mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring deformation in a subterranean formation comprising the steps of: introducing a plurality of magnetic markers into a well hole of a subterranean formation at different depths, such that each of the plurality of magnetic markers are equally spaced-apart from one another in depth; introducing a logging tool into said well hole, wherein the logging tool comprises an elongated body and at least two magnetic sensors therein spaced apart at about the same spacing as the magnetic markers; determining a first spatial position, inclination and declination of each magnetic marker; re-introducing the logging tool into the well bore after an elapse of time; and determining a second spatial position, inclination and declination of each magnetic marker, and thereby measuring a deformation in the subterranean formation. introducing a plurality of magnetic markers into a well hole of a subterranean formation at different depths, such that each of the plurality of magnetic markers are equally spaced-apart from one another in depth; introducing a logging tool into said well hole, wherein the logging tool comprises an elongated body and at least two magnetic sensors therein spaced apart at about the same spacing as the magnetic markers; determining a first spatial position, inclination and declination of each magnetic marker; re-introducing the logging tool into the well bore after an elapse of time; and determining a second spatial position, inclination and declination of each magnetic marker, and thereby measuring a deformation in the subterranean formation.
Monolayer tablet for use in the treatment of tuberculosis comprising a mixture of: - granules comprising isoniazid, pyrazinamide, ethambutol or a pharmaceutically acceptable salt thereof and at least one granulation binder, - rifampicine in powder form, - extragranular excipients, wherein: - all of the granules have a particle size that is less than 0.422 mm; - the tablet comprises from 10 to 17% w/w of extragranular excipients. - granules comprising isoniazid, pyrazinamide, ethambutol or a pharmaceutically acceptable salt thereof and at least one granulation binder, - rifampicine in powder form, - extragranular excipients, - all of the granules have a particle size that is less than 0.422 mm; - the tablet comprises from 10 to 17% w/w of extragranular excipients.
A lighting control apparatus for controlling the light emitted from at least one light emitting device using one or more control signals; the apparatus comprising: a lighting input receiving device for receiving light control input data associated with a first user; a user data receiving device for receiving data associated with a physiological or cognitive state of a second user; a processor for generating the one or more control signals based upon the light control input data and the data associated with a physiological or cognitive state of the second user; a lighting control output unit configured to output the one or more control signals, characterised in that the light control input data is a lighting request input by the first user for controlling a lighting effect produced by one or more of the at least one light emitting device. a lighting input receiving device for receiving light control input data associated with a first user; a user data receiving device for receiving data associated with a physiological or cognitive state of a second user; a processor for generating the one or more control signals based upon the light control input data and the data associated with a physiological or cognitive state of the second user; a lighting control output unit configured to output the one or more control signals,
A light comprising: a plurality of light sources (D1-D4); and a selector having a member (320, 320') movable for selecting one or ones of said plurality of light sources; characterized by: a photo-transmitter and a photo-receiver positioned for optical communication therebetween; said selector having a member (320, 320') movable therewith for interrupting optical communication between the photo-transmitter and the photo-receiver; and a circuit (400, 400', 400") responsive to optical communication between the photo-transmitter and the photo-receiver and to interruption thereof by the member (320, 320') for selecting the one or ones of said plurality of light sources (D1-D4) and for selectively applying electrical power to the selected one or ones of said plurality of light sources. a plurality of light sources (D1-D4); and a selector having a member (320, 320') movable for selecting one or ones of said plurality of light sources; characterized by: a photo-transmitter and a photo-receiver positioned for optical communication therebetween; said selector having a member (320, 320') movable therewith for interrupting optical communication between the photo-transmitter and the photo-receiver; and a circuit (400, 400', 400") responsive to optical communication between the photo-transmitter and the photo-receiver and to interruption thereof by the member (320, 320') for selecting the one or ones of said plurality of light sources (D1-D4) and for selectively applying electrical power to the selected one or ones of said plurality of light sources. a photo-transmitter and a photo-receiver positioned for optical communication therebetween; said selector having a member (320, 320') movable therewith for interrupting optical communication between the photo-transmitter and the photo-receiver; and a circuit (400, 400', 400") responsive to optical communication between the photo-transmitter and the photo-receiver and to interruption thereof by the member (320, 320') for selecting the one or ones of said plurality of light sources (D1-D4) and for selectively applying electrical power to the selected one or ones of said plurality of light sources.
A method of transferring an elongated element from a second spool to a first spool during continuous supply of the elongated element, said method comprising the steps of: a. guiding an elongated element to a second spool; b. winding said elongated element on said second spool; c. providing a first empty spool adjacent to said second spool; d. positioning a gripper on said elongated element upstream said second spool; e. gripping said elongated element by means of said gripper and cutting said elongated element between said gripper and said second spool thereby leaving a leading end of said elongated element; f. positioning said gripper with said leading end at the level of said first empty spool; g. rotating said gripper around the axis of said first spool to form first windings of said elongated element on said first spool and fixing said elongated element on said first spool; h. having said gripper releasing said elongated element. a. guiding an elongated element to a second spool; b. winding said elongated element on said second spool; c. providing a first empty spool adjacent to said second spool; d. positioning a gripper on said elongated element upstream said second spool; e. gripping said elongated element by means of said gripper and cutting said elongated element between said gripper and said second spool thereby leaving a leading end of said elongated element; f. positioning said gripper with said leading end at the level of said first empty spool; g. rotating said gripper around the axis of said first spool to form first windings of said elongated element on said first spool and fixing said elongated element on said first spool; h. having said gripper releasing said elongated element.
A mobile radio communications network device adapted to collect network performance measurements and to select at least one mobile radio communications device from which network performance measurements for Minimization of Drive Testing, MDT, are to be collected if at least one parameter of said at least one mobile radio communication device corresponds to at least one specified selection parameter, wherein said at least one specified selection parameter comprises data identifying at least one mobile radio communication device characteristic, wherein said at least one mobile radio communication device characteristic comprises data identifying a mobile radio communication device type, and wherein said data identifying a mobile radio communication device type is included in a Type Allocation Code, TAC, information field of an International Mobile Equipment Identity, IMEI.
An apparatus for discontinuous receiving, comprising: means for operating in at least one discontinuous reception "DRX" mode or a no-DRX mode, while in the connected mode, for reception from a wireless network, wherein said at least one DRX mode may be associated with a different set of enabled downlink subframes and/or different actions to be performed by the device, wherein said at least one DRX mode comprises a DRX mode in which the apparatus is adapted to receive both data and signaling from the wireless network; and means for transitioning between said no-DRX mode and said at least one DRX mode, while in a connected mode for reception from the wireless network after receiving a command from the wireless network. means for operating in at least one discontinuous reception "DRX" mode or a no-DRX mode, while in the connected mode, for reception from a wireless network, wherein said at least one DRX mode may be associated with a different set of enabled downlink subframes and/or different actions to be performed by the device, wherein said at least one DRX mode comprises a DRX mode in which the apparatus is adapted to receive both data and signaling from the wireless network; and means for transitioning between said no-DRX mode and said at least one DRX mode, while in a connected mode for reception from the wireless network after receiving a command from the wireless network.
A method of fabricating a friction part based on carbon/carbon composite material, comprising making a fiber preform out of carbon fibers, densifying the preform with a carbon matrix, densification being performed in a plurality of separate stages, and during the fabrication process, introducing in the composite material ceramic particles dispersed in the part, characterized in that the introduction of ceramic compound particles takes place after a first stage of densification, before the end of densifying with the carbon matrix, the introduction of ceramic compound particles comprising a step of impregnating the partially densified preform with a sol-gel type solution containing at least one ceramic compound precursor followed by a drying, then followed by a heat treatment for transforming said at least one precursor into oxide(s) without complete transformation of the oxide(s) into carbide by reaction of the carbon of the matrix, and in that the introduced particles have an average size of less than 250 nm and one made of at least one ceramic compound of an element selected from titanium, yttrium, tantalum, and hafnium, the ceramic compound being selected from oxides, nitrides, and mixed oxide, carbide, and/or nitride compounds that do not react with carbon at a temperature lower than 1000°C and that have a melting point higher than 1800°C, a final heat treatment of the friction part enriched with ceramic particles being carried under neutral atmosphere or under vacuum at a temperature greater than 1400°C.
A pneumatic radial tire for a passenger vehicle, having a carcass constituted of plies as radially-disposed cords and toroidally provided across a pair of bead portions, and including: a belt constituted of one or more belt layers (4a, 4b); and a tread, which are disposed in this order on the outside in the radial direction of the carcass, wherein the pneumatic radial tire has one or more grooves formed in a surface of the tread, and each of the grooves extends in a direction parallel to a tire equatorial plane, wherein, provided that SW and OD each represent a section width and an outer diameter of the tire, respectively, SW and OD satisfy a ratio SW/OD≤0.26 when SW<165 (mm), and SW and OD satisfy a relationship formula OD≥2.135×SW+282.3 when SW≥165 (mm), wherein, provided that V1 represents a volume of rubber lying inside in the tire width direction than the both ends in the width direction of a maximum-width belt layer having a maximum width in the tire width direction among the belt layers (4a, 4b) while lying outside in the tire radial direction than a reinforcing member which is the outermost layer of the belt layers (4a, 4b) in the tire radial direction at the center position in the tire width direction, and that V2 represents a total volume of all the grooves formed in a surface of the tread, the ratio V2/V1 is 20 % or less, wherein the pneumatic radial tire has an air volume of at least 15000 cm 3, and characterized in that the surface of the tread has a negative ratio of at least 10% and no more than 20%.
Virtual power plant for the buffering of electric power, in particular control power, for electrical loads, comprising a plurality of spatially distributed electrical energy storage systems (S1... Sn), which are electrically interconnected by means of an electrical power plant network, wherein a measuring device is configured for the detection of the states of charge of all the energy storage systems (S1... Sn) for a control device for adjusting all the states of charge between a lower state of charge limit GU and an upper state of charge limit GO, wherein all the states of charge are adjusted by means of a charge equalization wherewith, by means of balancing, electrical equalization charges are transmitted from energy storage systems having a relatively high state of charge to energy storage systems having a relatively low state of charge, via the electrical power plant network, characterized in that the control device executes a balancing between energy storage systems (S1... Sn) by means of lines (Li-j) which, prior to said balancing, had transmitted relatively low equalization charges, wherein there are means for creating an order of importance for the usable lines in respect of the present loading thereof or equalization charges to be transmitted at present, and wherein means are provided that initially use the lines that then have the lowest loading for balancing power transmissions.
An appliance with a motor housing, comprising: a motor having a rotatable shaft; a casing that carries and supports said motor; and a ventilation fan rotated by said rotatable shaft; a lower platform which has a platform bottom, separated from a platform base, wherein said platform base carries a fan shroud that partially encloses said ventilation fan which has a plurality of radial vanes so that a fan aperture is positioned centrally within said plurality of radial vanes, said fan shroud having a centrally disposed shroud opening aligned with said fan aperture, said lower platform having at least one air intake port; a fan end plate mounted between said ventilation fan and said motor, said fan end plate having plate apertures; an inner support mounted between said lower platform and said casing; and an outer housing substantially enclosing said motor and supported by said lower platform, said outer housing having at least one sidewall port, wherein rotation of said ventilation fan draws in ambient air through said air intake port, through said centrally disposed shroud opening into said fan aperture, wherein said plurality of radial vanes expels the air radially so that the air flows through said plate apertures into said casing so that the air then proceeds between said casing and said motor and subsequently through said sidewall port. a motor having a rotatable shaft; a casing that carries and supports said motor; and a ventilation fan rotated by said rotatable shaft; a lower platform which has a platform bottom, separated from a platform base, wherein said platform base carries a fan shroud that partially encloses said ventilation fan which has a plurality of radial vanes so that a fan aperture is positioned centrally within said plurality of radial vanes, said fan shroud having a centrally disposed shroud opening aligned with said fan aperture, said lower platform having at least one air intake port; a fan end plate mounted between said ventilation fan and said motor, said fan end plate having plate apertures; an inner support mounted between said lower platform and said casing; and an outer housing substantially enclosing said motor and supported by said lower platform, said outer housing having at least one sidewall port, wherein rotation of said ventilation fan draws in ambient air through said air intake port, through said centrally disposed shroud opening into said fan aperture, wherein said plurality of radial vanes expels the air radially so that the air flows through said plate apertures into said casing so that the air then proceeds between said casing and said motor and subsequently through said sidewall port.
A condensation-controlling insulation system comprising: a cold surface; an interior insulation layer applied to the cold surface; and an exterior absorption layer adapted to retain condensation during a first environmental condition and to release the condensation as a vapor during a second environmental condition; characterized in that the interior insulation layer is fully encapsulating and excludes openings that enable the flow of moisture between the interior insulation layer and the exterior absorption layer. a cold surface; an interior insulation layer applied to the cold surface; and an exterior absorption layer adapted to retain condensation during a first environmental condition and to release the condensation as a vapor during a second environmental condition; characterized in that the interior insulation layer is fully encapsulating and excludes openings that enable the flow of moisture between the interior insulation layer and the exterior absorption layer.
A communication method, comprising: receiving, by a first control network element, analysis information of a network data analytics network element, NWDA, and generating a policy based on the analysis information; sending, by the first control network element, the policy to a second control network element, wherein execution of the policy is controlled by the second control network element; receiving, by the first control network element, an execution result of the policy that is sent by the second control network element, and determining, based on the execution result, whether the analysis information is invalid; and sending, by the first control network element, an invalidity notification message to the NWDA when the first control network element determines that the analysis information is invalid, wherein the invalidity notification message is used to instruct the NWDA to generate new analysis information. receiving, by a first control network element, analysis information of a network data analytics network element, NWDA, and generating a policy based on the analysis information; sending, by the first control network element, the policy to a second control network element, wherein execution of the policy is controlled by the second control network element; receiving, by the first control network element, an execution result of the policy that is sent by the second control network element, and determining, based on the execution result, whether the analysis information is invalid; and sending, by the first control network element, an invalidity notification message to the NWDA when the first control network element determines that the analysis information is invalid, wherein the invalidity notification message is used to instruct the NWDA to generate new analysis information.
A joint guard provided with means for protecting and stabilizing portions in the edge region of a panel, one of said portions being a moveable locking element characterized in that the joint guard is designed to hold the locking element in place without activating it, wherein the joint guard is provided with a locking tongue stopper, wherein the locking element has a locking tongue, a locking tongue leg and a manoeuvring leg, wherein the portions protected and stabilized are a lower cheek, a distal end, an upwards protruding lower cheek heel, an upper joining edge, an undercut, the locking tongue, the locking tongue leg and the manoeuvring leg, wherein the movable locking element is arranged in the space created by the undercut, which is arranged beneath the upper joining edge, whe rein a panel edge is provided with the lower cheek having the distal end at which the upwards protruding lower cheek heel is arranged, wherein the panel edge is provided with the upper joining edge beneath which the undercut is arranged, wherein the panel edge is intended to join with another corresponding edge of another panel through vertical motion, wherein the corresponding edge is provided with a distal edge and a downwards protruding heel, the distal edge being further provided with an upper joint edge beneath which a groove is arranged, wherein the manoeuvring leg is intended, while joining through that vertical motion, to be pressed down by a downwards protruding heel of the corresponding edge, thereby urging the locking tongue to move forward and engage the groove of the corresponding edge, whe rein the joint guard is provided with a locking tongue leg support and a manoeuvring leg support.
A method, comprising: grounding a first terminal of a battery inserted in a charger; sensing a bipolar voltage from a second terminal of the battery; converting the bipolar voltage to a reduced unipolar voltage for sensing by an input to a microcontroller to provide an indication of battery polarity; controlling a switch state of a low resistance analog switch using an output from the microcontroller, wherein the low resistance analog switch connects the battery to a charging circuit, and wherein the switch state is controlled to present the proper battery polarity to the charging circuit based on the unipolar voltage, and wherein the microcontroller is configured to use the unipolar voltage to determine if the battery has been removed or if the charging circuitry has been turned off; and charging the battery using the charging circuit. grounding a first terminal of a battery inserted in a charger; sensing a bipolar voltage from a second terminal of the battery; converting the bipolar voltage to a reduced unipolar voltage for sensing by an input to a microcontroller to provide an indication of battery polarity; controlling a switch state of a low resistance analog switch using an output from the microcontroller, wherein the low resistance analog switch connects the battery to a charging circuit, and wherein the switch state is controlled to present the proper battery polarity to the charging circuit based on the unipolar voltage, and wherein the microcontroller is configured to use the unipolar voltage to determine if the battery has been removed or if the charging circuitry has been turned off; and charging the battery using the charging circuit.
A mobile station for use with a mobile network, the mobile station being arranged to be assigned one or more Temporary Block Flows, TBFs, by the mobile network, and to receive Radio Link Control / Medium Access Control, RLC/MAC, Blocks from the mobile network, each of which received RLC/MAC Blocks is associated with one of said TBFs, the mobile station also being arranged to identify a received RLC/MAC Block by means of a Temporary Flow Identity, TFI, which has been assigned by the mobile network to the TBF with which the RLC/MAC Block is associated, the mobile station being characterized in that it is arranged to recognize TFIs which belong to a first group of TFIs as well as TFIs which belong to a second group of TFIs, with a TFI in the second group comprising a TFI in the first group of TFIs combined with a separate extended TFI field in the received RLC/MAC block.