mhurhangee/ep-ind-claims huggingface dataset:
Method for transferring securely the subscription information and user data from a first terminal to a second terminal, said terminals respectively containing a first and a second Universal Integrated Circuit Card, UICC, said method consisting in: i - transmitting an identifier of said second terminal to said first terminal; ii - transmitting from said first terminal to a secure vault said identifier of said second terminal and an identifier of said first UICC; iii - transmitting from said secure vault to said first terminal a subscription installation public key of said second terminal; iv - in said first UICC, packaging and encrypting said subscription information and user data with said subscription public installation key of said second terminal; v - transmitting said package to said second UICC of said second terminal; vi - installing said package on said second UICC. i - transmitting an identifier of said second terminal to said first terminal; ii - transmitting from said first terminal to a secure vault said identifier of said second terminal and an identifier of said first UICC; iii - transmitting from said secure vault to said first terminal a subscription installation public key of said second terminal; iv - in said first UICC, packaging and encrypting said subscription information and user data with said subscription public installation key of said second terminal; v - transmitting said package to said second UICC of said second terminal; vi - installing said package on said second UICC.
A method for providing connectivity to an access terminal in a wireless communication network, comprising: connecting the access terminal to a first cell; detecting by the access terminal a second cell while connected to the first cell, wherein the second cell fulfills the criteria for sending a measurement report message to the first cell; detecting by the access terminal a radio link failure, RLF, occurring at the first cell while attempting to send, or prior to sending, the measurement report message to the first cell; and re-establishing by the access terminal connection at the second cell; further comprising: sending by the access terminal a message to the second cell indicating that the RLF occurred at the first cell, the message identifying the cell at which the RLF occurred. connecting the access terminal to a first cell; detecting by the access terminal a second cell while connected to the first cell, wherein the second cell fulfills the criteria for sending a measurement report message to the first cell; detecting by the access terminal a radio link failure, RLF, occurring at the first cell while attempting to send, or prior to sending, the measurement report message to the first cell; and re-establishing by the access terminal connection at the second cell; further comprising: sending by the access terminal a message to the second cell indicating that the RLF occurred at the first cell, the message identifying the cell at which the RLF occurred.
A method for forming a paper strap (706, 860, 1062, 2062, 3062), the method comprising: providing a plurality of paper strips (2, 102, 202, 302, 402, 502, 1002); directing each of the plurality of paper strips (2, 102, 202, 302, 402, 502, 1002) through a respective first pultrusion string die (4, 5, 105, 205, 305, 405) to form intermediate strings (1a, 101a, 501a); directing each of the intermediate strings (1a, 101a, 501a) from the respective first pultrusion string die (4, 5, 105, 205, 305, 405) through a second pultrusion string die (21, 22, 122abc, 222abc, 322abc, 422abc, 522abc), the intermediate strings (1a, 101a, 501a) exiting the second die (21, 22, 122abc, 222abc, 322abc, 422abc, 522abc), in a substantially non-twisted state to form non-twisted strings (1, 101, 201, 301, 401, 501, 601, 701, 801, 1001, 2001); and directing the non-twisted strings (1, 101, 201, 301, 401, 501, 601, 701, 801, 1001, 2001) through a pultrusion strap die (810, 910, 1020, 2020), the non-twisted strings (1, 101, 201, 301, 401, 501, 601, 701, 801, 1001, 2001) forming the paper strap (706, 860, 1062, 2062, 3062), and compacting the non-twisted strings (1, 101, 201, 301, 401, 501, 601, 701, 801, 1001, 2001) by directing the non-twisted strings (1, 101, 201, 301, 401, 501, 601, 701, 801, 1001, 2001) through a tapered portion and a constant section portion of the pultrusion strap die (810, 910, 1020, 2020). providing a plurality of paper strips (2, 102, 202, 302, 402, 502, 1002); directing each of the plurality of paper strips (2, 102, 202, 302, 402, 502, 1002) through a respective first pultrusion string die (4, 5, 105, 205, 305, 405) to form intermediate strings (1a, 101a, 501a); directing each of the intermediate strings (1a, 101a, 501a) from the respective first pultrusion string die (4, 5, 105, 205, 305, 405) through a second pultrusion string die (21, 22, 122abc, 222abc, 322abc, 422abc, 522abc), the intermediate strings (1a, 101a, 501a) exiting the second die (21, 22, 122abc, 222abc, 322abc, 422abc, 522abc), in a substantially non-twisted state to form non-twisted strings (1, 101, 201, 301, 401, 501, 601, 701, 801, 1001, 2001); and directing the non-twisted strings (1, 101, 201, 301, 401, 501, 601, 701, 801, 1001, 2001) through a pultrusion strap die (810, 910, 1020, 2020), the non-twisted strings (1, 101, 201, 301, 401, 501, 601, 701, 801, 1001, 2001) forming the paper strap (706, 860, 1062, 2062, 3062), and compacting the non-twisted strings (1, 101, 201, 301, 401, 501, 601, 701, 801, 1001, 2001) by directing the non-twisted strings (1, 101, 201, 301, 401, 501, 601, 701, 801, 1001, 2001) through a tapered portion and a constant section portion of the pultrusion strap die (810, 910, 1020, 2020).
An insect trapping unit comprising: an adhesive sheet including a fluorescent whitening agent and being transparent to ultraviolet ray; and a reflective member configured to reflect ultraviolet ray transmitted through the adhesive sheet in a direction for the reflected ultraviolet ray to transmit through the adhesive sheet again, wherein the adhesive sheet comprises: an adhesive surface; and a back surface which is in an opposite side to the adhesive surface, and wherein the reflective member is opposed to the back surface of the adhesive sheet. an adhesive sheet including a fluorescent whitening agent and being transparent to ultraviolet ray; and a reflective member configured to reflect ultraviolet ray transmitted through the adhesive sheet in a direction for the reflected ultraviolet ray to transmit through the adhesive sheet again, wherein the adhesive sheet comprises: an adhesive surface; and a back surface which is in an opposite side to the adhesive surface, and an adhesive surface; and a back surface which is in an opposite side to the adhesive surface, and wherein the reflective member is opposed to the back surface of the adhesive sheet.
Method for filling containers with a liquid filling material, preferably in the form of spirits or wine, by using a filling system (2, 2a, 2b), with a plurality of filling positions (1, 1a, 1b) which each have a filling element (8, 8a) having a liquid valve (12, 12a), on a circulating driven transport element or rotor, and with a filling-material tank (4, 4a), which is provided in common on the transport element or rotor for the filling positions (1, 1a, 1b) and forms at least one filling-material chamber (4.2, 4a.1) for accommodating the filling material, wherein the filling material is fed from the filling-material tank (4, 4a) to the particular container, located with a container opening in a sealed position at a contact element (25, 25a, 35) of a filling position (1, 1a, 1b), in a controlled manner via the liquid valve (12, 12a), and, after the ending of the filling process and after the closing of the liquid valve (12, 12a), pressurised Trinox gas or inert gas, for example in the form of a CO 2 gas and/or in the form of nitrogen, is admitted into the head space not occupied by filling material of the container, located in the sealing position at the contact element (25, 25a, 35), for the purpose of correcting the filling height, from a Trinox channel provided at the transport element or rotor and via a Trinox gas path (29, 29a) opening into the head space and preferably individually controlled, and, in the process, excess filling material is displaced from the container together with the Trinox gas via a return-gas path (13, 13a, 17), characterised in that the head space of the respective container is subjected to the Trinox gas via the Trinox gas path (29, 29a), which is formed on at least one part length inside a folding bellows element (31, 31.1, 31a) which extends between the contact element (25, 25a, 35) and a filling element housing (9, 9a) of the respective filling element (8, 8a) and/or extends to the transport element or the rotor.
A solar cell module (10; 50), comprising: a substrate which is curved in a longitudinal direction and in a lateral direction; a plurality of solar cells placed over the substrate; first wiring members (21, 21a 21b, 21c, 21d, 21e, 21f) that connect adjacent solar cells to each other in a longitudinal direction to form a plurality of strings in each of which a plurality of the solar cells are arranged in one line; and second wiring members (31, 31a, 31b, 52) that are connected to the first wiring members (21, 21a 21b, 21c, 21d, 21e, 21f) which extend from a region above the solar cell positioned at an end of a row of the string in the longitudinal direction, and at least one of which connects adjacent strings to form a group of strings in the lateral direction, characterized in that a spacing between at least one of the second wiring members (31, 31a, 31b, 52) and the solar cell positioned at the end of the row of the string to which the wiring member is connected is narrower at a side of an end of the group of strings in the lateral direction than at a side of a central portion in the lateral direction. a substrate which is curved in a longitudinal direction and in a lateral direction; a plurality of solar cells placed over the substrate; first wiring members (21, 21a 21b, 21c, 21d, 21e, 21f) that connect adjacent solar cells to each other in a longitudinal direction to form a plurality of strings in each of which a plurality of the solar cells are arranged in one line; and second wiring members (31, 31a, 31b, 52) that are connected to the first wiring members (21, 21a 21b, 21c, 21d, 21e, 21f) which extend from a region above the solar cell positioned at an end of a row of the string in the longitudinal direction, and at least one of which connects adjacent strings to form a group of strings in the lateral direction, characterized in that a spacing between at least one of the second wiring members (31, 31a, 31b, 52) and the solar cell positioned at the end of the row of the string to which the wiring member is connected is narrower at a side of an end of the group of strings in the lateral direction than at a side of a central portion in the lateral direction.
A structure comprising a voltage detecting terminal in which a voltage detecting terminal measuring a voltage of each battery is held by a housing portion (19, 23) of a plate made of resin in which busbars connecting a plurality of batteries in series are housed, wherein the voltage detecting terminal includes a flat plate-shaped electric contact portion having an insertion hole into which an electrode column of the battery is inserted, and is electrically connected to the electrode column, and a plate-shaped bent portion formed such that a tip protruding so as to be connected to the electric contact portion is bent upward with respect to the electric contact portion, wherein the bent portion is provided with a holding portion, and both ends of the holding portion in a plate width direction are expanded in the plate width direction, respectively, and wherein the voltage detecting terminal has a lower end surface of the holding portion in a thickness direction thereof abutting against a supporting surface (49a, 49b) of the plate and is held by the housing portion.
A method of modifying a process cartridge, the method comprising: obtaining a process cartridge including a guide member having a central body portion with an opening defining an axis and a regulating projection positioned substantially adjacent to the opening and extending axially from the central body, the regulating projection including an innermost arcuate portion spaced a radial distance from the axis; and modifying the guide member to increase the radial distance between the innermost arcuate portion of the regulating projection and the axis, characterized in that the regulating projection includes an outer arcuate wall arranged substantially concentrically with respect to the axis, and an inner wall including an arc portion arranged substantially concentrically with respect to the axis, and wherein modifying the guide portion includes eliminating the inner wall, wherein before modifying the guide member the arc portion defines the innermost arcuate portion and wherein after modifying the guide member an inner surface of the outer arcuate wall defines the innermost arcuate portion. obtaining a process cartridge including a guide member having a central body portion with an opening defining an axis and a regulating projection positioned substantially adjacent to the opening and extending axially from the central body, the regulating projection including an innermost arcuate portion spaced a radial distance from the axis; and modifying the guide member to increase the radial distance between the innermost arcuate portion of the regulating projection and the axis, characterized in that the regulating projection includes an outer arcuate wall arranged substantially concentrically with respect to the axis, and an inner wall including an arc portion arranged substantially concentrically with respect to the axis, and wherein modifying the guide portion includes eliminating the inner wall, wherein before modifying the guide member the arc portion defines the innermost arcuate portion and wherein after modifying the guide member an inner surface of the outer arcuate wall defines the innermost arcuate portion.
A cyclone for separation of solids and gases, said cyclone comprising a predefined circumference and at least one inlet, for supplying a mixed stream of powder and air/gas, a first outlet in the form of a powder outlet at the bottom of the cyclone for extracting powder, a vortex finder at the top of the cyclone, said vortex finder further comprising a wall and a second outlet in the form of an air/gas outlet for extracting air/gas, characterized in that said cyclone comprises a secondary powder extraction system including a third outlet, located in or at the vortex finder to extract powder particles from the mixed stream entering the vortex finder and said third outlet from the secondary powder extraction system comprises a tangential outlet for extracting the powder particles from the vortex finder.
An engine comprising: a compression chamber that intakes and compresses working fluid; an expansion chamber that expands and exhausts working fluid; and a transfer chamber placed on top of the compression chamber and the expansion chamber, said transfer chamber receives working fluid from the compression chamber, moves reciprocally between and perpendicular to the compression and expansion chambers, and transfers working fluid to the expansion chamber; and a compression piston that compresses working fluid in the compression chamber and into the transfer chamber, wherein an internal volume of the transfer chamber decreases during the transfer of working fluid to further compress working fluid in the transfer chamber. a compression chamber that intakes and compresses working fluid; an expansion chamber that expands and exhausts working fluid; and a transfer chamber placed on top of the compression chamber and the expansion chamber, said transfer chamber receives working fluid from the compression chamber, moves reciprocally between and perpendicular to the compression and expansion chambers, and transfers working fluid to the expansion chamber; and a compression piston that compresses working fluid in the compression chamber and into the transfer chamber, wherein an internal volume of the transfer chamber decreases during the transfer of working fluid to further compress working fluid in the transfer chamber.
A cyclic pitch angle adjustment apparatus for a rotor with a rotor head and rotor blades that rotate around a rotor axis in a rotor plane, comprising: a base point; a bearing that is located in a central point outside the rotor plane; a first lever that is connected to a first rotor blade of the rotor blades and rotates the first rotor blade around a first pitch axis; a second lever that is connected to a second rotor blade of the rotor blades and rotates the second rotor blade around a second pitch axis; first and second rods (240a, 240b) that mechanically link the first and second levers (230a, 230b) with the bearing in the central point such that the first and second rods (240a, 240b) are movable relative to the central point, wherein the first and second rods (240a, 240b) are integrally formed as a single rod; a connection that connects the first lever, the second lever, and the single rod with each other in a first location; and a central rod that connects the bearing with the base point, wherein the central rod is movable from a first position in which the central rod forms a fixed angle with the rotor axis to a second position in which the central rod forms the same fixed angle with the rotor axis, wherein the first and second positions (260, 265) differ, and wherein the central rod is adapted for adjusting the cyclic pitch angle of the first and second rotor blades (212a, 212b) in the first position to a first pitch angle and in the second position to a second pitch angle that is different than the first pitch angle. a base point; a bearing that is located in a central point outside the rotor plane; a first lever that is connected to a first rotor blade of the rotor blades and rotates the first rotor blade around a first pitch axis; a second lever that is connected to a second rotor blade of the rotor blades and rotates the second rotor blade around a second pitch axis; first and second rods (240a, 240b) that mechanically link the first and second levers (230a, 230b) with the bearing in the central point such that the first and second rods (240a, 240b) are movable relative to the central point, wherein the first and second rods (240a, 240b) are integrally formed as a single rod; a connection that connects the first lever, the second lever, and the single rod with each other in a first location; and a central rod that connects the bearing with the base point, wherein the central rod is movable from a first position in which the central rod forms a fixed angle with the rotor axis to a second position in which the central rod forms the same fixed angle with the rotor axis, wherein the first and second positions (260, 265) differ, and wherein the central rod is adapted for adjusting the cyclic pitch angle of the first and second rotor blades (212a, 212b) in the first position to a first pitch angle and in the second position to a second pitch angle that is different than the first pitch angle.
A computer system for enforcing attestation of read-only protected memory during attestation validity period, comprising: a processor; and a hardware storage device that stores computer-executable instructions that are executable by the processor to cause the computer system to at least: identify a change in a read-only memory protection, ROMP, status for a software component loaded at the computer system; determine that a validity time period of an attestation report is unexpired, the attestation report comprising one or more attested properties, including one or more ROMP attested properties for read-only protected memory allocated to the software component; determine that at least one ROMP attested property for the software component is no longer valid due to the change in the ROMP status for a software component; and based on the at least one ROMP attested property for the software component being no longer valid, initiate a remedial action to prevent interaction of the software component with a relying party computer system. a processor; and a hardware storage device that stores computer-executable instructions that are executable by the processor to cause the computer system to at least: identify a change in a read-only memory protection, ROMP, status for a software component loaded at the computer system; determine that a validity time period of an attestation report is unexpired, the attestation report comprising one or more attested properties, including one or more ROMP attested properties for read-only protected memory allocated to the software component; determine that at least one ROMP attested property for the software component is no longer valid due to the change in the ROMP status for a software component; and based on the at least one ROMP attested property for the software component being no longer valid, initiate a remedial action to prevent interaction of the software component with a relying party computer system. identify a change in a read-only memory protection, ROMP, status for a software component loaded at the computer system; determine that a validity time period of an attestation report is unexpired, the attestation report comprising one or more attested properties, including one or more ROMP attested properties for read-only protected memory allocated to the software component; determine that at least one ROMP attested property for the software component is no longer valid due to the change in the ROMP status for a software component; and based on the at least one ROMP attested property for the software component being no longer valid, initiate a remedial action to prevent interaction of the software component with a relying party computer system.
A method of wireless communication, comprising: communicating, by a first wireless communication (105; 500) device with a second wireless communication device (115; 400), a first configuration including a set of first control channel monitoring periods (604; 604a) outside of a transmission opportunity, TXOP; communicating, by the first wireless communication device (105; 500) with the second wireless communication device (115; 400), a communication signal during the TXOP based on a second control channel monitoring period longer than each of the first control channel monitoring periods; and wherein the set of first control channel monitoring periods (604; 604a) interleaves with another set of first control channel monitoring periods (604; 604b) in time, and wherein the another set of first control channel monitoring periods (604; 604b) are assigned to a third wireless communication device (115; 400) different from the first wireless communication device (105; 500) and the second wireless communication device (115; 400). communicating, by a first wireless communication (105; 500) device with a second wireless communication device (115; 400), a first configuration including a set of first control channel monitoring periods (604; 604a) outside of a transmission opportunity, TXOP; communicating, by the first wireless communication device (105; 500) with the second wireless communication device (115; 400), a communication signal during the TXOP based on a second control channel monitoring period longer than each of the first control channel monitoring periods; and wherein the set of first control channel monitoring periods (604; 604a) interleaves with another set of first control channel monitoring periods (604; 604b) in time, and wherein the another set of first control channel monitoring periods (604; 604b) are assigned to a third wireless communication device (115; 400) different from the first wireless communication device (105; 500) and the second wireless communication device (115; 400).