mhurhangee/ep-ind-claims huggingface dataset:
Combination of a drilling installation for drilling a well and a control and signal lines deployment module, wherein the drilling installation comprises: - a drilling tower; - a rig floor having a well centre opening and a rig floor surface; wherein the control and signal lines deployment module is adapted to deploy a tubulars string to which one or more control and/or signals lines are externally secured through said well centre opening into the well; which control and signal lines deployment module comprises: - a support structure adapted to be positioned over the well centre opening in an operative position; - a work platform supported by the support structure, which work platform is at a height above the rig floor surface in the operative position of the control and signal lines deployment module; - a module slip device supported by the support structure, which module slip device is at a height above the rig floor surface in the operative position of the control and signal lines deployment module and is adapted to suspend the tubulars string through the well centre opening; - one or more line guides (129; 329) below said work platform and adapted to guide one or more control and/or signal lines from one or more supply spools along a path to a securing level below said module slip device allowing an operator to secure said one or more control and/or signals lines externally to said tubulars string suspended from said module slip device; characterized in that the control and signal lines deployment module in an operative position is provided heave compensated above the well centre opening. - a drilling tower; - a rig floor having a well centre opening and a rig floor surface; - a support structure adapted to be positioned over the well centre opening in an operative position; - a work platform supported by the support structure, which work platform is at a height above the rig floor surface in the operative position of the control and signal lines deployment module; - a module slip device supported by the support structure, which module slip device is at a height above the rig floor surface in the operative position of the control and signal lines deployment module and is adapted to suspend the tubulars string through the well centre opening; - one or more line guides (129; 329) below said work platform and adapted to guide one or more control and/or signal lines from one or more supply spools along a path to a securing level below said module slip device allowing an operator to secure said one or more control and/or signals lines externally to said tubulars string suspended from said module slip device;
A vacuum cleaner including: an air inlet; a filter having a clean side and an unclean side; a fan; and a main air outlet; wherein an unclean air chamber is formed between the air inlet and the unclean side of the filter; a first air chamber is formed between the clean side of the filter and the fan; an air outlet chamber is formed between the fan and the main air outlet; and the upstream end of the air outlet chamber is connected to the first air chamber, such that when the vacuum cleaner is in a suction mode, an airflow enters the vacuum cleaner from an external environment via the air inlet under the action of the fan, and sequentially passes through the unclean air chamber, the filter, the first air chamber and the air outlet chamber, and then is discharged via the main air outlet to the external environment which communicates with the main air outlet; characterized in that the vacuum cleaner includes a self-cleaning air passage provided with a self-cleaning valve; and an air supply air passage provided with an air supply valve, wherein the upstream end of the self-cleaning air passage is communicated to the air outlet chamber, and the downstream end of the self-cleaning air passage is communicated to the clean side of the filter; and wherein the upstream end of the air supply air passage is in direct airflow communication with the external environment, and the downstream end of the air supply air passage is in airflow communication with the first air chamber. an air inlet; a filter having a clean side and an unclean side; a fan; and a main air outlet; wherein an unclean air chamber is formed between the air inlet and the unclean side of the filter; a first air chamber is formed between the clean side of the filter and the fan; an air outlet chamber is formed between the fan and the main air outlet; and the upstream end of the air outlet chamber is connected to the first air chamber, such that when the vacuum cleaner is in a suction mode, an airflow enters the vacuum cleaner from an external environment via the air inlet under the action of the fan, and sequentially passes through the unclean air chamber, the filter, the first air chamber and the air outlet chamber, and then is discharged via the main air outlet to the external environment which communicates with the main air outlet; characterized in that the vacuum cleaner includes a self-cleaning air passage provided with a self-cleaning valve; and an air supply air passage provided with an air supply valve, wherein the upstream end of the self-cleaning air passage is communicated to the air outlet chamber, and the downstream end of the self-cleaning air passage is communicated to the clean side of the filter; and wherein the upstream end of the air supply air passage is in direct airflow communication with the external environment, and the downstream end of the air supply air passage is in airflow communication with the first air chamber.
A nacelle drag-link assembly for a thrust reverser of a propulsion system, the nacelle drag-link assembly comprising: a drag-link fitting comprising a base region and a coupling socket extending from the base region, the coupling socket having a first coupling aperture and a second coupling aperture; a drag link comprising an inner structure end, an outer structure end, and a drag link body formed between the inner structure end and the outer structure end, wherein an inner width of the coupling socket is greater than an outer width of the inner structure end of the drag link, and the outer structure end comprises a pivot area to link with a blocker door of the thrust reverser; a coupling assembly installed through an aperture of the inner structure end and between the first coupling aperture and the second coupling aperture of the coupling socket; a vibration damping assembly installed in contact with the drag-link fitting and the drag link; and characterized in that the vibration damping assembly comprises a compliant rub strip installed between the inner structure end and the coupling socket. a drag-link fitting comprising a base region and a coupling socket extending from the base region, the coupling socket having a first coupling aperture and a second coupling aperture; a drag link comprising an inner structure end, an outer structure end, and a drag link body formed between the inner structure end and the outer structure end, wherein an inner width of the coupling socket is greater than an outer width of the inner structure end of the drag link, and the outer structure end comprises a pivot area to link with a blocker door of the thrust reverser; a coupling assembly installed through an aperture of the inner structure end and between the first coupling aperture and the second coupling aperture of the coupling socket; a vibration damping assembly installed in contact with the drag-link fitting and the drag link; and characterized in that the vibration damping assembly comprises a compliant rub strip installed between the inner structure end and the coupling socket.
A method comprising: receiving, by a wireless device from a base station, control information that is configured to cause random access preamble transmission and that comprises random access parameters indicating: a first random access channel resource of a first uplink carrier of a cell; and a second random access channel resource of a second uplink carrier of the cell; sending, via the first random access channel resource of the first uplink carrier and based on the control information, at least one first random access preamble for a first random access procedure; determining that the first random access procedure is unsuccessful; and sending, via the second random access channel resource of the second uplink carrier and based on the determining that the first random access procedure is unsuccessful, at least one second random access preamble for a second random access procedure. receiving, by a wireless device from a base station, control information that is configured to cause random access preamble transmission and that comprises random access parameters indicating: a first random access channel resource of a first uplink carrier of a cell; and a second random access channel resource of a second uplink carrier of the cell; a first random access channel resource of a first uplink carrier of a cell; and a second random access channel resource of a second uplink carrier of the cell; sending, via the first random access channel resource of the first uplink carrier and based on the control information, at least one first random access preamble for a first random access procedure; determining that the first random access procedure is unsuccessful; and sending, via the second random access channel resource of the second uplink carrier and based on the determining that the first random access procedure is unsuccessful, at least one second random access preamble for a second random access procedure. determining that the first random access procedure is unsuccessful; and sending, via the second random access channel resource of the second uplink carrier and based on the determining that the first random access procedure is unsuccessful, at least one second random access preamble for a second random access procedure.
A compound of structural formula N-P-L-T wherein, N is a nucleoside; P is an oligophosphate covalently attached to a 5'-O group of the nucleoside, wherein the oligophosphate consists of 3 to 12 phosphate groups; L is a linker covalently attached to a terminal phosphate group of the oligophosphate; and T is a tag covalently attached to the linker, wherein the tag comprises a negatively-charged polymer moiety which is capable of entering a pore forming protein nanopore and upon entering a nanopore in the presence of positive ions results in an increased flow of the positive ions through the nanopore. N is a nucleoside; P is an oligophosphate covalently attached to a 5'-O group of the nucleoside, wherein the oligophosphate consists of 3 to 12 phosphate groups; L is a linker covalently attached to a terminal phosphate group of the oligophosphate; and T is a tag covalently attached to the linker, wherein the tag comprises a negatively-charged polymer moiety which is capable of entering a pore forming protein nanopore and upon entering a nanopore in the presence of positive ions results in an increased flow of the positive ions through the nanopore.
Panel for an aerial vehicle with a supporting element and a heat source provided on the supporting element, wherein the supporting element comprises a sandwich component, wherein the sandwich component has at least two outer layers (4a,b) in the form of prepreg material and at least one core layer arranged between the outer layers (4a,b) and wherein the core layer comprises at least one first structural element in the form of a mechanically unstable heat-conducting material and at least one second structural element in the form of a mechanically stable prepreg material.
A method for capturing and decoding at least a two dimensional bar code in image data captured by an image reader, the image reader comprising a complementary metal oxide semiconductor, CMOS, based image sensor array comprising a plurality of pixels in a two-dimensional array configured to collect image data having at least a two-dimensional bar code, and the image reader further comprising at least one illumination light source, the method comprising: causing exposure of all or substantially all of the pixels in the image sensor array simultaneously in a global shutter mode for an exposure period; illuminating at least a portion of the bar code for an illumination period; wherein: the time during which the pixels are collectively activated to photoconvert incident light into charge defines the exposure period for the image sensor array; the exposure period and the illumination period are configured such that illumination of the at least the portion of the bar code is configured to at least partially overlap with the exposure period; and at the end of the exposure period, transferring the collected charge to a shielded storage area and then reading out the image data; the method further comprising: decoding a bar code in the image data, wherein the image data comprises at least an image of a two dimensional bar code. causing exposure of all or substantially all of the pixels in the image sensor array simultaneously in a global shutter mode for an exposure period; illuminating at least a portion of the bar code for an illumination period; wherein: the time during which the pixels are collectively activated to photoconvert incident light into charge defines the exposure period for the image sensor array; the exposure period and the illumination period are configured such that illumination of the at least the portion of the bar code is configured to at least partially overlap with the exposure period; and at the end of the exposure period, transferring the collected charge to a shielded storage area and then reading out the image data; the method further comprising: decoding a bar code in the image data, wherein the image data comprises at least an image of a two dimensional bar code. the time during which the pixels are collectively activated to photoconvert incident light into charge defines the exposure period for the image sensor array; the exposure period and the illumination period are configured such that illumination of the at least the portion of the bar code is configured to at least partially overlap with the exposure period; and at the end of the exposure period, transferring the collected charge to a shielded storage area and then reading out the image data; the method further comprising: decoding a bar code in the image data, wherein the image data comprises at least an image of a two dimensional bar code.
Toggle fixing (1, 21, 31) for fixing an article to a thin-walled building component, which has a crosspiece (2, 22, 32) and a strip which is connected to the crosspiece (2, 22, 32) and serves for holding the crosspiece (2, 22, 32) during mounting, wherein the crosspiece (2, 22, 32) extends along a crosspiece longitudinal axis (L A) and has on the side facing towards the strip a supporting side for contact with the building component, and wherein the crosspiece (2, 22, 32) has an opening for receiving a screw (10a, 10b), the opening extending along an opening longitudinal axis (L Ö) transverse with respect to the crosspiece longitudinal axis (L A), characterised in that there is arranged on the crosspiece (2, 22) at least one counterbearing element (4, 24) having a spacing (A W) from the opening longitudinal axis (L Ö) that is less than half the internal diameter (D K) of the opening.
A light emitting assembly (100, 200, 300, 350, 432) comprising - a first light source emitting light in a Ultra Violet spectral range, - a second light source emitting light in a blue spectral range having a first peak wavelength (λp1), - a first luminescent material (106, 206, 306) being arranged to receive light from the first light source and being configured to absorb light in the Ultra Violet spectral range and to convert a portion of the absorbed light towards light in the blue spectral range, - a second luminescent material (116, 216, 316) being arranged to receive light from the second light source and being configured to almost fully convert the received light in the blue spectral range received from the second light source towards light of a spectral range of light having a second peak wavelength (λp2), the second peak wavelength (λp2) being larger than the first peak wavelength (λp1), and - a light exit window being arranged to transfer light emitted by the first luminescent material (106, 206, 306) and by the second luminescent material (116, 216, 316) into an ambient of the light emitting assembly (100, 200, 300, 350, 432). - a first light source emitting light in a Ultra Violet spectral range, - a second light source emitting light in a blue spectral range having a first peak wavelength (λp1), - a first luminescent material (106, 206, 306) being arranged to receive light from the first light source and being configured to absorb light in the Ultra Violet spectral range and to convert a portion of the absorbed light towards light in the blue spectral range, - a second luminescent material (116, 216, 316) being arranged to receive light from the second light source and being configured to almost fully convert the received light in the blue spectral range received from the second light source towards light of a spectral range of light having a second peak wavelength (λp2), the second peak wavelength (λp2) being larger than the first peak wavelength (λp1), and - a light exit window being arranged to transfer light emitted by the first luminescent material (106, 206, 306) and by the second luminescent material (116, 216, 316) into an ambient of the light emitting assembly (100, 200, 300, 350, 432).
Structural liner made of plastic for hatchback of a motor vehicle, characterized in that it comprises an outer face oriented towards the outside of the vehicle and an inner face oriented towards the inside of the vehicle when the hatchback is assembled thereon, and at least one groove borne by one of the two faces (22, 24), the groove forming a zone of mechanical weakness able to facilitate the execution an opening within the structural liner, the groove forming a contour delineating an access hatch.
A method for controlling the output of a visible frame in a first visible light communication, VLC, device (401, 900) communicating with one or more second VLC devices (403, 905, 910) by using a user data frame or the visible frame which is a visible light signal carrying no user data, the method comprising: identifying whether to permit each of the one or more second VLC devices (403, 905, 910) to transmit a second visible frame; transmitting, to each of the one or more second VLC devices (403, 905, 910), a first visible frame including a bit indicating whether each of the one or more second VLC devices (403, 905, 910) is permitted to transmit the second visible frame, and wherein said each second VLC device is permitted to transmit the second visible frame in case that the bit indicates ' 1' and, wherein said each second VLC device is not permitted to transmit the second visible frame in case that the bit indicates '0'. identifying whether to permit each of the one or more second VLC devices (403, 905, 910) to transmit a second visible frame; transmitting, to each of the one or more second VLC devices (403, 905, 910), a first visible frame including a bit indicating whether each of the one or more second VLC devices (403, 905, 910) is permitted to transmit the second visible frame, and wherein said each second VLC device is permitted to transmit the second visible frame in case that the bit indicates ' 1' and, wherein said each second VLC device is not permitted to transmit the second visible frame in case that the bit indicates '0'.
Method for producing packaging having a modified atmosphere, in which method an upper film is sealed onto a packaging tray, wherein - prior to sealing, first of all a negative pressure is generated in the packaging tray and thereafter a replacement gas is directed into the packaging tray; or - the atmosphere situated in the packaging tray is purged from the packaging by way of the replacement gas; or - only a negative pressure is generated in the packaging; and in which method, after and/or downstream of sealing, measuring of the concentration of at least one component part of the modified atmosphere and/or the pressure of the latter takes place by way of a sensor, characterized in that the signal of the sensor is used for determining the nominal negative pressure and/or the nominal pressure upon introduction of the replacement gas and/or the nominal quantity of replacement gas. - prior to sealing, first of all a negative pressure is generated in the packaging tray and thereafter a replacement gas is directed into the packaging tray; or - the atmosphere situated in the packaging tray is purged from the packaging by way of the replacement gas; or - only a negative pressure is generated in the packaging;
A fluid system for an internal combustion engine, the fluid system comprising at least a first fluid circuit and a second fluid circuit, each of the fluid circuits (1, 2) forming part of a subsystem of an internal combustion engine, the fluid system further comprising a pump for supplying fluid into the system and a pressure intensification arrangement having at least two alternative intensification ratios and comprising at least a first pressure intensifier for increasing pressure in the second fluid circuit and a second pressure intensifier for increasing pressure in the second fluid circuit, characterized in that each of the pressure intensifiers (6, 7) comprises a first chamber and a second chamber, at least one of the first chambers being in fluid communication with the first fluid circuit and at least one of the second chambers being in fluid communication with the second fluid circuit, each of the pressure intensifiers (6, 7) further comprising a reciprocating plunger having a first pressure surface in the first chamber and a second pressure surface in the second chamber, the area of the second pressure surface being smaller than the area of the first pressure surface.
A communication device comprising: an acquisition unit that acquires first information via a first network from a first device connected to the first network by transmitting to the first device an instruction that requests transmission of the first information, the first information being related to the first device; and a storage unit (130, 140, 150) that stores device information comprising the acquired first information, the device information being readable from the storage unit (130, 140, 150) via a second network by a second device connected to the second network, the second network being a network external to the first network, characterized in that the acquisition unit is configured to extract the first device that has not transmitted the first information after predetermined time has elapsed and to transmit a command according to another protocol than used for the instruction to the first device requesting transmission of the first information. an acquisition unit that acquires first information via a first network from a first device connected to the first network by transmitting to the first device an instruction that requests transmission of the first information, the first information being related to the first device; and a storage unit (130, 140, 150) that stores device information comprising the acquired first information, the device information being readable from the storage unit (130, 140, 150) via a second network by a second device connected to the second network, the second network being a network external to the first network, characterized in that the acquisition unit is configured to extract the first device that has not transmitted the first information after predetermined time has elapsed and to transmit a command according to another protocol than used for the instruction to the first device requesting transmission of the first information.