mhurhangee/ep-ind-claims huggingface dataset:
A medical or dental instrument comprising: a metal instrument component, an RFID memory tag having a memory chip for storing data, wherein the RFID memory tag is attached to the medical or dental instrument such that the RFID memory tag is electrically connected to the metal instrument component such that the metal instrument component forms an antenna for the RFID memory tag for wireless energy and/or data transfer to/from a remote reading and/or writing device, and an electrically conductive coupling element electrically connecting the RFID memory tag to the metal instrument component forming an antenna, the electrically conductive coupling element comprising a substantially planar first coupling surface on which the RFID memory tag is arranged and a second coupling surface arranged on the metal instrument component forming the antenna, characterized in that the electrically conductive coupling element forms with at least parts of the RFID memory tag and the metal instrument component forming an antenna an electrical capacitor for capacitive energy and/or data transfer between the RFID memory tag and the metal instrument component forming an antenna.
A security element formed by at least two printed portions (1, 2), a first portion being a printed, raised line structure defining a background region in which the lines extend substantially parallel in a first direction, and an image region defining a boundary with the background region, and in which the printed lines extend substantially parallel in a second direction orthogonal to the first direction to define a first, non-diffractive latent pattern intended to be non-visible to the naked eye when viewed perpendicularly but intended to be visible when viewed at other viewing angles, wherein in locations where the boundary extends at an acute angle to the lines defining that part of the boundary, the image and background regions abut; and a second printed portion is provided defining a second, non-diffractive pattern intended to be visible when viewed perpendicularly and at said other viewing angles, and wherein the second, non-diffractive pattern is located relative to the first, non-diffractive latent pattern to enable the security element to be verified.
A method of configuring a data packet including an orthogonal frequency division multiplexing (OFDM) preamble in a wireless communication system, the method performed by a base station, BS, and comprising: configuring the data packet to include the OFDM preamble in a first region, a pilot and medium access control information in a second region, and a data symbol in a third region, and characterized by further comprising: allocating the OFDM preamble to at least one but not all of a plurality of sub-bands of a prescribed bandwidth in the first region while allocating the OFDM preamble across an entire time duration of the first region; and allocating the data symbol to at least one of the plurality of sub-bands of the prescribed bandwidth in the first region not occupied by the OFDM preamble. configuring the data packet to include the OFDM preamble in a first region, a pilot and medium access control information in a second region, and a data symbol in a third region, and characterized by further comprising: allocating the OFDM preamble to at least one but not all of a plurality of sub-bands of a prescribed bandwidth in the first region while allocating the OFDM preamble across an entire time duration of the first region; and allocating the data symbol to at least one of the plurality of sub-bands of the prescribed bandwidth in the first region not occupied by the OFDM preamble. allocating the OFDM preamble to at least one but not all of a plurality of sub-bands of a prescribed bandwidth in the first region while allocating the OFDM preamble across an entire time duration of the first region; and allocating the data symbol to at least one of the plurality of sub-bands of the prescribed bandwidth in the first region not occupied by the OFDM preamble.
A coded warning system for a lighting unit comprising one or more light sources configured to emit light, said system comprising: a detection module configured to obtain information regarding detection of one or more operating parameters of said lighting unit; and a signal generating module configured to generate a desired warning signal selected from a plurality of warning signals, upon determination that one or more of the operating parameters are abnormal operating parameters, the desired warning signal being selected from the plurality of warning signals depending on a type of abnormality detected; wherein each warning signal of the plurality of warning signals is indicative of a specific abnormal operating parameter or a known combination of specific abnormal operating parameters. a detection module configured to obtain information regarding detection of one or more operating parameters of said lighting unit; and a signal generating module configured to generate a desired warning signal selected from a plurality of warning signals, upon determination that one or more of the operating parameters are abnormal operating parameters, the desired warning signal being selected from the plurality of warning signals depending on a type of abnormality detected; wherein each warning signal of the plurality of warning signals is indicative of a specific abnormal operating parameter or a known combination of specific abnormal operating parameters.
High-voltage insulator arrangement having a first and a second conductive component, between which a high voltage can be applied and which are separated by means of a space through which the electrical field of the high voltage passes and which may contain gas, at least part of the time, and having in the space an insulation device, which insulates the two conductive components from one another, wherein the insulation device is formed at least in part by an insulator body (VK, IR) composed of an open-porous, gas-permeable dielectric, characterized in that the first of the two components is formed by an anode electrode and conductive elements of an electrostatic ion accelerator arrangement connected thereto and the second of the two components is formed by parts of a gas feed system, by way of which a working gas can be introduced into an ionization chamber of the ion accelerator arrangement, and in that the insulator body is flowed through by the working gas and fills the cross section of the flow path.
A method of building a tower, comprising: - erecting a hollow column having a wall surrounding an inner space, with abutment portions provided at upper and lower parts of the column; - pre-assembling pre-stressing cables comprising tendons and two cable terminations, each tendon being contained in a respective jacket with a protective substance, each cable termination comprising a block for anchoring each tendon of a pre-stressing cable, a chamber filled after tensioning the pre-stressing cables with a protective substance on a rear side of said block and a sealing system closing the chamber opposite the block, each tendon of said pre-stressing cable extending through the sealing system and having its jacket interrupted in said chamber; - installing the pre-assembled pre-stressing cables in the inner space of the hollow column, the two terminations of each cable bearing against abutment portions at the upper and lower parts of the column; and - tensioning the pre-stressing cables. - erecting a hollow column having a wall surrounding an inner space, with abutment portions provided at upper and lower parts of the column; - pre-assembling pre-stressing cables comprising tendons and two cable terminations, each tendon being contained in a respective jacket with a protective substance, each cable termination comprising a block for anchoring each tendon of a pre-stressing cable, a chamber filled after tensioning the pre-stressing cables with a protective substance on a rear side of said block and a sealing system closing the chamber opposite the block, each tendon of said pre-stressing cable extending through the sealing system and having its jacket interrupted in said chamber; - installing the pre-assembled pre-stressing cables in the inner space of the hollow column, the two terminations of each cable bearing against abutment portions at the upper and lower parts of the column; and - tensioning the pre-stressing cables.
A magnetic tunnel junction, MTJ, comprising: a longitudinal magnetic anisotropy, LMA, reference layer; a tunnel barrier layer between the reference layer and a composite perpendicular magnetic anisotropy, PMA, layer, said PMA layer including a first PMA switching assistance layer (311, 313) and a second PMA switching assistance layer (313, 311); and a LMA free layer between the tunnel barrier layer and the composite PMA layer; the device characterized in that: the composite PMA layer further includes a PMA coupling layer between the first PMA switching assistance layer (311, 313) and the second PMA switching assistance layer (313, 311); and a spacer layer between the LMA free layer and the composite PMA layer. a longitudinal magnetic anisotropy, LMA, reference layer; a tunnel barrier layer between the reference layer and a composite perpendicular magnetic anisotropy, PMA, layer, said PMA layer including a first PMA switching assistance layer (311, 313) and a second PMA switching assistance layer (313, 311); and a LMA free layer between the tunnel barrier layer and the composite PMA layer; the device characterized in that: the composite PMA layer further includes a PMA coupling layer between the first PMA switching assistance layer (311, 313) and the second PMA switching assistance layer (313, 311); and a spacer layer between the LMA free layer and the composite PMA layer. the composite PMA layer further includes a PMA coupling layer between the first PMA switching assistance layer (311, 313) and the second PMA switching assistance layer (313, 311); and a spacer layer between the LMA free layer and the composite PMA layer.
An inkjet head, comprising: nozzles, each of the nozzles ejecting ink; a nozzle plate, the nozzles being arranged on the nozzle plate; actuators arranged on the nozzle plate, the actuators corresponding to the nozzles one to one; individual electrodes arranged on the nozzle plate, each of the individual electrodes including a connection terminal connected to an external element, each of the individual electrodes applying voltage to the corresponding actuator; and a common electrode arranged on the nozzle plate, the common electrode applying voltage to the actuators, the common electrode including a connection terminal connected to the external element, characterized in that the connection terminal is arranged between the connection terminals of the individual electrodes. nozzles, each of the nozzles ejecting ink; a nozzle plate, the nozzles being arranged on the nozzle plate; actuators arranged on the nozzle plate, the actuators corresponding to the nozzles one to one; individual electrodes arranged on the nozzle plate, each of the individual electrodes including a connection terminal connected to an external element, each of the individual electrodes applying voltage to the corresponding actuator; and a common electrode arranged on the nozzle plate, the common electrode applying voltage to the actuators, the common electrode including a connection terminal connected to the external element, characterized in that the connection terminal is arranged between the connection terminals of the individual electrodes.
Bagging apparatus for bagging a pre-form for a composite component on a tool, the apparatus comprising: a bag dispenser having a store for tubular vacuum bag material; and a bag guide; characterized by a bag retainer for retaining an end of the tubular vacuum bag material extending from the bag dispenser; at least one of the bag dispenser and the bag retainer is arranged to surround the tool, and to be moved over an axial length of the tool relative the other of the bag dispenser and the bag retainer to draw a length of tubular vacuum bag material out of the bag dispenser from the store radially outwardly over the bag guide and over the tool to form a tube around the pre-form. a bag dispenser having a store for tubular vacuum bag material; and a bag guide; characterized by a bag retainer for retaining an end of the tubular vacuum bag material extending from the bag dispenser; at least one of the bag dispenser and the bag retainer is arranged to surround the tool, and to be moved over an axial length of the tool relative the other of the bag dispenser and the bag retainer to draw a length of tubular vacuum bag material out of the bag dispenser from the store radially outwardly over the bag guide and over the tool to form a tube around the pre-form.
A flow amount measurement apparatus comprising: a housing configured to accommodate a sensor for detecting a flow amount of a substance for measurement; a first circuit board which includes a feeding circuit; a radiation conductor electrically connected to the feeding circuit to radiate a high-frequency signal as a radio wave; an electrically conducting member (60, 70) electrically connected to the feeding circuit; and a high-frequency isolation circuit (80, 81) being electrically connected between the feeding circuit and the electrically conducting member (60, 70) and electrically isolating the feeding circuit from the electrically conducting member (60, 70) with respect to the high-frequency signal; wherein characterized in that the high-frequency isolation circuit (80, 81) includes a parallel resonant circuit whose impedance increases in resonance with the high-frequency signal and a harmonic signal thereof. a housing configured to accommodate a sensor for detecting a flow amount of a substance for measurement; a first circuit board which includes a feeding circuit; a radiation conductor electrically connected to the feeding circuit to radiate a high-frequency signal as a radio wave; an electrically conducting member (60, 70) electrically connected to the feeding circuit; and a high-frequency isolation circuit (80, 81) being electrically connected between the feeding circuit and the electrically conducting member (60, 70) and electrically isolating the feeding circuit from the electrically conducting member (60, 70) with respect to the high-frequency signal; wherein characterized in that the high-frequency isolation circuit (80, 81) includes a parallel resonant circuit whose impedance increases in resonance with the high-frequency signal and a harmonic signal thereof.
A thermosensitive recording medium having a thermosensitive recording layer comprising a colorless or pale colored electron donating leuco dye and an electron accepting color developing agent on a substrate, wherein the thermosensitive recording layer comprises a gluconolactone as the electron accepting color developing agent.
A system for reducing harmful emissions of a petrol internal combustion engine comprising an AfterTreatment System ATS having at least a first abatement device for one or more pollutant types contained in exhaust gas passing through the AfterTreatment System ATS and comprising first recirculation means (R, R1, R2) of a portion of said exhaust gas through said at least first abatement device; said first recirculation means including: - an additional line connecting a first point downstream of said first abatement device to a second point upstream to the first abatement device and, in any case, downstream of an exhaust manifold of the petrol internal combustion engine, and - first pumping means configured to facilitate recirculation of said portion of said exhaust gas; the system being characterized in that said recirculation means including: - a cooler arranged on said first recirculation means to avoid an overheating of at least said first abatement device; wherein said first abatement device consists of a three-way catalyst TWC and/or wherein only a first abatement device is present and consists of a three-way catalyst TWC; wherein said cooler comprises its own bypass means (V, R3), for being bypassed during an operating condition of exhaust gas recirculation through said three-way catalyst TWC. - an additional line connecting a first point downstream of said first abatement device to a second point upstream to the first abatement device and, in any case, downstream of an exhaust manifold of the petrol internal combustion engine, and - first pumping means configured to facilitate recirculation of said portion of said exhaust gas; - a cooler arranged on said first recirculation means to avoid an overheating of at least said first abatement device; wherein said first abatement device consists of a three-way catalyst TWC and/or wherein only a first abatement device is present and consists of a three-way catalyst TWC;
A light aircraft comprising a fuselage, with a jet engine mounted on the fuselage, and a parachute rescue system comprising a parachute arranged in the fuselage in a container with a lid, wherein the container with the parachute is arranged in the fuselage upstream of an inlet of air into the jet engine and is provided at the top with an openable lid constituting part of the plating of the outer fuselage, and a mechanism for opening the lid being arranged inside the fuselage, characterised in that the parachute rescue system comprises a dragging rocket for the parachute connected to the parachute, wherein a fuse of the rocket is connected by a tension member to a handle mounted inside the fuselage, wherein the lid is rotatably mounted at its rear edge to the container, and wherein the dragging rocket for the parachute is mounted on an inner side of the lid, inside the fuselage in the closed position of the lid.
A self-contained biological sterilization indicator comprising: (a) a housing; (b) an ampule disposed within the housing, the ampule having a first dome, a second dome, and a sidewall; (c) a cap coupled to the housing, the cap having a projection coupled to the ampule by a friction fit such that a central longitudinal axis of the ampule and a central longitudinal axis of the housing are aligned; and (d) an insert disposed within the housing, the insert having (i) a well within which at least a portion of the second dome is disposed; (ii) a ramp angled at least 5 degrees relative to the central longitudinal axis of the ampule and in contact with the second dome of the ampule, the ramp being configured to apply a first reaction force at the point of contact with the second dome of the ampule when a compressive force is applied between the cap and the housing along the direction of the central longitudinal axis of the housing; and (iii) a stress concentrator disposed adjacent to the sidewall of the ampule, the stress concentrator being configured to apply a second reaction force against the sidewall of the ampule when the first reaction force is applied, thereby facilitating breakage of the ampule. (a) a housing; (b) an ampule disposed within the housing, the ampule having a first dome, a second dome, and a sidewall; (c) a cap coupled to the housing, the cap having a projection coupled to the ampule by a friction fit such that a central longitudinal axis of the ampule and a central longitudinal axis of the housing are aligned; and (d) an insert disposed within the housing, the insert having (i) a well within which at least a portion of the second dome is disposed; (ii) a ramp angled at least 5 degrees relative to the central longitudinal axis of the ampule and in contact with the second dome of the ampule, the ramp being configured to apply a first reaction force at the point of contact with the second dome of the ampule when a compressive force is applied between the cap and the housing along the direction of the central longitudinal axis of the housing; and (iii) a stress concentrator disposed adjacent to the sidewall of the ampule, the stress concentrator being configured to apply a second reaction force against the sidewall of the ampule when the first reaction force is applied, thereby facilitating breakage of the ampule. (i) a well within which at least a portion of the second dome is disposed; (ii) a ramp angled at least 5 degrees relative to the central longitudinal axis of the ampule and in contact with the second dome of the ampule, the ramp being configured to apply a first reaction force at the point of contact with the second dome of the ampule when a compressive force is applied between the cap and the housing along the direction of the central longitudinal axis of the housing; and (iii) a stress concentrator disposed adjacent to the sidewall of the ampule, the stress concentrator being configured to apply a second reaction force against the sidewall of the ampule when the first reaction force is applied, thereby facilitating breakage of the ampule.
A radial tire for a heavy load comprising a bead core, a carcass ply layer, an inner liner A layer, a belt and a tread, wherein the following relational equation I: P / G ≦ 1.00 wherein P/G represents an oxygen permeation resistant performance of the inner liner A layer; P represents a value shown by an oxygen permeation amount in cm 3 ·cm/cm 2 ·sec·cm Hg × 10 10 of the inner liner A layer at 20°C and 65 % RH; and G represents a product gauge in mm of the inner liner A layer, and a relational equation II: D ≦ 6.0 wherein D represents a distance in mm from an interface of the inner liner A layer at an outside in a tire diameter direction to an interface of covered rubber in a belt crossing layer, are satisfied at the same time; wherein: the inner liner A layer comprises a rubber composition containing a brominated butyl rubber and at least one selected from calcium carbonate and clay. the inner liner A layer comprises a rubber composition containing a brominated butyl rubber and at least one selected from calcium carbonate and clay.
A method for controlling a carrier by a controller, the carrier comprising at least a first hydraulic cylinder and a second hydraulic cylinder both having each a piston and a piston position sensor, wherein the carrier is arranged to carry a tool through the use of the hydraulic cylinders (12-1, 12-2), characterized in that the method comprises: receiving control information for controlling the first or the second hydraulic cylinder (12-1, 12-2) to move the tool in a direction along a working line; receiving position information for the first cylinder; receiving position information for the second cylinder; determining if the working line for the tool is maintained, and if the working line is not maintained then adapting for the movement of the first cylinder by providing control of the second cylinder to maintain the working line for the tool and thereby feeding the tool along the working line. receiving control information for controlling the first or the second hydraulic cylinder (12-1, 12-2) to move the tool in a direction along a working line; receiving position information for the first cylinder; receiving position information for the second cylinder; determining if the working line for the tool is maintained, and if the working line is not maintained then adapting for the movement of the first cylinder by providing control of the second cylinder to maintain the working line for the tool and thereby feeding the tool along the working line.