mhurhangee/ep-ind-claims huggingface dataset:
Drain arrangement for a drain surface comprising a drainage element with a drainage opening extending around a central axis and having at least one fastening opening, which drainage element can be arranged on the underside of the drain surface, at least one retaining element, which can be arranged on the upper side of the drain surface, and at least one fastening element which is passed through the retaining element and is mounted on the retaining element and engages in the at least one fastening opening on the drainage element, wherein, a cover element can be connected to the retaining element via a substantially inseparable connection, wherein the cover element covering the at least one fastening element in the connected state, wherein the cover element is held on the retaining element by means of at least one latching connection, characterized in that the latching connection comprises a latching lug and a latching recess corresponding to the latching lug, wherein the latching lug is integrally formed on the cover element and wherein the retaining element comprises the latching recess; or wherein the latching lug is integrally formed on the retaining element and wherein the cover element comprises the latching recess, and in that the latching lug or the latching recess on the cover element is arranged on the underside oriented towards the retaining element in such a way that the latching tab or the latching recess is not visible from above.
A paper conveying apparatus (100, 200) comprising: a sound signal generator for generating a sound signal; a sound jam detector for determining whether a jam has occurred based on the sound signal; a control module for stopping conveyance of a paper when the sound jam detector determines that the jam has occurred; a paper state detector for detecting a state of the paper; and a recovery processing module for performing a recovery processing which resumes conveyance of the paper when determining that a result of detection of the sound jam detector is mistaken and no jam has occurred in accordance with a content of the detection of the paper state detector after stopping the conveyance of the paper by the control module. a sound signal generator for generating a sound signal; a sound jam detector for determining whether a jam has occurred based on the sound signal; a control module for stopping conveyance of a paper when the sound jam detector determines that the jam has occurred; a paper state detector for detecting a state of the paper; and a recovery processing module for performing a recovery processing which resumes conveyance of the paper when determining that a result of detection of the sound jam detector is mistaken and no jam has occurred in accordance with a content of the detection of the paper state detector after stopping the conveyance of the paper by the control module.
A chip monitoring method, applicable to a chip comprising a first processing unit and a second processing unit, the method comprising: storing (Step 201), by the first processing unit, access information into a shared memory of the first processing unit and the second processing unit when the first processing unit accesses a security zone of the first processing unit, wherein the access information comprises an access-state identifier and a service-type identifier of the current access, and the access-state identifier is a first identifier indicating that the first processing unit starts the access to the security zone or a second identifier indicating that the first processing unit completes the access to the security zone; starting (Step 202) timing by the second processing unit when it is determined that the first processing unit accesses the security zone; reading, (Step 203) by the second processing unit, the access information from the shared memory; and determining, (Step 204) by the second processing unit, based on the service-type identifier in the access information, a service type with a fault in the first processing unit when the second processing unit determines that duration of the timing and execution duration required for the current access meet a preset size relationship and determines that the access-state identifier in the access information is the first identifier. storing (Step 201), by the first processing unit, access information into a shared memory of the first processing unit and the second processing unit when the first processing unit accesses a security zone of the first processing unit, wherein the access information comprises an access-state identifier and a service-type identifier of the current access, and the access-state identifier is a first identifier indicating that the first processing unit starts the access to the security zone or a second identifier indicating that the first processing unit completes the access to the security zone; starting (Step 202) timing by the second processing unit when it is determined that the first processing unit accesses the security zone; reading, (Step 203) by the second processing unit, the access information from the shared memory; and determining, (Step 204) by the second processing unit, based on the service-type identifier in the access information, a service type with a fault in the first processing unit when the second processing unit determines that duration of the timing and execution duration required for the current access meet a preset size relationship and determines that the access-state identifier in the access information is the first identifier.
A method for data synchronization between an Auto-Configuration Server, ACS, and a Customer Premises Equipment, CPE, comprising, at the ACS: receiving a parameter value change notification message from the CPE, wherein the parameter value change notification message carries a parameter change event only notifying the ACS of the occurrence of a parameter change and/or a digest of a specific parameter; deciding when to synchronize a value of the changed parameter according to the parameter value change notification message and a current load; and synchronizing data according to the parameter value change notification message, wherein the synchronizing the data comprises: synchronizing data in a parameter change record table stored in the CPE to the ACS at the time decided by an analyzing unit of the ACS by sending a command to the CPE to read the data in the parameter change record table. receiving a parameter value change notification message from the CPE, wherein the parameter value change notification message carries a parameter change event only notifying the ACS of the occurrence of a parameter change and/or a digest of a specific parameter; deciding when to synchronize a value of the changed parameter according to the parameter value change notification message and a current load; and synchronizing data according to the parameter value change notification message, wherein the synchronizing the data comprises: synchronizing data in a parameter change record table stored in the CPE to the ACS at the time decided by an analyzing unit of the ACS by sending a command to the CPE to read the data in the parameter change record table.
A seal monitoring system for a dry gas seal assembly, comprising: a dry gas seal having a stator portion with a first seal face and a rotor portion with a second seal face, the dry gas seal is configured to be positioned between a stationary housing and a rotatable shaft with the rotor portion configured to rotate with the rotatable shaft; an acoustic emissions sensor configured to sense when the first seal face and the second seal face are in an operational condition relative to one another and output a signal indicative of the operational condition; and a speed sensor sensing speed of the rotatable shaft at speeds below one thousand rotations per minute, RPMs, the speed sensor configured to output a signal indicative of a rotational speed of the rotatable shaft; a processor configured to receive the signal from the speed sensor and the signal from the acoustic emissions sensor; and wherein the processor is configured to establish an operating condition of the dry gas seal based on the signal received from the speed sensor when the first seal face and the second seal face reach the operational condition relative to one another; wherein the operational condition of the first seal face relative to the second seal face is one of a lift-off and a touch-down operational condition of the dry gas seal, or wherein the operational condition of the first seal face relative to the second seal face includes a lift-off operational condition of the dry gas seal and a touch-down operational condition of the dry gas seal. a dry gas seal having a stator portion with a first seal face and a rotor portion with a second seal face, the dry gas seal is configured to be positioned between a stationary housing and a rotatable shaft with the rotor portion configured to rotate with the rotatable shaft; an acoustic emissions sensor configured to sense when the first seal face and the second seal face are in an operational condition relative to one another and output a signal indicative of the operational condition; and a speed sensor sensing speed of the rotatable shaft at speeds below one thousand rotations per minute, RPMs, the speed sensor configured to output a signal indicative of a rotational speed of the rotatable shaft; a processor configured to receive the signal from the speed sensor and the signal from the acoustic emissions sensor; and wherein the processor is configured to establish an operating condition of the dry gas seal based on the signal received from the speed sensor when the first seal face and the second seal face reach the operational condition relative to one another; wherein the operational condition of the first seal face relative to the second seal face is one of a lift-off and a touch-down operational condition of the dry gas seal, or wherein the operational condition of the first seal face relative to the second seal face includes a lift-off operational condition of the dry gas seal and a touch-down operational condition of the dry gas seal.
An apparatus for providing foreign object debris protection for an air intake of an aircraft engine, the apparatus comprising; a frame; a plurality of tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) positioned in the frame to define a plurality of screen openings; and wherein the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) have teardrop shaped cross-sections; characterised in that: the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) are arranged in two tiers (73, 83) such that the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in each tier (73,83) are parallel to the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) also in that tier (73,83) and the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in each tier (73,83) cross the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) of the other tier (73,83) to form a mesh; and the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in one tier (73,83) are offset from and in contact with the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in the other tier. a frame; a plurality of tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) positioned in the frame to define a plurality of screen openings; and wherein the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) have teardrop shaped cross-sections; characterised in that: the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) are arranged in two tiers (73, 83) such that the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in each tier (73,83) are parallel to the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) also in that tier (73,83) and the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in each tier (73,83) cross the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) of the other tier (73,83) to form a mesh; and the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in one tier (73,83) are offset from and in contact with the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in the other tier. the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) are arranged in two tiers (73, 83) such that the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in each tier (73,83) are parallel to the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) also in that tier (73,83) and the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in each tier (73,83) cross the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) of the other tier (73,83) to form a mesh; and the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in one tier (73,83) are offset from and in contact with the tubular cross-members (74, 84, 74, 174, 184, 274, 284, 374, 384) in the other tier.
A foldable stool, comprising: a stool surface having a bottom surface; and two support legs; the stool surface is made of flexible materials being capable of be folded up to form a storage compartment for receiving the two pairs of support legs; two support legs are swingly connected to each other, the top of two support legs are respectively connected to the left side and right side of the bottom surface of the stool surface; each support leg is hollow inside which is composed of an upper section, a middle section and a lower section connected together; an elastic rope which is configured to run through inside of each support leg, when the elastic rope is extended, the upper section, the middle section and the lower section (21, 22, 23) of the support leg are separated with each other and rotatably folded into the storage compartment formed by folding the stool surface, wherein the stool surface is square or rectangular, characterized in that the stool surface has a lower edge protruding from the bottom surface of the stool surface, and a zipper or a hasp is disposed on the lower edge, so as to close the storage compartment. a stool surface having a bottom surface; and two support legs; the stool surface is made of flexible materials being capable of be folded up to form a storage compartment for receiving the two pairs of support legs; two support legs are swingly connected to each other, the top of two support legs are respectively connected to the left side and right side of the bottom surface of the stool surface; each support leg is hollow inside which is composed of an upper section, a middle section and a lower section connected together; an elastic rope which is configured to run through inside of each support leg, when the elastic rope is extended, the upper section, the middle section and the lower section (21, 22, 23) of the support leg are separated with each other and rotatably folded into the storage compartment formed by folding the stool surface, wherein the stool surface is square or rectangular, characterized in that the stool surface has a lower edge protruding from the bottom surface of the stool surface, and a zipper or a hasp is disposed on the lower edge, so as to close the storage compartment.
An arrangement for monitoring an optical element, comprising: a light source for emitting radiation onto a surface of the optical element, a detector for detecting the radiation that is at least partially reflected at the surface of the optical element, a holder for the optical element, in which the light source and the detector are integrated, characterized in that the holder has a cooling region through which a cooling liquid can flow, said cooling region being in contact with the optical element, and the holder comprises a reservoir, through which the beam path between the light source and the detector extends, for receiving cooling liquid leaking out at the optical element in case of a leakage. a detector for detecting the radiation that is at least partially reflected at the surface of the optical element, a holder for the optical element, in which the light source and the detector are integrated, characterized in that the holder has a cooling region through which a cooling liquid can flow, said cooling region being in contact with the optical element, and the holder comprises a reservoir, through which the beam path between the light source and the detector extends, for receiving cooling liquid leaking out at the optical element in case of a leakage.
Method for providing a graphical user interface in a vehicle, in which at least a first graphical object (6.1 - 6.9) is displayed in a first area on a first display panel (2.1) of a first user apparatus, an operator control action is detected for the first graphical object (6.1 - 6.9), and the operator control action is followed by the first graphical object (6.1 - 6.9) being displayed on a second display panel (3.1), the second display panel (3.1) being associated with a second user apparatus, characterized in that the operator control action links the first graphical object (6.1 - 6.9) to a second area (14, 16.1 - 16.4) of the first display panel (2.1) by virtue of the first graphical object (6.1 - 6.9) being moved from the first area on the first display panel (2.1) to the second area (14, 16.1 - 16.4) of the first display panel (2.1), wherein the second area (14, 16.1 - 16.4) of the first display panel (2.1) is associated with the second display panel (3.1) of the second user apparatus, and wherein the second area (14, 16.1 - 16.4) is graphically presented when the operator control action is detected.
A method for creating a planing hull model, the method comprising: performing the following in a processor of a computer: receiving, from a user, dimensions of a plurality of hull sections, including two non-adjacent hull sections; generating a delta curve based on the dimensions of the plurality of hull sections received from the user, wherein the delta curve is created from an inner chine curve and a keel curve, and wherein the delta curve runs diagonally from the inner chine curve to the keel curve; interpolating dimensions of at least one hull section between the two non-adjacent hull sections; generating curves of the hull based on the dimensions of the plurality of hull sections received from the user and the interpolated dimensions of the at least one hull section between the two non-adjacent hull sections; creating surfaces of the hull based on the generated curves and the delta curve, wherein the surfaces created include a running surface that is continuous and fair; and generating and displaying a planing hull model from the created surfaces.
Natural circulation solar system for solar collector, said solar collector providing a box-like containment structure, closed above by a transparent surface, and further providing inside upper absorbing means, for the exposure to the solar radiation, arranged inferiorly with respect to said transparent surface and superimposed on a series of ducts (9, 10, 11, 13, 14, 15) of an independent accumulation primary circuit for the natural circulation therein of a primary heat carrier fluid, on at least one secondary accumulation duct of a secondary circuit for the circulation of a secondary fluid, and on at least one heat exchanger for the exchange of heat between said primary heat carrier fluid and said secondary fluid, said secondary circuit comprising at least an inlet opening and at least an outlet opening of said secondary fluid, said openings (7, 8) being reachable from the outside with respect to said box-like containment structure, wherein said series of ducts of the primary circuit comprise at least a first portion, thermally connected to said upper absorbing means, and at least a second portion thermally connected to said at least one secondary duct, in correspondence with said at least one heat exchanger, wherein at least one layer of insulating material is provided between said series of ducts of said primary circuit and said at least one secondary duct of said secondary fluid thermally insulating said secondary ducts and said at least one heat exchanger and able to limit the thermal dispersion of the upper absorbing means, and wherein, when said primary heat carrier fluid flows by natural circulation in said series of primary ducts of said primary circuit, said primary heat carrier fluid and said secondary fluid circulate in countercurrent in said heat exchanger, said natural circulation solar system being characterized in that said first portion, arranged in correspondence of said upper absorbing means, is provided shifted along the horizontal plane with respect to said second portion, arranged in correspondence of the secondary accumulation circuit, so that, during use, when the upper absorbing means are exposed to solar irradiation and when said system is inclined and said first portion is in a lower position with respect to the second portion, natural circulation of the primary heat-carrier fluid is activated, wherein the fluid, heating in correspondence of the first portion, decreases in density and tends to rise in correspondence of the second portion, not exposed to solar irradiation, wherein the fluid, cooling, increases in density and tends to fall down returning to the first portion.
A luminaire comprising an array of LEDs emitting light of at least one colour, and a control system for controlling the light output of the luminaire, wherein the control system comprises a detection unit detecting the light output of the luminaire and a control unit using information from the detection unit to control the output of individual LEDs of said array, said detection unit comprising: - a photosensor array; and - an imaging unit, which is arranged in front of said photosensor array such that it maps an image of said array of LEDs on said photosensor array; wherein said photosensor array is divided into subareas each detecting light output from a single one of said LEDs; and - a processing unit connected to said photosensor array for generating signals corresponding to said subareas. - a photosensor array; and - an imaging unit, which is arranged in front of said photosensor array such that it maps an image of said array of LEDs on said photosensor array; wherein said photosensor array is divided into subareas each detecting light output from a single one of said LEDs; and - a processing unit connected to said photosensor array for generating signals corresponding to said subareas.