mhurhangee/ep-ind-claims huggingface dataset:
A method implemented at a mobility management node, the method comprising: determining to establish a connection between the mobility management node and a terminal device for which location reporting is required, wherein the determining to establish a connection comprises: determining the terminal device is transiting from connection management idle, CM-IDLE, state to CM-CONNECTED state; and sending, to a base station, a request for establishing the connection, wherein the request is an INITIAL CONTEXT SETUP REQUEST message, and wherein the request is configured to request the base station to report location information of the terminal device by including an information element, IE, for requesting location reporting, in which the IE is a Location Reporting Request Type IE that indicates a type of the requested location reporting, and wherein the type of the requested location reporting is one of the following: to report terminal device moving into an area of interest; or to report terminal device moving out of an area of interest. determining to establish a connection between the mobility management node and a terminal device for which location reporting is required, wherein the determining to establish a connection comprises: determining the terminal device is transiting from connection management idle, CM-IDLE, state to CM-CONNECTED state; and sending, to a base station, a request for establishing the connection, wherein the request is an INITIAL CONTEXT SETUP REQUEST message, and wherein the request is configured to request the base station to report location information of the terminal device by including an information element, IE, for requesting location reporting, in which the IE is a Location Reporting Request Type IE that indicates a type of the requested location reporting, and wherein the type of the requested location reporting is one of the following: to report terminal device moving into an area of interest; or to report terminal device moving out of an area of interest. to report terminal device moving into an area of interest; or to report terminal device moving out of an area of interest.
A magnetic sensor for ascertaining absolute revolution or displacement values for the bijective determination of a predefinable number of revolutions, or partial revolutions or displacements, to be ascertained of an element (20, IM, Pr) that is connected to a magnetic system and generates an anisotropic, external magnetic field, providing drive by way of the rotation and/or locational position of the element, the sensor comprising a soft magnetic loop structure, which is populated with a predeterminable number of magnetic domains and provided with GMR or TMR layer assemblies, for the detection of the external magnetic field, wherein at least two separate loops (S 1, S 2) having predominantly straight subsections (S 11, S 12, Si 13, Si 14 and S 21, S 22, S 23, S 24), which extend in a rhombus-like arrangement with respect to each other, are provided, characterized in that the at least two loops are connected to each other via a shared intersecting point, wherein directly in front of each intersecting region, in which and after which the domains can change from one loop to the neighbouring loop, these sections of the loop structure are bent against the sense of the direction of the normally present conductor guidance, and are curved in a siphon-like manner in this region so as to be directed into the interior of the loop structure, wherein the conductors in the respective siphon-like troughs (S k1, S k2) intersect perpendicularly at the intersecting point, and all described components of the loop structures are disposed so as to lie in only one shared plane.
A three-dimensional printer, comprising: a hopper positioned above a movable build material support to deposit build material thereon, the moveable build material support positioned adjacent to a build platform and being moveable in a first axis; a recoater to form a layer of build material on the build platform using build material deposited on the build material support; and a controller to: control the build material support to move in a first direction in the first axis to cause a band of build material to be distributed thereon; characterised in that the controller is to: control the recoater to move over the build platform to form a layer of build material thereon and to return any excess build material to the build material support; and control the build material support to move in a direction opposite the first direction such that any excess build material on the build material support is returned to the hopper. a hopper positioned above a movable build material support to deposit build material thereon, the moveable build material support positioned adjacent to a build platform and being moveable in a first axis; a recoater to form a layer of build material on the build platform using build material deposited on the build material support; and a controller to: control the build material support to move in a first direction in the first axis to cause a band of build material to be distributed thereon; characterised in that the controller is to: control the recoater to move over the build platform to form a layer of build material thereon and to return any excess build material to the build material support; and control the build material support to move in a direction opposite the first direction such that any excess build material on the build material support is returned to the hopper. control the build material support to move in a first direction in the first axis to cause a band of build material to be distributed thereon; characterised in that the controller is to: control the recoater to move over the build platform to form a layer of build material thereon and to return any excess build material to the build material support; and control the build material support to move in a direction opposite the first direction such that any excess build material on the build material support is returned to the hopper. control the recoater to move over the build platform to form a layer of build material thereon and to return any excess build material to the build material support; and control the build material support to move in a direction opposite the first direction such that any excess build material on the build material support is returned to the hopper.
A culture of a mutant strain of Clostridium acetobutylicum, wherein said mutant strain is designated MTCC 5587 and has increased tolerance to butanol of 1.5% (v/v) to 3.5% (v/v) as compared to a wild type strain of C. acetobutylicum designated ATCC 4259.
A composition for colloidal crystals, comprising: core-shell particles each having a core and a shell; and a monomer having the following formula, wherein the core-shell particles constitute 25% to 65% by weight of the composition, and the monomer constitutes 35% to 75% by weight of the composition, the core has an average particle size in the range of 50 to 900 nm, the shell is formed of a linear polymer composed of at least one of styrene and a monomer having the following formula, one end of the linear polymer is covalently bonded to the core, and the refractive index of the core (n(core)) satisfies the following formulae and: wherein R 1 denotes a hydrogen atom or a methyl group, and y is 0 or 1, n shell - n core ≥ 0.07 wherein n(shell) denotes the refractive index of the shell, and n B - n core ≥ 0.07 wherein n denotes the refractive index of the monomer after curing, and wherein the refractive index of each component is a value measured by an Abbe refractometer at 25°C.
A system comprising: a relational database comprising a plurality of tables, each table comprising a plurality of rows, each row having a scan state being at least one of suspect, clean and infected; a metadata component adapted to supply rule sets for operation of an anti virus Plug In that interacts with the relational database, the rule sets indicating when to scan the rows of the relational database; a scanning component adapted to queue content of the relational database to the anti virus Plug In for a virus scan thereof; the anti virus Plug In adapted to scan and clean the rows; and means adapted to set a session level set option defining whether queries performed on rows of the relational database only consider rows having a clean scan state or whether forced scan is to be used by the scanning component during execution of a query, wherein upon processing of a query, the system is adapted to perform the query only on rows of the relational database having a clean scan state or to perform a forced scanning of rows having a scan state differing from clean during query execution according to the session level set option. a relational database comprising a plurality of tables, each table comprising a plurality of rows, each row having a scan state being at least one of suspect, clean and infected; a metadata component adapted to supply rule sets for operation of an anti virus Plug In that interacts with the relational database, the rule sets indicating when to scan the rows of the relational database; a scanning component adapted to queue content of the relational database to the anti virus Plug In for a virus scan thereof; the anti virus Plug In adapted to scan and clean the rows; and means adapted to set a session level set option defining whether queries performed on rows of the relational database only consider rows having a clean scan state or whether forced scan is to be used by the scanning component during execution of a query, wherein upon processing of a query, the system is adapted to perform the query only on rows of the relational database having a clean scan state or to perform a forced scanning of rows having a scan state differing from clean during query execution according to the session level set option.
A communication method, comprising: obtaining, by a terminal device, a first uplink resource, wherein the first uplink resource is used to send a data packet of a first service; obtaining, by the terminal device, a second uplink resource, wherein the second uplink resource is used to send a data packet of a second service, and the first uplink resource and the second uplink resource completely or partially overlap in time domain, and wherein logical channels corresponding to the first service and the second service have different priorities; determining, by the terminal device, a target uplink resource to be used in an overlapping time domain, wherein the target uplink resource is the first uplink resource or the second uplink resource; and sending, by the terminal device, data on the target uplink resource in the overlapping time domain; when the target uplink resource is the second uplink resource and a hybrid automatic repeat request, HARQ, process of the first uplink resource is different from that of the second uplink resource, the method further comprises: sending, by the terminal device, data of the first service on a resource other than a third uplink resource in the first uplink resource, wherein the third uplink resource is a resource that is in the first uplink resource and that overlaps the second uplink resource in time domain. obtaining, by a terminal device, a first uplink resource, wherein the first uplink resource is used to send a data packet of a first service; obtaining, by the terminal device, a second uplink resource, wherein the second uplink resource is used to send a data packet of a second service, and the first uplink resource and the second uplink resource completely or partially overlap in time domain, and wherein logical channels corresponding to the first service and the second service have different priorities; determining, by the terminal device, a target uplink resource to be used in an overlapping time domain, wherein the target uplink resource is the first uplink resource or the second uplink resource; and sending, by the terminal device, data on the target uplink resource in the overlapping time domain; when the target uplink resource is the second uplink resource and a hybrid automatic repeat request, HARQ, process of the first uplink resource is different from that of the second uplink resource, the method further comprises: sending, by the terminal device, data of the first service on a resource other than a third uplink resource in the first uplink resource, wherein the third uplink resource is a resource that is in the first uplink resource and that overlaps the second uplink resource in time domain.
A method of operating a display device having a see-through display screen, the method comprising: displaying on the see-through display screen an image of an object; and while displaying the image of the object, displaying an image of a shadow cast by the object onto the background scene by acquiring an image of a background scene, determining a location of the shadow in the image of the background scene, rendering an enhanced image of the background scene by increasing a relative brightness in a region adjacent to the shadow compared to a brightness within the shadow, and displaying the enhanced image of the background scene. displaying on the see-through display screen an image of an object; and while displaying the image of the object, displaying an image of a shadow cast by the object onto the background scene by acquiring an image of a background scene, determining a location of the shadow in the image of the background scene, rendering an enhanced image of the background scene by increasing a relative brightness in a region adjacent to the shadow compared to a brightness within the shadow, and displaying the enhanced image of the background scene. acquiring an image of a background scene, determining a location of the shadow in the image of the background scene, rendering an enhanced image of the background scene by increasing a relative brightness in a region adjacent to the shadow compared to a brightness within the shadow, and displaying the enhanced image of the background scene.
A nanowire laser structure (10, 10', 10"; 42 1 - 42 4), comprising: a substrate; an elongated support element (14; 44 1 - 44 4) extending from said substrate, said support element (14; 44 1 - 44 4) having a first diameter (d 1); and an elongated body element (16; 46 1 - 46 4) extending on and/or around said support element (14; 44 1 - 44 4), said body element (16; 46 1 - 46 4) having a second diameter (d 2) at least two times larger than said first diameter (d 1); wherein said body element (16; 46 1 - 46 4) is spaced apart from said substrate; said nanowire laser structure (10, 10', 10"; 42 1 - 42 4) further comprising a pn junction (24, 26) or a pin junction; wherein said nanowire laser structure (10, 10', 10"; 42 1 - 42 4) is adapted to emit a laser signal at a wavelength λ, wherein said first diameter (d 1) of said support element (14; 44 1 - 44 4) is smaller than λ /(2 n), wherein n denotes an index of refraction of said support element (14; 44 1 - 44 4); characterized in that said second diameter (d 2) of said body element (16; 46 1 -46 4) is no smaller than λ/m, wherein m denotes an index of refraction of said body element (16; 46 1 -46 4). a substrate; an elongated support element (14; 44 1 - 44 4) extending from said substrate, said support element (14; 44 1 - 44 4) having a first diameter (d 1); and an elongated body element (16; 46 1 - 46 4) extending on and/or around said support element (14; 44 1 - 44 4), said body element (16; 46 1 - 46 4) having a second diameter (d 2) at least two times larger than said first diameter (d 1); wherein said body element (16; 46 1 - 46 4) is spaced apart from said substrate; said nanowire laser structure (10, 10', 10"; 42 1 - 42 4) further comprising a pn junction (24, 26) or a pin junction; wherein said nanowire laser structure (10, 10', 10"; 42 1 - 42 4) is adapted to emit a laser signal at a wavelength λ, wherein said first diameter (d 1) of said support element (14; 44 1 - 44 4) is smaller than λ /(2 n), wherein n denotes an index of refraction of said support element (14; 44 1 - 44 4); characterized in that said second diameter (d 2) of said body element (16; 46 1 -46 4) is no smaller than λ/m, wherein m denotes an index of refraction of said body element (16; 46 1 -46 4).
A method for tread selection to select a tread to attach to a tread side of a tire casing in a tire, comprising the steps of: a) measuring, by a tire condition measurement unit (21, 22, 23), at least one characteristic value indicating at least one of a tire condition and a vehicle running condition; b) predicting, by a casing life prediction unit, a remaining life of the tire casing based on the at least one characteristic value measured in step a); c) selecting, by a tread selection unit, at least one recommended tread in accordance with the remaining life of the tire casing predicted in step b) from among a plurality of treads attachable to the tire casing, using wear life information calculated in advance for each of the treads; and d) displaying, by a terminal, the at least one recommended tread selected in step c). a) measuring, by a tire condition measurement unit (21, 22, 23), at least one characteristic value indicating at least one of a tire condition and a vehicle running condition; b) predicting, by a casing life prediction unit, a remaining life of the tire casing based on the at least one characteristic value measured in step a); c) selecting, by a tread selection unit, at least one recommended tread in accordance with the remaining life of the tire casing predicted in step b) from among a plurality of treads attachable to the tire casing, using wear life information calculated in advance for each of the treads; and d) displaying, by a terminal, the at least one recommended tread selected in step c).
A compound according to Formula 3001a or 3001b: or a pharmaceutically acceptable salt, solvate, tautomeric form, or polymorphic form thereof, wherein: Base 1 is or or a tautomeric form thereof; Base 2 is or or a tautomeric form thereof; R4 is hydrogen, hydroxyl, amino, halo, or alkoxyl; R 5 is hydrogen, hydroxyl, amino, or alkoxyl; R 6 is hydrogen, halogen, or alkyl; R 7 is hydrogen or amino; R 8 is hydrogen, amino, halo, or C 2-6 alkoxyl; R 9 is hydrogen or amino; PD is W is S or O; X is hydrogen, -O R 1, -S R 1, -N R 1 R 2, an N-linked amino acid ester, or an O-linked amino acid ester; Y is an N-linked D-amino acid ester or an O-linked D-amino acid ester; each R 1 is independently hydrogen, alkyl, aryl, heteroaryl, arylalkyl, cycloalkyl, heterocycloalkyl, alkoxylcarbonylalkyl, or alkylcarbonylthioalkyl; and each R 2 is independently hydrogen, alkyl, cycloalkyl, aryl, or arylalkyl. Base 1 is or or a tautomeric form thereof; Base 2 is or or a tautomeric form thereof; R4 is hydrogen, hydroxyl, amino, halo, or alkoxyl; R 5 is hydrogen, hydroxyl, amino, or alkoxyl; R 6 is hydrogen, halogen, or alkyl; R 7 is hydrogen or amino; R 8 is hydrogen, amino, halo, or C 2-6 alkoxyl; R 9 is hydrogen or amino; PD is W is S or O; X is hydrogen, -O R 1, -S R 1, -N R 1 R 2, an N-linked amino acid ester, or an O-linked amino acid ester; Y is an N-linked D-amino acid ester or an O-linked D-amino acid ester; each R 1 is independently hydrogen, alkyl, aryl, heteroaryl, arylalkyl, cycloalkyl, heterocycloalkyl, alkoxylcarbonylalkyl, or alkylcarbonylthioalkyl; and each R 2 is independently hydrogen, alkyl, cycloalkyl, aryl, or arylalkyl.
A straddled vehicle comprising: an engine; an air cleaner provided above the engine; a cover provided above the air cleaner so as to overlap with at least part of the air cleaner in a plan view viewed in an up-and-down direction; wherein the air cleaner has an intake port which is formed so as to open upwardly and into which air to be supplied to the engine is introduced, the cover has an opening that is formed such that at least part of the opening overlaps with the intake port of the air cleaner in a plan view viewed in the up-and-down direction, characterized in that a shielding member (8, 70) is provided between the air cleaner and the cover, the shielding member is configured to prevent droplets from entering the intake port, and at least part of the shielding member (8, 70) overlaps with a common opening region in which the intake port of the air cleaner and the opening of the cover overlap with each other in a plan view viewed in the up-and-down direction. an engine; an air cleaner provided above the engine; a cover provided above the air cleaner so as to overlap with at least part of the air cleaner in a plan view viewed in an up-and-down direction; the air cleaner has an intake port which is formed so as to open upwardly and into which air to be supplied to the engine is introduced, the cover has an opening that is formed such that at least part of the opening overlaps with the intake port of the air cleaner in a plan view viewed in the up-and-down direction, a shielding member (8, 70) is provided between the air cleaner and the cover, the shielding member is configured to prevent droplets from entering the intake port, and at least part of the shielding member (8, 70) overlaps with a common opening region in which the intake port of the air cleaner and the opening of the cover overlap with each other in a plan view viewed in the up-and-down direction.
Device for neutralising asbestos waste, that comprises: - an acid tank, - a tank containing a diluted acid solution in which waste containing asbestos is immersed, this acid solution neutralising the asbestos waste, - a filtration unit to separate the inert solid from the liquid phase of the acid solution at the end of the waste neutralisation reaction, - a regeneration unit for the liquid phase of the acid solution contained in the tank that adjusts the hydrogen potential of the filtered liquid phase by the addition of concentrated acid contained in the acid tank, - means of transferring the liquid phase of the regenerated acid solution into the tank, characterised in that it also comprises: - means for determining a type and/or a proportion of asbestos in the waste before immersion in the tank, the regeneration unit adjusting the hydrogen potential of the liquid phase of the regenerated acid solution depending on the type and/or proportion of asbestos and - a wear sensor for the acid asbestos waste neutralisation solution, and a unit for selective precipitation of the liquid phase of the acid solution supplied by the regeneration unit, depending on the detected wear. - an acid tank, - a tank containing a diluted acid solution in which waste containing asbestos is immersed, this acid solution neutralising the asbestos waste, - a filtration unit to separate the inert solid from the liquid phase of the acid solution at the end of the waste neutralisation reaction, - a regeneration unit for the liquid phase of the acid solution contained in the tank that adjusts the hydrogen potential of the filtered liquid phase by the addition of concentrated acid contained in the acid tank, - means of transferring the liquid phase of the regenerated acid solution into the tank, characterised in that it also comprises: - means for determining a type and/or a proportion of asbestos in the waste before immersion in the tank, the regeneration unit adjusting the hydrogen potential of the liquid phase of the regenerated acid solution depending on the type and/or proportion of asbestos and - a wear sensor for the acid asbestos waste neutralisation solution, and a unit for selective precipitation of the liquid phase of the acid solution supplied by the regeneration unit, depending on the detected wear.