mhurhangee/ep-ind-claims huggingface dataset:
A method for supplying a coolant media flow for cooling a component in thermal spray coating, wherein a coolant media flow is introduced into the carrier gas flow through a coolant medium nozzle, wherein the coolant medium is liquid and/or gaseous, characterized in that a carrier gas flow is supplied through a Laval nozzle, wherein the Laval nozzle has a longitudinal axis and the coolant media flow is introduced such that the outflow of the coolant media flow into the carrier gas flow is carried out within or downstream the Laval nozzle.
A fill level radar with potential separation between an aerial and a feed device of the fill level radar, for determining the fill level in the tank, the fill level radar comprising: a horn aerial or a parabolic aerial for at least one of transmitting and receiving electromagnetic waves and for being arranged in the interior of the tank; a feed device comprising a waveguide and a radiation source for feeding the electromagnetic waves to the aerial and for being arranged outside the tank, wherein the radiation source is designed to generate the electromagnetic waves, and wherein the waveguide is designed to conduct the electromagnetic waves from the radiation source to the aerial; a separation element for electrically isolating the aerial from the feed device and for providing a potential separation between the aerial and the feed device; wherein the separation element is arranged directly at the aerial; wherein the aerial and the feed device are electrically insulated from each other. a horn aerial or a parabolic aerial for at least one of transmitting and receiving electromagnetic waves and for being arranged in the interior of the tank; a feed device comprising a waveguide and a radiation source for feeding the electromagnetic waves to the aerial and for being arranged outside the tank, wherein the radiation source is designed to generate the electromagnetic waves, and wherein the waveguide is designed to conduct the electromagnetic waves from the radiation source to the aerial; a separation element for electrically isolating the aerial from the feed device and for providing a potential separation between the aerial and the feed device; wherein the separation element is arranged directly at the aerial; wherein the aerial and the feed device are electrically insulated from each other.
A medical device generator comprising: a generator comprising at least one electrical connection; a safety mechanism coupled to the at least one electrical connection, characterized in that the safety mechanism comprises: a door for providing defibrillation protection and an electrically isolating barrier between a user and the electrical connection; and a barrier securing mechanism for holding the door in a closed position when the electrical connection is not in use, wherein the barrier securing mechanism comprises a first securing portion coupled to the door and a second securing portion coupled to a door mount, and wherein one of the first securing portion and the second securing portion is a magnet, and the other of the first securing portion and the second securing portion is a magnet or ferromagnetic material, and the first securing portion extends across the entire length of the door. a generator comprising at least one electrical connection; a safety mechanism coupled to the at least one electrical connection, characterized in that the safety mechanism comprises: a door for providing defibrillation protection and an electrically isolating barrier between a user and the electrical connection; and a barrier securing mechanism for holding the door in a closed position when the electrical connection is not in use, wherein the barrier securing mechanism comprises a first securing portion coupled to the door and a second securing portion coupled to a door mount, and a door for providing defibrillation protection and an electrically isolating barrier between a user and the electrical connection; and a barrier securing mechanism for holding the door in a closed position when the electrical connection is not in use, wherein the barrier securing mechanism comprises a first securing portion coupled to the door and a second securing portion coupled to a door mount, and wherein one of the first securing portion and the second securing portion is a magnet, and the other of the first securing portion and the second securing portion is a magnet or ferromagnetic material, and the first securing portion extends across the entire length of the door.
A weatherstrip for use on an automotive component comprising: an elongated member having flock along a pre-determined portion; and a coating layer disposed over the flock for improving at least one of (i) freeze release and (ii) squeak and itch resistance, characterized in that the coating includes a cross-linkable UV curable resin.
A clutch for lifting a concrete component, including a toroidal connector, a latch movable relative to the toroidal connector between a disengaged condition and an engaged condition, and a coupler for coupling the toroidal connector to a lifting apparatus, wherein the coupler is articulated and includes a first part and a second part pivotal relative to the first part, the second part forming a second loop for receiving the lifting apparatus characterised in that the first part forms a first loop engaged through the toroidal connector.
Method for flow measurement using a magnetic-inductive flowmeter with a measuring tube and magnetic field generator, wherein a magnetic field is generated by the magnetic field generator and wherein the magnetic field is inverted at inverting intervals, characterized in that the measuring tube is filled with a first medium, the strength of the magnetic field is measured over a first measuring interval and a derivative with respect to time of the measured strength of the magnetic field is determined for the first measuring interval, that the measuring tube is made to have a second medium flow through it, the strength of the magnetic field is measured over a second measuring interval and a derivative with respect to time of the measured strength of the magnetic field is determined for the second measuring interval, that a first derivative deviation of the derivative for the second measuring interval is determined using the derivative for the first measuring interval, and that a zero flow error is assigned to the determined first derivative deviation.
A method in a wireless radio network for enhancing a channel estimate based on a Dedicated Physical Control Channel, DPCCH, between a user node and a network node, wherein the DPCCH is multiplied with a first amplitude gain factor resulting in a first power, the method characterized by: boosting, at the user node, the first power of the DPCCH with additional power, resulting in a second power, while keeping power of other physical channels relative the first power, wherein the boosting of the first power of the DPCCH is performed by multiplying an additional amplitude gain factor to the DPCCH, or by modifying the first amplitude gain factor to further include the additional amplitude gain factor, resulting in the second power, and wherein the boosting of the first power of the DPCCH comprises boosting only pilot symbols of the DPCCH with the additional power; receiving, at the network node, the DPCCH comprising the second power; obtaining, at the network node, a channel estimate based on the DPCCH comprising the second power; and removing, at the network node, the additional power from the DPCCH based channel estimate, wherein the removing includes removing the additional amplitude gain factor from the DPCCH based channel estimate, resulting in the first power of the DPCCH, as soon as said channel estimate is obtained. boosting, at the user node, the first power of the DPCCH with additional power, resulting in a second power, while keeping power of other physical channels relative the first power, wherein the boosting of the first power of the DPCCH is performed by multiplying an additional amplitude gain factor to the DPCCH, or by modifying the first amplitude gain factor to further include the additional amplitude gain factor, resulting in the second power, and wherein the boosting of the first power of the DPCCH comprises boosting only pilot symbols of the DPCCH with the additional power; receiving, at the network node, the DPCCH comprising the second power; obtaining, at the network node, a channel estimate based on the DPCCH comprising the second power; and removing, at the network node, the additional power from the DPCCH based channel estimate, wherein the removing includes removing the additional amplitude gain factor from the DPCCH based channel estimate, resulting in the first power of the DPCCH, as soon as said channel estimate is obtained.
A method for carrying out an installation operation in an elevator shaft of an elevator system using a mounting device which has a carrier component and a mechatronic installation component held on the carrier component, comprising the following steps: - in a displacement phase, displacing the carrier component relative to the elevator shaft and positioning the carrier component at different heights within the elevator shaft, - in a mounting phase, carrying out at least partially automatically a mounting step, wherein a mounting means (66, 68) is removed from a magazine component disposed on the carrier component and installed on a shaft wall of the elevator shaft, characterized by the steps: - in a stocking phase, stocking a magazine component with mounting means (66, 68) outside the elevator shaft and - in a loading phase, disposing the stocked magazine component on the carrier component. - in a displacement phase, displacing the carrier component relative to the elevator shaft and positioning the carrier component at different heights within the elevator shaft, - in a mounting phase, carrying out at least partially automatically a mounting step, wherein a mounting means (66, 68) is removed from a magazine component disposed on the carrier component and installed on a shaft wall of the elevator shaft, - in a stocking phase, stocking a magazine component with mounting means (66, 68) outside the elevator shaft and - in a loading phase, disposing the stocked magazine component on the carrier component.
A reconfigurable surface treatment apparatus comprising: a wand having a first distal end that is configured to couple to a surface cleaning head and a second distal end that is configured to couple to a handle; and a pod configured to removably couple to the wand, wherein the pod includes: a suction motor assembly cavity; a battery cavity, wherein the suction motor assembly cavity and the battery cavity are disposed on opposing sides of a vertical plane, the vertical plane extending along a central longitudinal axis of the pod; and a dust cup cavity, the dust cup cavity disposed between the suction motor assembly cavity and the battery cavity such that at least a portion of the dust cup cavity is disposed on each side of the vertical plane. a wand having a first distal end that is configured to couple to a surface cleaning head and a second distal end that is configured to couple to a handle; and a pod configured to removably couple to the wand, wherein the pod includes: a suction motor assembly cavity; a battery cavity, wherein the suction motor assembly cavity and the battery cavity are disposed on opposing sides of a vertical plane, the vertical plane extending along a central longitudinal axis of the pod; and a dust cup cavity, the dust cup cavity disposed between the suction motor assembly cavity and the battery cavity such that at least a portion of the dust cup cavity is disposed on each side of the vertical plane. a suction motor assembly cavity; a battery cavity, wherein the suction motor assembly cavity and the battery cavity are disposed on opposing sides of a vertical plane, the vertical plane extending along a central longitudinal axis of the pod; and a dust cup cavity, the dust cup cavity disposed between the suction motor assembly cavity and the battery cavity such that at least a portion of the dust cup cavity is disposed on each side of the vertical plane.
A manufacturing method of a bead core comprising: an annular body forming step of winding a strip member formed by coating a plurality of bead wires with a coating resin to form an annular body, a resin coating step of coating the annular body formed in the annular body forming step with a resin, characterised in that the resin coating step includes an injection step of disposing the annular body formed in the annular body forming step in a cavity of a bead core forming injection mold, and injecting a molten injection resin to the cavity. an annular body forming step of winding a strip member formed by coating a plurality of bead wires with a coating resin to form an annular body, a resin coating step of coating the annular body formed in the annular body forming step with a resin, characterised in that the resin coating step includes an injection step of disposing the annular body formed in the annular body forming step in a cavity of a bead core forming injection mold, and injecting a molten injection resin to the cavity.
A display device comprising: a display module including a display panel; an arm pivotally connected to the display module; a bottom case to which the arm is pivotally connected so as to allow the display module to be stored in the bottom case; and a top case hingedly connected to the bottom case, wherein the bottom case includes: an outer shell providing an accommodation space; a frame positioned in the accommodation space and coupled to the outer shell; and a top disposed opposite the outer shell with respect to the frame, the top covering the accommodation space, and wherein the top includes: an arm accommodating portion recessed toward the outer shell and accommodating the arm; and a drain hole formed in a portion of the arm accommodating portion. a display module including a display panel; an arm pivotally connected to the display module; a bottom case to which the arm is pivotally connected so as to allow the display module to be stored in the bottom case; and a top case hingedly connected to the bottom case, wherein the bottom case includes: an outer shell providing an accommodation space; a frame positioned in the accommodation space and coupled to the outer shell; and a top disposed opposite the outer shell with respect to the frame, the top covering the accommodation space, and wherein the top includes: an arm accommodating portion recessed toward the outer shell and accommodating the arm; and a drain hole formed in a portion of the arm accommodating portion. an outer shell providing an accommodation space; a frame positioned in the accommodation space and coupled to the outer shell; and a top disposed opposite the outer shell with respect to the frame, the top covering the accommodation space, and wherein the top includes: an arm accommodating portion recessed toward the outer shell and accommodating the arm; and a drain hole formed in a portion of the arm accommodating portion. an arm accommodating portion recessed toward the outer shell and accommodating the arm; and a drain hole formed in a portion of the arm accommodating portion.
A self-authenticating device comprising: a first memory region storing a first authentication code; a second memory region storing a second authentication code, said second memory region adapted to be unmodifiable by said device and unreadable and unmodifiable by an external device reader; a comparator interconnected to said second memory region for providing an indicator of whether given input matches said second authentication code; and an authentication circuit interconnected to said comparator and said first memory region and adapted to selectively prevent access to said self-authentication device by said external device reader, wherein, said authentication circuit is operable to: read said first authentication code from said first memory region; present said first authentication code to said comparator; and in response to receiving an indicator from said comparator indicating that said first authentication code matches said second authentication code: unlock at least one of (i) a communication interface of said device to allow data to be transmitted therethrough to said device reader and (ii) a third memory region of said device to allow data to be read therefrom. a first memory region storing a first authentication code; a second memory region storing a second authentication code, said second memory region adapted to be unmodifiable by said device and unreadable and unmodifiable by an external device reader; a comparator interconnected to said second memory region for providing an indicator of whether given input matches said second authentication code; and an authentication circuit interconnected to said comparator and said first memory region and adapted to selectively prevent access to said self-authentication device by said external device reader, wherein, said authentication circuit is operable to: read said first authentication code from said first memory region; present said first authentication code to said comparator; and in response to receiving an indicator from said comparator indicating that said first authentication code matches said second authentication code: unlock at least one of (i) a communication interface of said device to allow data to be transmitted therethrough to said device reader and (ii) a third memory region of said device to allow data to be read therefrom. read said first authentication code from said first memory region; present said first authentication code to said comparator; and in response to receiving an indicator from said comparator indicating that said first authentication code matches said second authentication code: unlock at least one of (i) a communication interface of said device to allow data to be transmitted therethrough to said device reader and (ii) a third memory region of said device to allow data to be read therefrom.
A method, comprising: scanning to detect a presence of a wireless local area network; detecting the presence of said wireless local area network; determining a media access control identification of a base station of said wireless local area network; comparing the media access control identification of said base station to a database of known locations of base stations of wireless area networks and not requesting a location from the base station if the base station is already in said database; receiving a location of said base station through said wireless local area network if said base station is not in said database; and logging the media access control identification of said base station and the received location in said database. scanning to detect a presence of a wireless local area network; detecting the presence of said wireless local area network; determining a media access control identification of a base station of said wireless local area network; comparing the media access control identification of said base station to a database of known locations of base stations of wireless area networks and not requesting a location from the base station if the base station is already in said database; receiving a location of said base station through said wireless local area network if said base station is not in said database; and logging the media access control identification of said base station and the received location in said database.
A method for boosting word-line voltage of a word-line of a memory device, the method comprising: coupling the word-line to a supply voltage to pull the word-line up to a rail voltage; and coupling a dummy line to the supply voltage to pull the dummy line to the rail voltage by a second switch, the dummy line comprising a conductive route disposed in a vicinity of the word-line and forming a parasitic coupling capacitance with the word-line, wherein pulling up the dummy line boosts the word-line voltage above the rail voltage by a boost voltage; characterised in that the method further comprises: changing a count of a number of closed switches of a set of first switches, operated to couple the word-line to the supply voltage, as a first technique to change the boost voltage of the word-line; changing a time duration that the second switch is closed as a second technique to change the boost voltage of the word-line; wherein the change in the boost voltage is programmable by using one or both of the first and second techniques. coupling the word-line to a supply voltage to pull the word-line up to a rail voltage; and coupling a dummy line to the supply voltage to pull the dummy line to the rail voltage by a second switch, the dummy line comprising a conductive route disposed in a vicinity of the word-line and forming a parasitic coupling capacitance with the word-line, wherein pulling up the dummy line boosts the word-line voltage above the rail voltage by a boost voltage; characterised in that the method further comprises: changing a count of a number of closed switches of a set of first switches, operated to couple the word-line to the supply voltage, as a first technique to change the boost voltage of the word-line; changing a time duration that the second switch is closed as a second technique to change the boost voltage of the word-line; changing a count of a number of closed switches of a set of first switches, operated to couple the word-line to the supply voltage, as a first technique to change the boost voltage of the word-line; changing a time duration that the second switch is closed as a second technique to change the boost voltage of the word-line; wherein the change in the boost voltage is programmable by using one or both of the first and second techniques.