mhurhangee/ep-ind-claims huggingface dataset:
A compound, or a salt thereof, at a dose of 10 mg to 1000 mg, for use in a method of treating or preventing a bacterial infection in a subject in need thereof, wherein the compound is Compound A' represented by the following structural formula: and wherein said bacterial infection is caused by a bacterium of a bacterial species selected from the group consisting of: Bacillus anthracis (B. anthracis), Yersinia pestis (Y. pestis) and Burkholderia mallei (B. mallei) such that said bacterial infection in said subject is treated or prevented. and wherein said bacterial infection is caused by a bacterium of a bacterial species selected from the group consisting of: Bacillus anthracis (B. anthracis), Yersinia pestis (Y. pestis) and Burkholderia mallei (B. mallei) such that said bacterial infection in said subject is treated or prevented.
A vehicle environment detection system adapted to be mounted in an ego vehicle and comprising at least one vehicle environment sensor arrangement and a main control unit, where the vehicle environment detection system is arranged to detect and track at least one oncoming vehicle, where the vehicle environment detection system is arranged to determine when the ego vehicle has entered a curve, characterized in that when the vehicle environment detection system has determined that the ego vehicle has entered a curve, for each tracked oncoming vehicle the main control unit is arranged to: - determine an ego direction along which the ego vehicle travels with a corresponding ego direction angle (γ ego) with respect to a predetermined axis (x glob); - determine a measured oncoming direction of said tracked oncoming vehicle with a corresponding oncoming angle (θ track, glob) with respect to the predetermined axis (x glob) during a plurality of radar cycles; - determine a difference angle (δ) between said measured oncoming direction and the ego direction; - compare the difference angle (δ) with a threshold angle (θ max); and - determine that the oncoming vehicle is crossing if the difference angle (δ) has been determined to exceed the threshold angle (θ max). - determine an ego direction along which the ego vehicle travels with a corresponding ego direction angle (γ ego) with respect to a predetermined axis (x glob); - determine a measured oncoming direction of said tracked oncoming vehicle with a corresponding oncoming angle (θ track, glob) with respect to the predetermined axis (x glob) during a plurality of radar cycles; - determine a difference angle (δ) between said measured oncoming direction and the ego direction; - compare the difference angle (δ) with a threshold angle (θ max); and - determine that the oncoming vehicle is crossing if the difference angle (δ) has been determined to exceed the threshold angle (θ max).
A nuclear fusion target for producing a nuclear fusion reaction, comprising: a first target layer in a flat plate shape having a first film thickness containing deuterium or tritium; and a second target layer having a second film thickness thinner than the first film thickness stacked on the first target layer and containing deuterium or tritium; characterized in that the second target layer is a metal thin film absorbed with deuterium or tritium; and in that the second target layer has a film thickness of 1 μm or less. a first target layer in a flat plate shape having a first film thickness containing deuterium or tritium; and a second target layer having a second film thickness thinner than the first film thickness stacked on the first target layer and containing deuterium or tritium; the second target layer is a metal thin film absorbed with deuterium or tritium; and in that the second target layer has a film thickness of 1 μm or less.
A user-portable electronic device comprising: transmission connection circuitry configured to establish transmission connection between the user-portable electronic device and at least one mobile electronic device; geographic-location determining circuitry arranged to determine a geographic location of the at least one mobile electronic device associated with the transmission connection of the user-portable electronic device and the at least one mobile electronic device; and log circuitry configured to allow storage of a geographic-location log including at least a last-known geographic location of the at least one mobile electronic device, wherein the last known location of the at least one mobile electronic device is based on where the transmission connection was last active, wherein the log circuitry is configured to communicate with remote storage circuitry which is capable of storing the geographic-location log, wherein the geographic-location log is available at the user-portable electronic device after disconnection between the user-portable electronic device and the at least one mobile electronic device. transmission connection circuitry configured to establish transmission connection between the user-portable electronic device and at least one mobile electronic device; geographic-location determining circuitry arranged to determine a geographic location of the at least one mobile electronic device associated with the transmission connection of the user-portable electronic device and the at least one mobile electronic device; and log circuitry configured to allow storage of a geographic-location log including at least a last-known geographic location of the at least one mobile electronic device, wherein the last known location of the at least one mobile electronic device is based on where the transmission connection was last active, wherein the log circuitry is configured to communicate with remote storage circuitry which is capable of storing the geographic-location log, wherein the geographic-location log is available at the user-portable electronic device after disconnection between the user-portable electronic device and the at least one mobile electronic device.
A method for chromizing an article, the method comprising: applying a slurry to an article, the slurry including active chromium and a residue-removal agent, wherein the article includes internal passages, and a residue is in the internal passages; heating the article and slurry to diffuse chromium from the slurry into the article, the heating leaving the residue on the article with the residue-removal agent; and removing the residue-removal agent, to thus remove the residue from the article, using a cleaning solution, wherein the residue-removal agent is soluble in the cleaning solution, wherein the residue removal agent is silica and the cleaning solution is a hydroxide. applying a slurry to an article, the slurry including active chromium and a residue-removal agent, wherein the article includes internal passages, and a residue is in the internal passages; heating the article and slurry to diffuse chromium from the slurry into the article, the heating leaving the residue on the article with the residue-removal agent; and removing the residue-removal agent, to thus remove the residue from the article, using a cleaning solution, wherein the residue-removal agent is soluble in the cleaning solution, wherein the residue removal agent is silica and the cleaning solution is a hydroxide.
Panel heating device for heating water in a washing tub of a washing machine, having a flat carrier plate to be attached to the washing tub and having a heating conductor configured as a conductor track for generating heat, wherein the heat is able to be output to the water through the carrier plate, wherein an intermediate layer with a thermal conductivity that is greater than that of the carrier plate is arranged between the heating conductor and the carrier plate and the intermediate layer is configured for homogeneous distribution of the heat, characterised in that the intermediate layer has a thermal capacity that is greater than that of the carrier plate.
A portable seaming pliers for bending sheet metal on facades and suchlike, comprising a first clamping face and a second place, wherein the clamping faces (2, 3) are connected rotatably about an axis of rotation at a first end of the two clamping faces (2, 3), and a first grip and a second grip connected in a swivelling manner to the first grip, wherein the first grip is connected torque-proof to the first clamping face, wherein the second grip is connected rotatably to the second clamping face about a second axis of rotation at a second end of the two clamping faces lying opposite the first end, so that when the first grip is swivelled relative to the second grip from a transport position into a movement position, the first clamping face is moved relative to the second clamping face, in such a way that a sheet metal arranged between the clamping faces (2, 3) can be clamped by the clamping faces (2, 3), after which a further swivelling movement of the first grip relative to the second grip in movement direction brings about a rotational movement of the first clamping face together with the second clamping face about the second rotational axis relative to the second grip, in order to bend the clamped sheet metal.
A polarity inversion driving method of a liquid crystal display, LCD, panel, wherein each of the frames is divided into M polarity arrangement units in a same manner, every 2xMxN frames form an inversion driving period, wherein N=2, the driving method comprising: applying driving signals to the pixels of the M polarity arrangement units in a first and (2M +1) th frame, such that two adjacent polarity arrangement units have pixels in same columns with opposite polarities, and corresponding pixels in the first and (2M+1) th frames have opposite polarities, ∀ m ∈ [1, M], applying driving signals such that, in the m th polarity arrangement unit, pixels of the (2m-1) th frame have a same polarity as corresponding pixels of the th frame, and, in all polarity arrangement units except in the m th polarity arrangement unit, pixels of the (2m-1) th frame have opposite polarities to the polarities of corresponding pixels of the th frame, ∀ m ∈ [M+1, 2M], applying driving signals such that, in the (m-M) th polarity arrangement unit, pixels of the (2m-1) th frame have a same polarity as corresponding pixels of the th frame, and, in all polarity arrangement units except in the (m-M) th polarity arrangement unit, pixels of the (2m-1) th frame have opposite polarities to the polarities of corresponding pixels of the th frame, ∀ m ∈ [1, 2M), applying driving signals such that, in the M polarity arrangement units, pixels in the th frame have opposite polarities to the polarities of corresponding pixels in the (2m+1) th frame, wherein the polarity arrangement unit is a row and each two adjacent pixels in each row have opposite polarities. applying driving signals to the pixels of the M polarity arrangement units in a first and (2M +1) th frame, such that two adjacent polarity arrangement units have pixels in same columns with opposite polarities, and corresponding pixels in the first and (2M+1) th frames have opposite polarities, ∀ m ∈ [1, M], applying driving signals such that, in the m th polarity arrangement unit, pixels of the (2m-1) th frame have a same polarity as corresponding pixels of the th frame, and, in all polarity arrangement units except in the m th polarity arrangement unit, pixels of the (2m-1) th frame have opposite polarities to the polarities of corresponding pixels of the th frame, ∀ m ∈ [M+1, 2M], applying driving signals such that, in the (m-M) th polarity arrangement unit, pixels of the (2m-1) th frame have a same polarity as corresponding pixels of the th frame, and, in all polarity arrangement units except in the (m-M) th polarity arrangement unit, pixels of the (2m-1) th frame have opposite polarities to the polarities of corresponding pixels of the th frame, ∀ m ∈ [1, 2M), applying driving signals such that, in the M polarity arrangement units, pixels in the th frame have opposite polarities to the polarities of corresponding pixels in the (2m+1) th frame, wherein the polarity arrangement unit is a row and each two adjacent pixels in each row have opposite polarities.
Smoke alarm with a housing which has smoke through-openings and comprises a smoke detector and an alarm-signalling device, a. the interior of the housing is subdivided into two chambers (1, 2) by a partition, b. the first chamber comprises the smoke through-openings and the second chamber comprises at least one opening which connects the second chamber to the surroundings, characterized in that c. a first passage opening and at least one second passage opening is arranged in the partition and each connect the two chambers (1, 2), d. the fan is arranged in the first passage opening, e. the fan makes it possible to produce a total air flow through the first passage opening that is split into a main air flow through the smoke through-openings, through the first passage opening and the at least one opening in the second chamber, and into a secondary air flow between the chambers (1, 2) through the first and the at least one second passage opening (6, 7), which secondary air flow occurs exclusively within the housing and is conveyed in a circuit, f. the sensor element is provided in or in the region of the at least one second passage opening and makes it possible to measure the intensity of the secondary air flow that is dependent on the degree of throttling of the smoke through-openings. a. the interior of the housing is subdivided into two chambers (1, 2) by a partition, b. the first chamber comprises the smoke through-openings and the second chamber comprises at least one opening which connects the second chamber to the surroundings, characterized in that c. a first passage opening and at least one second passage opening is arranged in the partition and each connect the two chambers (1, 2), d. the fan is arranged in the first passage opening, e. the fan makes it possible to produce a total air flow through the first passage opening that is split into a main air flow through the smoke through-openings, through the first passage opening and the at least one opening in the second chamber, and into a secondary air flow between the chambers (1, 2) through the first and the at least one second passage opening (6, 7), which secondary air flow occurs exclusively within the housing and is conveyed in a circuit, f. the sensor element is provided in or in the region of the at least one second passage opening and makes it possible to measure the intensity of the secondary air flow that is dependent on the degree of throttling of the smoke through-openings.
A complex comprising a hydrophobic cluster compound and a β-1,3-1,6-D-glucan having a degree of branching of 75 to 100%, wherein the hydrophobic cluster compound is a carborane, a fullerene, a carbon nanotube, a carbon nanocoil, silver nanoparticles or gold nanoparticles.
A computer-implemented method for dynamic image gamut compression, comprising the steps of: receiving a print job for an output device, the print job having at least one image that was generated by a source device; responsive to receiving the print job, determining a gamut of the print job by dividing said at least one image into one or more layers of different brightness: for each layer of said one or more layers: dividing said layer into discrete one degree hue angles; for each hue angle of said discrete one degree hue angles: determining a maximum chroma of image colors at the brightness layer and at the hue layer; for each determined maximum chroma, comparing the determined maximum chroma at the specific hue angle and at the specific brightness layer to a maximum chroma of said output device at the same specific brightness layer and at the same specific hue angle; and for each comparison resulting in the determined maximum chroma being greater than the maximum chroma of the output device, performing compression on the image colors at the corresponding brightness layer and corresponding hue angle by a factor determined by the determined maximum chroma; wherein one or more steps are performed by one or more processors, wherein determining the gamut of the print job is performed at a lower resolution than a corresponding print resolution of said print job. receiving a print job for an output device, the print job having at least one image that was generated by a source device; responsive to receiving the print job, determining a gamut of the print job by dividing said at least one image into one or more layers of different brightness: for each layer of said one or more layers: dividing said layer into discrete one degree hue angles; for each hue angle of said discrete one degree hue angles: determining a maximum chroma of image colors at the brightness layer and at the hue layer; for each determined maximum chroma, comparing the determined maximum chroma at the specific hue angle and at the specific brightness layer to a maximum chroma of said output device at the same specific brightness layer and at the same specific hue angle; and for each layer of said one or more layers: dividing said layer into discrete one degree hue angles; for each hue angle of said discrete one degree hue angles: determining a maximum chroma of image colors at the brightness layer and at the hue layer; for each determined maximum chroma, comparing the determined maximum chroma at the specific hue angle and at the specific brightness layer to a maximum chroma of said output device at the same specific brightness layer and at the same specific hue angle; and for each comparison resulting in the determined maximum chroma being greater than the maximum chroma of the output device, performing compression on the image colors at the corresponding brightness layer and corresponding hue angle by a factor determined by the determined maximum chroma; wherein one or more steps are performed by one or more processors, wherein determining the gamut of the print job is performed at a lower resolution than a corresponding print resolution of said print job.
A handheld diagnostics device configured to perform one or more non-invasive remote medical examinations of a patient by a remote trained personnel, wherein the handheld diagnostics device is operably connectable to a remote workstation and wherein the handheld diagnostics device comprises one or more navigation sensors, at least one diagnostics sensor and a processor, said processor being configured to perform the following for the at least one remote medical examination of said non-invasive remote medical examinations: acquire navigation enabling data utilizing the one or more navigation sensors, said navigation enabling data being indicative of a spatial disposition of the handheld diagnostics device with respect to the patient's body; send the acquired navigation enabling data to the remote workstation; receive an indication of a desired spatial disposition with respect to the patient's body, from which medical data of the patient is to be acquired in accordance with said at least one remote medical examination, said indication being provided by a trained personnel operating the workstation; determine a spatial disposition of the handheld diagnostics device with respect to the desired spatial disposition, utilizing the acquired navigation enabling data and pre-stored reference data; calculate a route and guidance data for a required movement correction from the determined spatial disposition to the desired spatial disposition, for acquiring medical data of the patient in accordance with said at least one medical examination; and automatically provide a user of the handheld diagnostics device with maneuvering instructions, based on the calculated guidance data, the maneuvering instructions configured to direct the user of the remote handheld diagnostics device to navigate said handheld diagnostics device to the desired spatial disposition in accordance with the required movement correction.
A metal nitride material for a thermistor, consisting of a metal nitride represented by the general formula: (Ti 1-v Cr v) x Al y (N 1-w O w) z, where 0.0 < v < 1.0, 0.70 ≤ y/(x+y) ≤ 0.95, 0.45 ≤ z ≤ 0.55, 0 < w ≤ 0.35, and x+y+z = 1, wherein the crystal structure thereof is a hexagonal wurtzite-type single phase.
A method of labelling a bale comprising: including picking up crop material with a baling apparatus having a pick-up area, a pre-chamber,a bale chamber, and a tying apparatus; conveying the crop material from the pick-up area to the pre-chamber allowing partial compression of the crop material into a slice in the pre-chamber; ejecting the slice of partially compressed crop material into the bale chamber where a bale is formed; inserting at least one wireless tag into the crop material, such that each tag is placed, with respect to a finished bale, at an approximately known location, wherein said location is within the crop material, proximate an outer surface of the finished bale; tying the formed bale by the tying apparatus; characterised in that the baling apparatus further comprises a sensor capable of signalling the upcoming tying event by the tying apparatus, and in that the step of inserting the at least one wireless tag into the crop material is done subsequent to pick up of the crop material but prior to the partially compressed slice of crop material reaching the bale chamber in the baling apparatus, and after signalling by the sensor of the upcoming tying event. including picking up crop material with a baling apparatus having a pick-up area, a pre-chamber,a bale chamber, and a tying apparatus; conveying the crop material from the pick-up area to the pre-chamber allowing partial compression of the crop material into a slice in the pre-chamber; ejecting the slice of partially compressed crop material into the bale chamber where a bale is formed; inserting at least one wireless tag into the crop material, such that each tag is placed, with respect to a finished bale, at an approximately known location, wherein said location is within the crop material, proximate an outer surface of the finished bale; tying the formed bale by the tying apparatus; characterised in that the baling apparatus further comprises a sensor capable of signalling the upcoming tying event by the tying apparatus, and in that the step of inserting the at least one wireless tag into the crop material is done subsequent to pick up of the crop material but prior to the partially compressed slice of crop material reaching the bale chamber in the baling apparatus, and after signalling by the sensor of the upcoming tying event.
Frame for framing a picture/artwork having a periphery, which frame comprises a number of frame members (18, 18', 18", 18"') each having a width and a contact surface at the inside of the frame to form an opening in which the picture/artwork is mountable, where at least one flexible member (6, 6', 6", 6"') is provided at at least a portion of the contact surface, wherein the at least one flexible member (6, 6', 6", 6"') is provided in such a manner that the flexible member (6, 6', 6", 6"') is configured to securely maintain the picture/artwork within the frame by means of a compression force (Fi) and/or a friction force (F 2) between the at least one flexible member (6, 6', 6", 6"') and the periphery of the picture/artwork, where the flexible member (6, 6', 6", 6"') is compressible, wherein the flexible member (6, 6', 6", 6"') is attached to the frame in such a manner that the flexible member (6, 6', 6", 6"') is restricted from being moved along the width (axis X) of the contact surface, and where the contact surface along the entire width on the inside of the frame members (18, 18', 18", 18"') does not extend above the contact surface of the at least one flexible member (6, 6', 6", 6"'), in such a manner that the picture/artwork can be mounted from both sides of the opening.