mhurhangee/ep-ind-claims huggingface dataset:
Magnetic or/and electrostatic pivot including a timepiece component, said timepiece component being made of material that is, either at least partially magnetically permeable or at least partially magnetic, or/and of material that is either at least partially conductive or at least partially electrized, said component including a first end and a second end, and being made of a material that is either at least partially magnetically permeable or at least partially magnetic at said first end and at said second end, or respectively either at least partially conductive or at least partially electrized at said first end and at said second end, said pivot including an anti-shock device for the protection of said timepiece component, said anti-shock device including a chamber in which or/and said component is pivotally mounted between said first end and said second end, characterized in that said anti-shock device includes, on both sides of said first and second ends, on the one hand, means for attracting said first end to keep said first end abutting on a first pole piece, and on the other hand, in proximity to a second pole piece, means for attracting said second end towards said second pole piece, and in that said means for attracting said first end on the one hand, and said means for attracting said second end on the other hand, can move along an axial direction between stop members, and further characterized in that said first pole piece and said second pole piece are distinct from said component, and are each located on the periphery of or in proximity to said chamber, and are each made of material that is either at least partially magnetic or at least partially magnetically permeable, or/and or/and respectively of material that is either at least partially electrized or at least partially conductive, and further characterized in that said component is freely mounted inside said chamber between said pole pieces (4, 6), so as to rest on a support surface in proximity to only one of said pole pieces (4, 6).
An apparatus for providing a weather forecast, comprising an interface that is configured to receive a first forecast parameter of a first weather forecast model; to receive a second forecast parameter of a second weather forecast model different from the first weather forecast model; and to receive measured reference data related to the first forecast parameter and the second forecast parameter; a processor that is configured to assign a first weight factor to the first forecast parameter based on a comparison of the first forecast parameter with the measured reference data; to assign a second weight factor to the second forecast parameter based on a comparison of the second forecast parameter with the measured reference data; to combine the first forecast parameter and the second forecast parameter based on the first weight factor and the second weight factor to obtain a combined forecast parameter; and wherein the interface is configured to output the combined forecast parameter as a weather forecast. to receive a first forecast parameter of a first weather forecast model; to receive a second forecast parameter of a second weather forecast model different from the first weather forecast model; and to receive measured reference data related to the first forecast parameter and the second forecast parameter; to assign a first weight factor to the first forecast parameter based on a comparison of the first forecast parameter with the measured reference data; to assign a second weight factor to the second forecast parameter based on a comparison of the second forecast parameter with the measured reference data; to combine the first forecast parameter and the second forecast parameter based on the first weight factor and the second weight factor to obtain a combined forecast parameter; and
A method implemented by a measuring node in a wireless communication system, the method comprising: performing positioning measurements at the measuring node on positioning signals that the measuring node receives from geographically separated transmission points, TPs, of a shared cell during different respective positioning occasions offset in time, wherein the positioning signals are based on the same cell identifier; at the measuring node, associating a result of each measurement with the cell identifier as well as information indicating the timing of each positioning occasion during which the measuring node received a respective positioning signal used for that measurement; the method being characterized by: performing positioning measurements at the measuring node on positioning signals that the measuring node receives from other geographically separated TPs of the shared cell during positioning occasions that are not offset in time, when a distance and/or transmit time misalignment between said other TPs is below a threshold, and determining at the measuring node, or assisting another node in determining, a target device's position based on the results of the measurements and said association. performing positioning measurements at the measuring node on positioning signals that the measuring node receives from geographically separated transmission points, TPs, of a shared cell during different respective positioning occasions offset in time, wherein the positioning signals are based on the same cell identifier; at the measuring node, associating a result of each measurement with the cell identifier as well as information indicating the timing of each positioning occasion during which the measuring node received a respective positioning signal used for that measurement; the method being characterized by: performing positioning measurements at the measuring node on positioning signals that the measuring node receives from other geographically separated TPs of the shared cell during positioning occasions that are not offset in time, when a distance and/or transmit time misalignment between said other TPs is below a threshold, and
A strip casting system comprising - a continuous strip guided and driven over strip rollers (2, 3), - a casting device arranged over the continuous strip, - at least one drying device (8a..8d, 9a..9d) and - a system process computer acting at least on the at least one drying device (8a..8d, 9a..9d), characterized by - a model process computer acting on a model of the strip casting system which is set up to calculate a value and/or profile of at least one operating parameter (x, n, T) of the drying device (8a..8d, 9a..9d) which influences the process taking place on the strip casting system in respect of a change of an operating state of the strip casting system in the strip casting systems model parallel to, and independently of, the process currently taking place on the strip casting system and, if required by the change in operating state, to load it into the systems process computer. - a continuous strip guided and driven over strip rollers (2, 3), - a casting device arranged over the continuous strip, - at least one drying device (8a..8d, 9a..9d) and - a system process computer acting at least on the at least one drying device (8a..8d, 9a..9d), - a model process computer acting on a model of the strip casting system which is set up to calculate a value and/or profile of at least one operating parameter (x, n, T) of the drying device (8a..8d, 9a..9d) which influences the process taking place on the strip casting system in respect of a change of an operating state of the strip casting system in the strip casting systems model parallel to, and independently of, the process currently taking place on the strip casting system and, if required by the change in operating state, to load it into the systems process computer.
A light source apparatus comprising: a metal substrate; a planarization film formed on the metal substrate; a reflective film formed on the planarization film; a plurality of LED thin films (11, 31) arranged in a matrix having columns extending in first directions and rows extending in second directions perpendicular to the first directions, the plurality of LED thin films being bonded to the reflective film by means of intermolecular force; a plurality of first wires connected to first electrodes of the LED thin films; a plurality of second wires connected to second electrodes of the LED thin films; a first driver circuit for selectively electrically driving the LED thin films arranged in the columns via the plurality of first wires; a second driver circuit for selectively electrically driving the LED thin films arranged in the rows via the plurality of second wires; and a light shielding layer for covering the plurality of first wires and the plurality of second wires, the light shielding layer being formed on the wires in a grid-like pattern. a metal substrate; a planarization film formed on the metal substrate; a reflective film formed on the planarization film; a plurality of LED thin films (11, 31) arranged in a matrix having columns extending in first directions and rows extending in second directions perpendicular to the first directions, the plurality of LED thin films being bonded to the reflective film by means of intermolecular force; a plurality of first wires connected to first electrodes of the LED thin films; a plurality of second wires connected to second electrodes of the LED thin films; a first driver circuit for selectively electrically driving the LED thin films arranged in the columns via the plurality of first wires; a second driver circuit for selectively electrically driving the LED thin films arranged in the rows via the plurality of second wires; and a light shielding layer for covering the plurality of first wires and the plurality of second wires, the light shielding layer being formed on the wires in a grid-like pattern.
A method for coupling a fiber strength member umbilical cable to a subsea equipment load transfer device, characterized in that the method comprises: separating fibers of the strength member for a selected axial distance at an end of the umbilical cable; forming at least one fiber loop around a load transfer element of the load transfer device; weaving ends of the fiber forming the at least one fiber loop into the separated fibers of the end of the umbilical cable, a length of the woven ends from an initial attachment point selected to provide a connection having a selected breaking strength. separating fibers of the strength member for a selected axial distance at an end of the umbilical cable; forming at least one fiber loop around a load transfer element of the load transfer device; weaving ends of the fiber forming the at least one fiber loop into the separated fibers of the end of the umbilical cable, a length of the woven ends from an initial attachment point selected to provide a connection having a selected breaking strength.
A nest comprising, a fix part, and a movable part, wherein the fix part and movable part are configured to cooperate so as to define a pocket which can receive at least a part of an electrical component, wherein the movable part is moveable between a first position and a second position, wherein in the first position the pocket is open so that at least part of the electrical component can be moved into the pocket, and in the second position the pocket is closed so that the at least part of the electrical component positioned in the pocket is secured within the pocket, wherein the nest further comprises a biasing means which is arranged to bias the movable part towards its second position, wherein the biasing means comprises one or more flexible blades (9a,b).
A light-emitting medium including a light-emitting image on a substrate, wherein: the light-emitting image includes a first area containing a first fluorescent material and a second area containing a second fluorescent material; when invisible light within a first wavelength range is irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as different colors from each other; when invisible light within a second wavelength range is irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as different colors from each other, the colors being different from the colors that are viewed when the invisible light within the first wavelength range is irradiated; the first fluorescent material emits light of a first color when the invisible light within the first wavelength range is irradiated, and emits light of a second color when the invisible light within the second wavelength range is irradiated, and characterized in that the second fluorescent material emits light of the second color or light of a color that is viewed as the same color with the second color when the invisible light within the first wavelength range is irradiated, and emits light of the first color or light of a color that is viewed as the same color with the first color when the invisible light within the second wavelength range is irradiated. the light-emitting image includes a first area containing a first fluorescent material and a second area containing a second fluorescent material; when invisible light within a first wavelength range is irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as different colors from each other; when invisible light within a second wavelength range is irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as different colors from each other, the colors being different from the colors that are viewed when the invisible light within the first wavelength range is irradiated; the first fluorescent material emits light of a first color when the invisible light within the first wavelength range is irradiated, and emits light of a second color when the invisible light within the second wavelength range is irradiated, and characterized in that the second fluorescent material emits light of the second color or light of a color that is viewed as the same color with the second color when the invisible light within the first wavelength range is irradiated, and emits light of the first color or light of a color that is viewed as the same color with the first color when the invisible light within the second wavelength range is irradiated.
A light blocking material for use in architectural coverings (100, 110), the material comprising: a polymer film having a first side and a second and opposite side; a first metalized layer on the first side of the polymer film; a second metalized layer on the second side of the polymer film; a metal protective layer adhered to the first metalized layer, the metal protective layer comprising a polymer and having a basis weight of from 0.5 g·m -2 (gsm) to 5 g·m -2 (gsm); and a finishing layer forming an exterior surface of the light blocking material, the finishing layer comprising a fabric material or a colored polymer sealant layer, characterized in that the polymer of the metal protective layer is a cured polymer; and the first metalized layer has an optical density of greater than 2.0 and the second metalized layer has an optical density, measured in accordance to the method described in the description, of less than 2.0. a polymer film having a first side and a second and opposite side; a first metalized layer on the first side of the polymer film; a second metalized layer on the second side of the polymer film; a metal protective layer adhered to the first metalized layer, the metal protective layer comprising a polymer and having a basis weight of from 0.5 g·m -2 (gsm) to 5 g·m -2 (gsm); and a finishing layer forming an exterior surface of the light blocking material, the finishing layer comprising a fabric material or a colored polymer sealant layer, characterized in that the polymer of the metal protective layer is a cured polymer; and the first metalized layer has an optical density of greater than 2.0 and the second metalized layer has an optical density, measured in accordance to the method described in the description, of less than 2.0.
A control device for a thrust reverser of a turbojet engine nacelle comprising movable portions motorized by actuators, which are deployed in order to reverse the thrust, this device including a first blocking control acting on the motorized system as well as a second blocking control mechanically acting on the movable portions, which prevent, when implemented, a deployment of these movable portions, characterized in that it includes a means which in the case of the implementation of the mechanical control, prevents the disengagement of the first control.
A copper alloy for an electronic and electric device comprising: Mg in a range of 0.1 mass% or more and less than 0.5 mass%; optionally P in a range of 1 mass ppm or more and less than 100 mass ppm; optionally Sn in a range of 10 mass ppm or more and less than 1000 mass ppm; less than 4 mass ppm of H; less than 10 mass ppm of O; less than 40 mass ppm of S; and a Cu balance including inevitable impurities, wherein a graph, in which a vertical axis is dσ t /dε t and a horizontal axis is a true strain ε t, dσ t /dε t being defined by a true stress σ t and the true strain ε t, obtained in a tensile test of the copper alloy, has a strained region that has a positive slope of dσ t /dε t wherein the true stress σ t is obtained by a formula and the true strain ε t, obtained by a formula, σ t = σ n 1 + ε n ε t = ln 1 + ε n wherein in the tensile test for measuring 0.2% yield strength by an offset method of JIS Z 2241 using strips sampling No. 13B test specimen specified in JIS Z 2201, F is defined as a load, S 0 is defined as an initial cross-sectional area of the No. 13B test specimen, L 0 is defined as an initial longitudinal length, ΔL is defined as an elongation from a beginning in the tensile test, wherein in a result of the tensile test, a conventional stress σ n is a value in which the load F is divided by the initial cross-sectional area S 0, a normal strain ε n is a value in which the elongation ΔL is divided by the initial longitudinal length L 0, and wherein the copper alloy has 300 MPa or more of a 0.2% proof stress and 70% IACS or more of a conductivity. Mg in a range of 0.1 mass% or more and less than 0.5 mass%; optionally P in a range of 1 mass ppm or more and less than 100 mass ppm; optionally Sn in a range of 10 mass ppm or more and less than 1000 mass ppm; less than 4 mass ppm of H; less than 10 mass ppm of O; less than 40 mass ppm of S; and a Cu balance including inevitable impurities, wherein a graph, in which a vertical axis is dσ t /dε t and a horizontal axis is a true strain ε t, dσ t /dε t being defined by a true stress σ t and the true strain ε t, obtained in a tensile test of the copper alloy, has a strained region that has a positive slope of dσ t /dε t wherein the true stress σ t is obtained by a formula and the true strain ε t, obtained by a formula, σ t = σ n 1 + ε n ε t = ln 1 + ε n wherein in the tensile test for measuring 0.2% yield strength by an offset method of JIS Z 2241 using strips sampling No. 13B test specimen specified in JIS Z 2201, F is defined as a load, S 0 is defined as an initial cross-sectional area of the No. 13B test specimen, L 0 is defined as an initial longitudinal length, ΔL is defined as an elongation from a beginning in the tensile test, wherein in a result of the tensile test, a conventional stress σ n is a value in which the load F is divided by the initial cross-sectional area S 0, a normal strain ε n is a value in which the elongation ΔL is divided by the initial longitudinal length L 0, and wherein the copper alloy has 300 MPa or more of a 0.2% proof stress and 70% IACS or more of a conductivity.
A tracking system for determination of the position of devices within a wireless network, wherein the tracking system is comprising a number of tracking stations, each tracking station being adapted for wireless communication with at least one device, and a management unit for control of a tracking activity of the tracking stations, characterized in that the management unit is adapted for scheduling which device shall be pinged by which tracking station, wherein the scheduling is based on previous sightings and/or on the importance of previous sightings of the respective device and/or on the necessary accuracy or QoS (Quality of Service).
A deflectable catheter assembly comprising: a catheter body extending from a deflectable distal end to a proximal end and having an intermediate portion therebetween, wherein the catheter body and a housing includes an actuator lumen; the housing coupled to the proximal end of the catheter body; a flexible element extending from the housing through the actuator lumen, to the deflectable distal end, wherein the deflectable distal end is controllable by the flexible element; and a first tubular support coupled to the flexible element therein and coupled to an actuator mechanism disposed within the housing, characterized in that, a second tubular support telescopically coupled with the first tubular support. a catheter body extending from a deflectable distal end to a proximal end and having an intermediate portion therebetween, wherein the catheter body and a housing includes an actuator lumen; the housing coupled to the proximal end of the catheter body; a flexible element extending from the housing through the actuator lumen, to the deflectable distal end, wherein the deflectable distal end is controllable by the flexible element; and a first tubular support coupled to the flexible element therein and coupled to an actuator mechanism disposed within the housing, characterized in that, a second tubular support telescopically coupled with the first tubular support.
A dry granulate comprising from 50 % to 100% w/w of ordered mesoporous silica having a hexagonally-ordered two-dimensional array of uniform sized cylindrical pores of 4 to 14 nm; a pore volume in the range from 0.8 - 1.2 mL/g, and a specific surface area in the range from 500 - 1000 m 2 /g, wherein said ordered mesoporous silica is loaded with a biologically active ingredient having a molecular weight in the range of about 200 to about 1,000 daltons in particular in the range of about 200 to about 800, and optional excipients up to 100% w/w, said dry granulate having a Carr index that is equal or below 25.
Sleeve contact for an electrical zero insertion force connector, having a base body forming a locator area for inserting a complementary electrical plug contact, and having a clamp sleeve which is arranged on the base body and can be slid towards the base body and which generates a contact force on the locator area of the sleeve contact in one slide position for the purpose of contacting the plug contact that is insertable into the sleeve contact, characterised in that the clamp sleeve has an influence on a spring which is inserted into the base body as an additional part and which has an S-shaped profile and is supported on the base body at one of its end sections, thus forming a unilateral lever having a short lever arm between the end section and a first S-shaped curve section which rests on the insertable plug contact, and a longer lever arm in comparison to the first one from the end section to a second S-shaped curve section which comes to lie on a projection of the clamp sleeve.