mhurhangee/ep-ind-claims huggingface dataset:
A micron scale heating stage configured for conducting nanomechanical property testing at sub-micron scales comprising: a base interface configured for coupling with a holder base of a sub-micron scale nanomechanical property testing instrument and electro-mechanical transducer assembly; a test subject stage, the test subject stage including: a stage subject surface outside of an electron beam of a transmission electron microscope when the micron scale heating stage is installed within the transmission electron microscope, and a stage plate underlying the stage subject surface, the stage plate bracing the stage subject surface; and a heating element on the test subject stage and adjacent to the stage subject surface, wherein the base interface is thermally isolated from the heating element. a base interface configured for coupling with a holder base of a sub-micron scale nanomechanical property testing instrument and electro-mechanical transducer assembly; a test subject stage, the test subject stage including: a stage subject surface outside of an electron beam of a transmission electron microscope when the micron scale heating stage is installed within the transmission electron microscope, and a stage plate underlying the stage subject surface, the stage plate bracing the stage subject surface; and a heating element on the test subject stage and adjacent to the stage subject surface, wherein the base interface is thermally isolated from the heating element. a stage subject surface outside of an electron beam of a transmission electron microscope when the micron scale heating stage is installed within the transmission electron microscope, and a stage plate underlying the stage subject surface, the stage plate bracing the stage subject surface; and a heating element on the test subject stage and adjacent to the stage subject surface, wherein the base interface is thermally isolated from the heating element.
A microelectronic device comprising at least two memory cells (10 x, y, z) each comprising a so-called selection transistor and a memory element associated with said selection transistor, each transistor comprising a channel in the form of a wire extending mainly along a first direction (x), a gate bordering said channel and extending mainly along a second direction (y), a first region corresponding to one of a source or a drain, and a second region corresponding to the other of the source or the drain, the second region being connected to the memory element, said transistors being stacked mainly along a third direction (z) and each occupying a level (n1, n2, n3, n4) of a given altitude along the third direction (z), the microelectronic device being characterized in that the first and second regions are entirely covered by spacers (170 s, 170 c) in projection along the third direction (z) in a plane (xy).
Method for electrolytic deposition of a zinc-nickel alloy layer on a substrate to be treated using at least a membrane anode system comprising - at least a reaction tank, - at least a first membrane, - at least an anode, - at least a cathode, - at least a first anolyte compartment, and - at least a catholyte compartment; characterized in that the at least first membrane is arranged between the anode and the cathode, wherein the at least first membrane has a distance to the anode ranging from 0.5 mm to 5 mm. - at least a reaction tank, - at least a first membrane, - at least an anode, - at least a cathode, - at least a first anolyte compartment, and - at least a catholyte compartment;
A method of providing improved DMX communication, comprising: connecting a plurality of enhanced DMX slaves to a DMX network, said enhanced DMX slaves having a plurality of DMX slave control addresses corresponding thereto; compiling a DMX packet having a plurality of bytes, said bytes including a plurality of enhanced DMX slave instruction bytes corresponding to said enhanced DMX slave control addresses and including at least one forward error correction byte; wherein said forward error correction byte is incorporated within said DMX packet and is a forward error correction code block of a plurality of said bytes of said DMX packet; transmitting said DMX packet on said DMX network; receiving said DMX packet at each of said enhanced DMX slaves (501, 502); buffering a plurality of said bytes including said forward error correction byte at each of said enhanced DMX slaves (501, 502); analyzing at least one of said enhanced DMX slave instruction bytes in light of said forward error correction byte at each of said enhanced DMX slaves; wherein each of said enhanced DMX slaves at least selectively corrects a respective at least one of said enhanced DMX slave instruction bytes utilizing said forward error correction byte when said forward error correction byte indicates an error therewith and acts upon said corrected enhanced DMX slave instruction byte. connecting a plurality of enhanced DMX slaves to a DMX network, said enhanced DMX slaves having a plurality of DMX slave control addresses corresponding thereto; compiling a DMX packet having a plurality of bytes, said bytes including a plurality of enhanced DMX slave instruction bytes corresponding to said enhanced DMX slave control addresses and including at least one forward error correction byte; wherein said forward error correction byte is incorporated within said DMX packet and is a forward error correction code block of a plurality of said bytes of said DMX packet; transmitting said DMX packet on said DMX network; receiving said DMX packet at each of said enhanced DMX slaves (501, 502); buffering a plurality of said bytes including said forward error correction byte at each of said enhanced DMX slaves (501, 502); analyzing at least one of said enhanced DMX slave instruction bytes in light of said forward error correction byte at each of said enhanced DMX slaves; wherein each of said enhanced DMX slaves at least selectively corrects a respective at least one of said enhanced DMX slave instruction bytes utilizing said forward error correction byte when said forward error correction byte indicates an error therewith and acts upon said corrected enhanced DMX slave instruction byte.
A method for executing a stored procedure at a computer system, the computer system including a parallel database coordinator, the parallel database coordinator configured to issue SQL statements against a parallel database, the parallel database including a plurality of database partitions spread across a plurality of compute nodes, the parallel database coordinator connected to an instance of standalone database server, the method comprising: receiving an execution request, the execution request requesting execution of a previously created stored procedure; forwarding the execution request to the standalone database server; receiving a request from the standalone database server to execute a SQL statement against the parallel database, the request issued from a corresponding transformed stored procedure executing at the standalone database server in response to receiving the execution request, the transformed stored procedure including one or more SQL statements and at least one other non-SQL statement, the standalone database server handling execution of the at least one other non-SQL statement, the transformed stored procedure having been previously transformed to pass the SQL statement back to the parallel database coordinator by wrapping the SQL statement in another statement and by referencing the parallel database coordinator as a linked server; executing the SQL statement against the parallel database; receiving results from executing the SQL statement against the parallel database; and returning the results to an appropriate destination based on the type of the SQL statement. receiving an execution request, the execution request requesting execution of a previously created stored procedure; forwarding the execution request to the standalone database server; receiving a request from the standalone database server to execute a SQL statement against the parallel database, the request issued from a corresponding transformed stored procedure executing at the standalone database server in response to receiving the execution request, the transformed stored procedure including one or more SQL statements and at least one other non-SQL statement, the standalone database server handling execution of the at least one other non-SQL statement, the transformed stored procedure having been previously transformed to pass the SQL statement back to the parallel database coordinator by wrapping the SQL statement in another statement and by referencing the parallel database coordinator as a linked server; executing the SQL statement against the parallel database; receiving results from executing the SQL statement against the parallel database; and returning the results to an appropriate destination based on the type of the SQL statement.
An oil level regulator comprising a base body; a chamber provided for receiving oil which is formed in the base body, which is bounded by a sight glass and in which a float is arranged; a Hall sensor for detecting the position of the float within the chamber; an oil inlet passage formed in the base body; an oil outlet passage formed in the base body; and a solenoid valve for controlling an oil flow from the oil inlet passage to the oil outlet passage, said solenoid valve being attached to the base body and being connected between the oil inlet passage and the oil outlet passage, characterized in that the oil outlet passage communicates with the chamber, and in that the base body is based on a basic shape which is rotationally symmetrical with respect to an axis of symmetry. a base body; a chamber provided for receiving oil which is formed in the base body, which is bounded by a sight glass and in which a float is arranged; a Hall sensor for detecting the position of the float within the chamber; an oil inlet passage formed in the base body; an oil outlet passage formed in the base body; and a solenoid valve for controlling an oil flow from the oil inlet passage to the oil outlet passage, said solenoid valve being attached to the base body and being connected between the oil inlet passage and the oil outlet passage, characterized in that the oil outlet passage communicates with the chamber, and in that the base body is based on a basic shape which is rotationally symmetrical with respect to an axis of symmetry.
A composition for use in expressing a therapeutic nucleic acid in a gut mucosal cell and which is for use in the treatment or prevention of a disorder or disease, the composition comprising a chitosan-based nanoparticle, said chitosan-based nanoparticle comprising (i) a plurality of chitosan polymers having an average molecular weight between 3kDa and 50kDa, and (ii) a therapeutic construct, wherein said therapeutic construct comprises a therapeutic nucleic acid, which encodes a therapeutic protein, operably linked to an expression control region that is functional in a gut mucosal cell, wherein said therapeutic nucleic acid is capable of exerting a therapeutic effect when expressed in said gut mucosal cell, and further wherein said chitosan-based nanoparticle is capable of effecting expression of said therapeutic nucleic acid in gut mucosa for longer than 4 days, and has an N:P ratio between 10:1 and 90:1.
A method in a Time Division Duplexing, TDD, modem for making line measurements, the device having a transmitter and a receiver, and having a normal mode of TDD communication, the line measurement comprises: - making a Frequency Domain Reflectometry, FDR, Single Ended Line Test, SELT, measurement, during which the transmitter and receiver operate simultaneously, the measurement comprising sending a test signal to the line. - making a Frequency Domain Reflectometry, FDR, Single Ended Line Test, SELT, measurement, during which the transmitter and receiver operate simultaneously, the measurement comprising sending a test signal to the line.
An annular barrier to be expanded in an annulus between a well tubular structure and an inside face of a casing or borehole downhole for providing zone isolation between a first zone and a second zone of the casing or borehole, the annular barrier having an axial extension and comprising: - a tubular part, the tubular part being a separate tubular part or a casing part for mounting as part of the well tubular structure, - a downhole expandable tubular to be expanded in the annulus downhole from a first outer diameter (D 1) to a second outer diameter (D 2) to abut against the inner face of the casing or borehole, the downhole expandable tubular having an axial extension, a first end section, a second end section and an intermediate section between the first end section and the second end section, and the downhole expandable tubular surrounding the tubular part, each end section of the downhole expandable tubular being connected with the tubular part and extending along the axial extension, and - an annular barrier space between the tubular part and the downhole expandable tubular, wherein the annular barrier further comprises: - an expansion opening in the tubular part through which fluid may enter the annular barrier space in order to expand the expandable tubular, wherein the downhole expandable tubular is made from one metal tubular blank of one metal material, the metal material of the end sections having a higher yield strength than the metal material of the intermediate section, and wherein the metal material of the end sections (31, 32) has a higher yield strength than the metal material of the intermediate section after metal-working of the end sections. - a tubular part, the tubular part being a separate tubular part or a casing part for mounting as part of the well tubular structure, - a downhole expandable tubular to be expanded in the annulus downhole from a first outer diameter (D 1) to a second outer diameter (D 2) to abut against the inner face of the casing or borehole, the downhole expandable tubular having an axial extension, a first end section, a second end section and an intermediate section between the first end section and the second end section, and the downhole expandable tubular surrounding the tubular part, each end section of the downhole expandable tubular being connected with the tubular part and extending along the axial extension, and - an annular barrier space between the tubular part and the downhole expandable tubular, - an expansion opening in the tubular part through which fluid may enter the annular barrier space in order to expand the expandable tubular,
A method for predicting or monitoring whether a patient suffering from cancer will respond or responds to treatment with a TLR-9 agonist by determining the frequency of CD3+ CD56+ CD69+ activated natural killer T cells, wherein the TLR-9 agonist is a DNA construct comprising at least one sequence motif N 1 N 2 CGN 3 N 4, wherein N 1 N 2 and N 3 N 4 is any combination of A, C, T, and G, and C is deoxycytidine, G is deoxyguanosine, A is deoxyadenosine and T is deoxythymidine, wherein the method is not carried out in vivo.
An electric power supply device configured to supply a vehicle, the vehicle including a plurality of load instruments, the load instruments including a high-load instrument, the high-load instrument being a load instrument with reference electric power consumption equal to or greater than an electric power threshold and wherein the high-load instrument is an electric active stabilizer, the electric power supply device comprising: a first battery configured to be electrically connected to each of the load instruments and configured to supply electric power to each of the load instruments; a switch; a second battery electrically connected to the first battery via the switch and configured to supply electric power to each of the load instruments; a lateral acceleration sensor for detecting the lateral acceleration of the vehicle; and an ECU configured to: control the switch to be OFF in response to determining that the high-load instrument is not in operation, and control the switch to be ON when the lateral acceleration is equal to or greater than an acceleration threshold. a first battery configured to be electrically connected to each of the load instruments and configured to supply electric power to each of the load instruments; a switch; a second battery electrically connected to the first battery via the switch and configured to supply electric power to each of the load instruments; a lateral acceleration sensor for detecting the lateral acceleration of the vehicle; and an ECU configured to: control the switch to be OFF in response to determining that the high-load instrument is not in operation, and control the switch to be ON when the lateral acceleration is equal to or greater than an acceleration threshold. control the switch to be OFF in response to determining that the high-load instrument is not in operation, and control the switch to be ON when the lateral acceleration is equal to or greater than an acceleration threshold.
Improved shoe shank for reinforcing insoles of footwear with heel, with said improved shoe shank having a constant thickness and longitudinally curved strip shape, provided with: at least one fixing hole near each of its own ends (1A, 1P); an opening provided near the rear end and suitable for the passage of the heel fixing means; at least one longitudinal stiffening rib obtained by drawing, the same shoe shank being provided to be associated to the insole of a footwear with heel, inserted and locked in an intermediate position between upper and lower layers of said insole and positioned starting from the fixing area of the heel towards the front part of said insole, and oriented with its concave side facing towards said lower layer, with said improved shoe shank providing at least two of said longitudinal stiffening ribs protruding from the convex side of the same improved shoe shank, that is towards said upper layers of said insole, with the same at least two stiffening ribs symmetrically arranged on the sides of said opening for fixing the heel and extending longitudinally starting from the rear end of the same improved shoe shank towards said front part of the insole.
A control system for controlling an electric power steering system, the control system comprising: a first module that estimates a damping force based on an assist torque or force (60, 70) and a handwheel velocity; and a second module that generates a control signal based on the estimated damping force, characterized in that the first module estimates the damping force DF based on the handwheel velocity V, a plurality of parameters C1, C2, C3, C4, the assist torque or force AP (60, 70), and an equation: DF = V C 1 + AP ∗ C 3 + V 2 C 2 ∗ sgn V − AP ∗ C 4. a first module that estimates a damping force based on an assist torque or force (60, 70) and a handwheel velocity; and a second module that generates a control signal based on the estimated damping force,
A method for producing scented decorative laminates or scented faced panels, the method comprising: - using a scented essence to impregnate a sheet of transparent paper without a thermosetting resin; - layering a sheet of decorative paper impregnated with a thermosetting resin over a substrate and said sheet of transparent paper impregnated with a scented essence over said sheet of decorative paper; - applying pressure and heat to the layering thus obtained for the purpose of cross-linking said thermosetting resin and stably and rigidly bonding said substrate, said sheet of decorative paper and said sheet of transparent paper together. - using a scented essence to impregnate a sheet of transparent paper without a thermosetting resin; - layering a sheet of decorative paper impregnated with a thermosetting resin over a substrate and said sheet of transparent paper impregnated with a scented essence over said sheet of decorative paper; - applying pressure and heat to the layering thus obtained for the purpose of cross-linking said thermosetting resin and stably and rigidly bonding said substrate, said sheet of decorative paper and said sheet of transparent paper together.
A hydraulic system comprising a bleeding device for bleeding a hydraulic fluid from the hydraulic system, wherein the hydraulic system comprises at least one hydraulic motor arrangement of a mobile working machine and a hydraulic fluid tank which is hydraulically coupled to said hydraulic motor arrangement, characterized in that a suction device for sucking up the hydraulic fluid is associated with the at least one hydraulic motor arrangement in a manner such that the suction device carries hydraulic fluid away from the hydraulic motor arrangement into the hydraulic fluid tank by means of an underpressure (Δp), and wherein sucking up of the hydraulic fluid by means of the underpressure (Δp) is independent of the direction of rotation of the hydraulic motor arrangement and therefore independent of the direction of travel of the mobile working machine comprising the hydraulic motor arrangement and the suction device comprises at least one hydraulic pump integrated into a suction line the input shaft of which is coupled to the output shaft of the hydraulic motor arrangement via a gear stage transmission.
Piston (10, 10') for an internal combustion engine, having a piston head and a piston skirt, wherein the piston skirt has piston hubs arranged opposite one another with hub bores as well as shank walls arranged opposite one another with running surfaces, wherein in the lower region of the piston a cover plate is secured which has a recess for the passage of a connecting rod, characterised in that the cover plate has two longitudinal sides arranged opposite one another and two free ends arranged opposite one another, in that in the lower region of the shank walls grooves are provided in which the free ends of the cover plate are mounted under spring pretensioning.
Lathe, comprising an obliquely inclined or vertical machine bed and a spindle with a spindle axis mounted in a headstock, wherein the headstock projects out from the machine bed and divides a spatial area adjoining a surface of the machine bed in the direction of the work chamber, into a higher zone and a lower zone either side of the spindle axis, characterised in that the lathe has at least one port in the region between the spindle and the machine bed which allows chippings to pass through and which connects the two zones wherein the port is provided in the housing of the headstock.