edge; a central line drawn from a slit in one electrode of a pair of adjacent electrodes intersecting with the outer peripheral edge of the other electrode; and a central line drawn from a slit in the other electrode of the pair of adjacent electrodes intersecting with the outer peripheral edge of the one electrode.
A device for the sterile coupling of a percutaneous surgical instrument to a rotary driving tool of said instrument, said tool including an end provided with a coupling endpiece, including: - a flexible enclosure having a circular first opening and a second opening making it possible to insert the driving tool into said enclosure, the first opening being positioned on the wall of the enclosure such that, when the driving tool is in the pouch, the coupling endpiece is placed across from said first opening; - a connecting endpiece, including a cylindrical distal segment ensuring the coupling with the percutaneous surgical instrument and a proximal segment ensuring the coupling with the driving tool, configured to pass through the enclosure through the first circular opening such that the end of its distal segment is placed outside the enclosure, its proximal segment being placed inside the enclosure; - a tubular ring forming a conduit in which the connecting endpiece is intended to be inserted, positioned on the inner surface of the enclosure across from the first circular opening, said ring being secured to the enclosure by one of its ends, its other end being configured to secure the enclosure to the wall of the driving tool by insertion of the end of the body of the driving tool into the conduit, said conduit being configured such that the connecting endpiece can rotate freely around its axis inside the ring while being held axially; the enclosure, the ring and the connecting endpiece including means that cooperate in order to form a tight barrier at the first circular opening, said barrier being configured so as not to hinder the rotation of the connecting endpiece. - a flexible enclosure having a circular first opening and a second opening making it possible to insert the driving tool into said enclosure, the first opening being positioned on the wall of the enclosure such that, when the driving tool is in the pouch, the coupling endpiece is placed across from said first opening; - a connecting endpiece, including a cylindrical distal segment ensuring the coupling with the percutaneous surgical instrument and a proximal segment ensuring the coupling with the driving tool, configured to pass through the enclosure through the first circular opening such that the end of its distal segment is placed outside the enclosure, its proximal segment being placed inside the enclosure; - a tubular ring forming a conduit in which the connecting endpiece is intended to be inserted, positioned on the inner surface of the enclosure across from the first circular opening, said ring being secured to the enclosure by one of its ends, its other end being configured to secure the enclosure to the wall of the driving tool by insertion of the end of the body of the driving tool into the conduit, said conduit being configured such that the connecting endpiece can rotate freely around its axis inside the ring while being held axially;
A method for an access point to provide one or more features to a station, the method comprising: outputting a unique identifier request to the station prior to associating with the station, wherein the unique identifier request includes a request that the station respond with a unique identifier that is to be used by the access point for the station; establishing, in response to outputting the unique identifier request, a secure connection with the station; receiving a unique identifier response from the station via the secure connection; determining that the station supports creating and delivering the unique identifier based on an indication provided within the unique identifier response; determining that the unique identifier response provides the unique identifier to be used for the station, wherein the unique identifier is different from a media access control address of the station; and providing access to the one or more features to the station based on the unique identifier received in the unique identifier response. outputting a unique identifier request to the station prior to associating with the station, wherein the unique identifier request includes a request that the station respond with a unique identifier that is to be used by the access point for the station; establishing, in response to outputting the unique identifier request, a secure connection with the station; receiving a unique identifier response from the station via the secure connection; determining that the station supports creating and delivering the unique identifier based on an indication provided within the unique identifier response; determining that the unique identifier response provides the unique identifier to be used for the station, wherein the unique identifier is different from a media access control address of the station; and providing access to the one or more features to the station based on the unique identifier received in the unique identifier response.
Optical layer system for a position measuring device, comprising a transparent, planar substrate, on the surface of which at least a first, second and third functional surface (1, 2, 3) each having a different optical function are provided, wherein the optical functions are an antireflection layer, a mirror and an optical grating, characterized in that said functional surfaces (1, 2, 3) are constructed from only two different layer stacks (A, B), namely from a first layer stack and a second layer stack, which are arranged on the same side of the substrate, wherein the first functional surface consists of the first layer stack and acts as an antireflection layer, and wherein the third functional surface consists of the second layer stack and acts as a mirror, and wherein the second functional surface acts as an optical grating having diffraction effects by virtue of the two layer stacks (A, B) being arranged alternately at distances of less than 1 mm, preferably less than 50 μm, particularly preferably less than 20 μm.
An optoelectronic sensor for detecting shiny objects that has a light transmitter having at least one light source for generating a transmission light beam, a light receiver having a receiver row arrangement (20a-d) of light reception elements, and an evaluation unit to recognize shiny objects based on a reception signal of the light receiver, wherein the light transmitter has a plurality of light sources arranged to form at least one transmitter row (12a-b), and wherein the evaluation unit is configured to recognize and evaluate a full width at half maximum of the intensity profile over the row arrangement in the reception signals of the light reception elements, wherein the light reception elements form two receiver row arrangements (20a-d), wherein the evaluation unit is configured to determine an angular position of a detected object from a position of at least two intensity maxima within the receiver row arrangement (20a-d), characterized in that the light transmitter comprises light sources arranged to form two transmitter rows (12a-b), with the receiver row arrangements being arranged at both sides of the light transmitter, with the transmitter rows (12a-b) and the receiver rows (20a-b) being symmetrically arranged with respect to a horizontal center axis, with the receiver row arrangements (20a-d) being arranged perpendicular to the transmitter rows (12a-b) and the transmitter rows (12a-b) being in parallel with one another, with, in a perpendicularly oriented surface of the scanned object, the upper transmitter row being imaged onto the lower receiver row and, vice versa, the lower transmitter row being imaged onto the upper receiver row. wherein the light transmitter has a plurality of light sources arranged to form at least one transmitter row (12a-b), and wherein the evaluation unit is configured to recognize and evaluate a full width at half maximum of the intensity profile over the row arrangement in the reception signals of the light reception elements, wherein the light reception elements form two receiver row arrangements (20a-d), wherein the evaluation unit is configured to determine an angular position of a detected object from a position of at least two intensity maxima within the receiver row arrangement (20a-d), characterized in that the light transmitter comprises light sources arranged to form two transmitter rows (12a-b), with the receiver row arrangements being arranged at both sides of the light transmitter, with the transmitter rows (12a-b) and the receiver rows (20a-b) being symmetrically arranged with respect to a horizontal center axis, with the receiver row arrangements (20a-d) being arranged perpendicular to the transmitter rows (12a-b) and the transmitter rows (12a-b) being in parallel with one another, with, in a perpendicularly oriented surface of the scanned object, the upper transmitter row being imaged onto the lower receiver row and, vice versa, the lower transmitter row being imaged onto the upper receiver row.
Non-therapeutic use of a wood extract of Gleditsia triacanthos (i) for preventing, treating or reducing cellulite, and/or (ii) for non-therapeutic - inhibiting the differentiation of preadipocytes, and/or - inhibiting lipogenesis in adipocytes, and/or - reducing the amount of lipids in subcutaneous fatty tissue. (i) for preventing, treating or reducing cellulite, and/or (ii) for non-therapeutic - inhibiting the differentiation of preadipocytes, and/or - inhibiting lipogenesis in adipocytes, and/or - reducing the amount of lipids in subcutaneous fatty tissue. - inhibiting the differentiation of preadipocytes, and/or - inhibiting lipogenesis in adipocytes, and/or - reducing the amount of lipids in subcutaneous fatty tissue.
Land based dynamic sea motion simulating test drilling rig comprising: - a soil bound foundation, e.g. a pile foundation comprising multiple piles, - a pivot structure secured to said foundation, said pivot structure providing at least one horizontal pivot axis, - a motion base mounted on said pivot structure and pivotable about said at least one horizontal pivot axis relative to the foundation, e.g. for simulating sea state induced roll motion, - a drilling tower erected on said motion base and having a foot that is secured to said motion base, the drilling tower being provided with a hoisting device (11,12) adapted to manipulate a drill string section in a vertical firing line, - a drilling tubulars storage (20,21) adapted for vertical storage of one or more drilling tubulars, e.g. drill pipe stands, said tubulars storage secured to said motion base, - a tubulars racker device (140,140') arranged and configured to move drilling tubulars between the drilling tubulars storage and the firing line allowing for assembly and disassembly of a drill string section in the firing line, - a motion drive (50;55) adapted to impart cyclic pivoting motion about said at least one horizontal pivot axis to the assembly of the drilling tower, drilling tubulars storage, and tubulars racker device in order to simulate said assembly being subjected to sea state induced motion. - a soil bound foundation, e.g. a pile foundation comprising multiple piles, - a pivot structure secured to said foundation, said pivot structure providing at least one horizontal pivot axis, - a motion base mounted on said pivot structure and pivotable about said at least one horizontal pivot axis relative to the foundation, e.g. for simulating sea state induced roll motion, - a drilling tower erected on said motion base and having a foot that is secured to said motion base, the drilling tower being provided with a hoisting device (11,12) adapted to manipulate a drill string section in a vertical firing line, - a drilling tubulars storage (20,21) adapted for vertical storage of one or more drilling tubulars, e.g. drill pipe stands, said tubulars storage secured to said motion base, - a tubulars racker device (140,140') arranged and configured to move drilling tubulars between the drilling tubulars storage and the firing line allowing for assembly and disassembly of a drill string section in the firing line, - a motion drive (50;55) adapted to impart cyclic pivoting motion about said at least one horizontal pivot axis to the assembly of the drilling tower, drilling tubulars storage, and tubulars racker device in order to simulate said assembly being subjected to sea state induced motion.
An input method usable by a terminal including a touch screen display, the input method comprising: identifying first touch input locations on the touch screen display, the first touch input comprising a predetermined number of concurrent multiple touches; generating input buttons at areas corresponding to the identified first touch input locations and matching the input buttons to a number of Braille areas on the touch screen display; and detecting a touch pattern comprising a second touch input on one or more of the input buttons and processing an alphanumeric input corresponding to the detected touch pattern; the method further comprising: identifying an input gesture which comprises a terminal motion gesture including one of a tilting, rotation, and movement of the terminal; and processing a function key input corresponding to the input gesture; wherein the method is characterised in that: when the number of the generated input buttons is six, setting an input method as a 6 Braille input method; when the number of the generated input buttons is eight, setting an input method as an 8 Braille input method. identifying first touch input locations on the touch screen display, the first touch input comprising a predetermined number of concurrent multiple touches; generating input buttons at areas corresponding to the identified first touch input locations and matching the input buttons to a number of Braille areas on the touch screen display; and detecting a touch pattern comprising a second touch input on one or more of the input buttons and processing an alphanumeric input corresponding to the detected touch pattern; identifying an input gesture which comprises a terminal motion gesture including one of a tilting, rotation, and movement of the terminal; and processing a function key input corresponding to the input gesture; when the number of the generated input buttons is six, setting an input method as a 6 Braille input method; when the number of the generated input buttons is eight, setting an input method as an 8 Braille input method.