mhurhangee/ep-ind-claims huggingface dataset:
A method of synchronizing a Media Access Control, MAC, address, wherein the method comprises: notifying, by a first Virtual Extensible Local Area Network, VXLAN, Tunnel End Point, VTEP, a first mapping relationship configured on a first aggregation port and a first Internet Printing Protocol, IPP, port of the first VTEP to a second VTEP, so that the second VTEP configures the first mapping relationship on a second aggregation port and a second IPP port of the second VTEP, wherein: the first VTEP and the second VTEP belong to the same multi-chassis link aggregation system; the first mapping relationship represents a mapping relationship of a first tag Identifier, ID, of a first port of the first VTEP to a first Virtual Extensible Local Area Network, VXLAN, ID; and a second tag ID of a second port of the second VTEP is different from the first tag ID; receiving, by the first VTEP, a successful configuration message returned by the second VTEP after the second VTEP successfully configures the first mapping relationship on the second aggregation port and the second IPP port of the second VTEP; and sending, by the first VTEP, a first MAC address to the second IPP port via the first IPP port, wherein the first MAC address is the MAC address of a device accessing the first VTEP via the first port. notifying, by a first Virtual Extensible Local Area Network, VXLAN, Tunnel End Point, VTEP, a first mapping relationship configured on a first aggregation port and a first Internet Printing Protocol, IPP, port of the first VTEP to a second VTEP, so that the second VTEP configures the first mapping relationship on a second aggregation port and a second IPP port of the second VTEP, wherein: the first VTEP and the second VTEP belong to the same multi-chassis link aggregation system; the first mapping relationship represents a mapping relationship of a first tag Identifier, ID, of a first port of the first VTEP to a first Virtual Extensible Local Area Network, VXLAN, ID; and a second tag ID of a second port of the second VTEP is different from the first tag ID; receiving, by the first VTEP, a successful configuration message returned by the second VTEP after the second VTEP successfully configures the first mapping relationship on the second aggregation port and the second IPP port of the second VTEP; and the first VTEP and the second VTEP belong to the same multi-chassis link aggregation system; the first mapping relationship represents a mapping relationship of a first tag Identifier, ID, of a first port of the first VTEP to a first Virtual Extensible Local Area Network, VXLAN, ID; and a second tag ID of a second port of the second VTEP is different from the first tag ID; receiving, by the first VTEP, a successful configuration message returned by the second VTEP after the second VTEP successfully configures the first mapping relationship on the second aggregation port and the second IPP port of the second VTEP; and sending, by the first VTEP, a first MAC address to the second IPP port via the first IPP port, wherein the first MAC address is the MAC address of a device accessing the first VTEP via the first port.
Method of imaging a substrate (205, 208) wherein an image is generated on the surface of the substrate (205, 208) and the imaging operation generates at least one image area containing a bar code (1, 2, 3, 4), wherein a first computer generates a file comprising artwork for imaging the substrate (205, 208), the file is generated in a page description language PDL, preferably PDF, a first section is created within a first region of the file, said first section describing a first bar code (1, 2, 3, 4), said region becoming unequivocally identifiable due to the use of identification elements of the PDL, having been generated, the file is saved on a storage medium or sent to a second computer as a data stream, the file is reopened by the first or second computer (200, 204), the first region of the file is identified by means of the identification elements, characterized in that the first bar code (1, 2, 3, 4) is accessed and modifications are made to the information content of the first bar code (1, 2, 3, 4), a first region modified in terms of content is generated in the file using the modified information content, and, based on this file, the substrate (205, 208) is imaged in an imaging device (206, 207, 209) and the bar code (1, 2, 3, 4) is physically generated in the at least one image region, factoring in the modifications to the information content. wherein a first computer generates a file comprising artwork for imaging the substrate (205, 208), the file is generated in a page description language PDL, preferably PDF, a first section is created within a first region of the file, said first section describing a first bar code (1, 2, 3, 4), said region becoming unequivocally identifiable due to the use of identification elements of the PDL, having been generated, the file is saved on a storage medium or sent to a second computer as a data stream, the file is reopened by the first or second computer (200, 204), the first region of the file is identified by means of the identification elements, characterized in that the first bar code (1, 2, 3, 4) is accessed and modifications are made to the information content of the first bar code (1, 2, 3, 4), a first region modified in terms of content is generated in the file using the modified information content, and, based on this file, the substrate (205, 208) is imaged in an imaging device (206, 207, 209) and the bar code (1, 2, 3, 4) is physically generated in the at least one image region, factoring in the modifications to the information content.
A gas turbine engine comprising: a variable geometry combustor (206, 206', 206") having fuel injectors, a rich-burn zone, a quick-quench zone, and a lean-burn zone, and further comprising quench ports for admitting quench air to the quick-quench zone; a variable geometry airflow arrangement for the variable geometry combustor, which is configured to vary an airflow through the fuel injectors and/or the quench ports; and a control system configured to control the variable geometry airflow arrangement in dependence upon an airflow delivered to the combustor, a fuel flow to the fuel injectors, and a target index of soot emissions to control the quantity of soot produced by combustion, wherein the control system is configured to derive the target index of soot emissions in dependence upon an atmospheric condition which is causative of a condensation trail; and, wherein the control system is configured to respond to a decrease in the target index of soot emissions by controlling the variable geometry airflow arrangement to decrease the airflow through the quench ports relative to the airflow through the fuel injectors. a variable geometry combustor (206, 206', 206") having fuel injectors, a rich-burn zone, a quick-quench zone, and a lean-burn zone, and further comprising quench ports for admitting quench air to the quick-quench zone; a variable geometry airflow arrangement for the variable geometry combustor, which is configured to vary an airflow through the fuel injectors and/or the quench ports; and a control system configured to control the variable geometry airflow arrangement in dependence upon an airflow delivered to the combustor, a fuel flow to the fuel injectors, and a target index of soot emissions to control the quantity of soot produced by combustion, wherein the control system is configured to derive the target index of soot emissions in dependence upon an atmospheric condition which is causative of a condensation trail; and, wherein the control system is configured to respond to a decrease in the target index of soot emissions by controlling the variable geometry airflow arrangement to decrease the airflow through the quench ports relative to the airflow through the fuel injectors.
A microemulsion comprising: (i) a plant-based antioxidant, wherein the plant-based antioxidant is selected from the group consisting of green tea extract, mint extract, rosemary, apple, acerola, olive, curcumin, phenolic acids, phenolic diterpenes, flavonoids, volatile oils, limonene, and combinations of any thereof; (ii) water; (iii) at least one surfactant, wherein said at least one surfactant includes lecithin; (iv) mono/diglycerides from medium chain triglycerides; (v) ascorbic acid; (vi) mixed tocopherols; and (vii) a non-polar solvent. (i) a plant-based antioxidant, wherein the plant-based antioxidant is selected from the group consisting of green tea extract, mint extract, rosemary, apple, acerola, olive, curcumin, phenolic acids, phenolic diterpenes, flavonoids, volatile oils, limonene, and combinations of any thereof; (ii) water; (iii) at least one surfactant, wherein said at least one surfactant includes lecithin; (iv) mono/diglycerides from medium chain triglycerides; (v) ascorbic acid; (vi) mixed tocopherols; and (vii) a non-polar solvent.
A composition comprising an anti-agglomerant of the following formula and optionally salts thereof: wherein each R 1 is independently absent, C 1 -C 10 alkyl, benzyl, or H; wherein R 2 is C 1 -C 10 alkyl; wherein R 3 is C 1 -C 10 alkyl; and wherein R 4 is C 4 -C 22 alkyl or alkenyl; optionally further comprising at least one polar or nonpolar solvent or a mixture thereof. wherein R 2 is C 1 -C 10 alkyl; wherein R 3 is C 1 -C 10 alkyl; and wherein R 4 is C 4 -C 22 alkyl or alkenyl; optionally further comprising at least one polar or nonpolar solvent or a mixture thereof.
A scroll-type fluid machine which includes: a fixed scroll including a spiral-shaped lap part; and an orbiting scroll which is provided facing the fixed scroll and which includes a spiral-shaped lap part orbiting to form a plurality of compression chambers (5, 5a, 5b, 5c, 5a', 5b', 5c', 5d, 5e, 5f, 5d', 5e', 5f) between the lap part of the fixed scroll and the lap part of the orbiting scroll, characterized in that the lap part (4, 3) of at least one of the fixed scroll and the orbiting scroll includes a concave portion which is provided at least at a portion of one lateral surface of the lap part where a deformation amount toward an outer circumference of an inner line on the tooth tip side of the lap part (3, 4) is smaller than a deformation amount toward an outer circumference of an outer line on the tooth joint side, and includes a convex portion (9, 9a) which is provided at least at a portion of one lateral surface of the lap part (3, 4) where a deformation amount toward an outer circumference of an inner line on the tooth tip side of the lap part (3, 4) is larger than a deformation amount toward an outer circumference of an outer line on the tooth joint side while in a compression operation, wherein the positions to provide the concave portion and the convex portion on the lap part (3, 4) of at least one of the fixed scroll and the orbiting scroll are determined by comparing the deformation amount of the inner line on the tooth tip side of the lap part of the fixed scroll and the deformation amount of the outer line on the tooth joint side of the lap part of the opposing orbiting scroll, and the convex portion (9, 9a) and the concave portion are provided in a plurality of regions of the lap part. the lap part (4, 3) of at least one of the fixed scroll and the orbiting scroll includes a concave portion which is provided at least at a portion of one lateral surface of the lap part where a deformation amount toward an outer circumference of an inner line on the tooth tip side of the lap part (3, 4) is smaller than a deformation amount toward an outer circumference of an outer line on the tooth joint side, and includes a convex portion (9, 9a) which is provided at least at a portion of one lateral surface of the lap part (3, 4) where a deformation amount toward an outer circumference of an inner line on the tooth tip side of the lap part (3, 4) is larger than a deformation amount toward an outer circumference of an outer line on the tooth joint side while in a compression operation, wherein the positions to provide the concave portion and the convex portion on the lap part (3, 4) of at least one of the fixed scroll and the orbiting scroll are determined by comparing the deformation amount of the inner line on the tooth tip side of the lap part of the fixed scroll and the deformation amount of the outer line on the tooth joint side of the lap part of the opposing orbiting scroll, and the convex portion (9, 9a) and the concave portion are provided in a plurality of regions of the lap part.
Box for electrical network equipment, comprising a concave compartment with one open face and a lid so that the open face can be exposed or covered whenever required, the lid and the compartment being assembled by at least one hinge, and means of blocking the lid in a position in which the open face is exposed, the hinge comprising two hinge pins in line with each other at one end of the lid and two housings into which the hinge pins fit on two opposite side faces of the compartment, wherein the reception housings are grooves extending on the side faces between a front end closer to the opening face and a back end further away from the opening face and in which the hinge pins slide, and the blocking means consist of at least one projection of the lid contained in the compartment when the lid is in position to cover the open face, and adjacent to said end of the lid, characterised in that grooves comprise a bent portion (11, 12) at least at one end.
An elbow prosthesis comprising: a humeral component comprising a yoke having first and second ears (124,126) extending from a base of the yoke; an ulnar component comprising an ulnar head; a pin extending through the ulnar head and connected to the first and second ears to enable the ulnar head to pivot about the pin to facilitate movement of the ulnar component relative to the humeral component; a humeral bearing assembly having one or more features (190, 194) for a press fit engagement of the humeral bearing assembly with the yoke of the humeral component; and an ulnar bearing assembly connected to the ulnar component and having one or more features (198,236,218) for a press fit engagement of the ulnar bearing assembly with the yoke of the humeral component, characterised in that the ulnar bearing assembly comprises a first ulnar bearing and a second ulnar bearing, wherein the first ulnar bearing and the second ulnar bearing are independent of each other, the first ulnar bearing being adapted to be positioned between the first ear of the yoke and the ulnar head, and the second ulnar bearing being adapted to be positioned between the second ear of the yoke and the ulnar head. a humeral component comprising a yoke having first and second ears (124,126) extending from a base of the yoke; an ulnar component comprising an ulnar head; a pin extending through the ulnar head and connected to the first and second ears to enable the ulnar head to pivot about the pin to facilitate movement of the ulnar component relative to the humeral component; a humeral bearing assembly having one or more features (190, 194) for a press fit engagement of the humeral bearing assembly with the yoke of the humeral component; and an ulnar bearing assembly connected to the ulnar component and having one or more features (198,236,218) for a press fit engagement of the ulnar bearing assembly with the yoke of the humeral component, characterised in that the ulnar bearing assembly comprises a first ulnar bearing and a second ulnar bearing, wherein the first ulnar bearing and the second ulnar bearing are independent of each other, the first ulnar bearing being adapted to be positioned between the first ear of the yoke and the ulnar head, and the second ulnar bearing being adapted to be positioned between the second ear of the yoke and the ulnar head.
A method of forming a microelectronic structure, said method comprising: (a) providing a substrate having a surface; (b) applying a photosensitive composition to form an imaging layer adjacent said substrate surface, said composition comprising a component selected from the group consisting of polymers, oligomers, and monomers; (c) crosslinking said component in said imaging layer to yield a crosslinked imaging layer, said crosslinked imaging layer having a k value of from about 0.2 to about 0,5 at the wavelength of use; (d) applying a photoresist to an upper surface of said imaging layer; (e) exposing portions of said crosslinked imaging layer and said photoresist to light to yield light-exposed portions (26,27) in said imaging layer and said photoresist; (f) contacting said imaging layer and said photoresist with a developer so as to remove said light-exposed portions (26,27) from said substrate, yielding a patterned imaging layer; (g) exposing additional portions of said crosslinked imaging layer and said photoresist to light to yield other light-exposed portions (26, 27) in said imaging layer and said photoresist; and (h) contacting said imaging layer and said photoresist with additional developer so as to remove said other light-exposed portions (26,27) from said substrate, yielding a further patterned imaging layer. (a) providing a substrate having a surface; (b) applying a photosensitive composition to form an imaging layer adjacent said substrate surface, said composition comprising a component selected from the group consisting of polymers, oligomers, and monomers; (c) crosslinking said component in said imaging layer to yield a crosslinked imaging layer, said crosslinked imaging layer having a k value of from about 0.2 to about 0,5 at the wavelength of use; (d) applying a photoresist to an upper surface of said imaging layer; (e) exposing portions of said crosslinked imaging layer and said photoresist to light to yield light-exposed portions (26,27) in said imaging layer and said photoresist; (f) contacting said imaging layer and said photoresist with a developer so as to remove said light-exposed portions (26,27) from said substrate, yielding a patterned imaging layer; (g) exposing additional portions of said crosslinked imaging layer and said photoresist to light to yield other light-exposed portions (26, 27) in said imaging layer and said photoresist; and (h) contacting said imaging layer and said photoresist with additional developer so as to remove said other light-exposed portions (26,27) from said substrate, yielding a further patterned imaging layer.
A composition comprising: (a) V-segment primers comprising at least 45 forward primers consisting of the nucleotide sequences of SEQ ID NOs: 1-45, wherein each of the 45 forward primers is modified at the 5' end with a universal forward primer sequence compatible with a DNA sequencer; and (b) J-segment primers comprising at least 13 reverse primers consisting of the nucleotide sequences of SEQ ID NOs: 46-57 and 483, wherein each of the 13 reverse primers is modified at the 5' end with a universal reverse primer sequence compatible with a DNA sequencer. (a) V-segment primers comprising at least 45 forward primers consisting of the nucleotide sequences of SEQ ID NOs: 1-45, wherein each of the 45 forward primers is modified at the 5' end with a universal forward primer sequence compatible with a DNA sequencer; and (b) J-segment primers comprising at least 13 reverse primers consisting of the nucleotide sequences of SEQ ID NOs: 46-57 and 483, wherein each of the 13 reverse primers is modified at the 5' end with a universal reverse primer sequence compatible with a DNA sequencer.
A non-aqueous wellbore servicing fluid comprising a rheology modifier wherein the rheology modifier comprises a reaction product of a polysulfide, a dimer acid and a polyfunctional amine, wherein the polyfunctional amine comprises a molecule containing at least two amine groups, and wherein the nonaqueous wellbore servicing fluid comprises an oil-based mud.
A urinary catheter assembly, comprising: a urinary catheter (710', 804) including a lateral wall with an inner surface 724) defining a lumen, and a proximal end portion defining at least one eye (708', 722, 814) in the lateral wall; and a protective sleeve tip (700', 802) defining an interior cavity receiving the proximal end portion of the urinary catheter, wherein the protective sleeve tip is formed of a thin film material and includes at least one projection (706', 812) extending into the interior cavity, at least partially received by the at least one eye of the urinary catheter, and detachably secured to the inner surface of the urinary catheter at a location opposite the at least one eye such that the at least one projection provides a retention feature without significantly resisting detachment from the urinary catheter when the urinary catheter is moved proximally with respect to the protective sleeve tip. a urinary catheter (710', 804) including a lateral wall with an inner surface 724) defining a lumen, and a proximal end portion defining at least one eye (708', 722, 814) in the lateral wall; and a protective sleeve tip (700', 802) defining an interior cavity receiving the proximal end portion of the urinary catheter, wherein the protective sleeve tip is formed of a thin film material and includes at least one projection (706', 812) extending into the interior cavity, at least partially received by the at least one eye of the urinary catheter, and detachably secured to the inner surface of the urinary catheter at a location opposite the at least one eye such that the at least one projection provides a retention feature without significantly resisting detachment from the urinary catheter when the urinary catheter is moved proximally with respect to the protective sleeve tip.
An electronic device having parallel first and second surfaces (601, 608), the electronic device comprising: a first antenna disposed between the first and second surfaces (601, 608) of the electronic device and in parallel with the first and second surfaces (601, 608) of the electronic device, the first antenna configured to output a signal in a first direction; a second antenna disposed between the second surface of the electronic device and the first antenna and in parallel with the first and second surfaces (601, 608) of the electronic device, the second antenna configured to output a signal in a second direction; characterized in that the electronic device further comprises a magnetic stripe transmission integrated circuit MST IC configured to control the first and second antennas; and a processor configured to control, when a payment mode is executed, the MST IC such that one of the first and second antennas (430, 440) outputs a magnetic stripe transmission MST signal and the other one of the first and second antennas (430, 440) outputs a jamming signal for interfering with wiretapping of the MST signal. a first antenna disposed between the first and second surfaces (601, 608) of the electronic device and in parallel with the first and second surfaces (601, 608) of the electronic device, the first antenna configured to output a signal in a first direction; a second antenna disposed between the second surface of the electronic device and the first antenna and in parallel with the first and second surfaces (601, 608) of the electronic device, the second antenna configured to output a signal in a second direction; characterized in that the electronic device further comprises a magnetic stripe transmission integrated circuit MST IC configured to control the first and second antennas; and a processor configured to control, when a payment mode is executed, the MST IC such that one of the first and second antennas (430, 440) outputs a magnetic stripe transmission MST signal and the other one of the first and second antennas (430, 440) outputs a jamming signal for interfering with wiretapping of the MST signal.