mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of bulk data ingestion prioritization in a data system comprising: implementing a first Bloom filter on a dataset, wherein the dataset includes a plurality of profile data; receiving an update dataset corresponding to some of the plurality of profile data; implementing a second Bloom filter on the dataset including the update dataset subsequent to implementing the first Bloom filter; determining a set of non-shared profile data of the second Bloom filter based on an intersection of the first Bloom filter and the second Bloom filter; prioritizing bulk data ingestion of the set of non-shared profile data of the second Bloom filter into a caching system over other profile data of the dataset by rank ordering the profile data of the dataset according to a prioritization schedule wherein non-shared profile data of the second Bloom filter is rank ordered for sending to the caching system sooner than common data to the first Bloom filter and the second Bloom filter or non-shared data of the first Bloom filter; sending for caching the set of non-shared profile data of the second Bloom filter according to the prioritization schedule; and after caching the rank ordered profile data, renaming the second Bloom filter to become a subsequent first Bloom filter for use in a next iteration of the method. implementing a first Bloom filter on a dataset, wherein the dataset includes a plurality of profile data; receiving an update dataset corresponding to some of the plurality of profile data; implementing a second Bloom filter on the dataset including the update dataset subsequent to implementing the first Bloom filter; determining a set of non-shared profile data of the second Bloom filter based on an intersection of the first Bloom filter and the second Bloom filter; prioritizing bulk data ingestion of the set of non-shared profile data of the second Bloom filter into a caching system over other profile data of the dataset by rank ordering the profile data of the dataset according to a prioritization schedule wherein non-shared profile data of the second Bloom filter is rank ordered for sending to the caching system sooner than common data to the first Bloom filter and the second Bloom filter or non-shared data of the first Bloom filter; sending for caching the set of non-shared profile data of the second Bloom filter according to the prioritization schedule; and after caching the rank ordered profile data, renaming the second Bloom filter to become a subsequent first Bloom filter for use in a next iteration of the method.
A self-locating apparatus for computing, comprising: one or more processors to execute instructions; a Wireless Credential Exchange Module (WCEM), coupled to the one or more processors, configured to detect a location tag; and a management engine, coupled to the WCEM, to query and receive information of the location tag from the WCEM, and to provide an external asset management server with an identifier of the apparatus and information of the location tag or a location information of the apparatus determined based at least in part on the information of the location tag, to self-locate the apparatus; and a Trusted Platform Module, coupled to the management engine, to store the information of the location tag in a location identifier, and to generate a root of trust for a trusted execution path, using a combination of the information of the location tag and a chipset key of the apparatus. one or more processors to execute instructions; a Wireless Credential Exchange Module (WCEM), coupled to the one or more processors, configured to detect a location tag; and a management engine, coupled to the WCEM, to query and receive information of the location tag from the WCEM, and to provide an external asset management server with an identifier of the apparatus and information of the location tag or a location information of the apparatus determined based at least in part on the information of the location tag, to self-locate the apparatus; and a Trusted Platform Module, coupled to the management engine, to store the information of the location tag in a location identifier, and to generate a root of trust for a trusted execution path, using a combination of the information of the location tag and a chipset key of the apparatus.
Extendable plant tray assembly comprising a plurality of plant holders in a grid structure, wherein in a first direction said plant holders are movably connected through an extension system arranged to move said assembly between a retracted position and an extended position, the assembly including at least one grid structure element comprising a central rib in a second direction transverse to said first direction, wherein a plurality of plant holders is mounted to said rib in a staggered manner, alternating a plant holder with a plant holder receiving space, including at least one grid structure end element, arranged to be located at an end position of said assembly in said first direction, comprising a rib in said second direction, characterized in that in said grid structure end element plant holders are only mounted to a single side of said rib, alternating a plant holder with a plant holder receiving space.
A toilet tank arrangement with an inner flushing water container and an outer housing, particularly a ceramic housing, which can be placed over the flushing water container, wherein the toilet tank arrangement can be mounted on a toilet tank seat of a water closet, and wherein the connection of the flushing water container to the housing is realized by means of fastening elements, which compensate dimensional tolerances of a gap between an outer boundary surface of the flushing water container and an inner boundary surface of the housing, characterized in that the fastening elements are arranged on the underside of the flushing water container, preferably within grooves and/or guide slots provided for this purpose, in a longitudinally displaceable manner such that a dimensional tolerance in the direction transverse to the gap is compensated by the fastening elements.
A composition for film formation comprising at least cellulose fibers, a swollen layered inorganic compound, and a water-soluble polymer, the swollen layered inorganic compound including layers, the cellulose fibers and the water-soluble-polymer are intercalated between the layers of the swollen layered inorganic compound.
A method for evaluating anion-permeability of a graphene-containing membrane comprising the steps of: (i) preparing a measuring apparatus which comprises an aqueous solution containing anions, a working electrode containing silver-metal, a counter electrode and a reference electrode and in which said working electrode, said counter electrode and said reference electrode are electrically connected through an external circuit; (ii) measuring the reaction current I 0 between the silver-metal and the anions while the electrode potential of said working electrode to said counter electrode is being periodically changed and driven under the condition that said working electrode, said counter electrode and said reference electrode are in contact with said aqueous solution; (iii) measuring the reaction current I 1 between the silver-metal and the anions while the electrode potential of said working electrode to said counter electrode is being periodically changed and driven under the condition that, instead of said working electrode, the graphene-containing membrane electrically connecting to said working electrode is in contact with said aqueous solution and that said working electrode is not directly in contact with said aqueous solution; and (iv) comparing the reaction currents I 0 in (ii) and I 1 in (iii) so as to evaluate anion-permeability of said graphene-containing membrane. (i) preparing a measuring apparatus which comprises an aqueous solution containing anions, a working electrode containing silver-metal, a counter electrode and a reference electrode and in which said working electrode, said counter electrode and said reference electrode are electrically connected through an external circuit; (ii) measuring the reaction current I 0 between the silver-metal and the anions while the electrode potential of said working electrode to said counter electrode is being periodically changed and driven under the condition that said working electrode, said counter electrode and said reference electrode are in contact with said aqueous solution; (iii) measuring the reaction current I 1 between the silver-metal and the anions while the electrode potential of said working electrode to said counter electrode is being periodically changed and driven under the condition that, instead of said working electrode, the graphene-containing membrane electrically connecting to said working electrode is in contact with said aqueous solution and that said working electrode is not directly in contact with said aqueous solution; and (iv) comparing the reaction currents I 0 in (ii) and I 1 in (iii) so as to evaluate anion-permeability of said graphene-containing membrane.
Method for call setup between an A-subscriber and a B-subscriber, in a mobile tele and data communication system, wherein at said call setup UUS is used as carrier to transfer data information to at least one application at said B-subscriber, characterized in that mobile terminals of the subscribers are GSM-terminals with SIM-cards which support JAVA, SIM Application Toolkit and UUS, said data information consisting of a data frame including a header and a data field, said header containing information about the intended application at said B-subscriber, and said data field constituting an in-argument to said application for execution of said at least one application at said B-subscriber, wherein said at least one application is implemented in a SIM-card at the B-subscriber's mobile terminal; and wherein the A-subscriber's mobile terminal utilizes SIM Application Toolkit to transfer said data information to said B-subscriber's mobile terminal, and said at least one application is developed in Java.
Apparatus for astrophotography comprising at least an acquisition device configured to acquire astrophotographs, a support element, a movement device configured to move the acquisition device, and a control and command unit, said apparatus comprising at least one structural assembly element configured to accommodate said control and command unit inside it and to connect the latter with at least one of either said acquisition device or said movement device, wherein said control and command unit (33 is a computer equipped with a processor and with an operating system installed inside it, to command the functioning of the acquisition device and at least one of the movement device and/or a guide device, wherein the control and command unit is further provided with at least one power device configured to power said acquisition device and at least said movement device and/or said guide device, and wherein said control and command unit is configured to create a cabled and/or wireless connection network accessible to at least one user to control and drive said apparatus remotely.
An isolated peptide having an amino acid sequence consisting of GAQFSKTAAK (PEPTIDE 106, SEQ ID NO: 106) wherein the N-terminal amino acid of the peptide is not myristoylated and the C-terminal amino acid of the peptide is optionally independently chemically modified; wherein the peptide has a mucin hypersecretion-inhibiting effect when administered to a mammal in a mucin hypersecretion-inhibiting amount.
A chip card device, comprising a card-like carrier having received therein a semiconductor substrate in the form of a chip of a SIM, wherein the chip comprises at least a memory element and is provided with contact surfaces which are accessible on the surface of the card-like carrier to enable reading of the memory element therewith, wherein the chip of the SIM is further releasable from the card-like carrier for use of the chip of the SIM in for instance a mobile phone, characterized in that the card-like carrier comprises a card part with the chip of the SIM and a further card part adjoining the card part via a fold line which is formed by a recess in the card-like carrier such that the further card part is foldable onto the semiconductor substrate of the card part, wherein at least one of the sides of the card part and the further card part, which sides are foldable onto each other, is provided with personal user information associated with the SIM, such as a PIN code or PUK code, such that the other of the card part and the further card part covers this personal user information when they are folded onto each other.
Portion capsule for producing a beverage, comprising a capsule body, a capsule base (2.1) and a cover, the portion capsule being produced from a plastic, a cavity, in which a beverage substrate is provided and which has a machine-detectable identification that enables the respective portion capsule to be individualized, being formed between the capsule base (2.1) and the cover, the identification being provided in a single-layer or multi-layer plastic film, from which the portion capsule and/or the cover is at least partially produced, at least one layer a) of the plastic film having a specified value for the surface resistance and/or volume resistance as the identification, characterized in that the layer a) is constructed from at least two thermoplastic polymers with a different value for the electrical resistance, preferably the surface resistance and/or volume resistance, in a specified mixing ratio.
A work machine comprising a chassis, comprising a boom pedestal, which is mounted on the chassis and has a rotary head rotatable about a vertical rotational axis, and comprising a boom having at least two boom arms (20, 22, 24, 26), wherein each of the boom arms (20, 22, 24), with the exception of a last boom arm having a free end, is pivotably connected, starting from a first boom arm, to the respectively following boom arm (22, 24, 26) by means of an articulation, wherein at least one, and preferably each, of the articulations has a hinge bolt, which pivotably connects two parts of the articulation one to the other and wherein the first boom arm is mounted on the rotary head so as to be pivotable about a horizontal pivot axis, and comprising at least one supporting device, which has a supporting surface on which a component of the articulation or a component of one of the articulations is supported, characterized in that the hinge bolt or hinge bolts has or have a supporting section which projects beyond the articulation parts connected by said hinge bolt(s), which supporting section(s) is or are supported on the relevant supporting surface.
An airbag assembly comprising: an airbag cushion that defines an inflatable chamber into which inflation gases can be received to inflate the airbag cushion, wherein the airbag cushion comprises a first panel that is configured to face toward a vehicle occupant and a second panel that is configured to face in a direction that is other than toward the vehicle occupant during deployment of the airbag; an active vent that comprises: an aperture defined by the second panel; and a patch attached to the second panel at two or more attachment regions and positioned at an exterior of the airbag cushion; and a control tether coupled at a first end to the patch and coupled at an opposite second end to the first panel of the airbag cushion, characterized in that the control tether is configured to transition from a slack condition to a taut condition as the cushion expands during deployment to draw the patch toward the aperture and thereby transition the active vent from a high-rate venting capacity state that allows unobstructed venting through the aperture and between adjacent attachment regions to a lower-rate venting capacity state that obstructs venting through the aperture, and wherein the control tether, in the taut condition as the cushion further expands during deployment, is further configured to pull a portion of the patch into engagement with the aperture to transition the active vent from the lower-rate venting capacity state to a closed state. an airbag cushion that defines an inflatable chamber into which inflation gases can be received to inflate the airbag cushion, wherein the airbag cushion comprises a first panel that is configured to face toward a vehicle occupant and a second panel that is configured to face in a direction that is other than toward the vehicle occupant during deployment of the airbag; an active vent that comprises: an aperture defined by the second panel; and a patch attached to the second panel at two or more attachment regions and positioned at an exterior of the airbag cushion; and an aperture defined by the second panel; and a patch attached to the second panel at two or more attachment regions and positioned at an exterior of the airbag cushion; and a control tether coupled at a first end to the patch and coupled at an opposite second end to the first panel of the airbag cushion, characterized in that the control tether is configured to transition from a slack condition to a taut condition as the cushion expands during deployment to draw the patch toward the aperture and thereby transition the active vent from a high-rate venting capacity state that allows unobstructed venting through the aperture and between adjacent attachment regions to a lower-rate venting capacity state that obstructs venting through the aperture, and wherein the control tether, in the taut condition as the cushion further expands during deployment, is further configured to pull a portion of the patch into engagement with the aperture to transition the active vent from the lower-rate venting capacity state to a closed state.
A composition comprising: (a) 10 - 75 wt% of at least one thickening agent; (b) 15 - 90 wt% of at least one liquid medium, wherein each of said at least one liquid medium is an edible oil; and (c) at least one suspending agent, wherein the suspending agent is, optionally, is a surfactant, emulsifier or both, wherein the composition consists of >85%, by weight, food-grade components and wherein mixture of said composition with water or an aqueous solution forms a fire-suppressing, water-enhancing hydrogel. (a) 10 - 75 wt% of at least one thickening agent; (b) 15 - 90 wt% of at least one liquid medium, wherein each of said at least one liquid medium is an edible oil; and (c) at least one suspending agent, wherein the suspending agent is, optionally, is a surfactant, emulsifier or both,
A machine for attachment of a cover to a book block, comprising: a frame, a press plate attached to the frame to be vertically reciprocated between a lower standby position and an upper press position; a press plate elevating mechanism (20, 21, 28, 24, 25, 29) attached to the frame for elevating the press plate; a pair of nip plates (9, 10) disposed in parallel to each other on an upper surface of the press plate to be slid toward and away from each other; a nip plate drive mechanism attached to the press plate for sliding the nip plates; a clamp unit mounted on the frame for clamping a book block at both side thereof in such a way that a back surface of the book block to which glue is previously applied is directed downward, the clamp unit positioning the book block above a gap between the nip plates in such a way that the back surface of the book block is opposed to the gap, a cover being arranged over the press plate; and a controller controlling the press plate elevating mechanism and the nip plate drive mechanism, whereby the press plate together with the nip plates elevates from the lower standby position to an intermediate position adjacent to the upper press position, the press plate stays at the intermediate position during a waiting time for adjustment, the press plate together with the nip plates elevates from the intermediate position to the upper press position, and then the nip plates move toward each other so as to attach the cover to the book block. a frame, a press plate attached to the frame to be vertically reciprocated between a lower standby position and an upper press position; a press plate elevating mechanism (20, 21, 28, 24, 25, 29) attached to the frame for elevating the press plate; a pair of nip plates (9, 10) disposed in parallel to each other on an upper surface of the press plate to be slid toward and away from each other; a nip plate drive mechanism attached to the press plate for sliding the nip plates; a clamp unit mounted on the frame for clamping a book block at both side thereof in such a way that a back surface of the book block to which glue is previously applied is directed downward, the clamp unit positioning the book block above a gap between the nip plates in such a way that the back surface of the book block is opposed to the gap, a cover being arranged over the press plate; and a controller controlling the press plate elevating mechanism and the nip plate drive mechanism, whereby the press plate together with the nip plates elevates from the lower standby position to an intermediate position adjacent to the upper press position, the press plate stays at the intermediate position during a waiting time for adjustment, the press plate together with the nip plates elevates from the intermediate position to the upper press position, and then the nip plates move toward each other so as to attach the cover to the book block.
A method of estimating shaft torque of an alternating current machine, the method comprising: determining phase current command values; estimating terminal voltage values based on actual phase current values and based on at least one of a duty cycle and a dead time ratio of the machine; transforming the terminal voltage values to derive direct and quadrature voltage representations consistent with the current command values; determining a terminal power of one or more terminals of the machine, the terminal power directly based on the direct and quadrature voltage representations of the machine and the current command values; and determining an estimated shaft torque of the machine based on the terminal power in accordance with at least one efficiency value of the machine based on machine parameters from a characterization of the machine, wherein the at least one efficiency value varies with at least one of the corresponding torque command value and a voltage-over-speed ratio. determining phase current command values; estimating terminal voltage values based on actual phase current values and based on at least one of a duty cycle and a dead time ratio of the machine; transforming the terminal voltage values to derive direct and quadrature voltage representations consistent with the current command values; determining a terminal power of one or more terminals of the machine, the terminal power directly based on the direct and quadrature voltage representations of the machine and the current command values; and determining an estimated shaft torque of the machine based on the terminal power in accordance with at least one efficiency value of the machine based on machine parameters from a characterization of the machine, wherein the at least one efficiency value varies with at least one of the corresponding torque command value and a voltage-over-speed ratio.