mhurhangee/ep-ind-claims huggingface dataset:
Method for compressing a Higher Order Ambisonics HOA signal representation ( C ( l)), said method including: - estimating dominant directions; - decomposing (23, 24) the HOA signal representation into a number of dominant directional signals ( X ( l)) in time domain and related direction information ( Ω DOM ( l), and a residual ambient component in HOA domain ( C A ( l)), wherein said residual ambient component represents the difference between said HOA signal representation ( C ( l)) and a representation ( C DIR ( l)) of said dominant directional signals ( X( l)); - compressing said residual ambient component by reducing its order as compared to its original order; - transforming said residual ambient HOA component ( C A,RED ( l)) of reduced order to the spatial domain; - perceptually encoding said dominant directional signals and said transformed residual ambient HOA component. - estimating dominant directions; - decomposing (23, 24) the HOA signal representation into a number of dominant directional signals ( X ( l)) in time domain and related direction information ( Ω DOM ( l), and a residual ambient component in HOA domain ( C A ( l)), wherein said residual ambient component represents the difference between said HOA signal representation ( C ( l)) and a representation ( C DIR ( l)) of said dominant directional signals ( X( l)); - compressing said residual ambient component by reducing its order as compared to its original order; - transforming said residual ambient HOA component ( C A,RED ( l)) of reduced order to the spatial domain; - perceptually encoding said dominant directional signals and said transformed residual ambient HOA component.
An electric body with a redundant power supply and comprising power diagnostic means including a computing unit comprising a positive power point and a negative power point and able to monitor a status of the electric body, first and second positive power terminals suitable to be coupled to fuses (Fi) coupled to first and second sources of electrical energy also coupled to a part defining an electrical ground, first and second negative power terminals suitable to be coupled separately to said part, coupling means defining a logic function of the "or" type between said first and second positive power terminals and said positive power point, such that the latter is supplied positively either via a first fuse, or via a second fuse and first diagnostic means coupling said first and second positive power terminals respectively to first and second positive power diagnostic terminals of said computing unit, characterized in that it furthermore includes a diode (Dm) coupling said negative power point and said second negative power terminal, protection means ensuring a coupling between said negative power point and said first negative power terminal and arranged to protect said diode (Dm) against an overcurrent and a circuit of said computing unit coupled to said negative power point, and second diagnostic means of the redundancy of the grounds coupling said second negative power terminal to a negative power diagnostic terminal of said computing unit.
A cover window protective film, comprising: a base layer; and a first protective layer disposed on the base layer, wherein the first protective layer includes a lower surface adjacent to the base layer and an upper surface opposite to the lower surface, and the first protective layer includes a fluorine-based compound, and has an atomic ratio of fluorine higher at the upper surface of the first protective layer than at the lower surface of the first protective layer or gradually increasing from the lower surface toward the upper surface, wherein the cover window protective film further comprising a second protective layer including an organic and inorganic compound and a fluorine compound and being disposed on the upper surface of the first protective layer, wherein an upper surface of the second protective layer has a modulus of elasticity in a range of 4.5 GPa to 10 GPa and a hardness in a range of 0.35 GPa to 1.00 GPa and an atomic ratio of fluorine, F, in a range of about 10 % to about 40 % and a ratio of the atomic ratio of fluorine, F, to the atomic ratio of carbon, C, in a range of about 0.15 to about 1.20. a base layer; and a first protective layer disposed on the base layer, wherein the first protective layer includes a lower surface adjacent to the base layer and an upper surface opposite to the lower surface, and the first protective layer includes a fluorine-based compound, and has an atomic ratio of fluorine higher at the upper surface of the first protective layer than at the lower surface of the first protective layer or gradually increasing from the lower surface toward the upper surface, wherein the cover window protective film further comprising a second protective layer including an organic and inorganic compound and a fluorine compound and being disposed on the upper surface of the first protective layer, wherein an upper surface of the second protective layer has a modulus of elasticity in a range of 4.5 GPa to 10 GPa and a hardness in a range of 0.35 GPa to 1.00 GPa and an atomic ratio of fluorine, F, in a range of about 10 % to about 40 % and a ratio of the atomic ratio of fluorine, F, to the atomic ratio of carbon, C, in a range of about 0.15 to about 1.20.
A method to implement provisioning of a downloadable identity module into one of a plurality of Trusted Environments available at a mobile device, the method comprising the following steps: for each of one or more home operators capable of providing downloadable identity modules, maintaining, by a server, information regarding Trusted Environments for which the one or more home operators provide the downloadable identity modules; obtaining, by the server, information regarding the plurality of Trusted Environments available at the mobile device; comparing, by the server, information regarding each of the plurality of Trusted Environments available at the mobile device with information regarding the Trusted Environments required by each of the one or more home operators in order to provide the downloadable identity modules; based upon the comparison, selecting, by the server, one of the plurality of Trusted Environments available at the mobile device, for which at least one of the one or more home operators provides the downloadable identity modules; selecting, by the server, one of the one or more home operators which provides the downloadable identity modules for the selected Trusted Environment; and managing, by the server, the provisioning of the downloadable identity module to the mobile device. for each of one or more home operators capable of providing downloadable identity modules, maintaining, by a server, information regarding Trusted Environments for which the one or more home operators provide the downloadable identity modules; obtaining, by the server, information regarding the plurality of Trusted Environments available at the mobile device; comparing, by the server, information regarding each of the plurality of Trusted Environments available at the mobile device with information regarding the Trusted Environments required by each of the one or more home operators in order to provide the downloadable identity modules; based upon the comparison, selecting, by the server, one of the plurality of Trusted Environments available at the mobile device, for which at least one of the one or more home operators provides the downloadable identity modules; selecting, by the server, one of the one or more home operators which provides the downloadable identity modules for the selected Trusted Environment; and managing, by the server, the provisioning of the downloadable identity module to the mobile device.
Container liner for holding liquid goods, wherein the liner comprises a film comprising one or more layers, wherein at least one of said layers is a layer L1 comprising (a) ≥ 20.0 wt%, preferably ≥ 20.0 and ≤ 80.0 wt%, with regard to the total weight of that layer L1, of a polyethylene P1 having: • a density of > 900 and < 915 kg/m 3, preferably of > 905 and < 913 kg/m 3 as determined in accordance with ASTM D1505; • a melt mass flow rate of ≥ 0.1 and ≤ 5.0 g/10 min, preferably of ≥ 0.5 and ≤ 2.0 g/10 min, as determined in accordance with ISO 1133-1 at 190°C using a load of 2.16 kg; and (b) ≥ 20.0 wt%, preferably ≥ 20.0 and ≤ 80.0 wt%, with regard to the total weight of that layer L1, of a polyethylene plastomer P2 having: • a density of > 880 and < 905 kg/m 3, preferably of > 890 and < 904 kg/m 3 as determined in accordance with ASTM D1505; • a melt mass flow rate of ≥ 0.1 and ≤ 5.0 g/10 min, preferably of ≥ 0.5 and ≤ 2.0 g/10 min, as determined in accordance with ISO 1133-1 at 190°C using a load of 2.16 kg; wherein the polyethylene P1 comprises moieties derived from ethylene and < 15.0 wt% of moieties derived from 1-octene, with regard to the total weight of the polyethylene; and wherein the polyethylene plastomer P2 comprises > 15.0 wt% of moieties derived from an α-olefin comprising 4-10 carbon atoms with regard to the total weight of the polyethylene plastomer. (a) ≥ 20.0 wt%, preferably ≥ 20.0 and ≤ 80.0 wt%, with regard to the total weight of that layer L1, of a polyethylene P1 having: • a density of > 900 and < 915 kg/m 3, preferably of > 905 and < 913 kg/m 3 as determined in accordance with ASTM D1505; • a melt mass flow rate of ≥ 0.1 and ≤ 5.0 g/10 min, preferably of ≥ 0.5 and ≤ 2.0 g/10 min, as determined in accordance with ISO 1133-1 at 190°C using a load of 2.16 kg; and • a density of > 900 and < 915 kg/m 3, preferably of > 905 and < 913 kg/m 3 as determined in accordance with ASTM D1505; • a melt mass flow rate of ≥ 0.1 and ≤ 5.0 g/10 min, preferably of ≥ 0.5 and ≤ 2.0 g/10 min, as determined in accordance with ISO 1133-1 at 190°C using a load of 2.16 kg; (b) ≥ 20.0 wt%, preferably ≥ 20.0 and ≤ 80.0 wt%, with regard to the total weight of that layer L1, of a polyethylene plastomer P2 having: • a density of > 880 and < 905 kg/m 3, preferably of > 890 and < 904 kg/m 3 as determined in accordance with ASTM D1505; • a melt mass flow rate of ≥ 0.1 and ≤ 5.0 g/10 min, preferably of ≥ 0.5 and ≤ 2.0 g/10 min, as determined in accordance with ISO 1133-1 at 190°C using a load of 2.16 kg; • a density of > 880 and < 905 kg/m 3, preferably of > 890 and < 904 kg/m 3 as determined in accordance with ASTM D1505; • a melt mass flow rate of ≥ 0.1 and ≤ 5.0 g/10 min, preferably of ≥ 0.5 and ≤ 2.0 g/10 min, as determined in accordance with ISO 1133-1 at 190°C using a load of 2.16 kg;
A calibration system for a detector, the calibration system comprising: a plurality of radiation sources configured to emit electromagnetic radiation; a positioning mechanism disposed opposite the plurality of radiation sources, having a single degree of freedom with respect to the plurality of radiation sources; a base member, wherein the plurality of radiation sources are fixedly attached to the base member; a source housing disposed between the positioning mechanism and the base member; and a single mirror coupled to the positioning mechanism, and configured to rotate to a plurality of calibration positions outside the source housing, the single mirror in each of the plurality of calibration positions being configured to receive the electromagnetic radiation from a corresponding radiation source and to reflect the electromagnetic radiation to the detector, thereby forming an optical path, wherein the single mirror is the only mirror incorporated within the calibration system, wherein the positioning mechanism is configured to move the single mirror to a non-calibration position, in which the single mirror is stowed inside the source housing, outside of said optical path, and in which the single mirror does not reflect electromagnetic radiation to the detector, and wherein the source housing is configured to provide a protective environment for the single mirror in the non-calibration position. a plurality of radiation sources configured to emit electromagnetic radiation; a positioning mechanism disposed opposite the plurality of radiation sources, having a single degree of freedom with respect to the plurality of radiation sources; a base member, wherein the plurality of radiation sources are fixedly attached to the base member; a source housing disposed between the positioning mechanism and the base member; and a single mirror coupled to the positioning mechanism, and configured to rotate to a plurality of calibration positions outside the source housing, the single mirror in each of the plurality of calibration positions being configured to receive the electromagnetic radiation from a corresponding radiation source and to reflect the electromagnetic radiation to the detector, thereby forming an optical path, wherein the single mirror is the only mirror incorporated within the calibration system, wherein the positioning mechanism is configured to move the single mirror to a non-calibration position, in which the single mirror is stowed inside the source housing, outside of said optical path, and in which the single mirror does not reflect electromagnetic radiation to the detector, and wherein the source housing is configured to provide a protective environment for the single mirror in the non-calibration position.
A foldable grille for windows and doors for integration into a window or door opening provided with a roller shutter comprising a plurality of slats, two roller shutter guides and two stops fixed by screws at the lowermost end of the roller shutter, wherein the foldable grille is composed of the following elements: a set of bars, each provided with corresponding standardised connectors in each of its ends designed to slide inside the roller shutter guides; an attaching system between the said connectors located at the ends of successive bars, which make possible a vertical movement of each bar inside the roller shutter guides from a position of overlapping bars to a position in which the said bars are separated at a maximum distance; a system for fixing the lowermost bar to the existing window opening in its base or lowest side; characterized in that the foldable grille further comprises: a system (7, 8) for fixing the uppermost bar to the two stops, making integral the vertical movement of the uppermost bar and that of the lowermost slat of the roller shutter; and in that, in order to ensure the fixation of the assembly comprising said foldable grille following the roller shutter taking advantage of the two stops of the roller shutter itself at a variable height, the uppermost bar of the assembly incorporates corresponding complementary vertical profiles fixed at its lower end to said uppermost bar, wherein the vertical profiles are provided with a central adjustment slot at the height of the stop of the roller shutter and with a saw-tooth outer face, the assembly further incorporating a corresponding locking plate with a saw-tooth internal face which is connectable to said screws fixing each stop at the roller shutter. a set of bars, each provided with corresponding standardised connectors in each of its ends designed to slide inside the roller shutter guides; an attaching system between the said connectors located at the ends of successive bars, which make possible a vertical movement of each bar inside the roller shutter guides from a position of overlapping bars to a position in which the said bars are separated at a maximum distance; a system for fixing the lowermost bar to the existing window opening in its base or lowest side; a system (7, 8) for fixing the uppermost bar to the two stops, making integral the vertical movement of the uppermost bar and that of the lowermost slat of the roller shutter; and in that, in order to ensure the fixation of the assembly comprising said foldable grille following the roller shutter taking advantage of the two stops of the roller shutter itself at a variable height, the uppermost bar of the assembly incorporates corresponding complementary vertical profiles fixed at its lower end to said uppermost bar, wherein the vertical profiles are provided with a central adjustment slot at the height of the stop of the roller shutter and with a saw-tooth outer face, the assembly further incorporating a corresponding locking plate with a saw-tooth internal face which is connectable to said screws fixing each stop at the roller shutter.
Method for manufacturing a cooking hob with at least one at least partially transparent front unit, in particular plate front unit, and at least one structural layer, which is arranged on at least one subregion of the front unit and is provided to supply a structured surface, wherein the structural layer is formed by applying a liquid to the front unit, characterised in that the structural layer is manufactured by distributing the liquid with a brush-type structural tool, wherein the structural tool is formed of a brush with a width which is greater than the width of the front unit.
A timber joist comprising first and second flanges connected together by a web, each flange (12,14) having a slot, the web being bonded into the slots of the flanges (12, 14) so as to be structurally integral with the flanges, each flange (12, 14) being comprised of a timber pole having a central axis and opposite ends, each pole having a round, substantially constant cross-sectional shape along its full length, characterised in that at least one end of the flanges (12, 14) includes an axial bore extending along at least part of the central axis of the flange (12, 14), the axial bore sized to receive a dowel for forming a load-bearing dowel connection.
A flow cell comprising: an aperture; an inlet chamber in fluid communication with the aperture, wherein the inlet chamber includes a profile (154(a-1)) directed toward the aperture and wherein the inlet chamber is suitable to contain sheath fluid; and a sample injector disposed in the inlet chamber to inject a sample into the inlet chamber, the injected sample forming a sample stream, wherein, the sample stream and sheath fluid in the inlet chamber flow through the aperture, characterized in that the outlet of the sample injector is positioned closer than the center of the inlet chamber to the profile (154(a-1)) such that the sample stream travels along the profile (154(a-1)), travels in proximity to the profile (154(a-1)) relative to other areas of the inlet chamber, and does not travel directly to the aperture. an aperture; an inlet chamber in fluid communication with the aperture, wherein the inlet chamber includes a profile (154(a-1)) directed toward the aperture and wherein the inlet chamber is suitable to contain sheath fluid; and a sample injector disposed in the inlet chamber to inject a sample into the inlet chamber, the injected sample forming a sample stream, wherein, the sample stream and sheath fluid in the inlet chamber flow through the aperture, characterized in that the outlet of the sample injector is positioned closer than the center of the inlet chamber to the profile (154(a-1)) such that the sample stream travels along the profile (154(a-1)), travels in proximity to the profile (154(a-1)) relative to other areas of the inlet chamber, and does not travel directly to the aperture.
A variable lubricant vane pump for providing pressurized lubricant with a pump outlet pressure, with a static pump housing, a shiftable control ring and a rotatable pump rotor comprising several rotor vanes rotating within the control ring, the control ring being shiftable with respect to the pump rotor to thereby vary the eccentricity of the control ring with respect to the pump rotor for controlling the volumetric pump performance, the vane pump further comprising a control ring preload spring preloading and pushing the shiftable control ring into the high eccentricity direction (h), a hydraulic safety control chamber causing the shiftable control ring to move against the control ring preload spring and being directly and constantly pressurized with the lubricant having the pump outlet pressure, a separate hydraulic adjustment control chamber causing the shiftable control ring to move against the control ring preload spring and being selectively pressurized with pressurized lubricant having an over-atmospheric pressure, and an electric adjustment valve for selectively directing pressurized lubricant having the over-atmospheric pressure to the adjustment control chamber, characterized by a calibrated hydraulic channel additionally always directly connecting the adjustment control chamber with atmospheric pressure, the effective hydraulic cross sectional area being less than 5,0 mm 2. a control ring preload spring preloading and pushing the shiftable control ring into the high eccentricity direction (h), a hydraulic safety control chamber causing the shiftable control ring to move against the control ring preload spring and being directly and constantly pressurized with the lubricant having the pump outlet pressure, a separate hydraulic adjustment control chamber causing the shiftable control ring to move against the control ring preload spring and being selectively pressurized with pressurized lubricant having an over-atmospheric pressure, and an electric adjustment valve for selectively directing pressurized lubricant having the over-atmospheric pressure to the adjustment control chamber, characterized by a calibrated hydraulic channel additionally always directly connecting the adjustment control chamber with atmospheric pressure, the effective hydraulic cross sectional area being less than 5,0 mm 2.
A screw, comprising a first threaded portion with a first thread having a first outer diameter and a first pitch for realizing a screwed connection with a corresponding inner thread of a nut or a different component; a second threaded portion with a second thread having a second outer diameter and a second pitch, wherein the second threaded portion is designed as a self-centring threaded portion, wherein the second thread has a broadened thread tip, wherein the second outer diameter of the second thread is smaller than the first outer diameter of the first thread, characterised in that the first pitch of the first thread and the second pitch of the second thread are different.
An air valve assembly for use with an inflatable article, the air valve assembly comprising: a valve base comprising a first hollow tube member defining a deflation air passage; a valve body comprising a second hollow tube member defining an inflation air passage, the second hollow tube member detachably disposed at least partially within the first hollow tube member; a valve cap disposed on a first end of the second hollow tube member and comprising a first inflation opening; a valve plate disposed in the second hollow tube member and configured to open and close the inflation air passage; an inflation adapter comprising a third hollow tube member configured to be inserted through the first inflation opening, the inflation adapter comprising a second inflation opening; the air valve assembly being characterised by a plug configured to plug into the second inflation opening. a valve base comprising a first hollow tube member defining a deflation air passage; a valve body comprising a second hollow tube member defining an inflation air passage, the second hollow tube member detachably disposed at least partially within the first hollow tube member; a valve cap disposed on a first end of the second hollow tube member and comprising a first inflation opening; a valve plate disposed in the second hollow tube member and configured to open and close the inflation air passage; an inflation adapter comprising a third hollow tube member configured to be inserted through the first inflation opening, the inflation adapter comprising a second inflation opening; the air valve assembly being characterised by a plug configured to plug into the second inflation opening.