mhurhangee/ep-ind-claims huggingface dataset:
A multicore optical fiber, comprising: a plurality of cores; and a sea portion formed around each core, characterized in that the multicore optical fiber satisfies conditions and below: (Condition 1): The occupancy rate of the total cross-sectional area of cores is 80∼95% of the outer region in the cross section of a multicore optical fiber; (Condition 2): The occupancy rate of the total cross-sectional area of cores is 82∼93% of the cross section of a multicore optical fiber; wherein the outer region in the cross section of a multicore optical fiber is defined as follows: at the center of an optical fiber having a substantially circular cross section, when a concentric circle is formed to have a diameter that is 60% of the fiber diameter, the region sandwiched between the periphery of the concentric circle and the periphery of the fiber. a plurality of cores; and a sea portion formed around each core, characterized in that the multicore optical fiber satisfies conditions and below: (Condition 1): The occupancy rate of the total cross-sectional area of cores is 80∼95% of the outer region in the cross section of a multicore optical fiber; (Condition 2): The occupancy rate of the total cross-sectional area of cores is 82∼93% of the cross section of a multicore optical fiber; wherein the outer region in the cross section of a multicore optical fiber is defined as follows: at the center of an optical fiber having a substantially circular cross section, when a concentric circle is formed to have a diameter that is 60% of the fiber diameter, the region sandwiched between the periphery of the concentric circle and the periphery of the fiber. (Condition 1): The occupancy rate of the total cross-sectional area of cores is 80∼95% of the outer region in the cross section of a multicore optical fiber; (Condition 2): The occupancy rate of the total cross-sectional area of cores is 82∼93% of the cross section of a multicore optical fiber; wherein the outer region in the cross section of a multicore optical fiber is defined as follows: at the center of an optical fiber having a substantially circular cross section, when a concentric circle is formed to have a diameter that is 60% of the fiber diameter, the region sandwiched between the periphery of the concentric circle and the periphery of the fiber.
An apparatus comprising: a downhole tool for installing a gas lift valve in a well, wherein the downhole tool comprises: a housing; a mandrel movably disposed with respect to the housing; a holder configured to hold the gas lift valve; and an arm supporting the holder, wherein: the arm is operable to pivot between a retracted position in which the holder is adjacent the housing and an extended position in which the holder is disposed away from the housing; the mandrel and the arm are operatively connected via a pin-slot joint comprising a pin disposed within a slot; the slot comprises a first slot portion and a second slot portion; the pin-slot joint prevents the arm from pivoting when the pin is within the first slot portion; and the pin-slot joint permits the arm to pivot when the pin is within the second slot portion. a housing; a mandrel movably disposed with respect to the housing; a holder configured to hold the gas lift valve; and an arm supporting the holder, wherein: the arm is operable to pivot between a retracted position in which the holder is adjacent the housing and an extended position in which the holder is disposed away from the housing; the mandrel and the arm are operatively connected via a pin-slot joint comprising a pin disposed within a slot; the slot comprises a first slot portion and a second slot portion; the pin-slot joint prevents the arm from pivoting when the pin is within the first slot portion; and the pin-slot joint permits the arm to pivot when the pin is within the second slot portion. the arm is operable to pivot between a retracted position in which the holder is adjacent the housing and an extended position in which the holder is disposed away from the housing; the mandrel and the arm are operatively connected via a pin-slot joint comprising a pin disposed within a slot; the slot comprises a first slot portion and a second slot portion; the pin-slot joint prevents the arm from pivoting when the pin is within the first slot portion; and the pin-slot joint permits the arm to pivot when the pin is within the second slot portion.
A method comprising: analyzing content of a message referencing a user and comparing words in the content to one or more keywords indicative of a particular message type to determine if there is a match between one or more words in the content of the message and the one or more keywords; sending, by a server, a notification to a creator of the message, the notification inquiring whether the creator of the message desires to share one or more rights of the creator of the message with the user referenced in the message; receiving, at the server, a request from the creator of the message to share the one or more rights of the creator of the message with the user referenced in the message, wherein the message is for a plurality of users and the user; in response to the request, sending, by the server, a notification to the user referenced in the message, wherein the notification includes an option to accept the one or more rights; receiving, at the server from a user device of the user, an acceptance of the one or more rights, wherein receiving, from the user device of the user, the acceptance of the one or more rights further comprises setting one or more rules specifying sending notifications related to any responses to the message to a subset of the plurality of users and controlling whether feedback is allowed for the message; and performing, by the server, one or more operations related to the message based on the one or more rights accepted by the user. analyzing content of a message referencing a user and comparing words in the content to one or more keywords indicative of a particular message type to determine if there is a match between one or more words in the content of the message and the one or more keywords; sending, by a server, a notification to a creator of the message, the notification inquiring whether the creator of the message desires to share one or more rights of the creator of the message with the user referenced in the message; receiving, at the server, a request from the creator of the message to share the one or more rights of the creator of the message with the user referenced in the message, wherein the message is for a plurality of users and the user; in response to the request, sending, by the server, a notification to the user referenced in the message, wherein the notification includes an option to accept the one or more rights; receiving, at the server from a user device of the user, an acceptance of the one or more rights, wherein receiving, from the user device of the user, the acceptance of the one or more rights further comprises setting one or more rules specifying sending notifications related to any responses to the message to a subset of the plurality of users and controlling whether feedback is allowed for the message; and performing, by the server, one or more operations related to the message based on the one or more rights accepted by the user.
A decoration sheet having a mirror surface and comprising: a transparent layer having a mirror surface and including glycol-modified polyethyleneterephthalate; a protective layer that is formed on the upper side of the transparent layer; an embossed pattern layer that is formed on the lower side of the transparent layer and includes a cured product of a photo-curable resin composition or thermo-curable resin composition; a colored film that is formed on the lower side of the embossed pattern layer; and a printed layer or metal deposition layer that is formed between the embossed pattern layer and the colored film and is adhered to the colored film using an opaque adhesive layer. a transparent layer having a mirror surface and including glycol-modified polyethyleneterephthalate; a protective layer that is formed on the upper side of the transparent layer; an embossed pattern layer that is formed on the lower side of the transparent layer and includes a cured product of a photo-curable resin composition or thermo-curable resin composition; a colored film that is formed on the lower side of the embossed pattern layer; and a printed layer or metal deposition layer that is formed between the embossed pattern layer and the colored film and is adhered to the colored film using an opaque adhesive layer.
A combustor, comprising: an end cover; an end cap downstream from the end cover that extends radially across at least a portion of the combustor, wherein the end cap comprises an upstream surface axially separated from a downstream surface; a plurality of tubes that extends from the upstream surface through the downstream surface to provide fluid communication through the end cap; an outer support tube that extends downstream from the end cover and connects to the upstream surface of the end cap; an inner support tube that extends downstream from the end cover and connects to the downstream surface of the end cap; a first plenum that surrounds the inner support tube between the end cover and the upstream surface before extending radially between the upstream and downstream surfaces (26, 28); a second plenum that surrounds the first plenum between the end cover and the upstream surface before extending radially between the upstream and downstream surfaces (26, 28); and characterized in that the first plenum is in fluid communication with a first set of tubes and the second plenum is in fluid communication with a second set of tubes. an end cover; an end cap downstream from the end cover that extends radially across at least a portion of the combustor, wherein the end cap comprises an upstream surface axially separated from a downstream surface; a plurality of tubes that extends from the upstream surface through the downstream surface to provide fluid communication through the end cap; an outer support tube that extends downstream from the end cover and connects to the upstream surface of the end cap; an inner support tube that extends downstream from the end cover and connects to the downstream surface of the end cap; a first plenum that surrounds the inner support tube between the end cover and the upstream surface before extending radially between the upstream and downstream surfaces (26, 28); a second plenum that surrounds the first plenum between the end cover and the upstream surface before extending radially between the upstream and downstream surfaces (26, 28); and characterized in that the first plenum is in fluid communication with a first set of tubes and the second plenum is in fluid communication with a second set of tubes.
A deep-ultraviolet chemically-amplified positive photoresist, comprising a cyclopentenyl pimaric acid, a divinyl ether, a photoacid generator and an organic solvent, wherein the cyclopentenyl pimaric acid is represented by the following formula:
A method for physical layer testing of an asymmetrical interconnect interface using a traffic generator/analyzer, the asymmetrical interconnect interface in addition to PHY testing also being capable of protocol testing, the method comprising: receiving, by the asymmetrical interconnect interface, at least one special PHY testing sequence during link-startup, the special PHY testing sequence indicating that a PHY test mode is to be entered rather than a protocol test mode; entering, by the asymmetrical interconnect interface and in response to the at least one PHY testing sequence, the PHY test mode; receiving, by the asymmetrical interconnect interface, a configuration command and configuring the asymmetrical interconnect interface in response to the configuration command to provide selective individual configuration of PHY lanes of said asymmetrical interconnect interface; and using, by the asymmetrical interconnect interface, the TGA for transmitting or receiving test sequences on at least one identified lane of an asymmetrical interconnect device, which at least one identified lane is set by the configuration command. receiving, by the asymmetrical interconnect interface, at least one special PHY testing sequence during link-startup, the special PHY testing sequence indicating that a PHY test mode is to be entered rather than a protocol test mode; entering, by the asymmetrical interconnect interface and in response to the at least one PHY testing sequence, the PHY test mode; receiving, by the asymmetrical interconnect interface, a configuration command and configuring the asymmetrical interconnect interface in response to the configuration command to provide selective individual configuration of PHY lanes of said asymmetrical interconnect interface; and using, by the asymmetrical interconnect interface, the TGA for transmitting or receiving test sequences on at least one identified lane of an asymmetrical interconnect device, which at least one identified lane is set by the configuration command.
A turbomachine axial retention system, comprising: a turbomachine, comprising: a rotor comprising a rotational axis; a first rotating segment having a first mating axial mount coupled to a first axial mount of the rotor in a first installed position; a first pin configured to be inserted into a first inserted position in both a first slot in the rotor and a first mating slot in the first rotating segment, wherein the first slot and the first mating slot extend in a first circumferential direction relative to the rotational axis, and the first pin in the first inserted position is configured to block axial movement of the first mating axial mount relative to the first axial mount, a second rotating segment having a second mating axial mount coupled to a second axial mount of the rotor in a second installed position, wherein the second rotating segment in the second installed position is configured to block removal of the first pin, characterised in that, the first pin comprises an L-shape having an upper portion and a lower portion, the lower portion comprises a hole configured to enable removal of the first pin from the first slot, the upper portion comprises a tapered end, and the first mating slot comprises a recess having a tapered portion configured to enable the insertion of the tapered end of the upper portion of the first pin into the first mating slot and to prevent the insertion of the lower portion of the first pin into the first mating slot.. a rotor comprising a rotational axis; a first rotating segment having a first mating axial mount coupled to a first axial mount of the rotor in a first installed position; a first pin configured to be inserted into a first inserted position in both a first slot in the rotor and a first mating slot in the first rotating segment, wherein the first slot and the first mating slot extend in a first circumferential direction relative to the rotational axis, and the first pin in the first inserted position is configured to block axial movement of the first mating axial mount relative to the first axial mount, a second rotating segment having a second mating axial mount coupled to a second axial mount of the rotor in a second installed position, wherein the second rotating segment in the second installed position is configured to block removal of the first pin, characterised in that, the first pin comprises an L-shape having an upper portion and a lower portion, the lower portion comprises a hole configured to enable removal of the first pin from the first slot, the upper portion comprises a tapered end, and the first mating slot comprises a recess having a tapered portion configured to enable the insertion of the tapered end of the upper portion of the first pin into the first mating slot and to prevent the insertion of the lower portion of the first pin into the first mating slot..
A lorry-based concrete mixer comprising: a body; a drum mounted on the body, wherein the drum is adapted to store concrete; a discharge chute having an inlet and an outlet, wherein the inlet is arranged to receive material exiting the drum; wherein the discharge chute is movable between a discharge position and an in-transit stowed position, wherein in the in-transit stowed position the discharge chute is moved from the discharge position to be positioned proximate the body; a vessel being attached to the body and being positioned on the body to be beneath the outlet of the discharge chute when the discharge chute is moved to the in-transit stowed position, wherein the vessel is operable to receive wash-down water or slurry from the outlet of the discharge chute whilst the discharge chute is secured in the in-transit stowed position and whilst the vehicle is stationary and wherein the vessel is also operable to receive and retain debris from the drum exiting the outlet of the discharge chute when the discharge chute is secured in the in-transit stowed position and whilst the vehicle is moving; and characterised by a storage means adapted to secure at least one secondary chute in the stowed position, wherein the storage means is adapted to secure the at least one secondary chute adjacent the outlet of the discharge chute and wherein the storage means, in use, suspends the at least one secondary chute above the vessel. a body; a drum mounted on the body, wherein the drum is adapted to store concrete; a discharge chute having an inlet and an outlet, wherein the inlet is arranged to receive material exiting the drum; wherein the discharge chute is movable between a discharge position and an in-transit stowed position, wherein in the in-transit stowed position the discharge chute is moved from the discharge position to be positioned proximate the body; a vessel being attached to the body and being positioned on the body to be beneath the outlet of the discharge chute when the discharge chute is moved to the in-transit stowed position, wherein the vessel is operable to receive wash-down water or slurry from the outlet of the discharge chute whilst the discharge chute is secured in the in-transit stowed position and whilst the vehicle is stationary and wherein the vessel is also operable to receive and retain debris from the drum exiting the outlet of the discharge chute when the discharge chute is secured in the in-transit stowed position and whilst the vehicle is moving; and
System for electromagnetic interrogation of RFID transponders comprising at least one RFID terminal configured to transmit an interrogation signal at a frequency F1 and comprising at least one RFID device known as a repeater configured to receive the interrogation signal at frequency F1 and repeat it at frequency F2 to at least one RFID transponder configured to transmit a backscattered response signal at frequency F3 in response to the repeated interrogation signal at frequency F2, characterized in that the at least one RFID terminal comprises at least one RFID reader and at least one additional RFID device, the RFID reader being configured to transmit a frequency FO interrogation signal to the additional RFID device and the additional RFID device being configured to perform a frequency transposition from frequency FO to frequency F1, the frequencies FO and F1 being different.
Method for manufacturing a continuous bag-like package blank, which is produced by a plane plastic sheet being unwound from a storage reel of the sheet, the sheet being conveyed through an edge thickening equipment and further to a folding device, to a welding device and to a slotting tool to obtain a continuous bag-like package blank having solid and stiff edge thickenings such that the package blanks can slide with low friction in support arms and the edge thickenings do not jam in the channel gaps in the support arms when the package blank is introduced into channels intended therefor in support arms in a packing machine, characterized in that the edge thickening equipment comprises a process bed, over which the edge area (26, 27) of the sheet is conveyed, and that an extruder device (12, 13) comprises a first extruder nozzle placed on the opposite side of the sheet in relation to the process bed, wherein said first extruder nozzle is aligned and continuously extrudes a material bead that is permanently attached to a first edge area of the sheet, and that the extruder device (12, 13) comprises a second extruder nozzle placed on the opposite side of the sheet in relation to the process bed, wherein said second extruder nozzle is aligned and continuously extrudes a material bead that is permanently attached to a second edge area of the sheet opposite the first edge area, as well as that the extruder nozzles (15, 16) individually can be controllably displaced in relation to each other, on one hand for an adaptation to different widths of the sheet, and on the other hand for an exact alignment in relation to the respective edge areas (26, 27) of the sheet as well as for an alignment of the location of the two nozzles (15, 16) in relation to the storage reel and thereby the sheet in the edge thickening equipment, and that pressure and temperature are adapted in the extruder nozzles (15, 16) so that the abutment of the material bead against the edge areas (26, 27) of the sheet provides a force that attaches the edge of the sheet to the material bead and there forms a permanent joint between the sheet and the bead.
A computer-implemented method comprising: implementing a memory event interface to a hypercall interface of a hypervisor or virtual machine operating system to intercept page faults associated with writing pages of memory that contain a computer program; receiving a page fault resulting from a guest domain attempting to write a memory page that is marked as not executable in a memory page permissions system; determining a first set of memory page permissions for the memory page that are maintained by the hypervisor or virtual machine operating system; the method being characterised by further: determining a second set of memory page permissions for the memory page that are maintained independent of the hypervisor or virtual machine operating system; determining a particular memory page permission for the memory page based on the first set and the second set; processing the page fault based on the particular memory page permission, including performing at least one security function associated with regulating access of the guest domain to the memory page. implementing a memory event interface to a hypercall interface of a hypervisor or virtual machine operating system to intercept page faults associated with writing pages of memory that contain a computer program; receiving a page fault resulting from a guest domain attempting to write a memory page that is marked as not executable in a memory page permissions system; determining a first set of memory page permissions for the memory page that are maintained by the hypervisor or virtual machine operating system; the method being characterised by further: determining a second set of memory page permissions for the memory page that are maintained independent of the hypervisor or virtual machine operating system; determining a particular memory page permission for the memory page based on the first set and the second set; processing the page fault based on the particular memory page permission, including performing at least one security function associated with regulating access of the guest domain to the memory page. determining a second set of memory page permissions for the memory page that are maintained independent of the hypervisor or virtual machine operating system; determining a particular memory page permission for the memory page based on the first set and the second set; processing the page fault based on the particular memory page permission, including performing at least one security function associated with regulating access of the guest domain to the memory page.