mhurhangee/ep-ind-claims huggingface dataset:
Spark plug, in particular a prechamber spark plug, having a housing, an ignition electrode, an earth electrode and a supply line, wherein the supply line serves to act on the ignition electrode with electrical voltage and wherein the supply line has a front region which faces the ignition electrode and a rear region which faces an ignition coil, wherein the rear region is produced by means of an ignition cable, characterised in that exclusively the ignition cable has a sufficiently high electrical resistance to act as a resistance type suppressor.
A fuel cell system comprising: power modules comprising cabinets, hot boxes located in the cabinets, and fuel cells located in the hot boxes; and an exhaust flue comprising: an outer duct configured to receive relatively cool cabinet exhaust from the cabinets of the power modules; and an inner duct disposed inside of the outer duct and configured to receive relatively hot reaction exhaust from the hot boxes of the power modules. power modules comprising cabinets, hot boxes located in the cabinets, and fuel cells located in the hot boxes; and an exhaust flue comprising: an outer duct configured to receive relatively cool cabinet exhaust from the cabinets of the power modules; and an inner duct disposed inside of the outer duct and configured to receive relatively hot reaction exhaust from the hot boxes of the power modules. an outer duct configured to receive relatively cool cabinet exhaust from the cabinets of the power modules; and an inner duct disposed inside of the outer duct and configured to receive relatively hot reaction exhaust from the hot boxes of the power modules.
An apparatus for determining and controlling characteristics of a fluid comprising: a substrate; a heating circuit applied on the substrate for controlling characteristics of the fluid; and a sensing circuit distinct from the heating circuit and applied on the substrate for determining characteristics of the fluid; a control module in communication with the heating circuit, wherein the heating circuit is applied on the substrate by a layered process comprising a first dielectric layer, a resistive layer and a second dielectric layer, the resistive layer having resistance that changes with temperature, and wherein the sensing circuit is applied on the substrate by a layered process comprising a first dielectric layer, a conductive layer and a second dielectric layer, and wherein the control module determines a level of the fluid and at least one of type of the fluid and concentration of a substance in the fluid by using the same heating circuit based on a change of the resistance of the layered heating circuit. a substrate; a heating circuit applied on the substrate for controlling characteristics of the fluid; and a sensing circuit distinct from the heating circuit and applied on the substrate for determining characteristics of the fluid; a control module in communication with the heating circuit, wherein the heating circuit is applied on the substrate by a layered process comprising a first dielectric layer, a resistive layer and a second dielectric layer, the resistive layer having resistance that changes with temperature, and wherein the sensing circuit is applied on the substrate by a layered process comprising a first dielectric layer, a conductive layer and a second dielectric layer, and wherein the control module determines a level of the fluid and at least one of type of the fluid and concentration of a substance in the fluid by using the same heating circuit based on a change of the resistance of the layered heating circuit.
Rotary pipe for a rotary kiln, which is designed for the production of activated carbon, in particular by means of sulfonation, carbonization and activation of polymer starting materials in a discontinuous process, comprising a rotary pipe body and a plurality of mixing sections with a plurality of mixing elements for mixing a charged material, wherein the rotary body and the mixing elements at least substantially consist of quartz glass characterized in that the mixing elements are fastened to an inner side of the rotary pipe body and are fixedly connected to the inner side, wherein the mixing elements are firmly and permanently connected to the rotary pipe body, and wherein the mixing elements are plate-shaped; the rotary pipe body comprises a central axial section with a first inner cross-section, two outer axial sections each having a second inner cross-section and two transition sections each having a tapered third inner cross-section; and the rotary pipe comprises a return flow protection and/or overflow protection for solid and/or liquid materials on one or both of the outer axial sections, wherein the return flow protection and/or overflow protection is/are so designed that one or both of the axial sections respectively project(s) its end adjacent to the respective transitional section into the respective transition section in the axial direction.
An organic compound represented by following Formula: wherein Cz 1 and Cz 2 may be the same as or different from each other and each represent a carbazolyl group; Q 1 and Q 2 may be the same as or different from each other and each represent a direct bond or an arbitrary linkage group; and Cz 1, Cz 2, Q 1, Q 2, Ring B 1 and Ring B 2 may each be substituted. wherein Cz 1 and Cz 2 may be the same as or different from each other and each represent a carbazolyl group; Q 1 and Q 2 may be the same as or different from each other and each represent a direct bond or an arbitrary linkage group; and Cz 1, Cz 2, Q 1, Q 2, Ring B 1 and Ring B 2 may each be substituted.
A method for wireless communications, comprising: receiving, by a second apparatus, a first reference signal from a first apparatus, wherein the first reference signal comprises network shared information and time synchronization information both associated with a first network and specific information associated with the first apparatus; generating a second reference signal by updating the network shared information in the first reference signal to include specific information associated with the second apparatus; and transmitting the second reference signal at a defined time, wherein the defined time is selected to minimize any interference associated with a subsequent transmission of the first reference signal by the first apparatus; and transmitting, by the second apparatus, a third reference signal that comprises information associated with a second network, while maintaining an association with the first network, wherein the information associated with the second network comprises time synchronization information and said network shared information from the first reference signal; characterised in that said network shared information comprises at least one of: a maximum number of apparatus allowed in the first network value; or a reference signal transmission restriction set which limits which apparatus may transmit a reference signal including the network shared information. receiving, by a second apparatus, a first reference signal from a first apparatus, wherein the first reference signal comprises network shared information and time synchronization information both associated with a first network and specific information associated with the first apparatus; generating a second reference signal by updating the network shared information in the first reference signal to include specific information associated with the second apparatus; and transmitting the second reference signal at a defined time, wherein the defined time is selected to minimize any interference associated with a subsequent transmission of the first reference signal by the first apparatus; and transmitting, by the second apparatus, a third reference signal that comprises information associated with a second network, while maintaining an association with the first network, wherein the information associated with the second network comprises time synchronization information and said network shared information from the first reference signal; a maximum number of apparatus allowed in the first network value; or a reference signal transmission restriction set which limits which apparatus may transmit a reference signal including the network shared information.
A debris collection tool, comprising: an inner tube; a cover assembly disposed around the inner tube, the cover assembly including a plurality of covers spaced from one another along a length of the assembly creating a gap between adjacent covers; a carrier disposed around the inner tube and within the cover assembly and axially movable relative to the inner tube and to the cover assembly, the carrier including an annular piston and a plurality of magnet groups spaced from one another along a length of the carrier whereby, in an unactuated position of the tool, each of the plurality of magnet groups is under one of the plurality of covers and in an actuated position, each of the plurality of magnet groups is aligned with a gap between covers; wherein the inner tube includes a port providing a fluid path between a bore of the tool and the annular piston of the carrier; wherein the debris collection tool is configured to be actuated in a wellbore. an inner tube; a cover assembly disposed around the inner tube, the cover assembly including a plurality of covers spaced from one another along a length of the assembly creating a gap between adjacent covers; a carrier disposed around the inner tube and within the cover assembly and axially movable relative to the inner tube and to the cover assembly, the carrier including an annular piston and a plurality of magnet groups spaced from one another along a length of the carrier whereby, in an unactuated position of the tool, each of the plurality of magnet groups is under one of the plurality of covers and in an actuated position, each of the plurality of magnet groups is aligned with a gap between covers; wherein the inner tube includes a port providing a fluid path between a bore of the tool and the annular piston of the carrier; wherein the debris collection tool is configured to be actuated in a wellbore.
A wireless relay device comprising: circuitry configured to transmit data to at least one group of wireless transmit/receive units, WTRUs,; the circuitry further configured to produce a first buffer status report wherein the first buffer status report includes an indication of an amount of data buffered to transmit to an eNode-B; the circuitry further configured to produce a second buffer status report, wherein the second buffer status report includes an indication associated with a first group of WTRUs and an indication of an amount of data that the wireless relay device has buffered to transmit to the first group of WTRUs, identifying a total amount of data across all logical channels of a logical channel group associated with the first group of WTRUs; and the circuitry further configured to transmit the first buffer status report and the second buffer status report to the eNode-B. circuitry configured to transmit data to at least one group of wireless transmit/receive units, WTRUs,; the circuitry further configured to produce a first buffer status report wherein the first buffer status report includes an indication of an amount of data buffered to transmit to an eNode-B; the circuitry further configured to produce a second buffer status report, wherein the second buffer status report includes an indication associated with a first group of WTRUs and an indication of an amount of data that the wireless relay device has buffered to transmit to the first group of WTRUs, identifying a total amount of data across all logical channels of a logical channel group associated with the first group of WTRUs; and the circuitry further configured to transmit the first buffer status report and the second buffer status report to the eNode-B.
A data processing method carried out by a controller comprising: obtaining a scan shot representing an object; attempt aligning the scan shot with a pre-formed at least one inactive cluster, wherein a cluster is a stored set of scan shots and includes at least one scan shot, wherein an active cluster includes a previous scan shot obtained previously of the most recently obtained scan shot, and wherein the inactive cluster includes a set of scan shots not including the previous scan shot; attempt aligning the scan shot with the previous scan shot included in the active cluster, wherein attempting the aligning of the scan shot with the inactive cluster and the attempting the aligning of the scan shot with the previous scan shot are simultaneously or sequentially performed; and selectively merging the active cluster and the inactive cluster, based on whether the scan shot is successfully aligned with the active cluster and the inactive cluster. obtaining a scan shot representing an object; attempt aligning the scan shot with a pre-formed at least one inactive cluster, wherein a cluster is a stored set of scan shots and includes at least one scan shot, wherein an active cluster includes a previous scan shot obtained previously of the most recently obtained scan shot, and wherein the inactive cluster includes a set of scan shots not including the previous scan shot; attempt aligning the scan shot with the previous scan shot included in the active cluster, wherein attempting the aligning of the scan shot with the inactive cluster and the attempting the aligning of the scan shot with the previous scan shot are simultaneously or sequentially performed; and selectively merging the active cluster and the inactive cluster, based on whether the scan shot is successfully aligned with the active cluster and the inactive cluster.
Method of forming a decorative surface on a micromechanical timepiece part comprising a silicon-based substrate, characterised in that said method comprises at least one step a) of forming pores on the surface of said silicon-based substrate over a zone of the silicon-based substrate which corresponds to the decorative surface to be formed, said pores being designed to open out at the external surface of the micromechanical timepiece part.
A method of fabricating a through substrate via, comprising: defining a through substrate via cavity in a semiconductor substrate; depositing an isolation layer within the through substrate via cavity and outside of the through substrate via cavity; depositing a photoresist on the through substrate via cavity; etching the isolation layer outside of the through substrate via cavity; removing the photoresist that covers the through substrate via cavity; filling the through substrate via cavity with a conductive material; and chemical mechanical over-polishing the isolation layer outside of the through substrate via cavity to expose middle-of-line layers. defining a through substrate via cavity in a semiconductor substrate; depositing an isolation layer within the through substrate via cavity and outside of the through substrate via cavity; depositing a photoresist on the through substrate via cavity; etching the isolation layer outside of the through substrate via cavity; removing the photoresist that covers the through substrate via cavity; filling the through substrate via cavity with a conductive material; and chemical mechanical over-polishing the isolation layer outside of the through substrate via cavity to expose middle-of-line layers.
A biologic sample collection device comprising a soluble and hydrophilic polycaprolactone coupled to a handle, wherein at least a portion of the polycaprolactone solubilizes when exposed to a nucleic acid extraction reagent and wherein the biologic sample collection device has been sterilized such that the soluble and hydrophilic polycaprolactone-coupled handle is free of nucleic acids.
A handgun magazine comprising: a magazine tube, the magazine tube having a front sidewall, a rear sidewall, a left sidewall, a right sidewall, an upper tube end portion and a median plane, the magazine tube having a single-stack portion extending down from the upper tube end portion, a double-stack portion below the single-stack portion, and a transition portion between the single-stack portion and the double-stack portion, wherein a rearward portion of the left tube sidewall and a rearward portion of the right tube sidewall each have a linear taper from the double-stack portion to the upper tube end portion, characterized in that a forward portion of the left sidewall and a forward portion of the right sidewall each have a stepped shape between the upper tube end portion and the double-stack portion, the stepped shape including (i) a first sloped portion adjacent the upper tube end portion, the first sloped portion extending downward and laterally outward from the median plane, (ii) a substantially vertical portion and extending downward from the first sloped portion generally parallel to the median plane, and (iii) a second sloped portion being the transition portion and extending downward and laterally outward from the median plane from the vertical section to the double-stack portion. a magazine tube, the magazine tube having a front sidewall, a rear sidewall, a left sidewall, a right sidewall, an upper tube end portion and a median plane, the magazine tube having a single-stack portion extending down from the upper tube end portion, a double-stack portion below the single-stack portion, and a transition portion between the single-stack portion and the double-stack portion, wherein a rearward portion of the left tube sidewall and a rearward portion of the right tube sidewall each have a linear taper from the double-stack portion to the upper tube end portion, characterized in that a forward portion of the left sidewall and a forward portion of the right sidewall each have a stepped shape between the upper tube end portion and the double-stack portion, the stepped shape including (i) a first sloped portion adjacent the upper tube end portion, the first sloped portion extending downward and laterally outward from the median plane, (ii) a substantially vertical portion and extending downward from the first sloped portion generally parallel to the median plane, and (iii) a second sloped portion being the transition portion and extending downward and laterally outward from the median plane from the vertical section to the double-stack portion. (i) a first sloped portion adjacent the upper tube end portion, the first sloped portion extending downward and laterally outward from the median plane, (ii) a substantially vertical portion and extending downward from the first sloped portion generally parallel to the median plane, and (iii) a second sloped portion being the transition portion and extending downward and laterally outward from the median plane from the vertical section to the double-stack portion.
A method of configuring identification modules for identifying users of a first telecommunication network able to cover a service area cut into a plurality of geographical sub areas, each identification module comprising an identification code stored in said identification module, said identification code complying with standard of a second telecommunication network, different from the first telecommunication network, and comprising: - an operator identifier; - a user identification number; the method comprising a step of assigning at least one operator identifier to each geographical sub area, the operator identifiers of two contiguous geographical sub areas being different one from the other and at least two non-contiguous geographical sub areas having an identical operator identifier. - an operator identifier; - a user identification number; the method comprising a step of assigning at least one operator identifier to each geographical sub area, the operator identifiers of two contiguous geographical sub areas being different one from the other and at least two non-contiguous geographical sub areas having an identical operator identifier.
A method for selecting entries from a user through a user interface displayed by an electronic device, the method comprising the steps of: - Displaying on the user interface a plurality of entries through a first list and at least a second list both movable separately along a first direction of the user interface, and - Capturing a user input on the first list to move said first list from a first to a second position in the first direction, the method being further characterized by the steps of: - Detecting a user sliding input from a first entry of the first list in the second position in a second direction distinct from the first direction and towards the at least second list, and - Selecting the first entry and a second entry of the at least second list in the direction of the user sliding input. - Displaying on the user interface a plurality of entries through a first list and at least a second list both movable separately along a first direction of the user interface, and - Capturing a user input on the first list to move said first list from a first to a second position in the first direction, - Detecting a user sliding input from a first entry of the first list in the second position in a second direction distinct from the first direction and towards the at least second list, and - Selecting the first entry and a second entry of the at least second list in the direction of the user sliding input.
An apparatus for waterproofing a battery cover(110, 210) in a portable terminal (100, 200), comprising: a rear case (150, 250) including a battery compartment and an opening for accessing said battery compartment; a battery cover (110, 210) for covering the rear case (150, 250); and a waterproofing module (120, 130, 140, 220, 230, 240) interposed between the rear case (150, 250) and the battery cover (110, 210), along an inner periphery of the opening, characterized in that the waterproofing module comprises a waterproofing plate (120, 220) disposed along a periphery of a bottom surface (151, 251) of the opening, and secured to said bottom surface through an engagement member (140, 240); and a waterproofing elastic seal (130, 230) between the waterproofing plate and the battery cover so as to provide a water tight seal between the battery cover (110, 210) and the rear case (150, 250). a rear case (150, 250) including a battery compartment and an opening for accessing said battery compartment; a battery cover (110, 210) for covering the rear case (150, 250); and a waterproofing module (120, 130, 140, 220, 230, 240) interposed between the rear case (150, 250) and the battery cover (110, 210), along an inner periphery of the opening, characterized in that the waterproofing module comprises a waterproofing plate (120, 220) disposed along a periphery of a bottom surface (151, 251) of the opening, and secured to said bottom surface through an engagement member (140, 240); and a waterproofing elastic seal (130, 230) between the waterproofing plate and the battery cover so as to provide a water tight seal between the battery cover (110, 210) and the rear case (150, 250).