mhurhangee/ep-ind-claims huggingface dataset:
Method for confirming the identity of a vehicle, the method comprising: setting up a data connection to a vehicle control apparatus installed in the vehicle to be identified; triggering a physical interaction between the vehicle and an external service apparatus; detecting the physical interaction by way of a vehicle sensor installed in the vehicle and providing a corresponding vehicle detection value; detecting the physical interaction by way of an external sensor and providing a corresponding external detection value; comparing the vehicle detection value with the external detection value; confirming the identity of the vehicle if the vehicle detection value matches the external detection value within the bounds of a predefined tolerance, characterized in that the physical interaction is an electrical charging current between an electrical charging station and the vehicle or a flow of fuel from a fuel pump to the vehicle. setting up a data connection to a vehicle control apparatus installed in the vehicle to be identified; triggering a physical interaction between the vehicle and an external service apparatus; detecting the physical interaction by way of a vehicle sensor installed in the vehicle and providing a corresponding vehicle detection value; detecting the physical interaction by way of an external sensor and providing a corresponding external detection value; comparing the vehicle detection value with the external detection value; confirming the identity of the vehicle if the vehicle detection value matches the external detection value within the bounds of a predefined tolerance, characterized in that the physical interaction is an electrical charging current between an electrical charging station and the vehicle or a flow of fuel from a fuel pump to the vehicle.
An oven comprising a cavity adapted to receive food to heat and a ventilation system of said cavity, able to create a stream of air, said cavity comprising air inlet means and air outlet means, which are disposed in a wall of said cavity, characterized in that said air inlet means and said air outlet means extend in a same portion of the upper wall of the cavity, said portion having a surface area less than one third of the total surface area of said upper wall, said air inlet means and said air outlet means extending within the width of the oven, respectively in two directions parallel to each other, such that the stream of air creates an air curtain between the heated food, which is a source of steam, and the walls of the cavity.
A terminal, comprising: a flexible terminal body, a rigid bracket, a pull rod, and a terminal battery and main board adapted to a structure of the rigid bracket, wherein the rigid bracket is fixed on the flexible terminal body, the rigid bracket comprises a plurality of sub-brackets and a plurality of rotating shafts, and the plurality of sub-brackets are lined up along the flexible terminal body, wherein, when the flexible terminal body is curved, the plurality of sub-brackets and the terminal battery are arranged to rotate around the corresponding rotating shafts; characterized in that, the terminal battery is arranged in a cavity formed by two adjacent sub-brackets, and is penetrated by two rotating shafts on the two sub-brackets respectively; the main board is arranged on an outer side of the rigid bracket; and the pull rod is arranged to fix and maintain the position of the flexible terminal body by inserting two extending heads at tail ends of the pull rod into positioning holes of corresponding sub-brackets after the flexible terminal body is curved to a preset curving position. is curved, the plurality of sub-brackets and the terminal battery are arranged to rotate around the corresponding rotating shafts;
Method for the galvanic deposition of zinc-nickel layers from an alkaline coating bath containing zinc-nickel electrolytes and organic bath additives, which method uses, as the anode, an electrode that is insoluble in the bath and that contains metal manganese and/or manganese oxide, wherein the organic bath additives comprise amine-containing complexing agents, and wherein the electrode 1) is produced from metal manganese or a manganese-containing alloy, wherein the manganese-containing alloy contains at least 5 wt.% manganese, or 2) is produced from an electrically conductive substrate and a coating applied thereto and containing metal manganese and/or manganese oxide, wherein the coating containing manganese and/or manganese oxide contains at least 5 wt.% manganese, based on the total amount of manganese that is obtained from metal manganese and manganese oxide, or 3) is produced from a composite material that comprises metal manganese and/or manganese oxide and an electrically conductive material, wherein the composite material contains at least 5 wt.% manganese, based on the total amount that is obtained from metal manganese and manganese oxide. 1) is produced from metal manganese or a manganese-containing alloy, wherein the manganese-containing alloy contains at least 5 wt.% manganese, or 2) is produced from an electrically conductive substrate and a coating applied thereto and containing metal manganese and/or manganese oxide, wherein the coating containing manganese and/or manganese oxide contains at least 5 wt.% manganese, based on the total amount of manganese that is obtained from metal manganese and manganese oxide, or 3) is produced from a composite material that comprises metal manganese and/or manganese oxide and an electrically conductive material, wherein the composite material contains at least 5 wt.% manganese, based on the total amount that is obtained from metal manganese and manganese oxide.
Method for chemical analysis, in which - a gas flow is ionized in order to form an ionized gas flow (24', 24) that is brought to a flow channel, - the ionized gas flow is led to a filtering area fitted to the flow channel, - the ionized gas flow is filtered using the DMS/FAIMS method, in order to remove at least some of the ions (25, 105) from the ionized gas flow, a mainly non-ionized gas flow, which is on at least one side of the ionized gas flow, is led to the filtering area together with the ionized gas flow, characterized in that - part of the ionized gas flow is neutralized within the flow channel in order to form said mainly non-ionized gas flow, - wherein said mainly non-ionized gas flow is parallel. - a gas flow is ionized in order to form an ionized gas flow (24', 24) that is brought to a flow channel, - the ionized gas flow is led to a filtering area fitted to the flow channel, - the ionized gas flow is filtered using the DMS/FAIMS method, in order to remove at least some of the ions (25, 105) from the ionized gas flow, a mainly non-ionized gas flow, which is on at least one side of the ionized gas flow, is led to the filtering area together with the ionized gas flow, - part of the ionized gas flow is neutralized within the flow channel in order to form said mainly non-ionized gas flow, - wherein said mainly non-ionized gas flow is parallel.
A door hinge assembly with a door hinge part made of cast material and a screw, wherein the screw is inserted with a screw shaft into a laterally open slot of the door hinge part, wherein the width of the slot is manufactured with an under-size compared to an external diameter of the screw shaft, so that the inserted screw shaft is held in a clamping manner, and wherein the screw shaft and/or the slot are/is plastically deformed by means of the insertion of the screw shaft into the slot.
A system, comprising: a first rotor assembly including a permanent magnet that emits a first magnetic field and is suitable to be connected to a first compressor of a turbine engine; a second rotor assembly including an armature winding and a resonant emitter, wherein the second rotor assembly is suitable to be connected to a second compressor of the turbine engine at an interface between the first compressor and second compressor such that the armature winding is positioned within the first magnetic field, and the resonant emitted is configured to receive an electrical power input from the armature winding to generate a second magnetic field of at least a predefined frequency when the first rotor assembly rotates relative to the second rotor assembly; and a resonant receiver, configured to be disposed on an enclosure of the turbine engine, positioned in relation to the resonant emitter to receive the second magnetic field and convert the second magnetic field into an electrical power output. a first rotor assembly including a permanent magnet that emits a first magnetic field and is suitable to be connected to a first compressor of a turbine engine; a second rotor assembly including an armature winding and a resonant emitter, wherein the second rotor assembly is suitable to be connected to a second compressor of the turbine engine at an interface between the first compressor and second compressor such that the armature winding is positioned within the first magnetic field, and the resonant emitted is configured to receive an electrical power input from the armature winding to generate a second magnetic field of at least a predefined frequency when the first rotor assembly rotates relative to the second rotor assembly; and a resonant receiver, configured to be disposed on an enclosure of the turbine engine, positioned in relation to the resonant emitter to receive the second magnetic field and convert the second magnetic field into an electrical power output.
Condylograph for the electronic recording, close to the joint, of the mobility of a patient's lower jaw, wherein a Cartesian coordinate system is defined by the patient's skull, starting from a zero point as the bisecting point of a line between the two jaw joints on the joint axis and consisting of an x-axis lying in the horizontal plane defined by the joint axis and a third reference point pointing in a frontal direction, a y-axis along the connecting line of the two jaw joints, and a z-axis along the vertical axis of the skull, wherein the condylograph comprises an upper bracket which can be firmly connected to the patient's skull and which has at least one camera on at least one side of the patient, and a lower bracket which can be firmly connected to the lower jaw and which has at least one reference marker in the field of view of the at least one camera, wherein the reference marker or markers are respectively arranged at a left and/or right end (3, 3') of the lower bracket, and wherein the left and right ends (3, 3') of the lower bracket are firmly connected to one another, characterised in that on at least one side of the patient, two cameras are provided on the upper bracket which have viewing axes which enclose an angle α between about 30 and about 150 degrees with one another in a plane lying parallel to the x-z plane, and wherein the cameras are respectively directed towards the at least one reference marker on their patient side, and the reference marker or markers can be adjusted to a joint axis determined anatomically according to facial landmarks or to the individual hinge axis of the patient's jaw joint and a range of up to about 3 mm round it.
An energy absorber, comprising: a hub comprising a line, the line including a first end directly or indirectly attached to the hub and a second end opposite the first end; an energy absorbing arrangement directly or indirectly attached to the hub, the energy absorbing arrangement comprising an outer ring directly or indirectly attached to the hub, an inner ring directly or indirectly attached to a housing, and at least one energy absorbing member positioned between the outer ring and the inner ring, wherein the at least one energy absorbing member is configured to generate friction between the outer ring and the inner ring upon rotation of the hub; the housing configured to contain the hub and the energy absorbing arrangement, characterized in that: at least one inner protrusion (18a, 18b) of the housing includes at least one tab (22a-22d); the inner ring comprises at least one notch (46a, 46b) provided on an inner surface of the inner ring; and the at least one notch (46a, 46b) of the inner ring is configured to receive the at least one tab (22a-22d) of the housing in a keyed relationship. a hub comprising a line, the line including a first end directly or indirectly attached to the hub and a second end opposite the first end; an energy absorbing arrangement directly or indirectly attached to the hub, the energy absorbing arrangement comprising an outer ring directly or indirectly attached to the hub, an inner ring directly or indirectly attached to a housing, and at least one energy absorbing member positioned between the outer ring and the inner ring, wherein the at least one energy absorbing member is configured to generate friction between the outer ring and the inner ring upon rotation of the hub; the housing configured to contain the hub and the energy absorbing arrangement, characterized in that: at least one inner protrusion (18a, 18b) of the housing includes at least one tab (22a-22d); the inner ring comprises at least one notch (46a, 46b) provided on an inner surface of the inner ring; and the at least one notch (46a, 46b) of the inner ring is configured to receive the at least one tab (22a-22d) of the housing in a keyed relationship. at least one inner protrusion (18a, 18b) of the housing includes at least one tab (22a-22d); the inner ring comprises at least one notch (46a, 46b) provided on an inner surface of the inner ring; and the at least one notch (46a, 46b) of the inner ring is configured to receive the at least one tab (22a-22d) of the housing in a keyed relationship.
Optical system for imaging an object comprising at least: - a loupe comprising a lens for magnifying the object, the lens being disposed in a frame, - a camera arranged between the lens of the loupe and the object to image at least a portion of the same field of view as the lens of the loupe, and - a handle extending from the frame, and wherein the camera: - is movable between a retracted position in the handle and an extended position, and - is spaced away from the handle in the extended position to image at least a portion of the same field of view as the lens of the loupe. - a loupe comprising a lens for magnifying the object, the lens being disposed in a frame, - a camera arranged between the lens of the loupe and the object to image at least a portion of the same field of view as the lens of the loupe, and - a handle extending from the frame, and - is movable between a retracted position in the handle and an extended position, and - is spaced away from the handle in the extended position to image at least a portion of the same field of view as the lens of the loupe.
A method for fabricating a multi-color cellulose acetate spectacle frame, the method comprising the following steps: S10, providing a three-color cellulose acetate sheet constructed of multiple layers in its thickness direction, each layer having a color; S20, cutting the three-color cellulose acetate sheet by a CNC engraving and cutting machine; S30, placing the engraved three-color cellulose acetate sheet in an oven for baking; S40, placing the baked three-color cellulose acetate sheet in a coarse pressing die of a hydraulic press for pressing, so as to enable a portion of the three-color cellulose acetate sheet to move a distance equal to the thickness of a surface color layer of the three-color cellulose acetate sheet; S50, grinding off a surface layer of the moved portion by a water grinder; S60, placing the processed three-color cellulose acetate sheet in the oven for baking; S70, placing the baked three-color cellulose acetate sheet in a precision pressing die of the hydraulic press for pressing, so as to enable the moved portion to move a certain distance; S80, cutting out inner rings by the CNC engraving and cutting machine to form a spectacle rim; and S90, mounting spectacle frame fittings on the formed spectacle rim. S10, providing a three-color cellulose acetate sheet constructed of multiple layers in its thickness direction, each layer having a color; S20, cutting the three-color cellulose acetate sheet by a CNC engraving and cutting machine; S30, placing the engraved three-color cellulose acetate sheet in an oven for baking; S40, placing the baked three-color cellulose acetate sheet in a coarse pressing die of a hydraulic press for pressing, so as to enable a portion of the three-color cellulose acetate sheet to move a distance equal to the thickness of a surface color layer of the three-color cellulose acetate sheet; S50, grinding off a surface layer of the moved portion by a water grinder; S60, placing the processed three-color cellulose acetate sheet in the oven for baking; S70, placing the baked three-color cellulose acetate sheet in a precision pressing die of the hydraulic press for pressing, so as to enable the moved portion to move a certain distance; S80, cutting out inner rings by the CNC engraving and cutting machine to form a spectacle rim; and S90, mounting spectacle frame fittings on the formed spectacle rim.
An apparatus, comprising: a cage; a main plug disposed in the cage and movable between a main plug closed position and a main plug open position; a seal assembly having a seal that is forced into high friction contact with the cage and maintains a pressure differential across the seal when the main plug is in the main plug closed position; a pressurizing volume; a seal balancing volume; and a pressure balancing assembly comprising a stem (35, 81) and a sealing member (33, 97) disposed on the stem, the sealing member adapted to couple the pressurizing volume to the seal balancing volume when the pressure balancing assembly is in the overtravel position, in which movement of the stem does not move the main plug and wherein the pressure balancing assembly is movable between a closed position, the overtravel position and an open position, the pressure balancing assembly being configured to balance the pressure differential across the seal when the pressure balancing assembly is in the overtravel position; wherein the seal assembly further comprises a load transfer assembly that is coupled to the stem, is adapted to be displaced with displacement of the stem and is configured to exert a force on the seal when the main plug is in the main plug closed position and to reduce the force on the seal when the pressure balancing assembly is in the overtravel position; characterised in that, the pressure balancing assembly is configured to reduce friction between the seal and the cage when the pressure balancing assembly is in the overtravel position. a cage; a main plug disposed in the cage and movable between a main plug closed position and a main plug open position; a seal assembly having a seal that is forced into high friction contact with the cage and maintains a pressure differential across the seal when the main plug is in the main plug closed position; a pressurizing volume; a seal balancing volume; and a pressure balancing assembly comprising a stem (35, 81) and a sealing member (33, 97) disposed on the stem, the sealing member adapted to couple the pressurizing volume to the seal balancing volume when the pressure balancing assembly is in the overtravel position, in which movement of the stem does not move the main plug and wherein the pressure balancing assembly is movable between a closed position, the overtravel position and an open position, the pressure balancing assembly being configured to balance the pressure differential across the seal when the pressure balancing assembly is in the overtravel position; wherein the seal assembly further comprises a load transfer assembly that is coupled to the stem, is adapted to be displaced with displacement of the stem and is configured to exert a force on the seal when the main plug is in the main plug closed position and to reduce the force on the seal when the pressure balancing assembly is in the overtravel position; characterised in that, the pressure balancing assembly is configured to reduce friction between the seal and the cage when the pressure balancing assembly is in the overtravel position.
A charging method for charging of service data streams flowing into an access network element in a Local IP Access, LIPA, architecture, the method comprising: a mobility management network element in a core network obtaining (303-305, 603-605) charging policy information of a terminal from a user subscription data network element; the access network element obtaining (306, 606) the charging policy information of the terminal from the mobility management network element; and the access network element storing (307, 607) the charging policy information of the terminal, and charging (307, 607), according to the stored charging policy information for service data streams of the terminal flowing into the access network element, whereby the service data streams do not need to cross the core network. a mobility management network element in a core network obtaining (303-305, 603-605) charging policy information of a terminal from a user subscription data network element; the access network element obtaining (306, 606) the charging policy information of the terminal from the mobility management network element; and the access network element storing (307, 607) the charging policy information of the terminal, and charging (307, 607), according to the stored charging policy information for service data streams of the terminal flowing into the access network element, whereby the service data streams do not need to cross the core network.
System for convertible bunk beds, comprising: - a base frame; - an upper frame of such dimensions that it can house a first mattress, movable between a first position in which the same is lowered and the system is in sofa configuration and a second position, substantially on the vertical of said first position, in which said upper frame is lifted and the system is in bunk bed configuration; - a third frame of such dimensions that it can house a second mattress, constrained so that it is comprised between said base frame and said upper frame, characterized in that the constraint of said upper frame to said base frame occurs by means of a kinematics with double four-bar linkage which allows to move said upper frame while keeping it constantly in horizontal position, and in that said kinematics with double four-bar linkage comprises: - a first four-bar linkage made up of the base frame, a bar parallel thereto and two further bars (12, 13) constrained so that they form the other sides of the four-bar linkage; - a second four-bar linkage made up of two bars (22, 23) hinged to said further bars (12, 13) of the first four-bar linkage at equal distance from the base frame and the upper frame, constrained thereto by means of hinges. - a base frame; - an upper frame of such dimensions that it can house a first mattress, movable between a first position in which the same is lowered and the system is in sofa configuration and a second position, substantially on the vertical of said first position, in which said upper frame is lifted and the system is in bunk bed configuration; - a third frame of such dimensions that it can house a second mattress, constrained so that it is comprised between said base frame and said upper frame, - a first four-bar linkage made up of the base frame, a bar parallel thereto and two further bars (12, 13) constrained so that they form the other sides of the four-bar linkage; - a second four-bar linkage made up of two bars (22, 23) hinged to said further bars (12, 13) of the first four-bar linkage at equal distance from the base frame and the upper frame, constrained thereto by means of hinges.