mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method for configuring datacenters on a cloud platform, the method comprising: configuring on the cloud platform , a primary control datacenter and a secondary control datacenter ; receiving a request to configure a tenant datacenter on the cloud platform , wherein the tenant datacenter is associated with a tenant of a multi-tenant system and comprises one or more service groups (520a-c), wherein each service group (520a-c) comprises a set of services (530a-g); sending instructions to the primary control datacenter to configure the tenant datacenter , the instructions causing the primary control datacenter to perform steps comprising: configuring infrastructure for the tenant datacenter on the cloud platform , and periodically transmitting state of infrastructure configured for the tenant datacenter to the secondary control datacenter ; receiving request to transfer control of configuration of the tenant datacenter on the cloud platform from the primary control datacenter to the secondary control datacenter ; and responsive to receiving the request to transfer control, redirecting requests associated with configuration of the tenant datacenter from the primary control datacenter to the secondary control datacenter . configuring on the cloud platform , a primary control datacenter and a secondary control datacenter ; receiving a request to configure a tenant datacenter on the cloud platform , wherein the tenant datacenter is associated with a tenant of a multi-tenant system and comprises one or more service groups (520a-c), wherein each service group (520a-c) comprises a set of services (530a-g); sending instructions to the primary control datacenter to configure the tenant datacenter , the instructions causing the primary control datacenter to perform steps comprising: configuring infrastructure for the tenant datacenter on the cloud platform , and periodically transmitting state of infrastructure configured for the tenant datacenter to the secondary control datacenter ; configuring infrastructure for the tenant datacenter on the cloud platform , and periodically transmitting state of infrastructure configured for the tenant datacenter to the secondary control datacenter ; receiving request to transfer control of configuration of the tenant datacenter on the cloud platform from the primary control datacenter to the secondary control datacenter ; and responsive to receiving the request to transfer control, redirecting requests associated with configuration of the tenant datacenter from the primary control datacenter to the secondary control datacenter .
A device for limiting fluid flow through a lumen in a bodily tissue, comprising: at least one wire with proximal and distal ends; and the proximal end defining a cup frame portion ; a membranous polymeric tube affixed to the wire, the membranous polymeric tube having a distal end and a proximal end , wherein a membranous polymeric cup portion is located at the proximal end ; wherein a portion of the membranous polymeric tube that covers the wire cup frame portion forms the membranous polymeric cup portion; wherein the membranous polymeric cup portion is adapted to be reconfigured during deployment into the lumen from a pre-deployed state to an everted state, and wherein the membranous polymeric cup portion in the everted state is adapted to limit fluid flow through the lumen; the device being characterized in that the at least one wire is biased to contract to a coiled shape wherein the polymeric material of the membranous polymeric tube becomes bunched up or compressed into a wad. at least one wire with proximal and distal ends; and the proximal end defining a cup frame portion ; a membranous polymeric tube affixed to the wire, the membranous polymeric tube having a distal end and a proximal end , wherein a membranous polymeric cup portion is located at the proximal end ; wherein a portion of the membranous polymeric tube that covers the wire cup frame portion forms the membranous polymeric cup portion; wherein the membranous polymeric cup portion is adapted to be reconfigured during deployment into the lumen from a pre-deployed state to an everted state, and wherein the membranous polymeric cup portion in the everted state is adapted to limit fluid flow through the lumen; the device being characterized in that the at least one wire is biased to contract to a coiled shape wherein the polymeric material of the membranous polymeric tube becomes bunched up or compressed into a wad.
A verification cap for verifying installation of a fastening clip to a support structure comprising: a tubular base member , comprising an enclosing side wall defining an interior space between an open bottom end portion and an open top end portion, configured to retainingly receive at least a portion of the fastening clip during assembly, and a cover member , hingeably connected to said base member and movable between a closed position, lockingly engaged with said top end portion of said side wall, and an open position, disengaged from said top end portion of said side wall, a RFID system , operably coupled to an inner surface of said cover member and configured to actuate transmission of a verification signal only when said cover member is in said closed position, lockingly engaged with said top end portion of said side wall such that the fastening clip is in a predetermined position relative to said RFID system, during use. a tubular base member , comprising an enclosing side wall defining an interior space between an open bottom end portion and an open top end portion, configured to retainingly receive at least a portion of the fastening clip during assembly, and a cover member , hingeably connected to said base member and movable between a closed position, lockingly engaged with said top end portion of said side wall, and an open position, disengaged from said top end portion of said side wall, a RFID system , operably coupled to an inner surface of said cover member and configured to actuate transmission of a verification signal only when said cover member is in said closed position, lockingly engaged with said top end portion of said side wall such that the fastening clip is in a predetermined position relative to said RFID system, during use.
Cartridge for storing and dispensing products that are not purely gaseous, comprising: - a casing ; - a drum guided rotationally with respect to the casing on a rotation axis passing through the centre of the drum ; - an enclosure for storing products that are not purely gaseous; - a locking device adapted to be able: ∘ in a first position, referred to as the locking position, to prevent the rotation of the drum with respect to the casing , and ∘ in a second position, referred to as the rotation position, to allow the rotation of the drum with respect to the casing ; characterised in that it has an axial passage extending along the rotation axis of the drum , and in that the locking device includes at least one pusher arranged with respect to the axial passage so as to be able to be moved: . by an unlocking member introduced into the axial passage ; . to a position of the pusher, referred to as the unlocking position, wherein the locking device is in said rotation position. - a casing ; - a drum guided rotationally with respect to the casing on a rotation axis passing through the centre of the drum ; - an enclosure for storing products that are not purely gaseous; - a locking device adapted to be able: ∘ in a first position, referred to as the locking position, to prevent the rotation of the drum with respect to the casing , and ∘ in a second position, referred to as the rotation position, to allow the rotation of the drum with respect to the casing ; ∘ in a first position, referred to as the locking position, to prevent the rotation of the drum with respect to the casing , and ∘ in a second position, referred to as the rotation position, to allow the rotation of the drum with respect to the casing ; . by an unlocking member introduced into the axial passage ; . to a position of the pusher, referred to as the unlocking position, wherein the locking device is in said rotation position.
A composition comprising substantially homogeneous particles including: about 75% to about 98% microcrystalline cellulose; about 1% to about 10% at least one binder; and about 1% to about 15% at least one disintegrant, wherein the microcrystalline cellulose, binder and disintegrant are indistinguishable when viewed with a SEM, thereby forming substantially homogeneous, spherical particles wherein the binder is hydroxypropyl methylcellulose and the disintegrant is cross-linked polyvinylpyrrolidone, wherein the composition is formed by spraying aqueous slurry comprised of the microcrystalline cellulose, binder and disintegrant. about 75% to about 98% microcrystalline cellulose; about 1% to about 10% at least one binder; and about 1% to about 15% at least one disintegrant, wherein the microcrystalline cellulose, binder and disintegrant are indistinguishable when viewed with a SEM, thereby forming substantially homogeneous, spherical particles wherein the binder is hydroxypropyl methylcellulose and the disintegrant is cross-linked polyvinylpyrrolidone, wherein the composition is formed by spraying aqueous slurry comprised of the microcrystalline cellulose, binder and disintegrant.
A semiconductor device, comprising: a substrate having an opening extending at least partially through the substrate; an outer conductive material partially filling the opening; and a negative thermal expansion (NTE) material further filling the opening, wherein the conductive material is disposed between the substrate and the NTE material. a substrate having an opening extending at least partially through the substrate; an outer conductive material partially filling the opening; and a negative thermal expansion (NTE) material further filling the opening, wherein the conductive material is disposed between the substrate and the NTE material.
A method of repairing an airfoil of a compressor blade (80; 122) of a gas turbine engine, the method comprising: developing a suggested blend repair to the airfoil comprising the steps of: (a) storing history with regard to a particular airfoil of a compressor blade (80; 122) in a particular gas turbine engine , wherein the history includes a surge history for the gas turbine engine ; (b) taking information with regard to new damage to the particular airfoil ; (c) reaching an initial blend recommendation based upon step (b); (d) assessing whether the initial blend recommendation of step (c) would be appropriate to repair the new damage based upon a consideration of steps (a) - (c); and (e) reporting a final blend recommendation, wherein the final blend recommendation is performed utilizing borescopic blending. developing a suggested blend repair to the airfoil comprising the steps of: (a) storing history with regard to a particular airfoil of a compressor blade (80; 122) in a particular gas turbine engine , wherein the history includes a surge history for the gas turbine engine ; (b) taking information with regard to new damage to the particular airfoil ; (c) reaching an initial blend recommendation based upon step (b); (d) assessing whether the initial blend recommendation of step (c) would be appropriate to repair the new damage based upon a consideration of steps (a) - (c); and (e) reporting a final blend recommendation, (a) storing history with regard to a particular airfoil of a compressor blade (80; 122) in a particular gas turbine engine , wherein the history includes a surge history for the gas turbine engine ; (b) taking information with regard to new damage to the particular airfoil ; (c) reaching an initial blend recommendation based upon step (b); (d) assessing whether the initial blend recommendation of step (c) would be appropriate to repair the new damage based upon a consideration of steps (a) - (c); and (e) reporting a final blend recommendation, wherein the final blend recommendation is performed utilizing borescopic blending.
A spark gap having a cooling and/or damping device, having • at least one first spark gap electrode (FS 1 ) and one second spark gap electrode (FS 2 ), • at least one auxiliary ignition electrode (ZE) for connection to an ignition circuit, the auxiliary ignition electrode (ZE) being arranged spatially adjacent to the first spark gap electrode (FS 1 ) and spaced from the second spark gap electrode (FS 2 ), the auxiliary ignition electrode (ZE) being arranged laterally with respect to the direction of first spark gap electrode and second spark gap electrode, • a plurality of discs (S 1 , S 2 , ... S n ), which are insulated (ISO 1 ) with respect to the auxiliary ignition electrode (ZE) and the first spark gap electrode (FS 1 ), are attached between the auxiliary ignition electrode (ZE) and the second spark gap electrode (FS 2 ), characterized in that the discs (S 1 , S 2 , S n ) have openings, wherein the openings of the discs are arranged in such a manner that the openings form an arc channel between the second spark gap electrode (FS 2 ) and the first spark gap electrode (FS 1 ), and in that a slightly conductive material (BRZ) for supporting ignition is introduced between the auxiliary ignition electrode (ZE) and the first spark gap electrode (FS 1 ), and in that the plurality of discs (S 1 , S 2 , ... S n ) can be pushed apart under the action of pressure. • at least one first spark gap electrode (FS 1 ) and one second spark gap electrode (FS 2 ), • at least one auxiliary ignition electrode (ZE) for connection to an ignition circuit, the auxiliary ignition electrode (ZE) being arranged spatially adjacent to the first spark gap electrode (FS 1 ) and spaced from the second spark gap electrode (FS 2 ), the auxiliary ignition electrode (ZE) being arranged laterally with respect to the direction of first spark gap electrode and second spark gap electrode, • a plurality of discs (S 1 , S 2 , ... S n ), which are insulated (ISO 1 ) with respect to the auxiliary ignition electrode (ZE) and the first spark gap electrode (FS 1 ), are attached between the auxiliary ignition electrode (ZE) and the second spark gap electrode (FS 2 ), characterized in that
An expression vector for expressing an antibody molecule comprising an Fc domain in prokaryotic and in eukaryotic cells, said expression vector comprising: a. a polynucleotide encoding an Fc domain protein; b. a polynucleotide encoding a phage coat protein; c. a cloning site for cloning genes coding an antibody molecule or a part thereof wherein the antibody molecule or part thereof does not comprise an Fc domain; d. a prokaryotic secretion signal sequence and a eukaryotic expression signal sequence, or a secretion signal sequence that drives efficient secretion in both prokaryotic and eukaryotic cells; e. a promoter for mediating expression in eukaryotic cells; f. a stop codon for preventing expression of the phage coat protein in eukaryotic cells; wherein the expression vector permits expression of the antibody molecule or part thereof fused to the Fc domain protein: (i) in a prokaryotic cell fused with the phage coat protein allowing for display of the molecule on filamentous phage; (ii) in the periplasm of a non-suppressor prokaryotic cell without the phage coat protein; and (iii) in a eukaryotic cell without the phage coat protein. a. a polynucleotide encoding an Fc domain protein; b. a polynucleotide encoding a phage coat protein; c. a cloning site for cloning genes coding an antibody molecule or a part thereof wherein the antibody molecule or part thereof does not comprise an Fc domain; d. a prokaryotic secretion signal sequence and a eukaryotic expression signal sequence, or a secretion signal sequence that drives efficient secretion in both prokaryotic and eukaryotic cells; e. a promoter for mediating expression in eukaryotic cells; f. a stop codon for preventing expression of the phage coat protein in eukaryotic cells; (i) in a prokaryotic cell fused with the phage coat protein allowing for display of the molecule on filamentous phage; (ii) in the periplasm of a non-suppressor prokaryotic cell without the phage coat protein; and (iii) in a eukaryotic cell without the phage coat protein.
A delivery method to the corresponding passenger of packages/luggage in an individualized and modular way at an airport or other transport terminals, the method comprising: • Reading and identification of each of the packages/luggage; • Identifying the passenger through an interactive screen stand or mobile application; • Reconciling the packages/luggage data with the passenger data; • Positioning the package/luggage on an individual box for delivery, whereby the individual boxes are arranged in a modular way in a plurality of columns each with two levels; • Indication to the passenger of the steps to follow in order to access their luggage; and • Delivery of the packages/luggage by opening the individual box to the passenger after successful identification; wherein the positioning of the package/luggage on each individual box is achieved by • continuous circulation of the packages/luggage by means of a central warehouse configured in the same two levels as the individual boxes wherein the two levels are connected by motorised curves or automatic elevators that allow the luggage to be raised and lowered from one level to the other; • Temporary storage and perpendicular and horizontal diversion of the packages/luggage from the central warehouse towards the final delivery boxes ; • Temporary storage of the diverted packages/luggage in spaces or storage belts before their final positioning in the final delivery individual boxes • Reading and identification of each of the packages/luggage; • Identifying the passenger through an interactive screen stand or mobile application; • Reconciling the packages/luggage data with the passenger data; • Positioning the package/luggage on an individual box for delivery, whereby the individual boxes are arranged in a modular way in a plurality of columns each with two levels; • Indication to the passenger of the steps to follow in order to access their luggage; and • Delivery of the packages/luggage by opening the individual box to the passenger after successful identification; wherein the positioning of the package/luggage on each individual box is achieved by • continuous circulation of the packages/luggage by means of a central warehouse configured in the same two levels as the individual boxes wherein the two levels are connected by motorised curves or automatic elevators that allow the luggage to be raised and lowered from one level to the other; • Temporary storage and perpendicular and horizontal diversion of the packages/luggage from the central warehouse towards the final delivery boxes ; • Temporary storage of the diverted packages/luggage in spaces or storage belts before their final positioning in the final delivery individual boxes
A method of operating a cellular telecommunications network comprising a plurality of base stations, wherein each base station of the plurality of base stations has an operational parameter being one of a set of values, wherein the set includes k values, the method comprising the steps of: defining a first graph comprising a first plurality of nodes and a first plurality of edges, wherein a node of the first plurality of nodes represents a first base station of the plurality of base stations, and an edge of the first plurality of edges represents a first neighbouring relationship between two base stations of the plurality of base stations, wherein each edge of the first plurality of edges has an associated first weight value; partitioning the first graph into a first set of sub-graphs, wherein the first set of sub-graphs includes k sub-graphs, each having a subset of the first plurality of nodes and a subset of the first plurality of edges, such as to minimise a first sum value of all first weight values associated with each edge of each subset of the first plurality of edges in all sub-graphs of the first set of sub-graphs; calculating a first conflict value based on the first sum value; and initiating a change relating to the operating parameter to one or more base stations in the plurality of base stations if the first conflict value satisfies a condition. defining a first graph comprising a first plurality of nodes and a first plurality of edges, wherein a node of the first plurality of nodes represents a first base station of the plurality of base stations, and an edge of the first plurality of edges represents a first neighbouring relationship between two base stations of the plurality of base stations, wherein each edge of the first plurality of edges has an associated first weight value; partitioning the first graph into a first set of sub-graphs, wherein the first set of sub-graphs includes k sub-graphs, each having a subset of the first plurality of nodes and a subset of the first plurality of edges, such as to minimise a first sum value of all first weight values associated with each edge of each subset of the first plurality of edges in all sub-graphs of the first set of sub-graphs; calculating a first conflict value based on the first sum value; and initiating a change relating to the operating parameter to one or more base stations in the plurality of base stations if the first conflict value satisfies a condition.
An electrical connection box comprising: a connection box housing having an insulation property configured to store a connection box bus bar having conductivity inside the connection box housing ; and a branch box housing having an insulation property configured to store a branch box bus bar having conductivity inside the branch box housing ; wherein the branch box housing and the connection box housing are stacked in a vertical direction (Z), and the connection box bus bar and the branch box bus bar are electrically connected by bringing a connection box bus bar tip portion of the connection box bus bar into direct contact with a branch box bus bar tip portion of the branch box bus bar and by jointly fastening the tip portions using a bus bar fastening member in a state in which the connection box bus bar tip portion is in direct contact with the branch box bus bar tip portion . a connection box housing having an insulation property configured to store a connection box bus bar having conductivity inside the connection box housing ; and a branch box housing having an insulation property configured to store a branch box bus bar having conductivity inside the branch box housing ; wherein the branch box housing and the connection box housing are stacked in a vertical direction (Z), and the connection box bus bar and the branch box bus bar are electrically connected by bringing a connection box bus bar tip portion of the connection box bus bar into direct contact with a branch box bus bar tip portion of the branch box bus bar and by jointly fastening the tip portions using a bus bar fastening member in a state in which the connection box bus bar tip portion is in direct contact with the branch box bus bar tip portion .
A method for the diagnosis of non-alcoholic steatohepatitis (NASH) or for determining the activity, the stage, or the severity of NASH in a subject, comprising the step of measuring in a blood, serum or plasma sample of said subject: - the level of at least one marker selected from (i) alpha 2 macroglobulin and (ii) HbA1c, and - the level of the marker hsa-miR-34a-5p . - the level of at least one marker selected from (i) alpha 2 macroglobulin and (ii) HbA1c, and - the level of the marker hsa-miR-34a-5p .