mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving an orthogonal frequency division multiplexing, OFDM, symbol that comprises a plurality of signals on a frequency domain comb, wherein the frequency domain comb comprises subcarriers with no power and subcarriers with a binary phase shift keying modulated signal, wherein information is coded to a phase difference between two adjacent subcarriers, and wherein the frequency domain comb is represented by a pseudorandom sequence of bits, wherein each bit of the pseudorandom sequence indicates whether a subcarrier contains a binary phase shift keying modulated signal or no power, and detecting (906, 1006) an integer frequency offset and a fast Fourier transform size of following OFDM symbols based on the binary phase shift keying modulated signals on the frequency domain comb. receiving an orthogonal frequency division multiplexing, OFDM, symbol that comprises a plurality of signals on a frequency domain comb, wherein the frequency domain comb comprises subcarriers with no power and subcarriers with a binary phase shift keying modulated signal, wherein information is coded to a phase difference between two adjacent subcarriers, and wherein the frequency domain comb is represented by a pseudorandom sequence of bits, wherein each bit of the pseudorandom sequence indicates whether a subcarrier contains a binary phase shift keying modulated signal or no power, and detecting (906, 1006) an integer frequency offset and a fast Fourier transform size of following OFDM symbols based on the binary phase shift keying modulated signals on the frequency domain comb.
A method of manufacturing a glass resin laminating body comprising: a step of sticking a glass film on a resin film via an adhesive layer while holding the glass film and the resin film between a first roller that presses against the resin film and a second roller that is disposed opposite to the first roller and that presses against the glass film, wherein a ratio of an elastic modulus P1 of a surface layer of the first roller to an elastic modulus P2 of the resin film P1/P2 satisfies a relation of 3×10 -3 ≤ P1/P2 ≤ 1.0, wherein a thickness of the adhesive layer is less than or equal to 5 um, wherein the surface layer of the first roller is formed of a material having an elastic modulus that is lower than the elastic modulus of iron, wherein the surface layer of the first roller is a portion of the first roller 1 mm inward from the surface of the first roller towards the center, and wherein the surface layer of the first roller is formed of polyethylene terephthalate, polyethylene or polypropylene. a step of sticking a glass film on a resin film via an adhesive layer while holding the glass film and the resin film between a first roller that presses against the resin film and a second roller that is disposed opposite to the first roller and that presses against the glass film, wherein a ratio of an elastic modulus P1 of a surface layer of the first roller to an elastic modulus P2 of the resin film P1/P2 satisfies a relation of 3×10 -3 ≤ P1/P2 ≤ 1.0, a thickness of the adhesive layer is less than or equal to 5 um, wherein the surface layer of the first roller is formed of a material having an elastic modulus that is lower than the elastic modulus of iron, wherein the surface layer of the first roller is a portion of the first roller 1 mm inward from the surface of the first roller towards the center, and
Automatic production system for the assembly and control of conductive backsheets for photovoltaic panels with a back-contact architecture, said backsheets being of the type with an integrated encapsulating and dielectric layer, said system comprises: - at least one processing main line; - at least one processing secondary line; wherein said main line is combined with said secondary line, each line (11, 12) being made up of operating stations (111-116, 120-125) which are configured in sequence with a flow converging to a common station of calibrated superimposition and fixing to form said conductive backsheet with an integrated encapsulating and dielectric layer; said main line forming on the lower part the supporting conductive backsheet, which is carried on trays on a continuous conveying system; said secondary line forming on the upper part the encapsulating and dielectric multi-layer element in such a way as to act as an insulating mask once superimposed and fixed on said conductive backsheet in said station of calibrated superimposition; said system comprising an integrated control system for controlling the positions and the processes by means of the comparison of the actual status with a predefined status, said integrated system being made up of at least four control devices which are individually placed in correspondence of the stations to be controlled (111-113 and 124) and also automatically integrated with one another in such a way as to enable the processing or the simple passage of the product being processed to the following station; said secondary line comprising an automatic picking device which is continuous and permanent along the stations being intended to take, move and hold individually said encapsulating and dielectric multi-layer element during processing and release it only after the fixing on said conductive backsheet at said station of calibrated superimposition, in such a way as to combine and synchronize the two lines (11, 12) according to the detections by said integrated control system and compensating for the alignment and the relative positioning of said holed encapsulating and dielectric multi-layer element with respect to said conductive backsheet; said system ending in the unloading station of said conductive backsheet with an integrated encapsulating and dielectric layer from the tray with at least three branches of which one is for the continuous conveying of said tray and two are for the finished product (115, 116), being respectively of the compliant and non-compliant type. - at least one processing main line; - at least one processing secondary line;
Pharmaceutical selected from the group consisting of A2-73 or A1-41 for use in the treatment of maintenance insomnia in a subject in need of such therapy, wherein the pharmaceutical is A2-73, and the treatment comprises oral administration of 10 mg/day of A2-73; or wherein the pharmaceutical is A2-73, the subject has mild cognitive impairment, and the treatment comprises oral administration of 50 mg/day of A2-73; or wherein the pharmaceutical is A1-41, the subject has MCI, and the treatment comprises oral administration of 10 mg/day of A1-41. wherein the pharmaceutical is A2-73, and the treatment comprises oral administration of 10 mg/day of A2-73; or wherein the pharmaceutical is A2-73, the subject has mild cognitive impairment, and the treatment comprises oral administration of 50 mg/day of A2-73; or wherein the pharmaceutical is A1-41, the subject has MCI, and the treatment comprises oral administration of 10 mg/day of A1-41.
A support, positioning and handling device for surgical equipment and instruments, for arthroplasty operations on a patient who lays on a horizontal longitudinal plane, comprising a horizontal transversal bench, slidingly coupled with said plane according to at least one vertical axis (Z', Z"), a movable plate being slidable along the axis of said bench, which a board is slidingly coupled with according to a longitudinal axis, a reclining guide being rotationally connected to the latter according to a transversal axis (Y'), a turret being slidable on said reclining guide, said device comprising means for measuring the displacement and locking them in intermediate positions, wherein said turret is reversibly connected a first end of an instrument-holder arm, whose second end includes a surface for engaging at least one surgical piece of equipment or instrument, wherein: a) it comprises an angular guide which includes a fixed portion integral with said board and a movable portion which rotates with respect to said axis of rotation (Y'), said movable portion of said angular guide being integrally connected to said reclining guide; b) it comprises a plurality of instrument-holder arms, the engagement surface of each of said arms being arranged according to different angles; c) the vertical displacement of said bench takes place by way of two linear guides (21, 22), synchronized to each other, each of said guides being connected to an end of said bench; d) the mutual engagement surfaces of said tool-holder turret and of said instrument-holder arm comprise centering pins and reversible quick fastening means; e) said instrument-holder arm includes a longitudinal slot in which a pivot integral with said reclining guide slides and wherein; f) the device comprises means for the mutual displacement of the individual elements, wherein said means for mutual displacement are worm screws driven by a handwheel and they are attached to the bench, the vertical guides (21, 22), the board and the reclining guide. a) it comprises an angular guide which includes a fixed portion integral with said board and a movable portion which rotates with respect to said axis of rotation (Y'), said movable portion of said angular guide being integrally connected to said reclining guide; b) it comprises a plurality of instrument-holder arms, the engagement surface of each of said arms being arranged according to different angles; c) the vertical displacement of said bench takes place by way of two linear guides (21, 22), synchronized to each other, each of said guides being connected to an end of said bench; d) the mutual engagement surfaces of said tool-holder turret and of said instrument-holder arm comprise centering pins and reversible quick fastening means; e) said instrument-holder arm includes a longitudinal slot in which a pivot integral with said reclining guide slides and wherein; f) the device comprises means for the mutual displacement of the individual elements, wherein said means for mutual displacement are worm screws driven by a handwheel and they are attached to the bench, the vertical guides (21, 22), the board and the reclining guide.
A method for monitoring the data traffic (CBT, CF, G) over a CAN bus of a CAN-type communication network of a motor vehicle, said network comprising a plurality of nodes associated to said CAN bus in a signal-exchange relationship in order to detect data traffic (CBT, CF, G) with anomalies and generate an alert, said method including executing on each node an intrusion-detection operation (300, 400) on messages (CF, G) received at said node and a corresponding vehicle-recovery operation; said intrusion-detection operation (300, 400) comprising receiving (205, 310) CAN messages or groups of CAN messages transmitted to the node on the CAN bus, analysing (310, 410) said CAN messages or groups of CAN messages, and issuing an alert comprising a type of anomaly that has caused the alert; said vehicle-recovery operation comprising implementing, on the basis of said type of anomaly, a corresponding intrusion-recovery action, said method being characterized by said vehicle-recovery operation further comprises a procedure of selection of recovery actions, which is carried out during operation of the vehicle and of the CAN communication network, which comprises the following steps: - upon receipt of said type of anomaly detected by the intrusion-detection operation (300, 400), associating a category of functions of the vehicle to the type of anomaly; and - generating, on the basis of said category of functions extracted in the previous step and of the type of anomaly received, a corresponding vehicle-recovery action and a condition of exit from the corresponding alert, said generation operation comprising accessing a recovery-action database via said category of functions extracted in the previous step and said type of anomaly. - upon receipt of said type of anomaly detected by the intrusion-detection operation (300, 400), associating a category of functions of the vehicle to the type of anomaly; and - generating, on the basis of said category of functions extracted in the previous step and of the type of anomaly received, a corresponding vehicle-recovery action and a condition of exit from the corresponding alert, said generation operation comprising accessing a recovery-action database via said category of functions extracted in the previous step and said type of anomaly.
Use of an aromatic phosphoric ester metal salt represented by general formula: wherein R 1 represents a hydrogen atom or an alkyl group having 1 to 8 carbon atoms; R 2 represents an alkyl group having 1 to 8 carbon atoms; R 3 represents an alkylidene group having 1 to 4 carbon atoms; X 1 represents an alkali metal atom, an alkaline earth metal atom, a zinc atom, or an aluminum atom; n is 1, and m is 0 when X 1 is an alkali metal atom; n is 2, and m is 0 when X 1 is an alkaline earth metal atom or a zinc atom; and n is 1 or 2, and m is 3 - n when X 1 is an aluminum atom, as a coating adhesion promoter in a polyolefin resin composition stabilized with a hindered amine compound to be molded into a substrate.
A hydrogen water machine comprising a hydrogen generator generating hydrogen, a water supplier delivering water, and a mixing device combining said hydrogen and said water, said hydrogen generator having a hydrogen source capable of generating hydrogen and a first duct connected with said hydrogen source for delivering said hydrogen, said water supplier having a water source for accommodating water and a second duct connected with said water source for delivering said water; characterized in that said mixing device having a third duct with a mixing passage communicating with said first duct and said second duct respectively for allowing said hydrogen of said first duct mixing with said water of said second duct in said mixing passage to generate semi-finished hydrogen water, a pressurizer mounted on a first section of said third duct downstream of said mixing passage to subject said semi-finished hydrogen water to pressurization that allows said hydrogen to be dissolved in said water, a first atomizer disposed on a second section of said third duct downstream of said first section to subject said semi-finished hydrogen water to atomization that increases an amount of dissolving said hydrogen in said water for generating hydrogen water, and a fourth duct connected with said first atomizer and downstream of said second section of said third duct for receiving and delivering said hydrogen water, a recirculation pipe being connected between said second duct and said fourth duct to allow part of said hydrogen water in said fourth duct to enter said second duct through said recirculation pipe for reusing.
A training bag comprising: a bag where the bag has an elongated shape with a first end and a second end and a base with a top and a bottom, where the bag removably attaches to the top of base at the second end of the bag, characterised in that the base has a strap attached to a side of the base, where the strap has two ends and is attached to the base at both ends, forming a loop. a bag where the bag has an elongated shape with a first end and a second end and a base with a top and a bottom, where the bag removably attaches to the top of base at the second end of the bag, characterised in that the base has a strap attached to a side of the base, where the strap has two ends and is attached to the base at both ends, forming a loop.
A process for the preparation of a compound (VIII), or pharmaceutically acceptable salt thereof, comprising the following steps: step a) the formation of compound, via the reaction of compound and MOMChloride; step b) the formation of compound, via alkylation reaction of compound and 3,5-difluoroaniline; step c) the formation of compound, via the reaction of compound and compound step d) the formation of compound, via the de-protection reaction of compound; Step e) the formation of compound (VIII), via the internal Mitsunobu cyclization reaction of compound. step a) the formation of compound, via the reaction of compound and MOMChloride; via the reaction of compound and MOMChloride; step b) the formation of compound, via alkylation reaction of compound and 3,5-difluoroaniline; step c) the formation of compound, via the reaction of compound and compound step d) the formation of compound, via the de-protection reaction of compound; Step e) the formation of compound (VIII), via the internal Mitsunobu cyclization reaction of compound.
A method for decontaminating a small enclosure (28, 56), comprising the steps of: entering input parameters of the small enclosure into a processing unit, wherein the processing unit is programmed to determine fluid properties of a cleaning fluid in a decontamination device (38, 42, 142) based on the input parameters of the small enclosure space, activating a decontamination cycle of the decontamination device (38, 42, 142), wherein the decontamination cycle comprises the steps of: providing a reservoir of the cleaning fluid; setting the determined fluid properties of the cleaning fluid; generating a very dry mist (20, 44) comprising ionized hydrogen peroxide of the cleaning fluid, wherein the generated very dry mist (20, 44) is applied to decontaminate the substantially small enclosure (28, 56), wherein the setting of the determined fluid properties to the cleaning fluid is performed by controlling an air valve. entering input parameters of the small enclosure into a processing unit, wherein the processing unit is programmed to determine fluid properties of a cleaning fluid in a decontamination device (38, 42, 142) based on the input parameters of the small enclosure space, activating a decontamination cycle of the decontamination device (38, 42, 142), wherein the decontamination cycle comprises the steps of: providing a reservoir of the cleaning fluid; setting the determined fluid properties of the cleaning fluid; generating a very dry mist (20, 44) comprising ionized hydrogen peroxide of the cleaning fluid, wherein the generated very dry mist (20, 44) is applied to decontaminate the substantially small enclosure (28, 56), wherein the setting of the determined fluid properties to the cleaning fluid is performed by controlling an air valve.
Gas turbine which is cooled by means of a cooling medium, which cooling medium is directed through the machine in a main flow and in a secondary flow, where the rotating machine comprises a rotor and a stator, the secondary flow of the cooling medium is directed through swirl passages in the stator to a pre-swirl nozzle and discharges from the stator there, control means (36 - 56) for the temperature-dependent control of the secondary flow are arranged in the pre-swirl nozzle, which control means (36 - 56) consist entirely or partially of a shape-memory alloy, and where swirl vanes are arranged in the pre-swirl nozzle, and the control means (36 - 48) are formed in such a way that the flow cross section of the swirl passages can be altered in the region of the swirl vanes in dependence upon temperature, characterized in that the swirl vanes are arranged in each case in a manner in which they can be displaced in the swirl passage transversely to the flow direction and in a way in which they alter the cross section, in that provision is made for adjusting elements, consisting of a shape-memory alloy, in order to displace the swirl vanes in dependence upon temperature, and in that the displaceable swirl vanes, on the upstream-disposed side, are provided in each case with a baffle plate which directs the medium flowing in the swirl passage into the cross section which is constricted by means of the swirl vanes.
Ventilating element of a casing, notably for a lighting and/or signalling device of a vehicle, which comprises: - a cover defining an internal volume with an entrance and an exit arranged to allow the circulation of the air from the entrance to the exit or vice versa; the cover producing a closed passage between the entrance and the exit, notably a duct between the entrance and the exit, - the cover comprising reversible attachment means (12, 14) for attaching it to a wall of the casing; the cover comprising a seat for receiving a filter, characterized in that the cover comprises a surface for mounting the cover on the wall, the said surface encircling the seat of the filter, the said seat of the filter being situated at the exit of the internal volume, approximately at the height of the mounting surface. - a cover defining an internal volume with an entrance and an exit arranged to allow the circulation of the air from the entrance to the exit or vice versa; the cover producing a closed passage between the entrance and the exit, notably a duct between the entrance and the exit, - the cover comprising reversible attachment means (12, 14) for attaching it to a wall of the casing;
A nasal spray/spout nozzle for nasal administration, comprising: a tip portion having a nozzle exit port; and a nose rest capable of abutting on a nose region around an external naris wherein, in a top plan view of the nasal spray/spout nozzle, an axis of the tip portion and a center of the nose rest have an eccentric relationship with each other such that they are offset from each other; characterized in that: in the top plan view of the nasal spray/spout nozzle, an outer contour of the tip portion has a non-surround part (11P2) where a part of the outer contour of the tip portion is not surrounded by an outer contour of the nose rest; and contour parts situated at both sides of the non-surround part (11P2) in the outer contour of the nose rest are in a form of arc. a tip portion having a nozzle exit port; and a nose rest capable of abutting on a nose region around an external naris wherein, in a top plan view of the nasal spray/spout nozzle, an axis of the tip portion and a center of the nose rest have an eccentric relationship with each other such that they are offset from each other; characterized in that: in the top plan view of the nasal spray/spout nozzle, an outer contour of the tip portion has a non-surround part (11P2) where a part of the outer contour of the tip portion is not surrounded by an outer contour of the nose rest; and contour parts situated at both sides of the non-surround part (11P2) in the outer contour of the nose rest are in a form of arc.
Method for filling containers, in particular large-volume containers, with a liquid carbonated filling material, wherein, for the pressure filling of the respective container, it is arranged in a sealing position at a filling element (1, 1a), by means of which, in a filling phase, the filling material flows under filling pressure into the interior of the container, which is prestressed with a prestressing gas up to a filling pressure, wherein, after the ending of the filling phase, the container is relieved in a relieving phase to ambient pressure, and wherein, following the filling phase and before the relieving phase, in each case in a pressure treatment phase the filling material in the containers is subjected to a treatment pressure which is increased in relation to the filling pressure, specifically by introducing a treatment gas into a head space, not occupied by filling material, of the respective container, which continues to be arranged in a sealing position at the filling element (1, 1a), wherein the pressure treatment phase involves a combined pressure treatment and pressure test, wherein this pressure test takes place in such a way that the respective container is subjected to the treatment pressure or test pressure in a time-controlled and/or pressure-controlled manner, and then, after the separation of the connection between the container and the source providing the treatment gas or test gas under treatment pressure, the pressure in the container is then monitored over a period of time or a test period, wherein, if in this situation the pressure in the container drops during the test period, the container is identified as leaking, and then, for example, is isolated and ejected.