mhurhangee/ep-ind-claims huggingface dataset:
A secure element comprising a physical communication interface and first and second virtual profiles (PR1, PR2), said secure element being configured to exchange data targeting said virtual profiles (PR1, PR2) with a host device connected through said physical communication interface, said host device comprising first and second basebands (BB1, BB2), wherein said secure element comprises an execution component configured to run simultaneously said first and second virtual profiles (PR1, PR2), a running virtual profile being called enabled, in that said first virtual profile and said first baseband form a first couple which is uniquely associated with a first logical communication channel, in that said second virtual profile and said second baseband form a second couple which is uniquely associated with a second logical communication channel distinct from said first logical communication channel, in that said secure element comprises a communication component configured to demultiplex incoming data received through the physical communication interface and to multiplex outgoing data sent through the physical communication interface and in that said secure element comprises an admin agent configured to reset individually a targeted virtual profile belonging to the couple which is allocated to the logical communication channel through which a specific signal is received by the secure element, the other virtual profile remaining continuously enabled.
A computer-implemented method of arranging text items in a predefined order, comprising: - storing, in the memory of a peripheral device, a collection of multiple text items arranged in multiple sets of text items and in multiple groups of text items; and - storing a respective code item with a respective group of text items; CHARACTERIZED in - storing a sort key that has values that designate a predefined order of the text items in each set; wherein the sort key is appended to the text items and comprises at least one character with a value within the Private Use range of the Unicode format. - storing, in the memory of a peripheral device, a collection of multiple text items arranged in multiple sets of text items and in multiple groups of text items; and - storing a respective code item with a respective group of text items; CHARACTERIZED in - storing a sort key that has values that designate a predefined order of the text items in each set; wherein the sort key is appended to the text items and comprises at least one character with a value within the Private Use range of the Unicode format.
A method for disabling one or more features at a computing device (120, 122, 124, 126, 128, 210, 310, 410, 500), the method comprising, at the computing device: receiving a first signal, the first signal directing the computing device to enter a monitoring mode; receiving, while in the monitoring mode, a second signal indicating a non-exclusion zone, the second signal indicating the computing device can operate normally; reporting to a system administrator receipt of the second signal, wherein the second signal is received periodically; receiving, while in the monitoring mode, a third signal, the third signal indicating an exclusion zone and specifying one or more features on the computing device to be disabled; responsive to the receipt of the third signal: disabling the one or more features on the computing device; reporting receipt of the third signal to the system administrator; the method further comprising: responsive to no longer detecting the third signal while detecting the second signal enabling the one or more disabled features. receiving a first signal, the first signal directing the computing device to enter a monitoring mode; receiving, while in the monitoring mode, a second signal indicating a non-exclusion zone, the second signal indicating the computing device can operate normally; reporting to a system administrator receipt of the second signal, wherein the second signal is received periodically; receiving, while in the monitoring mode, a third signal, the third signal indicating an exclusion zone and specifying one or more features on the computing device to be disabled; responsive to the receipt of the third signal: disabling the one or more features on the computing device; reporting receipt of the third signal to the system administrator; disabling the one or more features on the computing device; reporting receipt of the third signal to the system administrator; the method further comprising: responsive to no longer detecting the third signal while detecting the second signal enabling the one or more disabled features.
A process for preparing a compound represented by Formula: wherein R 1a and R 1b are independently selected from the group consisting of H, Ci-s alkyl, Ci-s alkoxy, and halogen; R 2a and R 2b are independently selected from the group consisting of H, CN, and halo; R 3 is selected from the group consisting of H, C 1-8 alkyl, and halogen; X is a leaving group selected from the group consisting of a halogen and an O-sulfonate ester, said process comprising: a) contacting a compound of Formula wherein R 4 is selected from the group consisting of Ci-Cs alkyl and C 3 -C 8 cycloalkyl, each of which is optionally substituted with from 1 to 6 members independently selected from the group consisting ofF and Cl; with a guanidine reagent and a solvent system comprising at least one halogenated alcohol to obtain a compound of Formula and b) replacing the hydroxy group of Formula to form a compound of Formula. R 1a and R 1b are independently selected from the group consisting of H, Ci-s alkyl, Ci-s alkoxy, and halogen; R 2a and R 2b are independently selected from the group consisting of H, CN, and halo; R 3 is selected from the group consisting of H, C 1-8 alkyl, and halogen; X is a leaving group selected from the group consisting of a halogen and an O-sulfonate ester, a) contacting a compound of Formula wherein R 4 is selected from the group consisting of Ci-Cs alkyl and C 3 -C 8 cycloalkyl, each of which is optionally substituted with from 1 to 6 members independently selected from the group consisting ofF and Cl; with a guanidine reagent and a solvent system comprising at least one halogenated alcohol to obtain a compound of Formula and wherein R 4 is selected from the group consisting of Ci-Cs alkyl and C 3 -C 8 cycloalkyl, each of which is optionally substituted with from 1 to 6 members independently selected from the group consisting ofF and Cl; with a guanidine reagent and a solvent system comprising at least one halogenated alcohol to obtain a compound of Formula and b) replacing the hydroxy group of Formula to form a compound of Formula.
A well tool for use with a subterranean well, the well tool comprising: a flow passage for well fluid, the flow passage extending longitudinally through the well tool; an internal chamber containing a dielectric fluid; a flow path which provides pressure communication between the internal chamber and the flow passage, and which includes at least two reversals in flow direction, thereby preventing migration of well fluid into the internal chamber, wherein the flow path comprises multiple flow path sections (50a to 50n) that extend longitudinally from an upper manifold to a lower manifold, wherein alternating opposite ends of adjacent flow path sections are placed in fluid communication with each other by the upper and lower manifolds, and wherein each of the upper and lower manifolds is connected to at least three flow path sections; and an actuator in the dielectric fluid. a flow passage for well fluid, the flow passage extending longitudinally through the well tool; an internal chamber containing a dielectric fluid; a flow path which provides pressure communication between the internal chamber and the flow passage, and which includes at least two reversals in flow direction, thereby preventing migration of well fluid into the internal chamber, wherein the flow path comprises multiple flow path sections (50a to 50n) that extend longitudinally from an upper manifold to a lower manifold, wherein alternating opposite ends of adjacent flow path sections are placed in fluid communication with each other by the upper and lower manifolds, and wherein each of the upper and lower manifolds is connected to at least three flow path sections; and an actuator in the dielectric fluid.
A method of heat treating lumber using an elongated enclosure comprising a first chamber, a second chamber adjoining the first chamber, first and second charge entry portals at a proximal end of the elongated enclosure, first and second charge exit portals at an opposite distal end of the elongated enclosure, a longitudinal axis that extends through at least the second chamber, a first flow path extending through the elongated enclosure from the first charge entry portal to the first charge exit portal, and a second flow path extending through the elongated enclosure from the second charge entry portal to the second charge exit portal, wherein the flow paths are on opposites sides of, and generally parallel to, the longitudinal axis, the method comprising: moving a first plurality of lumber charges along the first flow path in a first direction of travel and a second plurality of lumber charges along the second flow path in said first direction of travel, such that at least some of the lumber charges are positioned within the first chamber while others of the lumber charges are positioned within the second chamber; supplying heated air to the interior of the second chamber, wherein supplying the heated air causes a pressure differential between the second chamber and the first chamber; recirculating heated air received from the second chamber across the first and second flow paths (122, 126) within the first chamber while moving the lumber charges along the flow paths; and reducing airflow through the first and second charge exit portals from the second chamber. moving a first plurality of lumber charges along the first flow path in a first direction of travel and a second plurality of lumber charges along the second flow path in said first direction of travel, such that at least some of the lumber charges are positioned within the first chamber while others of the lumber charges are positioned within the second chamber; supplying heated air to the interior of the second chamber, wherein supplying the heated air causes a pressure differential between the second chamber and the first chamber; recirculating heated air received from the second chamber across the first and second flow paths (122, 126) within the first chamber while moving the lumber charges along the flow paths; and reducing airflow through the first and second charge exit portals from the second chamber.
A bus bar module having a first part and a second part provided on a body part configured to have a metallic material and a case made of synthetic resin, the bus bar module comprising: a first hinge cover connected indirectly through a first hinge part to the case of the body part; a second hinge cover connected directly through a second hinge part to the case of the body part; and a third hinge cover connected indirectly through a third hinge part to the case of the body part; wherein the first to third hinge covers (63 - 67) and the first to third hinge parts (69 - 73) are made of synthetic resin and integrally formed with the case of the body part, wherein in an initial state of the bus bar module, an undercut part does not exist in the case of the body part, the first to third hinge covers (63 - 67) and the first to third hinge parts (69 - 73), the second hinge cover is arranged to be bent at the second hinge part at a predetermined angle so that at least a part of the second hinge cover covers the first part, and the first hinge cover is arranged to be bent at the first hinge part at a predetermined angle, and the third hinge cover is arranged to be bent at the third hinge part at a predetermined angle so that at least a part of the third hinge cover covers the second part, wherein the second hinge cover is connected through the second hinge part to the case of the body part, the first hinge cover is connected through the first hinge part to the second hinge cover, and the third hinge cover is connected through the third hinge part to the first hinge cover. a first hinge cover connected indirectly through a first hinge part to the case of the body part; a second hinge cover connected directly through a second hinge part to the case of the body part; and a third hinge cover connected indirectly through a third hinge part to the case of the body part; wherein the first to third hinge covers (63 - 67) and the first to third hinge parts (69 - 73) are made of synthetic resin and integrally formed with the case of the body part, wherein in an initial state of the bus bar module, an undercut part does not exist in the case of the body part, the first to third hinge covers (63 - 67) and the first to third hinge parts (69 - 73), the second hinge cover is arranged to be bent at the second hinge part at a predetermined angle so that at least a part of the second hinge cover covers the first part, and the first hinge cover is arranged to be bent at the first hinge part at a predetermined angle, and the third hinge cover is arranged to be bent at the third hinge part at a predetermined angle so that at least a part of the third hinge cover covers the second part, wherein the second hinge cover is connected through the second hinge part to the case of the body part, the first hinge cover is connected through the first hinge part to the second hinge cover, and the third hinge cover is connected through the third hinge part to the first hinge cover.
A bonding apparatus (8;18) for bonding a patch containing a reinforcing fiber to a bonded section on a surface portion of a corner section of an object member, the bonding apparatus (8;18) comprising: a pushing member (30;30P) configured to be disposed to push a surface of the patch in response to an application force; a biasing unit configured to be disposed to give the application force to the pushing member (30;30P); a heating unit configured to be disposed to heat the patch; and a bag member configured to be disposed to cover the surface portion containing the bonded section of the object member, the patch, the heating unit and the pushing member (30;30P) such that an inside of the bag member can be decompressed and the application force is an atmosphere pressure that biases the pushing member (30;30P) toward a direction of the corner section through the decompressed bag member, and such that the biasing unit can be arranged outside a closed space formed from the bag member and the object member to bias the pushing member (30;30P) toward the patch, wherein the biasing unit comprises a giving member for giving the application force to the corner section and a part of the object member extending from the corner section, wherein the biasing unit further comprises an inclination block and a sliding block, wherein the inclination block has a sliding slope along which the sliding block and the giving member slide, and wherein the sliding block is arranged to slide along the sliding slope to convert a clamp force in a direction different from a direction of the corner section to the application force in the direction of the corner section to transfer to the giving member. a pushing member (30;30P) configured to be disposed to push a surface of the patch in response to an application force; a biasing unit configured to be disposed to give the application force to the pushing member (30;30P); a heating unit configured to be disposed to heat the patch; and a bag member configured to be disposed to cover the surface portion containing the bonded section of the object member, the patch, the heating unit and the pushing member (30;30P) such that an inside of the bag member can be decompressed and the application force is an atmosphere pressure that biases the pushing member (30;30P) toward a direction of the corner section through the decompressed bag member, and such that the biasing unit can be arranged outside a closed space formed from the bag member and the object member to bias the pushing member (30;30P) toward the patch, wherein the biasing unit comprises a giving member for giving the application force to the corner section and a part of the object member extending from the corner section, wherein the biasing unit further comprises an inclination block and a sliding block, wherein the inclination block has a sliding slope along which the sliding block and the giving member slide, and wherein the sliding block is arranged to slide along the sliding slope to convert a clamp force in a direction different from a direction of the corner section to the application force in the direction of the corner section to transfer to the giving member.
Injection device for an internal combustion engine, having a first injection arrangement for injecting fuel of a first fuel composition and having a second injection arrangement for injecting fuel of a second fuel composition which has a lower ethanol fraction than the first fuel composition, wherein the first injection arrangement has at least one first injection valve for injecting fuel of the first fuel composition both in the direction of a first inlet opening of a combustion chamber of the internal combustion engine and in the direction of a second inlet opening of the combustion chamber, characterized in that the second injection arrangement has a second injection valve for injecting fuel of the second fuel composition substantially only in the direction of the first inlet opening and has a separate, third injection valve for injecting fuel of the second fuel composition substantially only in the direction of the second inlet opening, and in that the spacing between the second injection valve and the first inlet opening and the spacing between the third injection valve and the second inlet opening is in each case smaller than the spacing between the at least one first injection valve and the first or second inlet opening (10, 20).
An apparatus for applying plate-like façade elements to a building-side subsurface or to a substructure fastened to a building-side subsurface, comprising a support profile and a sliding retainer, wherein the sliding retainer has a plate-like portion which can be inserted in a guide in the support profile so that the sliding retainer is displaceable in a first direction (x) relative to the support profile, and wherein a profile is conformed on the back of the plate-like portion of the sliding retainer, which profile consists of a plurality of serrations (6.1) and/or grooves (6.2) extending parallel to the first direction (x) and can be brought into engagement with a countermatching profile of the support profile, so that the sliding retainer can be positioned in a second direction (y) extending perpendicularly to the first direction (x), characterized in that the first direction x extends horizontally, the second direction y extends vertically, and a third direction z extends perpendicularly to the plane of the building-side subsurface, and that the apparatus comprises a clamping strip, at least a portion of which can be inserted in the guide of the support profile, so that the sliding retainer is held in the guide by both force- and form-fitting means.
A method for generating and forwarding translated MAC addresses comprising: receiving a message containing an original MAC address; translating the original MAC address to a variable, end station identifier value, that is derived from data bits in the original MAC address, by consulting one or more translation tables to select the variable, end station identifier value from variable, end station identifier values stored in the one or more translation tables; converting the original MAC address into a translated address that includes a NODE PREFIX value that uniquely identifies a node and the selected, variable an end station identifier value; and forwarding the message containing the converted, translated address on to a next node. receiving a message containing an original MAC address; translating the original MAC address to a variable, end station identifier value, that is derived from data bits in the original MAC address, by consulting one or more translation tables to select the variable, end station identifier value from variable, end station identifier values stored in the one or more translation tables; converting the original MAC address into a translated address that includes a NODE PREFIX value that uniquely identifies a node and the selected, variable an end station identifier value; and forwarding the message containing the converted, translated address on to a next node.
A hydraulic punch tool comprising: a nonpowered master cylinder including a linearly displaceable first ram movably disposed within a first chamber; a slave cylinder including a linearly displaceable second ram movably disposed within a second chamber, the slave cylinder further including provisions for releasably engaging a punch tool work head; a rigid support arm extending between the master cylinder and the slave cylinder, the support arm providing hydraulic fluid communication between the first chamber of the master cylinder and the second chamber of the slave cylinder, wherein linear displacement of the first ram within the first chamber results in linear displacement of the second ram within the second chamber; wherein the slave cylinder is pivotally positionable relative to the master cylinder; characterized in that the master cylinder further includes provisions for releasably engaging a powered tool including an extendable member, and wherein the slave cylinder is pivotally positionable about a pivot axis that is oriented transverse to the extension axis of the first ram of the master cylinder and the pivot axis is oriented transverse to an extension axis of the second ram of the slave cylinder. a nonpowered master cylinder including a linearly displaceable first ram movably disposed within a first chamber; a slave cylinder including a linearly displaceable second ram movably disposed within a second chamber, the slave cylinder further including provisions for releasably engaging a punch tool work head; a rigid support arm extending between the master cylinder and the slave cylinder, the support arm providing hydraulic fluid communication between the first chamber of the master cylinder and the second chamber of the slave cylinder, wherein linear displacement of the first ram within the first chamber results in linear displacement of the second ram within the second chamber; wherein the slave cylinder is pivotally positionable relative to the master cylinder;