mhurhangee/ep-ind-claims huggingface dataset:
A drilling method comprising: advancing a drill string while pumping drilling fluid through a bore of the drill string during active drilling periods, the active drilling periods separated by flow-off periods during which the flow of drilling fluid through the drill string is discontinued; and, communicating telemetry data from a downhole system (20; 40, 40A, 50) comprising an EM telemetry subsystem (46A; 75) and a MP telemetry subsystem (46B; 85) to surface equipment using the MP telemetry subsystem (46B; 85) configured to transmit the telemetry data according to a first MP data communication protocol; characterized in that the method comprises, establishing a changed MP data communication protocol different from the first MP data communication protocol, the changed MP data communication protocol representing the telemetry data differently than the first MP data communication protocol, the changed MP data communication protocol to be used for transmitting data to the surface equipment using the MP telemetry subsystem (46B; 85) after commencement of an active drilling period after a flow-off period, and during the flow-off period, using the EM telemetry subsystem (46A; 75), transmitting header information, the header information specifying how data will be transmitted from the downhole system (20; 40, 40A, 50) to the surface equipment by the MP telemetry subsystem (46B; 85) configured to transmit the telemetry data according to the changed MP data communication protocol. advancing a drill string while pumping drilling fluid through a bore of the drill string during active drilling periods, the active drilling periods separated by flow-off periods during which the flow of drilling fluid through the drill string is discontinued; and, communicating telemetry data from a downhole system (20; 40, 40A, 50) comprising an EM telemetry subsystem (46A; 75) and a MP telemetry subsystem (46B; 85) to surface equipment using the MP telemetry subsystem (46B; 85) configured to transmit the telemetry data according to a first MP data communication protocol; characterized in that the method comprises, establishing a changed MP data communication protocol different from the first MP data communication protocol, the changed MP data communication protocol representing the telemetry data differently than the first MP data communication protocol, the changed MP data communication protocol to be used for transmitting data to the surface equipment using the MP telemetry subsystem (46B; 85) after commencement of an active drilling period after a flow-off period, and during the flow-off period, using the EM telemetry subsystem (46A; 75), transmitting header information, the header information specifying how data will be transmitted from the downhole system (20; 40, 40A, 50) to the surface equipment by the MP telemetry subsystem (46B; 85) configured to transmit the telemetry data according to the changed MP data communication protocol.
A method for access, comprising: when a user equipment, UE, accesses a Second Generation or 3rd Generation, 2G or 3G, network, finding, by a Serving General Packet Radio Service, GPRS, Support Node, SGSN, an address of a corresponding old entity according to an old Routing Area Identification, old RAI, and a Packet Temporary Mobile Subscriber Identity, P-TMSI, carried by the UE; obtaining, by the SGSN, a UE context of the UE from the corresponding old entity; and wherein if the corresponding old entity is an old Mobility Management Entity, MME, the obtaining, by the SGSN, the UE context from the corresponding old entity, comprises: obtaining, by the SGSN, the UE context of the UE from the old MME, wherein the UE context of the UE is found and returned by the old MME by reconstructing a Global Unique Temporary Identity, GUTI, from the old RAI and the P-TMSI. when a user equipment, UE, accesses a Second Generation or 3rd Generation, 2G or 3G, network, finding, by a Serving General Packet Radio Service, GPRS, Support Node, SGSN, an address of a corresponding old entity according to an old Routing Area Identification, old RAI, and a Packet Temporary Mobile Subscriber Identity, P-TMSI, carried by the UE; obtaining, by the SGSN, a UE context of the UE from the corresponding old entity; and wherein if the corresponding old entity is an old Mobility Management Entity, MME, the obtaining, by the SGSN, the UE context from the corresponding old entity, comprises: obtaining, by the SGSN, the UE context of the UE from the old MME, wherein the UE context of the UE is found and returned by the old MME by reconstructing a Global Unique Temporary Identity, GUTI, from the old RAI and the P-TMSI. obtaining, by the SGSN, the UE context of the UE from the old MME, wherein the UE context of the UE is found and returned by the old MME by reconstructing a Global Unique Temporary Identity, GUTI, from the old RAI and the P-TMSI.
Refrigerator, in particular domestic refrigerator, having a heat-insulated inner container which forms a storage space for refrigerated items, at least one shelf for storing refrigerated items, and at least two retaining grooves for the shelf which are arranged opposite the inner container, and having a support rail with an attachment section which is designed to be placed into the retaining groove, in order to hold the support rail on the inner container, and with a guide section which is designed to displaceably guide the shelf in order to mount the shelf in the storage space so that it can be pulled out, wherein the retaining grooves are arranged on opposite side walls (4a, 4b) of the inner container in tiers in a plurality of vertical positions repetitively, characterised in that the shelf has a strip which encompasses the guide section from above.
Vacuum cleaner dust container comprising a base body accommodating a dust collecting chamber adapted to be coupled to a cyclonic dust separation unit of a vacuum cleaner, and comprising a lid adapted to close a discharge opening of the dust collecting chamber, and further comprising an actuating mechanism coupled between the lid and base body and adapted for controlling opening and/or closing movements of the lid, wherein the actuating mechanism is hingedly and/or slidably connected to the lid and is movably and/or hingedly connected to the base body.
Method for installing a mounting of elastomeric material having at least an electronic module against a wall of a tyre, comprising steps in which: i) a mould cavity is provided in a mould; ii) a counter-shape having a profile corresponding to that of the mounting to be moulded is placed in the mould cavity,the counter-shape is arranged in a removable manner; iii) an unvulcanized mounting is placed in said mould cavity; iv) the unvulcanized mounting is vulcanized simultaneously with the other components of the tyre. i) a mould cavity is provided in a mould; ii) a counter-shape having a profile corresponding to that of the mounting to be moulded is placed in the mould cavity,the counter-shape is arranged in a removable manner; iii) an unvulcanized mounting is placed in said mould cavity; iv) the unvulcanized mounting is vulcanized simultaneously with the other components of the tyre.
A thin film transistor array substrate comprising: a substrate; a first signal line formed above the substrate; a second signal line, wherein the first signal line and the second signal line define a functional region corresponding to at least one thin film transistor; and a thin film transistor formed above the substrate, thin film transistor comprises an active layer, and the active layer of the thin film transistor and the first signal line are located in different layers above the substrate; wherein projections of the active layer of the thin film transistor and the first signal line on a plane where the substrate is located overlap with each other at at least two positions; the active layer of the thin film transistor comprises: an active layer overlapping section and the active layer overlapping section overlaps with the projection of the first signal line on the plane where the substrate is located; the active layer overlapping section crossing the first signal line forms a first channel portion and a second channel portion of the thin film transistor, which are located at either side of the second signal line; characterized in that a section of the second signal line located at a side of the functional region is formed as a signal line shifting section; the signal line shifting section shifts in a direction perpendicular to a general extending direction of the second signal line by a preset distance and the first channel portion and the second channel portion of the thin film transistor are located at either side of the signal line shifting section. a substrate; a first signal line formed above the substrate; a second signal line, wherein the first signal line and the second signal line define a functional region corresponding to at least one thin film transistor; and a thin film transistor formed above the substrate, thin film transistor comprises an active layer, and the active layer of the thin film transistor and the first signal line are located in different layers above the substrate; wherein projections of the active layer of the thin film transistor and the first signal line on a plane where the substrate is located overlap with each other at at least two positions; the active layer of the thin film transistor comprises: an active layer overlapping section and the active layer overlapping section overlaps with the projection of the first signal line on the plane where the substrate is located; the active layer overlapping section crossing the first signal line forms a first channel portion and a second channel portion of the thin film transistor, which are located at either side of the second signal line; a section of the second signal line located at a side of the functional region is formed as a signal line shifting section; the signal line shifting section shifts in a direction perpendicular to a general extending direction of the second signal line by a preset distance and the first channel portion and the second channel portion of the thin film transistor are located at either side of the signal line shifting section.
Set of floor and / wall covering elements comprising larger-area floor and / wall covering elements and smaller-area floor and / or wall covering elements, each floor and / or wall covering element, comprising a top side, a bottom side and a peripheral side with at least three peripheral side sections, where an even number of magnets, in particular at least two magnets, are attached to each of at least two abutting peripheral side sections, where the at least two peripheral side sections have the same length, where adjacent magnets on a peripheral side section are oriented with a different magnetic polarity (36, 37), and the magnets of all peripheral side sections are oriented with an alternating magnetic polarity relative to a rotation direction on the peripheral side, and the peripheral side has an even surface such that the top sides and the bottom sides of adjacent floor and / or wall covering elements are automatically oriented by the magnetic pull of the magnets, characterized in that the at least three peripheral side sections are each arranged at an angle α = 60° to one another and form a complete peripheral side of an edge line of a geometry of an equilateral triangle, or at least two peripheral side sections are arranged at an angle α = 60° to one another and at least one further magnet is attached to at least one third peripheral side section, or at least two peripheral side sections are arranged at an angle α = 45° to one another and / or the complete peripheral side forms an edge line of a geometry of an isosceles triangle, and where the magnets are arranged at equal distances on the peripheral side sections, and where each larger-area floor and / or wall covering element has peripheral side sections, which have a multiple of the length of the peripheral side sections of the smaller floor and / or wall covering element.
Use of a stabiliser composition, which is free of heavy metals, consisting of at least one naturally occurring alkaline earth compound, which is present as a calcium-magnesium mixed compound, for stabilising halogen-containing polymers, characterised in that the alkaline earth compound is a calcined alkaline earth carbonate compound comprising more than 50.0 % by mass CaO based on the Ca portion of the calcium-magnesium mixed compound, the alkaline earth compound being present having, in each case, less than 50.0 % by mass CaMg(CO 3) 2 in the form of submicron-scale primary particles having a particle size, measured as d 50 by laser diffraction or REM or TEM, which is 0.1-0.3 μm at least in one dimension.
A system (1600, 1700, 1800) to perform lysis, the system comprising: a container (1602, 1702, 1802) having at least one chamber (1604, 1804) to hold a material to be lysed and a lysing particulate material, the chamber (1604, 1804) having a first opening (1604c, 1704c, 1804a) to provide fluid communication with the chamber (1604, 1804) from an exterior thereof; an impeller (1608, 1808) having a number of blades received in the chamber (1604, 1804) of the container (1602, 1702, 1802); and a micromotor (1606, 1706, 1806) coupled to turn the impeller (1608, 1808), characterised in that at least a portion of the micromotor (1606, 1706, 1806) is removably received in the first opening (1604c, 1704c, 1804a) of the container (1602, 1702, 1802) to seal the first opening (1604c, 1704c, 1804a) in use. a container (1602, 1702, 1802) having at least one chamber (1604, 1804) to hold a material to be lysed and a lysing particulate material, the chamber (1604, 1804) having a first opening (1604c, 1704c, 1804a) to provide fluid communication with the chamber (1604, 1804) from an exterior thereof; an impeller (1608, 1808) having a number of blades received in the chamber (1604, 1804) of the container (1602, 1702, 1802); and a micromotor (1606, 1706, 1806) coupled to turn the impeller (1608, 1808), characterised in that at least a portion of the micromotor (1606, 1706, 1806) is removably received in the first opening (1604c, 1704c, 1804a) of the container (1602, 1702, 1802) to seal the first opening (1604c, 1704c, 1804a) in use.
A brominated vinylaromatic-diene block copolymer (Br-SBC) comprising at least one vinylaromatic polymer block S, in particular polystyrene block, and at least one brominated diene polymer block BB, wherein • before bromination the weight-average molar mass M w of the block S is greater than or equal to M w of the block BB, • the molar mass M w of the block BB, before bromination, is from 50 000 to 130 000 g/mol, and • the molar mass M w of the block S is from 60 000 to 300 000 g/mol, wherein the molar mass M w is determined by means of GPC in accordance with ISO 16014-3:2012 relative to polystyrene standards at 25°C in THF before bromination. • before bromination the weight-average molar mass M w of the block S is greater than or equal to M w of the block BB, • the molar mass M w of the block BB, before bromination, is from 50 000 to 130 000 g/mol, and • the molar mass M w of the block S is from 60 000 to 300 000 g/mol,
Sealing profile for a mullion-transom structure, having a central section which can be fitted in a U-shape around a screw groove of a mullion or transom and two limbs of the central section extend substantially parallel to the walls of the screw groove, having a first web (13, 13') and a second web, wherein the first web (13, 13') is connected to a first sealing strip which can be supported on the mullion or transom, wherein the second web on each limb projects substantially perpendicularly from the limb and the second web is connected to a second sealing strip, which can be placed against a filling element and the first web (13, 13') is connected to the limb or the second web on the side facing away from the first sealing strip, characterized in that the first web (13, 13) is connected to the second web via a connecting web or are supported against one another via at least one supporting projection, and the connecting web or the at least one supporting projection, the first and second webs (13, 15) and optionally a section of the limb enclose at least one hollow chamber.
An optical system including a plurality of lenses, the optical system comprising: a first refractive optical system portion constituted of a lens constituted of a solid material having refractive surfaces on both of a light incidence side and a light emergence side, and does not include any diffractive optical element whose power is generated by a diffracting function, and a second refractive optical system portion including a positive lens constituted of a material different from the solid material, and a negative lens constituted of a material different from the solid material, characterized in that: the Abbe number νd and the partial dispersion ratio θgF of the solid material satisfy the conditions: − 2.100 × 10 − 3 × νd + 0.693 < θgF, 0.555 < θgF < 0.9, and vd<45 and in that the solid material is a resin, wherein the first refractive optical system portion is configured to correct chromatic aberration of the second refractive optical system portion. a first refractive optical system portion constituted of a lens constituted of a solid material having refractive surfaces on both of a light incidence side and a light emergence side, and does not include any diffractive optical element whose power is generated by a diffracting function, and a second refractive optical system portion including a positive lens constituted of a material different from the solid material, and a negative lens constituted of a material different from the solid material, characterized in that: the Abbe number νd and the partial dispersion ratio θgF of the solid material satisfy the conditions: − 2.100 × 10 − 3 × νd + 0.693 < θgF, 0.555 < θgF < 0.9, and vd<45 and in that the solid material is a resin, wherein the first refractive optical system portion is configured to correct chromatic aberration of the second refractive optical system portion. the Abbe number νd and the partial dispersion ratio θgF of the solid material satisfy the conditions: − 2.100 × 10 − 3 × νd + 0.693 < θgF, 0.555 < θgF < 0.9, and vd<45 and in that the solid material is a resin, wherein the first refractive optical system portion is configured to correct chromatic aberration of the second refractive optical system portion.
A composition for cleaning teeth, the composition comprising natural glass, wherein the natural glass has a top particle size (d 90) ranging from 20 μ m to less than 50 μ m and a median particle size (d 50) less than 30 μ m, and wherein the natural glass ranges from 0.1 percent to 25 percent by weight of the composition and comprises perlite.
A radiation inverse treatment planning system for a linear accelerator, comprising: - a radiation source, configured for delivering individual dose shots (a j), each individual dose shot having a predetermined location and incidence angle inside and/or outside a target area, a size and a shape - at least a data bus system, - a memory coupled to the data bus system, wherein the memory comprises a computer usable program code, and - a processing unit coupled to the data bus system, characterised in that the processing unit is configured to execute the computer usable program code to - pre-compute a dictionary composed by a set of individual possible dose shots (a j) including, for each dose shot, its location, incidence angle, size and shape, - associate a weight (s j) to each individual dose shot (a j), based on one or more dose constraints, so as to get individual weighted dose shots, - apply a convex optimization criterion, and - find the sparsest subset of said individual weighted dose shots of non-zero weights to satisfy said one or more dose constraints. - a radiation source, configured for delivering individual dose shots (a j), each individual dose shot having a predetermined location and incidence angle inside and/or outside a target area, a size and a shape - at least a data bus system, - a memory coupled to the data bus system, wherein the memory comprises a computer usable program code, and - a processing unit coupled to the data bus system, characterised in that the processing unit is configured to execute the computer usable program code to - pre-compute a dictionary composed by a set of individual possible dose shots (a j) including, for each dose shot, its location, incidence angle, size and shape, - associate a weight (s j) to each individual dose shot (a j), based on one or more dose constraints, so as to get individual weighted dose shots, - apply a convex optimization criterion, and - find the sparsest subset of said individual weighted dose shots of non-zero weights to satisfy said one or more dose constraints. - pre-compute a dictionary composed by a set of individual possible dose shots (a j) including, for each dose shot, its location, incidence angle, size and shape, - associate a weight (s j) to each individual dose shot (a j), based on one or more dose constraints, so as to get individual weighted dose shots, - apply a convex optimization criterion, and - find the sparsest subset of said individual weighted dose shots of non-zero weights to satisfy said one or more dose constraints.
Method for introducing a seam into a decor layer for a vehicle trim part, the decor layer having a visible A-surface and a B-surface opposite the visible A-surface, the method comprising the following steps: - projecting a means for guiding onto the decor layer; - introducing the decor layer into a sewing machine (50, 150); - introducing at least one seam (15, 16) into the decor layer; - removing the means for guiding from the decor layer, wherein the means for guiding includes a light beam projected onto the B-surface of the decor layer, wherein a system including a laser and a controller is provided, which system reads data of the decor layer from a file or from a recorded image, the data including a contour of a seam line to be introduced into the decor layer, and wherein the laser projects an image of the contour onto the B-surface, the image defining the contour of the seam line to be introduced. - projecting a means for guiding onto the decor layer; - introducing the decor layer into a sewing machine (50, 150); - introducing at least one seam (15, 16) into the decor layer; - removing the means for guiding from the decor layer,