mhurhangee/ep-ind-claims huggingface dataset:
A communication system comprising: a first quantum key distribution device configured to be coupled to a second quantum key distribution device over a quantum channel that communicates a quantum state via the quantum channel; a classical device coupled to the first quantum key distribution device with a connection cable to provide a communication path between the classical device and the first quantum key distribution device; and a quantum channel carrier physically engaging the connection cable, wherein the quantum channel carrier is configured to, responsive to movement of the connection cable, disrupt a quantum state within the quantum channel. a first quantum key distribution device configured to be coupled to a second quantum key distribution device over a quantum channel that communicates a quantum state via the quantum channel; a classical device coupled to the first quantum key distribution device with a connection cable to provide a communication path between the classical device and the first quantum key distribution device; and a quantum channel carrier physically engaging the connection cable, wherein the quantum channel carrier is configured to, responsive to movement of the connection cable, disrupt a quantum state within the quantum channel.
A structure testing apparatus comprising: an electromagnetically-driven actuator, comprising a direct drive electric motor, arranged to apply forces to a specimen structure; and an actuator controller for providing control signals to the actuator to perform a test operation in which the actuator applies forces to the specimen structure, wherein the actuator is initially controlled using predefined actuator control gains that provide stable operation for any specimen stiffness; wherein the actuator controller is adapted to repeatedly calculate actuator control gains during performance of the test operation, in response to monitored changes in one or more parameters including stiffness of the specimen structure which changes result from the forces applied to the structure, for fast and stable control of the electromagnetically-driven actuator. an electromagnetically-driven actuator, comprising a direct drive electric motor, arranged to apply forces to a specimen structure; and an actuator controller for providing control signals to the actuator to perform a test operation in which the actuator applies forces to the specimen structure, wherein the actuator is initially controlled using predefined actuator control gains that provide stable operation for any specimen stiffness;
A hair cutting tool comprising: - a handle having a shaped support body and provided with a gripping element for laminar bodies, - a cutting blade having a laminar body provided with a single bevel and a cutting edge that describes a concave development line toward the inside of said laminar body, characterized in that said laminar body of said cutting blade has at least one bulged portion having a perimeter section comprising said cutting edge. - a handle having a shaped support body and provided with a gripping element for laminar bodies, - a cutting blade having a laminar body provided with a single bevel and a cutting edge that describes a concave development line toward the inside of said laminar body,
A flat-fold, filtering face-piece respirator that comprises: a mask body that has a transversely-extending line of demarcation, a longitudinal axis, first and second weld patterns (32a, 32b) disposed above and not traversing the line of demarcation on each side of the longitudinal axis, respectively, and third and fourth weld patterns (32c, 32d) disposed below and not crossing the line of demarcation on each side of the longitudinal axis, respectively, and a harness secured to the mask body, characterised in that each of the first, second, third, and fourth weld patterns (32a, 32b, 32c, 32d) is a two-dimensional enclosed pattern having a truss-type geometry.
System for covering a luggage compartment of a motor vehicle, said system comprising: - a front panel intended to be mounted in horizontal position on lateral garnishing woodworking of said compartment, - a rear panel articulated transversally by a hinge to said front panel, in such a way as to be able to be actuated between a position of collection wherein it is in the horizontal extension of said front panel, and a position of access to said compartment, wherein it is folded back by the top of a half-turn against said front panel, said hinge comprising: - a front plate integral with said front panel, - a rear plate integral with said rear panel, - a spacer mounted between said plates, with the front edge - respectively rear edge - of said spacer being articulated according to a front transverse axis - respectively rear - to said front - respectively rear - plate, - at least one spring means actuating said plates by folding one back towards the other, in such a way as to allow for the actuating of said hinge between an unfolded configuration, wherein said plates and said spacer are in the horizontal extension of one another, and a folded back wherein said plates and said spacer defined as a lateral view and a laying U, with said system being characterised in that it further comprises two devices for slowing (11a, 11b) the rotation arranged respectively according to each one of said transverse axes, in such a way as to slow down the rotation of said spacer with respect to said front plate and the rotation of said rear plate with respect to said spacer. - a front panel intended to be mounted in horizontal position on lateral garnishing woodworking of said compartment, - a rear panel articulated transversally by a hinge to said front panel, in such a way as to be able to be actuated between a position of collection wherein it is in the horizontal extension of said front panel, and a position of access to said compartment, wherein it is folded back by the top of a half-turn against said front panel, - a front plate integral with said front panel, - a rear plate integral with said rear panel, - a spacer mounted between said plates, with the front edge - respectively rear edge - of said spacer being articulated according to a front transverse axis - respectively rear - to said front - respectively rear - plate, - at least one spring means actuating said plates by folding one back towards the other, in such a way as to allow for the actuating of said hinge between an unfolded configuration, wherein said plates and said spacer are in the horizontal extension of one another, and a folded back wherein said plates and said spacer defined as a lateral view and a laying U,
Printed circuit intended to be fixed to an accumulator battery, comprising: - a substrate comprising conducting tracks and through orifices; - a voltage measurement circuit connected to the conducting tracks; - an electrical interconnection element, formed as a single conducting and flexible whole, the interconnection element exhibiting a thickness of between 0.3 mm and 1.5 mm, the interconnection element comprising: - a single portion fixed to the said substrate, fixed to the substrate by several force fastenings and connected electrically to one of said conducting tracks; the printed circuit being characterized in that the interconnection element comprises: - at least two portions cantilevered with respect to the fixed portion and mobile with respect to the substrate, the said two cantilevered portions are formed at the ends of a conducting strip disposed cantilevered with respect to the fixed portion, the said conducting strip being joined to the fixed portion by way of a junction whose width is less than the width of the conducting strip, the cantilevered portions are disposed plumb with two respective through orifices. - a substrate comprising conducting tracks and through orifices; - a voltage measurement circuit connected to the conducting tracks; - an electrical interconnection element, formed as a single conducting and flexible whole, the interconnection element exhibiting a thickness of between 0.3 mm and 1.5 mm, the interconnection element comprising: - a single portion fixed to the said substrate, fixed to the substrate by several force fastenings and connected electrically to one of said conducting tracks; the printed circuit being characterized in that the interconnection element comprises: - at least two portions cantilevered with respect to the fixed portion and mobile with respect to the substrate, the said two cantilevered portions are formed at the ends of a conducting strip disposed cantilevered with respect to the fixed portion, the said conducting strip being joined to the fixed portion by way of a junction whose width is less than the width of the conducting strip, the cantilevered portions are disposed plumb with two respective through orifices. - a single portion fixed to the said substrate, fixed to the substrate by several force fastenings and connected electrically to one of said conducting tracks; - at least two portions cantilevered with respect to the fixed portion and mobile with respect to the substrate, the said two cantilevered portions are formed at the ends of a conducting strip disposed cantilevered with respect to the fixed portion, the said conducting strip being joined to the fixed portion by way of a junction whose width is less than the width of the conducting strip, the cantilevered portions are disposed plumb with two respective through orifices.
A process for producing coated foam particles comprising mixing a coating composition comprising from 10 to 50 wt.-% of an aminoplast resin, from 10 to 50 wt.-% of an intumescent powder, selected from ammonium phosphate and expandable graphite, from 0 to 60 wt.-% of water, from 0 to 10 wt.-% of an acidic hardener, selected from hydrochloric acid, sulfuric acid, phosphoric acid, nitric acid, formic acid, acetic acid, oxalic acid, toluene sulfonic acids, amido sulfonic acids and acid anhydrides, from 0 to 5 wt.-% of an organic additive, selected from organic fillers, dyes, pigments, surfactants or plasticizers different from components and, from 0 to 50 wt.-% of an inorganic filler, selected form pigments and minerals different from component, with thermoplastic polymer foam particles and drying the coated foam particles. from 10 to 50 wt.-% of an aminoplast resin, from 10 to 50 wt.-% of an intumescent powder, selected from ammonium phosphate and expandable graphite, from 0 to 60 wt.-% of water, from 0 to 10 wt.-% of an acidic hardener, selected from hydrochloric acid, sulfuric acid, phosphoric acid, nitric acid, formic acid, acetic acid, oxalic acid, toluene sulfonic acids, amido sulfonic acids and acid anhydrides, from 0 to 5 wt.-% of an organic additive, selected from organic fillers, dyes, pigments, surfactants or plasticizers different from components and, from 0 to 50 wt.-% of an inorganic filler, selected form pigments and minerals different from component,
A method performed by a terminal in a communication system, the method comprising: transmitting a random access preamble of a random access procedure for requesting system information; receiving a random access response message including timing advance, TA, information; starting a timealignmenttimer related to the TA information; transmitting a request message for requesting the system information based on the TA information; receiving a response message as a response to the request message; transmitting a hybrid automatic repeat request, HARQ, acknowledgment, ACK, for the response message; and stopping the timealignmenttimer after the transmission of the HARQ ACK. transmitting a random access preamble of a random access procedure for requesting system information; receiving a random access response message including timing advance, TA, information; starting a timealignmenttimer related to the TA information; transmitting a request message for requesting the system information based on the TA information; receiving a response message as a response to the request message; transmitting a hybrid automatic repeat request, HARQ, acknowledgment, ACK, for the response message; and stopping the timealignmenttimer after the transmission of the HARQ ACK.
A composite for providing electromagnetic shielding comprising: a plurality of elongate nanostructures consisting of carbon nanotube yarns; a plurality of elongate metallic nanostructures; and a binder, wherein the binder is a polymeric material; wherein the plurality of elongate nanostructures and the plurality of elongate metallic nanostructures are dispersed essentially homogeneously throughout the bulk of the polymeric material; wherein neither the plurality of elongate nanostructures nor the plurality of elongate metallic nanostructures are aligned along a particular vector. a plurality of elongate nanostructures consisting of carbon nanotube yarns; a plurality of elongate metallic nanostructures; and a binder, wherein the binder is a polymeric material; wherein the plurality of elongate nanostructures and the plurality of elongate metallic nanostructures are dispersed essentially homogeneously throughout the bulk of the polymeric material; wherein neither the plurality of elongate nanostructures nor the plurality of elongate metallic nanostructures are aligned along a particular vector.
A driving circuit for a MEMS gyroscope operating on the basis of the Coriolis effect, configured to supply drive signals (D 1, D 2) to a mobile mass of the MEMS gyroscope to cause a driving movement thereof at an oscillation frequency (f d), said driving circuit comprising: an input stage, designed to receive at least one electrical quantity (ΔC) indicative of the driving movement of said mobile mass and configured to generate at least one drive-detection signal (V SD) based on said electrical quantity; a measurement stage, configured to measure an oscillation amplitude (A 0) of said driving movement as a function of said drive-detection signal (V SD); and a control stage (19, 26), configured to generate said drive signals (D 1, D 2) based on a feedback control of the oscillation amplitude, characterized by said measurement stage being designed to operate in the digital domain and configured to perform a measurement of a time interval (Δt) during which said drive-detection signal (V SD) is greater than an amplitude threshold (A th) and to measure said oscillation amplitude (A 0) as a function of said time interval (Δt). an input stage, designed to receive at least one electrical quantity (ΔC) indicative of the driving movement of said mobile mass and configured to generate at least one drive-detection signal (V SD) based on said electrical quantity; a measurement stage, configured to measure an oscillation amplitude (A 0) of said driving movement as a function of said drive-detection signal (V SD); and a control stage (19, 26), configured to generate said drive signals (D 1, D 2) based on a feedback control of the oscillation amplitude, characterized by said measurement stage being designed to operate in the digital domain and configured to perform a measurement of a time interval (Δt) during which said drive-detection signal (V SD) is greater than an amplitude threshold (A th) and to measure said oscillation amplitude (A 0) as a function of said time interval (Δt).
A test sensor for a blood coagulation assay comprising at least one transducer coated with a polymer layer, wherein the polymer layer is a porous support layer that comprises immobilized therein a thrombin-cleavable peptide, and wherein the thrombin-cleavable peptide comprises a detectable moiety linked by a thrombin-cleavable amide.
A nanoparticle comprising: (i) a core comprising a metal; (ii) a corona comprising a plurality of ligands covalently linked to the core, wherein at least one of said ligands comprises a carbohydrate moiety; and (iii) at least one peptide non-covalently bound to the corona. (i) a core comprising a metal; (ii) a corona comprising a plurality of ligands covalently linked to the core, wherein at least one of said ligands comprises a carbohydrate moiety; and (iii) at least one peptide non-covalently bound to the corona.
A nozzle for injecting liquid comprising: a nozzle body defining a circuitous flow channel (104; 504; 505) and a plurality of swirl ante-chambers in fluid communication with the flow channel (104; 504; 505), with an injection point orifice (108; 508) defined in each swirl ante-chamber, wherein the flow channel (104; 504; 505) feeds into the swirl ante-chambers to impart a tangential flow component on fluids entering each swirl ante-chamber to generate swirl on a spray issuing from the injection point orifice (108; 508) of each swirl ante-chamber, characterized in that all of the swirl ante-chambers feed tangentially off of the common circuitous flow channel (104; 504; 505). a nozzle body defining a circuitous flow channel (104; 504; 505) and a plurality of swirl ante-chambers in fluid communication with the flow channel (104; 504; 505), with an injection point orifice (108; 508) defined in each swirl ante-chamber, wherein the flow channel (104; 504; 505) feeds into the swirl ante-chambers to impart a tangential flow component on fluids entering each swirl ante-chamber to generate swirl on a spray issuing from the injection point orifice (108; 508) of each swirl ante-chamber, characterized in that all of the swirl ante-chambers feed tangentially off of the common circuitous flow channel (104; 504; 505).
A negative electrode active material, comprising a first silicon oxide and a second silicon oxide; a ratio of a particle diameter Dn10 of the first silicon oxide to a particle diameter Dn10 of the second silicon oxide is 8~25; the particle diameter Dn10 of the first silicon oxide is 1.0μm~5.0μm and the particle diameter Dn10 of the second silicon oxide is 0.05μm~0.50μm; wherein, Dn10 represents a particle diameter corresponding to the cumulative quantity percentage reaching 10%, measured by laser diffraction. a ratio of a particle diameter Dn10 of the first silicon oxide to a particle diameter Dn10 of the second silicon oxide is 8~25; the particle diameter Dn10 of the first silicon oxide is 1.0μm~5.0μm and the particle diameter Dn10 of the second silicon oxide is 0.05μm~0.50μm; wherein, Dn10 represents a particle diameter corresponding to the cumulative quantity percentage reaching 10%, measured by laser diffraction.
A measuring method for performing monitoring measurement on two or more objects to be measured by a measuring instrument, which comprises a telescope unit for sighting an object to be measured, a distance measuring unit for projecting a distance measuring light through said telescope unit and for measuring a distance to an object to be measured, an image pickup unit for acquiring a digital image in sighting direction, an angle detecting unit (31, 32) for detecting a directional angle in the sighting direction of said telescope unit, and an automatic sighting unit for making said telescope unit perform an automatic sighting to an object to be measured, comprising a step of rotating said telescope unit in horizontal direction and in vertical direction and of scanning a predetermined range being set up so as to include the two or more objects to be measured, a step of acquiring digital images at a predetermined time interval using said image pickup unit so that there are two or more digital images which include a same object to be measured while scanning, a step of detecting images of the object to be measured in said digital images and of setting up minimal rectangles surrounding the respective images of the object to be measured, a step of performing integrated processing by obtaining absolute coordinates of diagonal vertices of the minimal rectangles, based on their digital image coordinates and the directional angles associated with the respective digital images, by overlapping the minimal rectangles based on their absolute coordinates so as to verify that they belong to a same object to be measured, and by taking a middle point of a minimum square surrounding all said overlapping minimal rectangles to define the directional angle of the respective object to be measured and its position in an image, a coarse measurement step of calculating a composite directional angle of each of the objects to be measured respectively based on positions in the images obtained by integrated processing and on directional angles of sighting axis with respect to the respective images, and a step of associating said composite directional angle of the object to be measured, obtained by said coarse measurement with each of the objects to be measured and of storing said composite directional angle as target values for automatic sighting.
A table for offices and the like, comprising: first and second end leg members (3, 4) disposed in a laterally spaced apart relationship, and configured to be abuttingly supported on a floor surface; first and second side rail members (5, 6) disposed in a laterally spaced apart relationship, and having opposite end portions thereof operably connected with said first and second end leg members (3, 4) to define a table frame; said first and second side rail members (5, 6) each including an inwardly protruding ledge extending along an interior facing side wall, and an outwardly opening channel extending along a top wall adjacent said interior facing side wall; a top member supported on and operably connected with said table frame, said top member including an inwardly protruding tab disposed along a lower side thereof adapted to removably connect at least a portion of said top member with said table frame at the outwardly opening channel; and a utility module member positioned generally centrally along said top member and having exterior sides thereof abuttingly supported on said inwardly protruding ledges of said first and second side rail members (5, 6) to removably support said utility module member on said table to accommodate different users. first and second end leg members (3, 4) disposed in a laterally spaced apart relationship, and configured to be abuttingly supported on a floor surface; first and second side rail members (5, 6) disposed in a laterally spaced apart relationship, and having opposite end portions thereof operably connected with said first and second end leg members (3, 4) to define a table frame; said first and second side rail members (5, 6) each including an inwardly protruding ledge extending along an interior facing side wall, and an outwardly opening channel extending along a top wall adjacent said interior facing side wall; a top member supported on and operably connected with said table frame, said top member including an inwardly protruding tab disposed along a lower side thereof adapted to removably connect at least a portion of said top member with said table frame at the outwardly opening channel; and a utility module member positioned generally centrally along said top member and having exterior sides thereof abuttingly supported on said inwardly protruding ledges of said first and second side rail members (5, 6) to removably support said utility module member on said table to accommodate different users.