mhurhangee/ep-ind-claims huggingface dataset:
A method for processing natural language queries in a vehicle environment employing at least one hardware implemented computer processor, the method comprising: extracting natural language concept information from text recognized by an automatic speech recognition engine; using the text and the natural language concept information to assign to the speech input a query intent related to one or more in-vehicle objects in the vehicle environment; and based on the query intent, the natural language concept information, and the recognition text, searching a database containing information descriptive of the one or more in-vehicle objects in the vehicle environment to determine corresponding search results, wherein the database includes a vehicle owner's manual, and wherein the database includes a model of concept saliency for the vehicle, and wherein the search results are ranked according to the model of concept saliency. extracting natural language concept information from text recognized by an automatic speech recognition engine; using the text and the natural language concept information to assign to the speech input a query intent related to one or more in-vehicle objects in the vehicle environment; and based on the query intent, the natural language concept information, and the recognition text, searching a database containing information descriptive of the one or more in-vehicle objects in the vehicle environment to determine corresponding search results, wherein the database includes a vehicle owner's manual, and wherein the database includes a model of concept saliency for the vehicle, and wherein the search results are ranked according to the model of concept saliency.
A laboratory instrument for processing at least one sample, the laboratory instrument comprising: a. at least one housing having at least one sample processing device disposed therein; b. at least one reagent storage compartment reversibly removable from the housing, and c. at least one safety indicator, the safety indicator being configured for indicating if the reagent storage compartment has been removed from the housing and reinserted into the housing, wherein the laboratory instrument is configured for automatically altering a detectable state of the safety indicator during the process of removing and reinserting the reagent storage compartment, characterized in that the laboratory instrument is electrically operable in a powered state, wherein the reagent storage compartment is reversibly removable from the housing in an unpowered state, wherein the safety indicator is configured for indicating if the reagent storage compartment has been removed from the housing and reinserted into the housing during a period in which the laboratory instrument was unpowered. a. at least one housing having at least one sample processing device disposed therein; b. at least one reagent storage compartment reversibly removable from the housing, and c. at least one safety indicator, the safety indicator being configured for indicating if the reagent storage compartment has been removed from the housing and reinserted into the housing, wherein the laboratory instrument is configured for automatically altering a detectable state of the safety indicator during the process of removing and reinserting the reagent storage compartment,
A compound represented by formula I, or its stereoisomers, salts, or pharmaceutically acceptable salts, hydrates, solvates or crystalline forms thereof: wherein R 1 is hydrogen or phenyl; R 2 is hydrogen; R 3a is hydrogen; R 3b is CH 3; R 4 is hydrogen, or cyclopentyl; R 5 is hydrogen; R 6 is CH 3; X is F; R 8 is OMe, or OBn; and R 9 is NH 2.
An apparatus comprising: a mechanical coupler configured to be inserted into a barrel of a weapon, the mechanical coupler also configured to be coupled to optics that generate light to identify an impact point for a projectile from the weapon; wherein the mechanical coupler comprises: first, second, and third shells (115, 120, 125), the first shell configured to be coupled to the optics, the second shell disposed between the first shell and the third shell, the third shell configured to be moved towards the first shell in order to cause the mechanical coupler to engage an inner surface of the barrel; and multiple wedges (135a-135f) positioned between angled surfaces of the shells (115, 120, 125). a mechanical coupler configured to be inserted into a barrel of a weapon, the mechanical coupler also configured to be coupled to optics that generate light to identify an impact point for a projectile from the weapon; wherein the mechanical coupler comprises: first, second, and third shells (115, 120, 125), the first shell configured to be coupled to the optics, the second shell disposed between the first shell and the third shell, the third shell configured to be moved towards the first shell in order to cause the mechanical coupler to engage an inner surface of the barrel; and multiple wedges (135a-135f) positioned between angled surfaces of the shells (115, 120, 125). first, second, and third shells (115, 120, 125), the first shell configured to be coupled to the optics, the second shell disposed between the first shell and the third shell, the third shell configured to be moved towards the first shell in order to cause the mechanical coupler to engage an inner surface of the barrel; and multiple wedges (135a-135f) positioned between angled surfaces of the shells (115, 120, 125).
Display assembly for a portable object, said display assembly including a first, at least partially transparent, emissive display device, said first emissive display device including a transparent emissive organic light-emitting diode display cell, a second reflective display device being arranged underneath the first emissive display device, said second reflective display device being capable of switching between a transparent state, in which the device does not display any information, and a reflective state, when the device is activated, the second reflective display device including a reflective liquid crystal display cell, a first absorbing reflective polarizer or a metallic mirror arranged on the lower face underneath the reflective display device, characterized in that the device includes a circular polarizer, which is formed of a second absorbing polarizer and of a first quarter-wave plate, placed above the transparent emissive organic light-emitting diode display cell, and a second quarter-wave plate placed underneath the transparent emissive organic light-emitting diode display cell, said second quarter-wave plate being parallel to first quarter-wave plate or arranged at 90° relative to first quarter-wave plate.
A roll handling system for a winder, in which sleeves can be applied with in each case a material web, such that a plurality of rolls wound on the sleeves with in each case a material web is produced, having a supply unit in order to transfer a plurality of sleeves to a receiving unit, wherein the receiving unit is movably arranged between the supply unit and a transfer station, with which sleeves can be transferred to the winder and rolls can be transferred from the winder to the transfer station, characterized in that the receiving unit has a first contact surface with positioning means, in order to align the sleeves to the receiving unit by means of a positioning device arranged between the supply unit and the transfer station.
A thermocycler for use in connection with the amplification of DNA, comprising: a sample holder; a controller that controls the cycling of the temperature of the sample holder between target temperatures; a heating element for use in heating the sample holder to a desired temperature under the control of the controller; a cooling assembly, said cooling assembly having a thermal mass sufficiently larger than the thermal mass of the sample holder so as to allow rapid reduction in the temperature of the sample holder when the cooling assembly is in contact with the sample holder; and a mechanism for separating the cooling assembly from the sample holder when it is desired to maintain or raise the temperature of the sample holder, and for bringing the cooling assembly and the sample holder into physical contact when it is desired to lower the temperature of the sample holder, said mechanism being under the control of said controller; characterized in that the cooling assembly comprises: a cold sink; at least one thermoelectric cooling device in contact with at least one surface of said cold sink; a heat sink for removing heat from each thermoelectric cooling device; and a fan for removing heat from the heat sink.
A frequency converter comprising a display panel, wherein the display panel is part of a user interface of the frequency converter, the user interface being adapted for inputting user commands, characterized in that the display panel is adapted to display information relating to operation or to set up of the frequency converter as graphical icons, the frequency converter comprises further a processor or similar processing means in connection with the user interface of the frequency converter and a memory readable by the processor or processing means, the processor or processing means being adapted to read user commands from the user interface, adapted to read the graphical icons from the memory responsive of user commands, adapted to read operational data from the frequency converter, and adapted to display the operational data using the graphical icons.
An optical communication system comprising: a transmitter (202,300,400) operative to produce and transmit an optical signal (204, 350) over a transmission medium, wherein in operation one or more electrical-to-optical conversion impairments are produced in the optical signal at the transmitter, the one or more electrical-to-optical conversion impairments including a timing skew between an in-phase portion and a quadrature portion of the optical signal; a receiver (208, 500, 600, 900) operative to receive a degraded version of the optical signal (210, 520) over the transmission medium and to derive received symbols from the degraded version of the optical signal; an estimator (214, 700, 800) operative to generate from the received symbols a digital instruction regarding the one or more electrical-to-optical conversion impairments produced at the transmitter, characterising in that, regarding the timing skew, the estimator is operative to generate the digital instruction using a phase difference in the frequency domain between i) a function of real parts of the received symbols and real parts of transmitted symbols and ii) a function of imaginary parts of the received symbols and imaginary parts of the transmitted symbols. a transmitter (202,300,400) operative to produce and transmit an optical signal (204, 350) over a transmission medium, wherein in operation one or more electrical-to-optical conversion impairments are produced in the optical signal at the transmitter, the one or more electrical-to-optical conversion impairments including a timing skew between an in-phase portion and a quadrature portion of the optical signal; a receiver (208, 500, 600, 900) operative to receive a degraded version of the optical signal (210, 520) over the transmission medium and to derive received symbols from the degraded version of the optical signal; an estimator (214, 700, 800) operative to generate from the received symbols a digital instruction regarding the one or more electrical-to-optical conversion impairments produced at the transmitter, characterising in that, regarding the timing skew, the estimator is operative to generate the digital instruction using a phase difference in the frequency domain between i) a function of real parts of the received symbols and real parts of transmitted symbols and ii) a function of imaginary parts of the received symbols and imaginary parts of the transmitted symbols.
A modified nylon polymer consisting of: polyhexamethylene adipamide, a first additive and a second additive; and wherein the first additive is provided to the polymer in an amount 150 to 300 parts per million by weight; and wherein the second additive is provided to the polymer in an amount 10 to 50 moles per million grams of polymer; characterized in that said first additive is sodium hypophosphite; and further characterized in that said second additive is an end-capping additive selected from the group consisting of: acetic acid, propionic acid, benzoic acid, and succinic acid. polyhexamethylene adipamide, a first additive and a second additive; and wherein the first additive is provided to the polymer in an amount 150 to 300 parts per million by weight; and wherein the second additive is provided to the polymer in an amount 10 to 50 moles per million grams of polymer; characterized in that said first additive is sodium hypophosphite; and further characterized in that said second additive is an end-capping additive selected from the group consisting of: acetic acid, propionic acid, benzoic acid, and succinic acid.
A paper bag for e-commerce shipments, which paper bag comprises first closure means for first closure of the bag (46, 49, 123, 127a, 127b, 227a, 337, 337a), tear means (47, 126, 136, 226a, 226b, 336) for opening the bag after first closure and second closure means for reclosing the bag after tearing the tear means (45, 48, 137, 137a, 238a, 238b,338, 338a), characterised in that the paper bag is formed of a paper having the following properties: - a grammage of 70 to 150 g/m 2 according to ISO 536:2012; - a tensile index in the machine direction of 80 to 120 Nm/g according to ISO 1924-3:2005; - a tensile index in the cross direction of 45 to 80 Nm/g according to ISO 1924-3:2005; - a TEA index in the MD of 1.7 to 3.5 J/g according to ISO 1924-3:2005; - a TEA index in the CD of 2.0 to 3.5 J/g according to ISO 1924-3:2005; - a bending resistance index in the MD of 115 to 300 Nm 6 /kg3 according to ISO 2493-1:2010; - a bending resistance index in the CD of 80 to 145 Nm 6 /kg3 according to ISO 2493-1:2010; - a puncture force index of 80 to 120 Nm 2 /kg according to EN-14477; - a burst index of 5.0 to 6.5 kPam 2 /g according to ISO 2758:2014; - a stretchability in the MD of 2.0 to 5.0 % according to ISO 1924-3:2005; - a virgin fibre content of at least 90%; and - a soft wood fibre content of at least 70%, wherein the bending resistance is tested using a bending angle of 15° and a test span length of 10 mm. - a grammage of 70 to 150 g/m 2 according to ISO 536:2012; - a tensile index in the machine direction of 80 to 120 Nm/g according to ISO 1924-3:2005; - a tensile index in the cross direction of 45 to 80 Nm/g according to ISO 1924-3:2005; - a TEA index in the MD of 1.7 to 3.5 J/g according to ISO 1924-3:2005; - a TEA index in the CD of 2.0 to 3.5 J/g according to ISO 1924-3:2005; - a bending resistance index in the MD of 115 to 300 Nm 6 /kg3 according to ISO 2493-1:2010; - a bending resistance index in the CD of 80 to 145 Nm 6 /kg3 according to ISO 2493-1:2010; - a puncture force index of 80 to 120 Nm 2 /kg according to EN-14477; - a burst index of 5.0 to 6.5 kPam 2 /g according to ISO 2758:2014; - a stretchability in the MD of 2.0 to 5.0 % according to ISO 1924-3:2005; - a virgin fibre content of at least 90%; and - a soft wood fibre content of at least 70%,
A device comprising: a caudal plate (20, 620) configured to be positioned adjacent a first vertebral endplate within an intervertebral disc space; a cephalad plate (15, 615) configured to be positioned adjacent a second vertebral endplate within the intervertebral disc space; and a first sidewall and a second sidewall (25, 625) rotatably coupled to both the caudal and cephalad plates, each of the first and second sidewalls having an upper sidewall portion (27, 627) having a first meeting edge surface coupled by a hinge element (26, 626) to a second meeting edge surface of a lower sidewall portion (28, 628), characterized in that; the device has a low-profile configuration in which the hinge element is folded inward, and a fully deployed configuration in which the hinge element is restricted to an under-center rotational position and prevented from articulating to an on-center or over-center rotational position such that the device is biased to collapse inwardly upon compression loading, and wherein in the fully deployed configuration the upper sidewall portion and the lower sidewall portion are aligned slightly under-center relative to each other and angled towards an internal volume, and the first meeting edge surface abuts the second meeting edge surface thereby preventing further pivoting of the hinge element beyond the under-center rotational position. a caudal plate (20, 620) configured to be positioned adjacent a first vertebral endplate within an intervertebral disc space; a cephalad plate (15, 615) configured to be positioned adjacent a second vertebral endplate within the intervertebral disc space; and a first sidewall and a second sidewall (25, 625) rotatably coupled to both the caudal and cephalad plates, each of the first and second sidewalls having an upper sidewall portion (27, 627) having a first meeting edge surface coupled by a hinge element (26, 626) to a second meeting edge surface of a lower sidewall portion (28, 628), characterized in that; the device has a low-profile configuration in which the hinge element is folded inward, and a fully deployed configuration in which the hinge element is restricted to an under-center rotational position and prevented from articulating to an on-center or over-center rotational position such that the device is biased to collapse inwardly upon compression loading, and wherein in the fully deployed configuration the upper sidewall portion and the lower sidewall portion are aligned slightly under-center relative to each other and angled towards an internal volume, and the first meeting edge surface abuts the second meeting edge surface thereby preventing further pivoting of the hinge element beyond the under-center rotational position.
A method for performing a plurality of cryptographic operations comprising, performed by a processing system: - upon reception of a request to perform one of said cryptographic operations, preventing the execution by said processing system of said requested cryptographic operation until a predetermined waiting time has elapsed, - before said predetermined waiting time has elapsed, receiving one or more further requests to perform another cryptographic operation, - after said predetermined waiting time has elapsed, answering said requests by executing operations comprising mutualized calculations at a lower cost than the cost of a sequential execution of said cryptographic operations, characterised in that: said method also comprises a step of determining said waiting time depending on execution times of said cryptographic operations to be performed and of said mutualized calculations. - upon reception of a request to perform one of said cryptographic operations, preventing the execution by said processing system of said requested cryptographic operation until a predetermined waiting time has elapsed, - before said predetermined waiting time has elapsed, receiving one or more further requests to perform another cryptographic operation, - after said predetermined waiting time has elapsed, answering said requests by executing operations comprising mutualized calculations at a lower cost than the cost of a sequential execution of said cryptographic operations,
A tyre for vehicle wheels comprising: a carcass structure including at least one carcass ply, said carcass structure having two side portions at positions spaced apart from each other in an axial direction, and a crown portion extending in a radially external position between said side portions, at least one annular reinforcing structure associated with said carcass structure at said side portions, said annular reinforcing structure comprising at least one bead core (10, 11), one tread band at a position radially external to said carcass structure, and a pair of sidewalls at axially opposite positions on said carcass structure, each carcass ply comprising a plurality of elongated elements disposed in a substantially U-shaped conformation around the cross-section profile of said tyre, wherein said elongated elements consist of strip-like elements (6, 6'; 7, 7', 7") of at least two lengths (L 1, L 2; L 3, L 4) different from each other which are laid symmetrically with each other relative to the equatorial plane (X-X) of a toroidal support during manufacture or strip-elements (7, 7') of same length (L 3) which are laid asymmetrically with each other relative to the equatorial plane (X-X) of said toroidal support during manufacture said carcass ply during manufacture thereof having a plurality of terminal parts or ends of the strip-like elements (6, 6'; 7, 7', 7") at a radially more internal position than the immediately adjacent strip-like elements (6, 6'; 7, 7', 7") as a result of the depositions of said strip-like elongated elements on said toroidal support, said terminal parts or ends being then turned up around at least one bead core (10,11), and wherein a fraction of the plurality equal to or lower than 50% of the terminal parts or ends of said elongated elements is turned up around each of said at least one bead core.
A one-piece or multi-piece corner connector for connecting two mitered hollow profiles, wherein the corner connector comprises two sections (102; 104) abutting each other in a corner region, wherein the corner region is arranged in the area of the miter joint when the hollow profiles are connected, and wherein each of the two sections (102; 104) comprises a recess, wherein the recesses are only connected together by exactly one distribution channel which runs parallel to a bisecting line of an angle formed by the corner connector on a surface of the corner connector, thereby extending from one end of the surface to another end of the surface, and is thereby designed to run along the miter joint when the hollow profiles are connected.
A method of preparing a composition for use in preparing a zinc electrode including the steps of: 1. Preparing a first precipitate of zinc hydroxide; 2. Mixing a solution of an alkali salt of a C 6 -C 30 fatty acid with a suspension of the first precipitate; and 3. Adding a solution of zinc sulphate or calcium nitrate to the mix to provide the composition as a second precipitate; where the composition is a mixture of an insoluble salt of a C 6 -C 30 fatty acid and zinc oxide:zinc hydroxide. 1. Preparing a first precipitate of zinc hydroxide; 2. Mixing a solution of an alkali salt of a C 6 -C 30 fatty acid with a suspension of the first precipitate; and 3. Adding a solution of zinc sulphate or calcium nitrate to the mix to provide the composition as a second precipitate;