mhurhangee/ep-ind-claims huggingface dataset:
A processor comprising: a decode unit to decode an instruction comprising an input operand of a pointer produced as a resultant of a previous execution of the instruction; and an execution unit to execute the instruction, the execution unit comprising a state machine and content addressable memory 'CAM' circuitry (703; 704), the state machine to receive the pointer to a section of a stream of encoded information of a compression scheme, fetch the section of the encoded information, and apply the section of the encoded information to the CAM circuitry to obtain decoded information, and the execution unit is to provide the decoded information as a first resultant of the instruction, and an updated pointer to a next section of the stream of encoded information of the compression scheme as a second resultant of the instruction. a decode unit to decode an instruction comprising an input operand of a pointer produced as a resultant of a previous execution of the instruction; and an execution unit to execute the instruction, the execution unit comprising a state machine and content addressable memory 'CAM' circuitry (703; 704), the state machine to receive the pointer to a section of a stream of encoded information of a compression scheme, fetch the section of the encoded information, and apply the section of the encoded information to the CAM circuitry to obtain decoded information, and the execution unit is to provide the decoded information as a first resultant of the instruction, and an updated pointer to a next section of the stream of encoded information of the compression scheme as a second resultant of the instruction.
A laboratory stand for a microplate which stand comprises la base, at least one post extending upwardly from the base, a shelf located above the base and supported by the at least one post, means for adjusting the height of the shelf in relation to the base, the shelf comprising a rear portion which is substantially horizontal and a front portion which is inclined downwards away from the horizontal, the front portion being adapted to retain at least one microplate.
Household refrigeration appliance, having a thermally insulated housing, which delimits a coolable interior chamber that is provided for storing food and is accessible through an opening and which comprises a frame-like end face which frames the opening of the housing, a refrigeration apparatus provided for cooling the coolable interior chamber, a door leaf for opening and closing the opening of the housing, said door leaf being mounted by means of at least one hinge in such a manner that it can pivot in relation to an axis, a cover provided for covering the hinge and a trigger apparatus arranged within the cover which is designed as a magnetic sensor or has a magnetic sensor which is arranged within the cover and interacts with a permanent magnet fastened in or on the door leaf for actuating an apparatus of the household refrigeration appliance, characterised in that the trigger apparatus is designed to activate at least the apparatus of the household refrigeration appliance as a function of an opening angle (α) of the door leaf, the magnetic sensor is arranged within the cover such that it is arranged at a predetermined point upstream of the end face of the housing so that the permanent magnet is then disposed in the operating area of the magnetic sensor when the door leaf has the predetermined opening angle (α), and the permanent magnet is arranged in or on the door leaf in such a manner that its north pole and south pole are aligned horizontally in particular in the pivot direction of the door leaf and when the door leaf pivots over the predetermined opening angle (α), the magnetic sensor is able to recognise a north pole/south pole switch and a south pole/north pole switch of the permanent magnet.
A method of producing an olive leaf extract, the method comprising: a first step of grinding dried olive leaves; and a second step of mixing grapes with the ground olive leaves and then extracting an olive leaf extract using an extraction solvent, wherein in the second step, the extraction solvent is water, alcohol, or a combination thereof, and extraction is performed at 70°C or higher; and wherein the amount of the olive leaves added with respect to the extraction solvent is not less than 15% by weight and not more than 35% by weight. a first step of grinding dried olive leaves; and a second step of mixing grapes with the ground olive leaves and then extracting an olive leaf extract using an extraction solvent, wherein in the second step, the extraction solvent is water, alcohol, or a combination thereof, and extraction is performed at 70°C or higher; and wherein the amount of the olive leaves added with respect to the extraction solvent is not less than 15% by weight and not more than 35% by weight.
A material comprising a substrate coated on at least some of at least one of its faces with a thin-film multilayer comprising at least two films based on a transparent electrically conductive oxide (2, 3), said films being separated by at least one dielectric intermediate film the physical thickness of which is at most 50 nm, no metal films being deposited between said films based on a transparent electrically conductive oxide (2, 3), said multilayer furthermore comprising at least one oxygen barrier film above that film based on a transparent electrically conductive oxide which is furthest from the substrate, each film based on a transparent electrically conductive oxide (2, 3) possessing a physical thickness comprised in a range extending from 20 to 80 nm.
A detection method for detecting a fault in an electricity meter that includes a cutoff member, the fault producing an abnormal rise of temperature inside the electricity meter, the detection method comprising the steps of: - measuring the magnitude of an electric current flowing through the cutoff member; - measuring an inside temperature of the electricity meter in the proximity of the cutoff member; - acquiring a first inside temperature, inside the electricity meter in the proximity of the cutoff member, when the measured current is at a first plateau at a first current; - acquiring a second inside temperature, inside the electricity meter in the proximity of the cutoff member, when the measured current is at a second plateau at a second current; and - detecting the presence or the absence of a fault on the basis of the ratio of the difference between the second temperature and the first temperature divided by the difference between the second current and the first current. - measuring the magnitude of an electric current flowing through the cutoff member; - measuring an inside temperature of the electricity meter in the proximity of the cutoff member; - acquiring a first inside temperature, inside the electricity meter in the proximity of the cutoff member, when the measured current is at a first plateau at a first current; - acquiring a second inside temperature, inside the electricity meter in the proximity of the cutoff member, when the measured current is at a second plateau at a second current; and - detecting the presence or the absence of a fault on the basis of the ratio of the difference between the second temperature and the first temperature divided by the difference between the second current and the first current.
A security element having at least one thermochromic ink layer, wherein the thermochromic ink layer covers a first information item formed by a contour of a region within the thermochromic ink layer, such that the first information item is not recognizable, wherein the first information item is recognizable upon a first type of heat input into the thermochromic ink layer, wherein the thermochromic ink layer additionally covers a second information item (3, 4) formed by the outline contour of the surface having the color change, or formed upon a thermochromic color transition from colored to colorless or transparent by a printed image disposed underneath the thermochromic ink layer, such that the second information item (3, 4) is not recognizable, wherein the second information item (3, 4) is recognizable upon a second type of heat input into the thermochromic ink layer, wherein the second type of heat input differs from the first type of heat input, and upon the first type of heat input a color shift takes place in a different geometric distribution or a different geometric pattern than upon the second type of heat input, characterized in that the security element has an electrical circuit having an ohmic resistor (13, 14), wherein the thermochromic ink layer is arranged above the ohmic resistor (13, 14), and wherein above the thermochromic ink layer an optically variable ink layer is printed which has polarizing liquid crystal pigments.
A non-chromate containing coating composition comprising: one or more corrosion-inhibiting carbon pigments in an effective corrosion-inhibiting amount; one or more rare earth compounds selected from the group of rare earth oxides, mixed oxides, solid solution oxides, hydrated oxides, hydroxides, and combinations thereof; one or more extenders selected from the group consisting of a neutral to slightly acidic generating extender, an acidic generating extender, and combinations thereof; and one or more binders; wherein at least one of the one or more inorganic extenders is calcium sulfate, calcium hydrogen sulfate, calcium phosphate, calcium hydrogen phosphate, calcium di-hydrogen phosphate or combinations thereof; and wherein the non-chromate containing composition is capable of curing naturally and wherein, upon curing, the one or more extenders are capable of generating a local environment pH between 2 and 4 or between 4 and 8 near an interface between the composition and a substrate. one or more corrosion-inhibiting carbon pigments in an effective corrosion-inhibiting amount; one or more rare earth compounds selected from the group of rare earth oxides, mixed oxides, solid solution oxides, hydrated oxides, hydroxides, and combinations thereof; one or more extenders selected from the group consisting of a neutral to slightly acidic generating extender, an acidic generating extender, and combinations thereof; and one or more binders; wherein at least one of the one or more inorganic extenders is calcium sulfate, calcium hydrogen sulfate, calcium phosphate, calcium hydrogen phosphate, calcium di-hydrogen phosphate or combinations thereof; and wherein the non-chromate containing composition is capable of curing naturally and wherein, upon curing, the one or more extenders are capable of generating a local environment pH between 2 and 4 or between 4 and 8 near an interface between the composition and a substrate.
An electronic apparatus having a function of a first power mode and a function of a second power mode where power consumption is smaller than the first power mode, comprising: a plurality of detecting units (11a-11d) that detects a plurality of trigger operations in the second power mode, each of the trigger operations serving as a trigger that causes the electronic apparatus to return from the second power mode to the first power mode; a mode switching unit that causes the electronic apparatus to return from the second power mode to the first power mode when any one of the plurality of trigger operations is detected by the plurality of detecting units (11a-11d); and a power control unit that supplies power to the plurality of detecting units (11a-11d) in the second power mode while performing control of repeating a supply period where power is supplied to the detecting unit and a non-supply period where power is not supplied to the detecting unit in respect to each of the plurality of detecting units (11a-11d), characterized by a counting unit that counts the number of trigger operations detected by each of the plurality of detecting units (11a-11d), wherein when a detecting unit for which the number counted by the counting unit is smaller than a predetermined number is present among the plurality of detecting units (11a-11d), the power control unit sets the supply period allocated to this detecting unit to a predetermined minimum period and supplies power to the plurality of detecting units (11a-11d) so that a period where no power is supplied to any of the plurality of detecting units a plurality of detecting units (11a-11d) that detects a plurality of trigger operations in the second power mode, each of the trigger operations serving as a trigger that causes the electronic apparatus to return from the second power mode to the first power mode; a mode switching unit that causes the electronic apparatus to return from the second power mode to the first power mode when any one of the plurality of trigger operations is detected by the plurality of detecting units (11a-11d); and a power control unit that supplies power to the plurality of detecting units (11a-11d) in the second power mode while performing control of repeating a supply period where power is supplied to the detecting unit and a non-supply period where power is not supplied to the detecting unit in respect to each of the plurality of detecting units (11a-11d),
A load balancing engine, applied to a distributed computing system, wherein the load balancing engine comprises: a load information management module, configured to obtain global load information of the distributed computing system, wherein the global load information indicates respective load of M computing nodes in the distributed computing system; a service information management module, configured to obtain global service information of the distributed computing system, wherein the global service information indicates types of services provided by the M computing nodes, and M is a natural number greater than 1; a policy computing module, configured to perform load balancing computing for a first service type by using the global load information and the global service information, to generate a first load balancing policy corresponding to the first service type, wherein the first service type is at least one of the types of the services provided by the M computing nodes, and the first load balancing policy indicates distribution information of a service message corresponding to the first service type in the M computing nodes; and a policy release module, configured to release the first load balancing policy to a client. a load information management module, configured to obtain global load information of the distributed computing system, wherein the global load information indicates respective load of M computing nodes in the distributed computing system; a service information management module, configured to obtain global service information of the distributed computing system, wherein the global service information indicates types of services provided by the M computing nodes, and M is a natural number greater than 1; a policy computing module, configured to perform load balancing computing for a first service type by using the global load information and the global service information, to generate a first load balancing policy corresponding to the first service type, wherein the first service type is at least one of the types of the services provided by the M computing nodes, and the first load balancing policy indicates distribution information of a service message corresponding to the first service type in the M computing nodes; and a policy release module, configured to release the first load balancing policy to a client.
A balanced vertical moving apparatus designed to move a body having a first weight toward or from a selected elevation (P1, P2, P3) comprising: - loading means on which said body can be loaded; - upward or downward moving means of said loading means, wherein the moving means are connected to a power source to be fed by the power source, and comprise a scissors or crossing-arms frame, which is interposed between a base and a shelf of the loading means and is actuated by a fluid-dynamic actuator unit; characterized in that it comprises: - first detecting means of said first weight, configured to detect pressure variations in the chamber of the actuator unit, that are caused by the weight and additionally, when an external additional force is applied, by the external additional force; - storage means for storing a reference weight in a storage device, the storage means being connected with said first detecting means; - driving means, for driving said moving means, connected to said first detecting means and to said storage means and designed to actuate said moving means, said driving means comprising at least two alternatively selectable operating conditions, a first forced lowering condition, a second automatic actuation condition wherein a lifting or a lowering is selected when the additional force is applied on said loading means from the outside, or a stop condition is selected when no additional force is applied to said loading means from the outside, wherein the storage means are provided between the power source and the moving means, for storing actual weight values of the wheel in a state which is not influenced by a resting on the ground, wherein such values correspond to the dead load of the wheel and become reference values for actuating the lifting or lowering operations, when the external additional force is applied to the shelf. - loading means on which said body can be loaded; - upward or downward moving means of said loading means, wherein the moving means are connected to a power source to be fed by the power source, and comprise a scissors or crossing-arms frame, which is interposed between a base and a shelf of the loading means and is actuated by a fluid-dynamic actuator unit; - first detecting means of said first weight, configured to detect pressure variations in the chamber of the actuator unit, that are caused by the weight and additionally, when an external additional force is applied, by the external additional force; - storage means for storing a reference weight in a storage device, the storage means being connected with said first detecting means; - driving means, for driving said moving means, connected to said first detecting means and to said storage means and designed to actuate said moving means, said driving means comprising at least two alternatively selectable operating conditions, a first forced lowering condition, a second automatic actuation condition wherein a lifting or a lowering is selected when the additional force is applied on said loading means from the outside, or a stop condition is selected when no additional force is applied to said loading means from the outside,
A TLR 9 ligand for use in a prophylactic or therapeutic vaccination whereby said TLR9 ligand is a multiplying jump agent enhancing the number and functionality of CD8 T cells in a vaccination strategy for the expansion of effector CD8 T cells wherein the TLR9 ligand is administered at least 8 days after the administration of the priming agent, wherein the priming agent is an antigenic compound from an intracellular pathogen or cancer cells.
A liquid crystal optical element, comprising: a pair of transparent substrates each having a transparent electrode and an alignment film; a liquid crystal layer held between the transparent substrates, the liquid crystal layer including alternating stripes of non-hardened liquid crystal part containing liquid crystal having a dielectric anisotropy and stripes of a hardened part having a predetermined line width and a predetermined aperture width; and a voltage application unit connected to the transparent electrodes, for applying a voltage to the liquid crystal layer; wherein the hardened part contains a photo-hardened resin material obtained by irradiating a mixed material with light through a photomask when no voltage is applied to the liquid cristal layer, the mixed material containing a photocurable monomer in an amount of 1 to 15 wt.% and the liquid crystal such that in the hardened part the initial alignement of the liquid crystal is fixed and the hardened part and the liquid crystal part each have a refractive index which is approximately the same when no voltage is apllied, and wherein the refractive index of the liquid crystal is deviated from the refractive index of the hardened part in accordance with a voltage applied to the liquid crystal layer, such that a refractive index difference is generated at the interface between the liquid crystal part and the hardened part and light directed to the interface is refracted due to said refractive index difference such that it is largely scattered in a desired direction by said refraction. a pair of transparent substrates each having a transparent electrode and an alignment film; a liquid crystal layer held between the transparent substrates, the liquid crystal layer including alternating stripes of non-hardened liquid crystal part containing liquid crystal having a dielectric anisotropy and stripes of a hardened part having a predetermined line width and a predetermined aperture width; and a voltage application unit connected to the transparent electrodes, for applying a voltage to the liquid crystal layer;
A bead feeder for serially delivering beads to a downstream location comprising: a bead supply wheel connected to rotate about a substantially vertical axis; the bead supply wheel including a bead supply bowl and a plurality of radially arranged channels below the bead supply bowl connected to rotate with the bowl; a plurality of discharge openings in the bead supply bowl spaced around a lower portion thereof with the openings in alignment with the radially arranged channels for supplying beads to the channels; a bead receiving pocket at an outer end of each channel for receiving an individual bead; a bead transfer wheel connected to rotate about a substantially horizontal axis having a plurality of bead transfer pockets on an outer surface thereof constructed and arranged to register with the bead receiving pockets on the bead supply wheel as the supply wheel and the transfer wheel rotate about their respective axes; vacuum connected to selected bead transfer pockets to effect transfer of the beads from bead supply wheel to the transfer wheel; and a bead delivery wheel connected to rotate about a substantially horizontal axis parallel to the axis of the transfer wheel and constructed and arranged to receive beads from the transfer wheel and serially deliver the beads to the downstream location. a bead supply wheel connected to rotate about a substantially vertical axis; the bead supply wheel including a bead supply bowl and a plurality of radially arranged channels below the bead supply bowl connected to rotate with the bowl; a plurality of discharge openings in the bead supply bowl spaced around a lower portion thereof with the openings in alignment with the radially arranged channels for supplying beads to the channels; a bead receiving pocket at an outer end of each channel for receiving an individual bead; a bead transfer wheel connected to rotate about a substantially horizontal axis having a plurality of bead transfer pockets on an outer surface thereof constructed and arranged to register with the bead receiving pockets on the bead supply wheel as the supply wheel and the transfer wheel rotate about their respective axes; vacuum connected to selected bead transfer pockets to effect transfer of the beads from bead supply wheel to the transfer wheel; and a bead delivery wheel connected to rotate about a substantially horizontal axis parallel to the axis of the transfer wheel and constructed and arranged to receive beads from the transfer wheel and serially deliver the beads to the downstream location.