mhurhangee/ep-ind-claims huggingface dataset:
A carton, comprising: a front portion and a rear portion; first and second edges (30, 32) formed by respective first and second exterior folds joining the front portion to the rear portion thereby forming a top and a bottom (14, 16); the front portion including a first front interior vertical fold inwardly adjacent from the first edge and a second front interior vertical fold inwardly adjacent from and parallel to the second edge; the rear portion including a first rear interior vertical fold inwardly adjacent from the first edge and a second rear interior vertical fold inwardly adjacent from and parallel to the second edge; the front and rear portions including respective first front and rear horizontal folds (46, 46') upwardly adjacent from the bottom; one of the front portion and the rear portion including a second horizontal fold (48, 48') between the first front or rear horizontal fold and the bottom; a first front inclined fold portion extending from the first front interior vertical fold to the bottom; and a second front inclined fold portion extending from the second front interior vertical fold to the bottom; and a header attached to and covering the top, the header including a closure. a front portion and a rear portion; first and second edges (30, 32) formed by respective first and second exterior folds joining the front portion to the rear portion thereby forming a top and a bottom (14, 16); the front portion including a first front interior vertical fold inwardly adjacent from the first edge and a second front interior vertical fold inwardly adjacent from and parallel to the second edge; the rear portion including a first rear interior vertical fold inwardly adjacent from the first edge and a second rear interior vertical fold inwardly adjacent from and parallel to the second edge; the front and rear portions including respective first front and rear horizontal folds (46, 46') upwardly adjacent from the bottom; one of the front portion and the rear portion including a second horizontal fold (48, 48') between the first front or rear horizontal fold and the bottom; a first front inclined fold portion extending from the first front interior vertical fold to the bottom; and a second front inclined fold portion extending from the second front interior vertical fold to the bottom; and a header attached to and covering the top, the header including a closure.
Method for regulating a heating circuit of a heating system, wherein a return temperature of the heating circuit is measured, a system pressure of the heating circuit is measured, and a maximum temperature difference (22, dTMax) is determined as a function of the return temperature (TRet) and the system pressure (pSys), wherein the maximum temperature difference describes the maximum permissible temperature difference between the return temperature and a feed temperature of the heating circuit, wherein a feed temperature of the heating circuit is measured and, from this, the temperature difference that prevails between the feed temperature and return temperature is determined, and wherein the feed temperature is lowered if the temperature difference exceeds the maximum temperature difference.
A pharmaceutical composition comprising Compound 100: wherein the pharmaceutical composition comprises 0.1 g to 60 g of the compound; and wherein each position designated specifically as deuterium has at least 50.1 % incorporation of deuterium; or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier. the pharmaceutical composition comprises 0.1 g to 60 g of the compound; and wherein each position designated specifically as deuterium has at least 50.1 % incorporation of deuterium; or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier.
A process for the preparation of a compound represented by formula: characterized by reacting a compound represented by Formula (X'): with sodium borohydride.
A method for well integrity management using a coupled engineering analysis, which comprises: a) performing a drilling engineering analysis based on a temperature and a pressure for a well during drilling operations using a computer processor, wherein the drilling engineering analysis determines a casing integrity, a wellbore integrity, a surface equipment integrity and a drillstring integrity; b) performing a completion engineering analysis based on a temperature and a pressure for the well during completion operations using the computer processor, wherein the completion engineering analysis determines a casing integrity (400a, 400b), a tubing integrity, a surface equipment integrity and a completion string integrity; and c) performing a production engineering analysis based on a temperature and a pressure for the well during production operations using the computer processor, wherein the production engineering analysis determines at least one of a metal loss, a type of corrosion, a tubing yield strength, an erosion velocity and an erosion rate. a) performing a drilling engineering analysis based on a temperature and a pressure for a well during drilling operations using a computer processor, wherein the drilling engineering analysis determines a casing integrity, a wellbore integrity, a surface equipment integrity and a drillstring integrity; b) performing a completion engineering analysis based on a temperature and a pressure for the well during completion operations using the computer processor, wherein the completion engineering analysis determines a casing integrity (400a, 400b), a tubing integrity, a surface equipment integrity and a completion string integrity; and c) performing a production engineering analysis based on a temperature and a pressure for the well during production operations using the computer processor, wherein the production engineering analysis determines at least one of a metal loss, a type of corrosion, a tubing yield strength, an erosion velocity and an erosion rate.
An article of footwear constructed with thermoplastic polyurethane infused material, comprising: a sole having a toe end, a heel end, a lateral side, and a medial side; and an upper extending upwardly from the sole, the upper having an exterior surface and an interior surface, the exterior surface is at least a portion of an exterior surface of the article of footwear, wherein at least a portion of the upper is a TPU infused spacer mesh, wherein the spacer mesh has an exterior surface and an interior surface, and includes a fibrous mass between the interior surface and the exterior surface, wherein the TPU coats the various surfaces and structures of the spacer mesh.
Reinforced concrete column, particularly for halls with lightweight reinforced concrete framework, comprising an armature made from reinforcing steel and a column body made from concrete encompassing the armature, the column consists of a pre-fabricated head portion and a column body joined to the head portion; and the column comprises pre-tensioned strands arranged in the column body to conically converge towards a single point characterized in that said single point is in a strand guide, which strand guide is disposed in the head portion.
A method, comprising: receiving a notification with a mobile device (104, 310, 402) in response to a credential request from a customer, wherein the notification includes a uniform resource locator of a cloud credential management server (102, 308, 406, 504); authenticating the mobile device (104, 310, 402) with the cloud credential management server (102, 308, 406, 504) based on an argument string in the URL; utilizing, with the mobile device (104, 310, 402), information in the notification to request the cloud credential management server (102, 308, 406, 504) to generate a credential (110, 302, 404, 502) wherein the credential (110, 302, 404, 502) is a unique diversified credential (110, 302, 404, 502) generated by the cloud credential management server (102, 308, 406, 504); receiving, with the mobile device (104, 310, 402), a package from the cloud credential management server (102, 308, 406, 504) in response to the request; extracting the unique diversified credential (110, 302, 404, 502) from the package; and storing the unique diversified credential (110, 302, 404, 502) in the mobile device (104, 310, 402); wherein the request sent by the mobile device (104, 310, 402) to the cloud credential management server (102, 308, 406, 504) includes a unique identifier associated with the mobile device (104, 310, 402); wherein the unique diversified credential (110, 302, 404, 502) is generated by the cloud credential management server (102, 308, 406, 504) by hashing the unique identifier with a master key (111, 303); wherein the unique diversified credential (110, 302, 404, 502) is of a particular format and region for the mobile device (104, 310, 402); wherein the format of the unique diversified credential (110, 302, 404, 502) is either MIFARE Classic or MIFARE DESFire EV1; and wherein the unique diversified credential (110, 302, 404, 502) is encrypted before it is encapsulated in the package. receiving a notification with a mobile device (104, 310, 402) in response to a credential request from a customer, wherein the notification includes a uniform resource locator of a cloud credential management server (102, 308, 406, 504); authenticating the mobile device (104, 310, 402) with the cloud credential management server (102, 308, 406, 504) based on an argument string in the URL; utilizing, with the mobile device (104, 310, 402), information in the notification to request the cloud credential management server (102, 308, 406, 504) to generate a credential (110, 302, 404, 502) wherein the credential (110, 302, 404, 502) is a unique diversified credential (110, 302, 404, 502) generated by the cloud credential management server (102, 308, 406, 504); receiving, with the mobile device (104, 310, 402), a package from the cloud credential management server (102, 308, 406, 504) in response to the request; extracting the unique diversified credential (110, 302, 404, 502) from the package; and storing the unique diversified credential (110, 302, 404, 502) in the mobile device (104, 310, 402);
A heat not burn consumable comprising a plant product interspersed with a thermally conductive material, wherein a transverse cross-section through the consumable comprises alternating layers of the plant product and the thermally conductive material and wherein both the plant product and the thermally conductive material have a spiral configuration in a transverse cross-section through the consumable, the spiral cross sections being interleaved with one another; characterised in that the thermally conductive material comprises a plurality of laminar sheets of thermally conductive material rolled into a plurality of interleaved spiral configurations of thermally conductive material interleaved with a plurality of spirally formed portions of plant product.
Cutting monofilament for a vegetation cutting machine such as a brush cutter or an edge trimmer, having a constant cross-section constant along a longitudinal axis of the monofilament, characterized in that the cross section comprises at least two portions (10, 11, 12) made of thermoplastic materials having different mechanical properties, wherein each of said portions (10, 11, 12) has a continuously varying position along said longitudinal axis of the monofilament and the arrangement of each portion relative to the cross-section is constant along said longitudinal axis.
Retrofitted wind turbine installation comprising a newly constructed tower assembly and elements demounted from an existing wind turbine installation, characterized in that said new tower assembly comprises a concrete tower portion having two or more concrete tower segments (110-1,...,110-n) arranged upon each other, wherein each of said two or more concrete tower segments (110-1,...,110-n) is a hollow segment, and at least one supporting means capable of receiving bending loads from said concrete tower portion, wherein said supporting means is connected to said concrete tower portion at a predetermined height and is fixed to the ground at a predetermined distance away from the concrete tower portion, wherein the average wall thickness of a concrete tower segment of said two or more concrete tower segments (110-1,..., 110-n) is different from the average wall thickness of an adjacent upper concrete tower segment (...,110-n), wherein the average wall thickness of a concrete tower segment of said two or more concrete tower segments (110-1,..., 110-n) is smaller than the average wall thickness of an adjacent upper concrete tower segment (...,110-n).
An oligonucleotide which targets a Tumor Necrosis Factor Receptor 2 (TNFR2) natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide increases the expression of Tumor Necrosis Factor Receptor 2 (TNFR2).
A process cartridge detachably mountable to a main assembly of an electrophotographic image forming apparatus, comprising: an electrophotographic photosensitive drum; a developing roller for developing an electrostatic latent image formed on said electrophotographic photosensitive drum; a drum frame supporting said electrophotographic photosensitive drum; a developing frame supporting said developing roller, said developing roller being movable relative to said drum frame between a contacting position in which said developing roller is in contact with said electrophotographic photosensitive drum and a spacing position in which said developing roller is spaced from said electrophotographic photosensitive drum; a force receiving member provided on said developing frame and movable relative to said developing frame between a protrusive position in which said force receiving member receives and transmits a force to keep said developing frame being in the spacing position, and a stand-by position in which said force receiving member is prevented from moving toward the protrusive position by engaging with a releasing member; a coupling member receiving a driving force from the apparatus main assembly to rotate said developing roller; and a gear rotated by the driving force which said coupling member has received from the apparatus main assembly, wherein said force receiving member moves from the stand-by position to the protrusive position by a rotation of said gear. an electrophotographic photosensitive drum; a developing roller for developing an electrostatic latent image formed on said electrophotographic photosensitive drum; a drum frame supporting said electrophotographic photosensitive drum; a developing frame supporting said developing roller, said developing roller being movable relative to said drum frame between a contacting position in which said developing roller is in contact with said electrophotographic photosensitive drum and a spacing position in which said developing roller is spaced from said electrophotographic photosensitive drum; a force receiving member provided on said developing frame and movable relative to said developing frame between a protrusive position in which said force receiving member receives and transmits a force to keep said developing frame being in the spacing position, and a stand-by position in which said force receiving member is prevented from moving toward the protrusive position by engaging with a releasing member; a coupling member receiving a driving force from the apparatus main assembly to rotate said developing roller; and a gear rotated by the driving force which said coupling member has received from the apparatus main assembly, wherein said force receiving member moves from the stand-by position to the protrusive position by a rotation of said gear.
Dual mass flywheel (1, 101, 301, 401) for a motor vehicle comprising: - a primary flywheel (2, 102, 302, 402) and a secondary flywheel (3, 103, 303, 403) which are mobile in rotation relative to one another around an axis X; - resilient units (18, 318, 418) which are interposed between the primary flywheel and the secondary flywheel, and can transmit torque and damp the rotational irregularities between the primary flywheel and the secondary flywheel; and - a temporary immobilisation device which can immobilise the secondary flywheel relative to the primary flywheel in a determined angular position; the said dual mass flywheel being characterised in that the temporary immobilisation device comprises a resilient tongue (25, 125, 225, 325, 425), which is integral in rotation with one of the primary and secondary flywheels, and a locking lug (29, 129, 329, 429), which is integral in rotation with the other one of the primary and secondary flywheels, the resilient tongue (25, 125, 225, 325, 425) being able, in the said determined angular position, to adopt a hooked position in which it co-operates with the locking lug (29, 129, 329, 429); the resilient tongue (25, 125, 225, 325, 425) being, in the said hooked position, constrained against the locking lug (29, 129, 329, 429), such as to exert a retention force which opposes the rotation of the secondary flywheel (3, 103, 303, 403) relative to the primary flywheel (2, 102, 302, 402); the resilient tongue (25, 125, 225, 325, 425) thus being able to be returned from its hooked position to a unhooked position in which the resilient tongue (25, 125, 225, 325, 425) is placed spaced from the locking lug (29, 129, 329, 429), and permits the rotation of the secondary flywheel (3, 103, 303, 403) relative to the primary flywheel (2, 102, 302, 402), when torque transmitted between the primary flywheel and the secondary flywheel is sufficient to overcome the retention force exerted by the resilient tongue (25, 125, 225, 325, 425) on the locking lug (29, 129, 329, 429). - a primary flywheel (2, 102, 302, 402) and a secondary flywheel (3, 103, 303, 403) which are mobile in rotation relative to one another around an axis X; - resilient units (18, 318, 418) which are interposed between the primary flywheel and the secondary flywheel, and can transmit torque and damp the rotational irregularities between the primary flywheel and the secondary flywheel; and - a temporary immobilisation device which can immobilise the secondary flywheel relative to the primary flywheel in a determined angular position; the said dual mass flywheel being characterised in that the temporary immobilisation device comprises a resilient tongue (25, 125, 225, 325, 425), which is integral in rotation with one of the primary and secondary flywheels, and a locking lug (29, 129, 329, 429), which is integral in rotation with the other one of the primary and secondary flywheels,
MEMS device (10, 400, 500, 700, 800, 900, 1000) comprising: at least one proof mass (12, 14, 402, 404, 702, 802, 902, 904); a first magnetized magnetic material (16, 18, 406, 408, 706, 812, 906, 910) disposed partially on a surface of the at least one proof mass; a first spring (28, 29, 410, 416, 710, 804, 916, 918) anchored to a substrate to support the at least one proof mass; a first sensing element (20, 26) and a second sensing element (22, 24), wherein the first sensing element and the second sensing element are coupled to the at least one proof mass; wherein the at least one proof mass moves in response to an acceleration along a first direction or a magnetic field along a first axis, and a signal processor coupled to the first and second sensing elements operable to generate a first output responsive to a magnetic field along the first axis or an acceleration along the first direction; characterised by: the signal processor including a first switch (302, 304) operable to allow switching between one sensing circuit configuration for sensing of the ambient acceleration and a different sensing circuit configuration for sensing of the ambient magnetic field. at least one proof mass (12, 14, 402, 404, 702, 802, 902, 904); a first magnetized magnetic material (16, 18, 406, 408, 706, 812, 906, 910) disposed partially on a surface of the at least one proof mass; a first spring (28, 29, 410, 416, 710, 804, 916, 918) anchored to a substrate to support the at least one proof mass; a first sensing element (20, 26) and a second sensing element (22, 24), wherein the first sensing element and the second sensing element are coupled to the at least one proof mass; wherein the at least one proof mass moves in response to an acceleration along a first direction or a magnetic field along a first axis, and a signal processor coupled to the first and second sensing elements operable to generate a first output responsive to a magnetic field along the first axis or an acceleration along the first direction;
Hand-held power tool comprising a housing with a handle, and comprising a drive motor which is arranged in the housing, and an interface for producing a mechanical and/or electrical connection of the hand-held power tool to a rechargeable battery pack; wherein the interface has a basic element for the electrical and/or mechanical connection of the interface to the hand-held power tool, and has a separate contact carrier; characterized in that the contact carrier has at least three contact elements for making electrical and/or mechanical contact with at least one corresponding mating contact element on the rechargeable battery pack; wherein the basic element is fixedly integrated in the housing of the hand-held power tool, and the contact carrier is arranged releasably on the basic element via at least one contact means, and wherein the basic element has at least one opening for receiving the contact means; and wherein a second electrical connecting element for making electrical contact with the hand-held power tool is integrated in the at least one opening in the basic element, wherein the contact carrier is arranged releasably on the basic element in such a manner that the contact carrier can be exchanged by a user.
Use of compounds of formula in which A is A-1 or A-2 in which the dotted line represents the bond to the N atom of Q, Q is Q-1 in which the nitrogen is attached to ring A and the arrow in each case represents the bond to the NRCO moiety, R is H or ethyl and W represents the radical W-1 in which the dotted line represents the bond to the C=O group, for controlling Meloidogyne incognita in tomato. A is A-1 or A-2 in which the dotted line represents the bond to the N atom of Q, Q is Q-1 in which the nitrogen is attached to ring A and the arrow in each case represents the bond to the NRCO moiety, R is H or ethyl and W represents the radical W-1
A porous material, characterized in that it has: a porosity ranging from 50% to 80%, in particular from 60% to 70%; interconnected pores; at least a part made of a hydrophilic material, in particular at least a part of the inner surfaces of the pores is made of a hydrophilic material; a permeability coefficient (k) greater than 10 -6 m/sec; and wherein, in a given volume of the material, the total volume of pores with a diameter ranging from 0.1 μm to approximately 0.3 nm is at least 15% of the total volume of the pores, in particular approximately from about 15% to 34% of the total volume of the pores.
A method for coating a substrate with a composite, the method comprising: a. combining water, an aerogel component, a surfactant, inorganic fibres, and either an inorganic binder or an inorganic binder-containing formulation, but not both, to form a slurry, wherein aerogel is present in the slurry in an amount of from 40 to 95 vol%; b. applying the slurry to the substrate; and c. allowing the applied slurry to dry, thereby forming a composite coating on the substrate. a. combining water, an aerogel component, a surfactant, inorganic fibres, and either an inorganic binder or an inorganic binder-containing formulation, but not both, to form a slurry, wherein aerogel is present in the slurry in an amount of from 40 to 95 vol%; b. applying the slurry to the substrate; and c. allowing the applied slurry to dry, thereby forming a composite coating on the substrate.