mhurhangee/ep-ind-claims huggingface dataset:
A method for cloning a filesystem object in a file storage system, the filesystem object including a root node, an indirect node, at least one data block and a set of pointers being stored in the root node of the filesystem object, wherein the set of pointers of the root node of the filesystem object references the at least one data block via the indirect node referenced to by the set of pointers of the root node of the filesystem object, the method comprising: creating, in the file storage system, a snapshot object and storing a copy of the set of pointers of the filesystem object in the snapshot object; and creating, in the file storage system, a writable clone object and storing a copy of the set of pointers of the filesystem object in the clone object; wherein each of the snapshot object and the clone object include a respective root node to which the set of pointers of the root node of the filesystem object are copied, wherein the set of pointers of the root node of the filesystem object, the set of pointers of the root node of the snapshot object, and the set of pointers of the root node of the clone object reference to the same indirect node so that the snapshot object and the clone object share the referenced indirect node and the at least one referenced data block with the filesystem object, wherein the filesystem object and the clone object become writable versions of the snapshot object and store changes from a copy of the object represented by the snapshot object, and wherein a reference count indicating a number of objects referencing the snapshot object is stored in metadata of the snapshot object. creating, in the file storage system, a snapshot object and storing a copy of the set of pointers of the filesystem object in the snapshot object; and creating, in the file storage system, a writable clone object and storing a copy of the set of pointers of the filesystem object in the clone object; wherein each of the snapshot object and the clone object include a respective root node to which the set of pointers of the root node of the filesystem object are copied, wherein the set of pointers of the root node of the filesystem object, the set of pointers of the root node of the snapshot object, and the set of pointers of the root node of the clone object reference to the same indirect node so that the snapshot object and the clone object share the referenced indirect node and the at least one referenced data block with the filesystem object, wherein the filesystem object and the clone object become writable versions of the snapshot object and store changes from a copy of the object represented by the snapshot object, and wherein a reference count indicating a number of objects referencing the snapshot object is stored in metadata of the snapshot object.
A rotor having at least one blade ring which has a variety of blades (4, 6) which are each provided with a cover band (14, 16) at the tip and which are clamped together using coupling elements (2; 52), characterised in that the coupling elements (2; 52) each have two power transmission surfaces (28, 30) designed on the ends for the definition of damping gaps (12a, 12b) between the cover bands (14, 16) and have a material tapered body portion between the power transmission surfaces (28, 30) so that the coupling elements (2; 52) define a slot between the power transmission surfaces (38, 40) on the cover bands (14, 16) when in a resting position.
A groundwater remediation method for treating acidic or alkaline groundwater containing divalent or trivalent metal cations, the method including the step of injecting a slurry or suspension of solid alkaline material into the ground, characterized in that said slurry or suspension is injected into one or more regions such that the groundwater contacts the solid alkaline material and the divalent and trivalent metal cations react to form a layered double hydroxide material comprising hydrotalcite, and that an overdose of the slurry or suspension in excess of that required for formation of the hydrotalcite is used and/or or that periodic or repeated injections of the slurry or suspension take place and wherein the solid alkaline material is selected from magnesia, magnesium hydroxide or a mixture thereof.
Use of a silica- or silicate-based mineral in a personal care product, wherein the silica or silicate mineral has an organic acid absorption capacity and/or an oil absorption capacity equal to or greater than about 220 g/100 g of the mineral according to the measurement method specified in the description, wherein the mineral is either naturally occurring or is made from a naturally occurring mineral, wherein the mineral is diatomaceous earth.
Method for operating a solid fuel boiler of a biomass small-scale furnace with fixed-bed furnace in a power range of less than 100 kW thermal which can be operated fully automatically, wherein a solid fuel is combusted in a primary combustion zone and in a secondary combustion zone, wherein the solid fuel in the primary combustion zone forms a firebed lying on a combustion grate and wherein flue gas produced in the secondary combustion zone is cooled and then recirculated through the combustion grate to the firebed, wherein in order to reduce the dust emission through the combustion grate, overall an amount of oxygen is supplied to the firebed which corresponds to a maximum of half the amount of oxygen required for a stoichiometric combustion of the solid fuel, wherein a solid fuel supply, in particular a conveyor screw opening out into the primary combustion zone is arranged above the firebed.
A tag making and stacking system (51"), comprising: at least one print head capable of printing repetitively across at least one face of a wide tag web, a slitter disposed downstream of the at least one print head and capable of slitting the wide tag web into two separate side-by-side narrow tag webs, characterized by a first feed roll disposed downstream of the slitter, a cutter disposed downstream of the first feed roll to sever side-by-side tags from the narrow webs (N1, N2), a stacker system comprising a stacker having a platform including magnetizable material, wherein the stacker system comprises a repositionable upstanding wall adjacent a tag stack accumulating space, the wall having a flange, and at least one magnet on the flange, wherein the magnet can be magnetically attracted to the platform to hold the upstanding wall in a desired position on the platform, a second feed roll disposed downstream of the cutter to feed the severed tags into side-by-side stacks in the stacker, and a separator capable of separating the tags into two spaced apart stacks as the tags enter the stacker, the separator including a separator bar which causes the side-by-side tags to be cammed apart as they advance into the stacker. at least one print head capable of printing repetitively across at least one face of a wide tag web, a slitter disposed downstream of the at least one print head and capable of slitting the wide tag web into two separate side-by-side narrow tag webs, characterized by a first feed roll disposed downstream of the slitter, a cutter disposed downstream of the first feed roll to sever side-by-side tags from the narrow webs (N1, N2), a stacker system comprising a stacker having a platform including magnetizable material, wherein the stacker system comprises a repositionable upstanding wall adjacent a tag stack accumulating space, the wall having a flange, and at least one magnet on the flange, wherein the magnet can be magnetically attracted to the platform to hold the upstanding wall in a desired position on the platform, a second feed roll disposed downstream of the cutter to feed the severed tags into side-by-side stacks in the stacker, and a separator capable of separating the tags into two spaced apart stacks as the tags enter the stacker, the separator including a separator bar which causes the side-by-side tags to be cammed apart as they advance into the stacker.
Handlebar for motorized wheelchair for a person transportation, of the type comprising a supporting frame, at least one couple of wheels (3, 4) each disposed sideways to said supporting frame, and means rotatably operable for changing the direction of said wheelchair and accommodated, at least in part, in said supporting frame, said handlebar comprising at least one idler arm, integrally connectable to said means for changing the direction to drive the rotation of said means for changing the direction, and at least one hand grip to drive the rotation of said at least one idler arm, said handlebar comprising a mechanism to constrain the displacement of said at least one hand grip with respect to said at least one idler arm, between a first operative position, wherein said at least one hand grip is disposed in front of said supporting frame, and a second operative position, wherein said at least one hand grip is disposed sideways with respect to said supporting frame, and vice versa, characterized in that said displacing mechanism comprises as well means for guiding the translation of said at least one hand grip with respect to said at least one idler arm exclusively when said at least one hand grip is in said at least one first or said at least one second operative position (P1, P2), between a lowered position (L1, L2), wherein the rotation of said at least one hand grip with respect to said at least one idler arm is prevented, and a raised position (H1, H2), wherein the rotation of said at least one hand grip with respect to said at least one idler arm is allowed between said first and said second operative position.
A method for quantifying cholesterol in total HDL, wherein total HDL-cholesterol is quantified based on (i) the quantification value of cholesterol in the ApoE-deficient HDL obtained by a method for enzymatically quantifying cholesterol in ApoE-deficient HDL, comprising: adding a surfactant composed of a polyoxyethylene benzyl phenyl ether derivative to a test sample in a final concentration of 0.05 to 0.10%, reacting the test sample with cholesterol esterase and cholesterol oxidase, and quantifying hydrogen peroxide generated and (ii) a quantification value of cholesterol in the ApoE-Containing HDL obtained by a method for enzymatically quantifying cholesterol in ApoE-Containing HDL, comprising: adding a surfactant composed of a polyoxyethylene benzyl phenyl derivative to a test sample so as to obtain a final concentration of 0.15 to 0.75%, reacting the test sample with cholesterol esterase and cholesterol oxidase, and quantifying hydrogen peroxide generated. (i) the quantification value of cholesterol in the ApoE-deficient HDL obtained by a method for enzymatically quantifying cholesterol in ApoE-deficient HDL, comprising: adding a surfactant composed of a polyoxyethylene benzyl phenyl ether derivative to a test sample in a final concentration of 0.05 to 0.10%, reacting the test sample with cholesterol esterase and cholesterol oxidase, and quantifying hydrogen peroxide generated and adding a surfactant composed of a polyoxyethylene benzyl phenyl ether derivative to a test sample in a final concentration of 0.05 to 0.10%, reacting the test sample with cholesterol esterase and cholesterol oxidase, and quantifying hydrogen peroxide generated and (ii) a quantification value of cholesterol in the ApoE-Containing HDL obtained by a method for enzymatically quantifying cholesterol in ApoE-Containing HDL, comprising: adding a surfactant composed of a polyoxyethylene benzyl phenyl derivative to a test sample so as to obtain a final concentration of 0.15 to 0.75%, reacting the test sample with cholesterol esterase and cholesterol oxidase, and quantifying hydrogen peroxide generated. adding a surfactant composed of a polyoxyethylene benzyl phenyl derivative to a test sample so as to obtain a final concentration of 0.15 to 0.75%, reacting the test sample with cholesterol esterase and cholesterol oxidase, and quantifying hydrogen peroxide generated.
A communication method, comprising: sending, by a terminal device (101, 1000), first information and a service request message to an access and mobility management function, AMF, wherein the first information is used to instruct the AMF to send the service request message to a session management function, SMF, obtaining, by the terminal device (101, 1000), a reference message authentication code based on a first message authentication code and a second message authentication code, wherein the first message authentication code is used by the AMF to check the service request message; the second message authentication code is used by the SMF to check the service request message; the method being characterized by: the reference message authentication code is carried in a Message Authentication Code, MAC, information element in the service request message; the reference message authentication code is used by the AMF and the SMF to perform an integrity check on the service request message; the service request message comprises second information; and the second information comprises the reference message authentication code. sending, by a terminal device (101, 1000), first information and a service request message to an access and mobility management function, AMF, wherein the first information is used to instruct the AMF to send the service request message to a session management function, SMF, obtaining, by the terminal device (101, 1000), a reference message authentication code based on a first message authentication code and a second message authentication code, wherein the first message authentication code is used by the AMF to check the service request message; the second message authentication code is used by the SMF to check the service request message; the method being characterized by: the reference message authentication code is carried in a Message Authentication Code, MAC, information element in the service request message; the reference message authentication code is used by the AMF and the SMF to perform an integrity check on the service request message; the service request message comprises second information; and the second information comprises the reference message authentication code. the reference message authentication code is carried in a Message Authentication Code, MAC, information element in the service request message; the reference message authentication code is used by the AMF and the SMF to perform an integrity check on the service request message; the service request message comprises second information; and the second information comprises the reference message authentication code.
An impeller comprising: a hub defining a rotational axis; a set of primary blades extending in an axial direction from the hub relative to the rotational axis; a shroud supported by the primary blades, axially across the primary blades from the hub, wherein the primary blades are circumferentially spaced apart from one another relative to the rotational axis, wherein an inlet is defined between the shroud and the hub proximate a first extent of the primary blades in a radial direction relative to the rotational axis, and an outlet is defined proximate a second extent of the primary blades opposite the first extent in the radial direction; characterised by a plurality of perforated blades extending axially from the hub and supporting the shroud, wherein the perforated blades are circumferentially spaced apart from one another, and wherein each of the perforated blades is circumferentially between each circumferentially adjacent pair of the primary blades, wherein each of the perforated blades has a plurality of openings therethrough; and wherein each of the perforated blades defines a perforated blade length and defines a plurality of columns spaced apart from one another along the perforated blade length. a hub defining a rotational axis; a set of primary blades extending in an axial direction from the hub relative to the rotational axis; a shroud supported by the primary blades, axially across the primary blades from the hub, wherein the primary blades are circumferentially spaced apart from one another relative to the rotational axis, wherein an inlet is defined between the shroud and the hub proximate a first extent of the primary blades in a radial direction relative to the rotational axis, and an outlet is defined proximate a second extent of the primary blades opposite the first extent in the radial direction; characterised by a plurality of perforated blades extending axially from the hub and supporting the shroud, wherein the perforated blades are circumferentially spaced apart from one another, and wherein each of the perforated blades is circumferentially between each circumferentially adjacent pair of the primary blades, wherein each of the perforated blades has a plurality of openings therethrough; and wherein each of the perforated blades defines a perforated blade length and defines a plurality of columns spaced apart from one another along the perforated blade length.
A method of detecting that a surgical instrument does not have a surgical cartridge in an unfired condition mounted to the surgical instrument, the surgical instrument including an actuation output that is actuated in a first direction to fire the surgical cartridge in the unfired condition when the surgical cartridge in the unfired condition is mounted to the surgical instrument, the method comprising: as part of an initial check to determine whether a surgical cartridge in an unfired condition is present for use in deploying staples from the surgical cartridge by actuating the actuation output in the first direction: commanding a movement of the actuation output by a predetermined amount in a second direction, the second direction being opposite to the first direction; detecting that the commanded movement of the actuation output in the second direction has produced movement of the actuation output by a threshold amount in the second direction; and in response to detecting the movement of the actuation output by the threshold amount in the second direction, determining that the surgical instrument does not have the surgical cartridge in the unfired condition mounted to the surgical instrument. commanding a movement of the actuation output by a predetermined amount in a second direction, the second direction being opposite to the first direction; detecting that the commanded movement of the actuation output in the second direction has produced movement of the actuation output by a threshold amount in the second direction; and in response to detecting the movement of the actuation output by the threshold amount in the second direction, determining that the surgical instrument does not have the surgical cartridge in the unfired condition mounted to the surgical instrument.
An electric generator system having a turbine in connection with a generator and one or more compressors for converting energy fed to the turbine into electric energy with the generator and to compress air with one or more compressors, a combustion chamber arranged to receive compressed air from the one or more compressors and fuel from a fuel tank to initiate a combustion process and output combustion products into the turbine for rotating the rotor of the turbine, the combustion process being a cycle process comprising a compression phase and an expansion phase, one or more fuel input valves for providing the fuel to the combustion chamber, one or more air input valves for providing the compressed air to the combustion chamber, one or more steam input valves (103, 104, 114) for providing steam to the combustion chamber, a control unit for controlling said one or more fuel input valves, said one or more air input valves and said one or more steam input valves (103, 104, 114), whereby said one on more fuel input valves and said one or more air input valves are controlled to match the cyclic combustion process to a frequency of specific gas oscillations so that these amplify each other, characterized in that said one or more steam input valves (103, 104, 114) are controlled to generate a plurality of steam injection pulses into the combustion chamber within a single combustion cycle.
Holding device for an intraocular lens, wherein the holding device is formed open to the bottom in a cross section perpendicular to a longitudinal axis of the holding device and has an elongated support member open to the bottom in a cross section perpendicular to the longitudinal axis of the holding device, on which an, in the direction of the longitudinal axis, elongated holding rail for holding the lens is disposed, wherein the holding rail is also formed open to the bottom in a cross section perpendicular to the longitudinal axis of the holding device, and said support member is formed longer in its longitudinal extension along the longitudinal axis than its width and is designed rail-like, and the support member has a base body open to the bottom, on which a support arm (9, 10) extending parallel to the longitudinal axis is respectively disposed on opposing sides of the longitudinal axis of the support member characterized in that at least in the base body in cross-section perpendicular to the longitudinal axis of the holding device, the support member is formed with an inverted U shape open to the bottom.
A method, comprising: storing sensor signals indicative of one or more contexts of a mobile device; segmenting said sensor signals into a time sequence of sensor data segments; recognizing a relationship between a context of said mobile device and at least one sensor data segment; and determining a future operation of the mobile device based on the previously recognized relationship between a context of said mobile device and at least one sensor data segment. storing sensor signals indicative of one or more contexts of a mobile device; segmenting said sensor signals into a time sequence of sensor data segments; recognizing a relationship between a context of said mobile device and at least one sensor data segment; and determining a future operation of the mobile device based on the previously recognized relationship between a context of said mobile device and at least one sensor data segment.
A system (10, 110) for use in downhole detection comprising: a downhole arrangement defining a throughbore (16, 116); a tool (14, 114) deployable through the throughbore (16, 116)of the downhole arrangement; a primary electromagnetic element (22, 122) provided on the deployable tool (14, 114); and a secondary electromagnetic element (33, 133) provided on the downhole arrangement, wherein the primary and secondary electromagnetic elements are configurable for electromagnetic coupling therebetween, wherein the downhole arrangement is configurable between a first configuration in which the secondary electromagnetic element (33, 133) is covered by a cover sleeve so as to prevent electromagnetic coupling between the primary and secondary electromagnetic elements and a second configuration in which the secondary electromagnetic element (33, 133) is accessible for electromagnetic coupling with the primary electromagnetic element (22, 122). a downhole arrangement defining a throughbore (16, 116); a tool (14, 114) deployable through the throughbore (16, 116)of the downhole arrangement; a primary electromagnetic element (22, 122) provided on the deployable tool (14, 114); and a secondary electromagnetic element (33, 133) provided on the downhole arrangement, wherein the primary and secondary electromagnetic elements are configurable for electromagnetic coupling therebetween, wherein the downhole arrangement is configurable between a first configuration in which the secondary electromagnetic element (33, 133) is covered by a cover sleeve so as to prevent electromagnetic coupling between the primary and secondary electromagnetic elements and a second configuration in which the secondary electromagnetic element (33, 133) is accessible for electromagnetic coupling with the primary electromagnetic element (22, 122).