mhurhangee/ep-ind-claims huggingface dataset:
A phase analyzer comprising: a data acquisition unit that is configured to acquire spectrum imaging data in which a position on a sample is associated with a spectrum of a signal from the sample; a phase analysis unit that is configured to perform phase analysis based on the spectrum imaging data; a display control unit that is configured to display results of the phase analysis on a first screen; and a condition reception unit that is configured to receive an instruction from a user to change a condition for the phase analysis, when the condition reception unit has received the instruction to change the condition, the phase analysis unit is configured to perform phase analysis under the changed condition, characterised in that the display control unit is configured to display on a second screen the results of the phase analysis performed under the changed condition whilst the first screen displays the results of the phase analysis made under the condition before the change, the display control unit is configured to display on the first screen the results of the phase analysis displayed on the second screen when a first operation has been performed by the user on the second screen, and the display control unit is configured to close the second screen and cause the first screen to display the results of the phase analysis made under the condition before the change, the results of the phase analysis made under the changed condition being discarded, when a second operation has been performed by the user on the second screen. a data acquisition unit that is configured to acquire spectrum imaging data in which a position on a sample is associated with a spectrum of a signal from the sample; a phase analysis unit that is configured to perform phase analysis based on the spectrum imaging data; a display control unit that is configured to display results of the phase analysis on a first screen; and a condition reception unit that is configured to receive an instruction from a user to change a condition for the phase analysis, when the condition reception unit has received the instruction to change the condition, the phase analysis unit is configured to perform phase analysis under the changed condition, characterised in that the display control unit is configured to display on a second screen the results of the phase analysis performed under the changed condition whilst the first screen displays the results of the phase analysis made under the condition before the change, the display control unit is configured to display on the first screen the results of the phase analysis displayed on the second screen when a first operation has been performed by the user on the second screen, and the display control unit is configured to close the second screen and cause the first screen to display the results of the phase analysis made under the condition before the change, the results of the phase analysis made under the changed condition being discarded, when a second operation has been performed by the user on the second screen.
A method of operating a physical archive cluster instance, the cluster instance comprising a redundant array of independent nodes, wherein each node comprises a processor, a data store coupled to the processor, and a local file system, and an application instance stored in the data store and executed by the processor, the method comprising: associating one or more tenants with the archive cluster; logically partitioning the archive cluster into a set of one or more namespaces, wherein one or more namespaces are associated with a given tenant, and wherein a namespace comprises a collection of data objects and has associated therewith a private file system with respect to other namespaces in the set of namespaces; and selectively configuring a namespace associated with a given tenant without affecting a configuration of at least one other namespace in the set of namespaces, wherein the namespace associated with the given tenant has a set of attributes including a second permission mask being a set of permissions to the namespace, and the given tenant has a set of attributes including a first permission mask which masks the second permissions of the namespace associated with the given tenant. associating one or more tenants with the archive cluster; logically partitioning the archive cluster into a set of one or more namespaces, wherein one or more namespaces are associated with a given tenant, and wherein a namespace comprises a collection of data objects and has associated therewith a private file system with respect to other namespaces in the set of namespaces; and selectively configuring a namespace associated with a given tenant without affecting a configuration of at least one other namespace in the set of namespaces, wherein the namespace associated with the given tenant has a set of attributes including a second permission mask being a set of permissions to the namespace, and the given tenant has a set of attributes including a first permission mask which masks the second permissions of the namespace associated with the given tenant.
A method for resolving a deadlock traffic situation in an automatically operated vehicle (300; AV1), the method comprising detecting the deadlock traffic situation; reporting the deadlock traffic situation to a control center; entering a tele-operated driving session in coordination with the control center; determining information on a reference location for the tele-operated driving session; forwarding the information on the reference location for the tele-operated driving session to other vehicles queuing at the deadlock traffic situation; and resolving the deadlock traffic situation in the tele-operated driving session, wherein the information on the reference location comprises relative or absolute location information that allows locating the ToD session or a starting point of the ToD session and reduce traffic overload at the control center by enabling the other vehicles to determine their position in the queue and refrain from generating any communication traffic with the control center until they have moved to the front of the queue. detecting the deadlock traffic situation; reporting the deadlock traffic situation to a control center; entering a tele-operated driving session in coordination with the control center; determining information on a reference location for the tele-operated driving session; forwarding the information on the reference location for the tele-operated driving session to other vehicles queuing at the deadlock traffic situation; and resolving the deadlock traffic situation in the tele-operated driving session, wherein the information on the reference location comprises relative or absolute location information that allows locating the ToD session or a starting point of the ToD session and reduce traffic overload at the control center by enabling the other vehicles to determine their position in the queue and refrain from generating any communication traffic with the control center until they have moved to the front of the queue.
An optical element including a plurality of optical filters (505, 506) having different characteristics, the optical element comprising: a substrate; a first optical filter including first metal structures periodically arranged on a surface of the substrate in an in-plane direction (306, 307) of the surface; and a second optical filter including second metal structures periodically arranged on the surface of the substrate in the in-plane direction, wherein the second metal structures have a different size in the in-plane direction than the first metal structures such that the second metal structures fulfill a plasmon resonance condition different from that of the first metal structures, and wherein an optical distance between the centers of adjacent first metal structures is in a range of 0.75 to 1.25 times an optical distance between the centers of adjacent second metal structures, wherein the optical distance is given by the product of the distance between adjacent metal structures and the refractive index of the medium that lies between the metal structures, characterized in that the first optical filter and the second optical filter are placed adjacent to each other; and a border optical distance between the centers of the first metal structures and the second metal structures lying at the border between adjacent first and second optical filters is in the range of 0.75 to 1.25 times each of the optical distances between the centers of adjacent first and second metal structures. a substrate; a first optical filter including first metal structures periodically arranged on a surface of the substrate in an in-plane direction (306, 307) of the surface; and a second optical filter including second metal structures periodically arranged on the surface of the substrate in the in-plane direction, wherein the second metal structures have a different size in the in-plane direction than the first metal structures such that the second metal structures fulfill a plasmon resonance condition different from that of the first metal structures, and wherein an optical distance between the centers of adjacent first metal structures is in a range of 0.75 to 1.25 times an optical distance between the centers of adjacent second metal structures, wherein the optical distance is given by the product of the distance between adjacent metal structures and the refractive index of the medium that lies between the metal structures, characterized in that the first optical filter and the second optical filter are placed adjacent to each other; and a border optical distance between the centers of the first metal structures and the second metal structures lying at the border between adjacent first and second optical filters is in the range of 0.75 to 1.25 times each of the optical distances between the centers of adjacent first and second metal structures.
A pressure coupling chamber for comparison calibration of hydrophones, comprising; - At least one hydrophone, - At least one hydrophone adapter intertwined with the hydrophone, - Suitable fastener for providing sealing between the hydrophone and the hydrophone adapter, - At least one thread adapter located at the top of the hydrophone adapter, - Suitable fastener for sealing to provide sealing between the hydrophone adapter and the thread adapter, - Suitable fastener for fixing the thread adapter to the hydrophone adapter, - Pressure coupling chamber body located between the thread adapter and the reference receiver unit sealing tube, - Internal volume of the pressure coupling chamber formed between the pressure coupling chamber body and the hydrophone, - At least one thread pin and an acoustic cap in the pressure coupling chamber body, and fixed with suitable fasteners for fixing to the acoustic cap, - At least one reference receiver unit fixed to the upper part of the hydrophone with fasteners suitable for sealing and sealed with the sealing tube, the pressure coupling chamber for comparison calibration of hydrophones being characterized by - At least two acoustic sources, located and evenly spaced around the pressure-sensitive active surface of the hydrophone element and mounted to the pressure coupling chamber body symmetrically, - Laboratory standard microphones (LS1 or LS2) as a reference receiver unit, - Air medium in the internal volume of pressure coupling chamber, which is not subjected to a separate pressurization externally. - At least one hydrophone, - At least one hydrophone adapter intertwined with the hydrophone, - Suitable fastener for providing sealing between the hydrophone and the hydrophone adapter, - At least one thread adapter located at the top of the hydrophone adapter, - Suitable fastener for sealing to provide sealing between the hydrophone adapter and the thread adapter, - Suitable fastener for fixing the thread adapter to the hydrophone adapter, - Pressure coupling chamber body located between the thread adapter and the reference receiver unit sealing tube, - Internal volume of the pressure coupling chamber formed between the pressure coupling chamber body and the hydrophone, - At least one thread pin and an acoustic cap in the pressure coupling chamber body, and fixed with suitable fasteners for fixing to the acoustic cap, - At least one reference receiver unit fixed to the upper part of the hydrophone with fasteners suitable for sealing and sealed with the sealing tube, the pressure coupling chamber for comparison calibration of hydrophones being characterized by - At least two acoustic sources, located and evenly spaced around the pressure-sensitive active surface of the hydrophone element and mounted to the pressure coupling chamber body symmetrically, - Laboratory standard microphones (LS1 or LS2) as a reference receiver unit, - Air medium in the internal volume of pressure coupling chamber, which is not subjected to a separate pressurization externally.
A stabilizing platform configured to stabilize a payload, the platform comprising: a frame assembly comprising a plurality of frame components movable relative to one another, said frame assembly configured to support the payload; a handle assembly that supports the frame assembly and is configured to be switchable between a first orientation and a second orientation independently of an orientation of the payload; and a plurality of motors (301, 302, 303) configured to permit the frame components to move relative to one another, said plurality of motors (301, 302, 303) including a first motor that is configured to (a) control movement of the payload about a first axis when the handle assembly is in the first orientation, and a second motor that is configured to (a) control movement of the payload about a second axis when the handle assembly is in the first orientation; characterized by one or more sensors (702, 1805b) configured to detect a switch from the first orientation to the second orientation of the handle assembly; and one or more processors (1807a, 1807b) configured to generate, in response to the detected switch of the handle assembly from the first orientation to the second orientation, a control signal that causes the first motor to control movement of the payload about the second axis when the handle assembly is in the second orientation, and the second motor to control movement of the payload about the first axis when the handle assembly is in the second orientation. a frame assembly comprising a plurality of frame components movable relative to one another, said frame assembly configured to support the payload; a handle assembly that supports the frame assembly and is configured to be switchable between a first orientation and a second orientation independently of an orientation of the payload; and a plurality of motors (301, 302, 303) configured to permit the frame components to move relative to one another, said plurality of motors (301, 302, 303) including a first motor that is configured to (a) control movement of the payload about a first axis when the handle assembly is in the first orientation, and a second motor that is configured to (a) control movement of the payload about a second axis when the handle assembly is in the first orientation; characterized by one or more sensors (702, 1805b) configured to detect a switch from the first orientation to the second orientation of the handle assembly; and one or more processors (1807a, 1807b) configured to generate, in response to the detected switch of the handle assembly from the first orientation to the second orientation, a control signal that causes the first motor to control movement of the payload about the second axis when the handle assembly is in the second orientation, and the second motor to control movement of the payload about the first axis when the handle assembly is in the second orientation.
A hose arrangement comprising an outer tube of flexible material and an inner tube of an elastic material for carrying fluid through the hose arrangement, wherein due to the action of the elastic inner tube, the hose arrangement has a shorter length in a contracted state in the absence of fluid pressure in the interior of the inner elastic tube and a longer length in an expanded state when fluid pressure is applied to the interior of the elastic inner tube, and the outer tube serves to control and contain expansion of the inner tube when the hose arrangement is in the expanded state, wherein the outer tube has greater elasticity in a longitudinal direction than in a transverse direction, wherein the flexible material of the outer tube comprises a woven fabric, and characterised in that the woven fabric is woven from two types of yarn, a first type arranged longitudinally in the tube having a first elasticity and a second type arranged transversally having a second elasticity which is lower than the first elasticity, wherein the first type of yarn is a multi stranded yarn.
A pipe clamp assembly comprising: a band having an inner annular seal element wrappable around a pipe; opposing clamp members extending from said band; tightening elements for clamping together said clamp members, said tightening elements being positioned at or near opposite ends of each of said clamp members; and a stiffening element constructed of an elongate beam with mounting holes near opposite ends of a mounting surface of said beam, wherein said tightening elements pass through said mounting holes of said stiffening element and wherein there are no tightening elements along a length of said stiffening element between said mounting holes, wherein said stiffening element between said mounting holes has a Cor U-channel beam structure, comprising side walls extending away from said beam, located along side edges of said stiffening element and separated by a gap; characterized in that the mounting surface of said beam is curved convexly, pointing away from said side walls, along a longitudinal length of said beam. a band having an inner annular seal element wrappable around a pipe; opposing clamp members extending from said band; tightening elements for clamping together said clamp members, said tightening elements being positioned at or near opposite ends of each of said clamp members; and a stiffening element constructed of an elongate beam with mounting holes near opposite ends of a mounting surface of said beam, wherein said tightening elements pass through said mounting holes of said stiffening element and wherein there are no tightening elements along a length of said stiffening element between said mounting holes, wherein said stiffening element between said mounting holes has a Cor U-channel beam structure, comprising side walls extending away from said beam, located along side edges of said stiffening element and separated by a gap; characterized in that the mounting surface of said beam is curved convexly, pointing away from said side walls, along a longitudinal length of said beam.
Sound attenuator on the intake side of a compressor of an exhaust-gas turbocharger, comprising a tubular sound attenuator housing which encases a flow duct between a face-side inlet opening and a rear-side outlet opening, wherein the flow through the sound attenuator is directed from the central point of the inlet opening to the central point of the outlet opening, characterized in that the attenuation means comprise an attenuation body (2, 21,..., 26) which can be inserted into the sound attenuator housing in the flow direction and which is perforated in the flow direction, that is to say has a multiplicity of holes extending in the flow direction, and which is divided into a plurality of attenuation mats (21,..., 26) arranged one behind the other in the flow direction.
Housing of a rudder mechanism for a tail unit of an aircraft having a gear mechanism which is received therein, a) at least one section of the housing, which section adjoins the gear mechanism or a part of the gear mechanism at least partially, being produced with the aid of an additive manufacturing method, and b) the section and the gear mechanism being manufactured from a steel material. a) at least one section of the housing, which section adjoins the gear mechanism or a part of the gear mechanism at least partially, being produced with the aid of an additive manufacturing method, and b) the section and the gear mechanism being manufactured from a steel material.
A portable work machine comprising a handle and a grip (20, 22) that is to be operated by an operator with a hand, wherein the grip is fittable to an erected end portion of the handle, and the grip includes a grip section (40, 50) that extends vertically so as to be gripped by the operator with a hand, and an enlarged head (42, 52) that is located on an upper end of the grip section (40, 50), wherein the enlarged head includes a forward enlarged portion (44, 54) that extends forward, and an outward enlarged portion (46, 56) that extends outward and has a lower surface (46a, 56a) with which a forefinger of the hand gripping the grip section can be engaged, and characterized in that the handle extends diagonally outward and upward, and the lower surface (46a, 56a) of the outward enlarged portion (46, 56) is composed of an inclined surface having an elevation angle (B, E) with respect to a perpendicular to an axial line (L, L) of the grip (20, 22) and when viewed from the rear side, the elevation angle (B, E) being 10° to 40° toward an outer side.