mhurhangee/ep-ind-claims huggingface dataset:
A system for the installation of photovoltaic panels comprising at least a photovoltaic panel and at least a supporting beam (T v, T vi, T vii) for the photovoltaic panels, the beam comprising one single main body with length having a generally overturned "omega"-like profile having two terminal ends made integral with said main body, wherein said terminal ends are processed so as to include: • plane regions defining corresponding resting planes for said photovoltaic panels; and • at least an insertion fin for said photovoltaic panels on said resting planes, characterized in that said main body is at least partially configured to elastically deform when in contact with said photovoltaic panels during installation, to allow receiving and locking said photovoltaic panels on said resting planes in a final installation position, wherein each of said terminal ends comprises at least a locking elastic element for said photovoltaic panels in said final installation position, implemented as one piece with said main body, each one of said locking elements comprising a second fin obtained through partial cutting of a portion of said plane region, and projecting from the latter, wherein said second fin further comprises an interference portion, folded so as to insert in a corresponding slot provided on the photovoltaic panel, by locking it, when the latter is in a final installation position, according to a direction parallel to said resting plane. wherein said terminal ends are processed so as to include: • plane regions defining corresponding resting planes for said photovoltaic panels; and • at least an insertion fin for said photovoltaic panels on said resting planes, • plane regions defining corresponding resting planes for said photovoltaic panels; and • at least an insertion fin for said photovoltaic panels on said resting planes, characterized in that said main body is at least partially configured to elastically deform when in contact with said photovoltaic panels during installation, to allow receiving and locking said photovoltaic panels on said resting planes in a final installation position, wherein each of said terminal ends comprises at least a locking elastic element for said photovoltaic panels in said final installation position, implemented as one piece with said main body, each one of said locking elements comprising a second fin obtained through partial cutting of a portion of said plane region, and projecting from the latter, wherein said second fin further comprises an interference portion, folded so as to insert in a corresponding slot provided on the photovoltaic panel, by locking it, when the latter is in a final installation position, according to a direction parallel to said resting plane.
An electronic device (100, 200, 300, 400, 500) comprising: a first housing (110, 210) including a first surface and a second surface that faces and is spaced apart from the first surface; a second housing (120, 230) including a third surface and a fourth surface that faces and is spaced apart from the third surface; a folding part pivotably connecting a side surface of the first housing with a side surface of the second housing that faces the side surface of the first housing; a flexible display (150, 340) disposed on the first surface and the third surface across the folding part and including a first area (1010, 1110, 1210, 1410, 1610, 1810) corresponding to the first surface and a second area (1020, 1120, 1220, 1420) corresponding to the third surface; and a processor (310, 410, 510), wherein the processor is configured to: display a first screen within the first area and a second screen within the second area in a first state in which the first housing and the second housing are folded out about the folding part; identify that the electronic device is changed from the first state to a second state in which the first housing and the second housing are folded in about the folding part; cease, in response to the identifying, displaying the second screen within the second area; detect an input to the second area while the display of the second screen within the second area is ceased; and display the second screen instead of the first screen within the first area, in response to the detecting. a first housing (110, 210) including a first surface and a second surface that faces and is spaced apart from the first surface; a second housing (120, 230) including a third surface and a fourth surface that faces and is spaced apart from the third surface; a folding part pivotably connecting a side surface of the first housing with a side surface of the second housing that faces the side surface of the first housing; a flexible display (150, 340) disposed on the first surface and the third surface across the folding part and including a first area (1010, 1110, 1210, 1410, 1610, 1810) corresponding to the first surface and a second area (1020, 1120, 1220, 1420) corresponding to the third surface; and a processor (310, 410, 510), display a first screen within the first area and a second screen within the second area in a first state in which the first housing and the second housing are folded out about the folding part; identify that the electronic device is changed from the first state to a second state in which the first housing and the second housing are folded in about the folding part; cease, in response to the identifying, displaying the second screen within the second area; detect an input to the second area while the display of the second screen within the second area is ceased; and display the second screen instead of the first screen within the first area, in response to the detecting.
A method for allocating resources for transmissions from a secondary station to a primary station, wherein the primary station transmits to the secondary station a first indication of a transmission resource for use by the secondary station for transmitting data to the primary station, wherein the first indication of the transmission resource indicates at least one selected transmission resource out of a set of transmission resources and the first indication further comprises a second indication which may request that the secondary station sends a report of the downlink channel quality using at least part of the selected transmission resource and wherein a time offset of the selected transmission resource from the first indication depends on whether the second indication requests a channel quality report, wherein the time offset is greater if the second indication requests a channel quality report than when it does not, and wherein if the second indication requests a channel quality report the time offset is sufficient for the secondary station to make a measurement of the channel quality and wherein if the second indication does not request a channel quality report the time offset is not sufficient for the secondary station to make a measurement of the channel quality.
A fastener retention mechanism for retaining fasteners of a stator assembly in a gas turbine engine, the fastener retention mechanism comprising: a cover comprising a first foot, a second foot, and a cover surface extending between the first foot and the second foot; characterised in that the fastener retention mechanism further comprises: a base having a first rail and a second rail and a base surface extending therebetween, the first rail and the second rail being in a facing spaced relationship with respect to each other and defining a channel extending therebetween; wherein the cover is releasably connected to the base; wherein the first foot and the second foot are configured to interlock with the first rail and the second rail, respectively, such that the channel is covered by the cover surface when the cover is secured to the base; and wherein the cover is secured to the base by the interlocking of the first foot and the second foot with the first rail and the second rail. a cover comprising a first foot, a second foot, and a cover surface extending between the first foot and the second foot; characterised in that the fastener retention mechanism further comprises: a base having a first rail and a second rail and a base surface extending therebetween, the first rail and the second rail being in a facing spaced relationship with respect to each other and defining a channel extending therebetween; wherein the cover is releasably connected to the base; wherein the first foot and the second foot are configured to interlock with the first rail and the second rail, respectively, such that the channel is covered by the cover surface when the cover is secured to the base; and wherein the cover is secured to the base by the interlocking of the first foot and the second foot with the first rail and the second rail. a base having a first rail and a second rail and a base surface extending therebetween, the first rail and the second rail being in a facing spaced relationship with respect to each other and defining a channel extending therebetween; wherein the cover is releasably connected to the base; wherein the first foot and the second foot are configured to interlock with the first rail and the second rail, respectively, such that the channel is covered by the cover surface when the cover is secured to the base; and wherein the cover is secured to the base by the interlocking of the first foot and the second foot with the first rail and the second rail.
A computer system for protecting personally identifiable information associated with textual, audio, image, or video data, the computer system comprising: an output device (121, 123); an electronic processor electrically connected to the output device and configured to receive a document containing both non-personally identifiable information and personally identifiable information; scan the document for a voice or a first personal attribute; match the voice or the first personal attribute with records in a client database to determine whether the voice or the first personal attribute in the document is associated with personally identifiable information associated with a client identifier in the client database; determine a start time and an end time associated with the presence of the voice or the first personal attribute in an audio in the document; generate obfuscated version of the document, wherein the voice or the first personal attribute in the audio is obfuscated between the start time and the end time; and generate a signal causing the output device to output the obfuscated version of the document. an output device (121, 123); an electronic processor electrically connected to the output device and configured to receive a document containing both non-personally identifiable information and personally identifiable information; scan the document for a voice or a first personal attribute; match the voice or the first personal attribute with records in a client database to determine whether the voice or the first personal attribute in the document is associated with personally identifiable information associated with a client identifier in the client database; determine a start time and an end time associated with the presence of the voice or the first personal attribute in an audio in the document; generate obfuscated version of the document, wherein the voice or the first personal attribute in the audio is obfuscated between the start time and the end time; and generate a signal causing the output device to output the obfuscated version of the document. receive a document containing both non-personally identifiable information and personally identifiable information; scan the document for a voice or a first personal attribute; match the voice or the first personal attribute with records in a client database to determine whether the voice or the first personal attribute in the document is associated with personally identifiable information associated with a client identifier in the client database; determine a start time and an end time associated with the presence of the voice or the first personal attribute in an audio in the document; generate obfuscated version of the document, wherein the voice or the first personal attribute in the audio is obfuscated between the start time and the end time; and generate a signal causing the output device to output the obfuscated version of the document.
Foundation anchor for non-positively anchoring an industrial-scale machine in a concrete foundation comprising an anchor box having at least one side wall, and a number of anchor rods attached to the anchor box, wherein the anchor box has a fastening section for fastening the industrial-scale machine by means of fastening bolts, wherein the anchor rods are connected to the at least one side wall in such a way that forces are distributed from the at least one wall into the number of anchor rods essentially linearly along the axis of longitudinal extent of the anchor rods, wherein the anchor rods are connected to the at least one side wall via anchor sockets.
A decoder for sequentially decoding a data signal received through a transmission channel in a communication system, said received data signal carrying transmitted symbols, said decoder comprising a symbol estimation unit configured to determine estimated symbols representative of the transmitted symbols carried by the received signal from information stored in a stack, the stack being filled by iteratively expanding child nodes of a selected node of a decoding tree comprising a plurality of nodes, each node of the decoding tree corresponding to a candidate component of a symbol of said received data signal and each node being associated with a predetermined metric and a level in the decoding tree, the stack being filled at each iteration with at least some of the expanded child nodes and being ordered by increasing values of the metrics associated with the nodes, the selected node for each iteration corresponding to the node having the lowest metric in the stack, characterized in that said decoder further comprises a stack reordering activation monitoring unit configured to monitor at least one stack reordering activation condition and, in response to a stack reordering activation condition being verified, to cause the symbol estimation unit to: - reduce the metric associated with each node stored in the stack by a quantity corresponding to a function of the level associated with said node, - reorder the stack by increasing value of the reduced metric, and - remove a set of nodes from the reordered stack so as to maintain a number of nodes in the reordered stack, the maintained nodes corresponding to the nodes having the lowest metrics in the reordered stack. - reduce the metric associated with each node stored in the stack by a quantity corresponding to a function of the level associated with said node, - reorder the stack by increasing value of the reduced metric, and - remove a set of nodes from the reordered stack so as to maintain a number of nodes in the reordered stack, the maintained nodes corresponding to the nodes having the lowest metrics in the reordered stack.
An assembly for post-treating the exhaust gases of a supercharged combustion engine via a turbocharger comprising, in the direction of flow of the exhaust gases of the engine: • a turbocharger; • an oxidation catalyst; • a catalyst for the selective catalytic reduction of nitrogen oxides; • a particle filter; characterized in that the assembly is arranged according to a substantially U-shaped architecture, comprising: • a first straight branch comprising the turbocharger and the oxidation catalyst; • a second straight branch comprising the catalyst for the selective catalytic reduction of nitrogen oxides and the particle filter; • and a fluid connection between the first and second branches (1, 2). • a turbocharger; • an oxidation catalyst; • a catalyst for the selective catalytic reduction of nitrogen oxides; • a particle filter; • a first straight branch comprising the turbocharger and the oxidation catalyst; • a second straight branch comprising the catalyst for the selective catalytic reduction of nitrogen oxides and the particle filter; • and a fluid connection between the first and second branches (1, 2).
Method for detecting a faulty arrangement of a sensor module in a sensor module holder in a tyre of a vehicle equipped with a tyre monitoring system, the tyre monitoring system having multiple sensor modules arranged in a respective sensor module holder of a respective tyre of the vehicle, which respectively determine in dependence on a sensor-detected acceleration at the arrangement location of the sensor module an operating parameter of the tyre in question and send it wirelessly to a receiving and evaluating device (30, 40) arranged in the vehicle, with a detection of a faulty arrangement of a sensor module of the sensor modules in the sensor module holder in question being performed by ascertaining on the basis of a comparison of the operating parameters determined by the sensor modules that there is for this sensor module a discrepancy, dependent on a speed of the vehicle, between the operating parameter and an operating parameter to be expected for this sensor module, characterized in that the ascertainment of the discrepancy includes an ascertainment of a discrepancy that changes monotonically with varying speed of the vehicle. the tyre monitoring system having multiple sensor modules arranged in a respective sensor module holder of a respective tyre of the vehicle, which respectively determine in dependence on a sensor-detected acceleration at the arrangement location of the sensor module an operating parameter of the tyre in question and send it wirelessly to a receiving and evaluating device (30, 40) arranged in the vehicle, with a detection of a faulty arrangement of a sensor module of the sensor modules in the sensor module holder in question being performed by ascertaining on the basis of a comparison of the operating parameters determined by the sensor modules that there is for this sensor module a discrepancy, dependent on a speed of the vehicle, between the operating parameter and an operating parameter to be expected for this sensor module, characterized in that the ascertainment of the discrepancy includes an ascertainment of a discrepancy that changes monotonically with varying speed of the vehicle.
A method for a first vehicle, suitable for adjusting an at least semi-autonomous operation of the first vehicle based on a prediction of a driving behavior of one or more second vehicles, the one or more second vehicles being at least semi-autonomously operated vehicles, the method comprising: receiving one or more wireless messages from the one or more second vehicles, the one or more wireless messages comprising information on one or more automation capabilities the one or more second vehicles are capable of; predicting the driving behavior of the one or more second vehicles based on the information on the one or more automation capabilities the one or more second vehicles are capable of; and adjusting the at least semi-autonomous operation of the first vehicle based on the prediction of the driving behavior of the one or more second vehicles, characterised in that the one or more wireless messages comprise information on one or more cooperation capabilities the one or more second vehicles are capable of and information on one or more cooperative driving maneuvers currently executed by the one or more second vehicles, wherein the driving behavior of the one or more second vehicles is predicted based on the information on the one or more cooperation capabilities the one or more second vehicles are capable of and the information on the one or more cooperative driving maneuvers currently executed by the one or more second vehicles. receiving one or more wireless messages from the one or more second vehicles, the one or more wireless messages comprising information on one or more automation capabilities the one or more second vehicles are capable of; predicting the driving behavior of the one or more second vehicles based on the information on the one or more automation capabilities the one or more second vehicles are capable of; and adjusting the at least semi-autonomous operation of the first vehicle based on the prediction of the driving behavior of the one or more second vehicles, characterised in that the one or more wireless messages comprise information on one or more cooperation capabilities the one or more second vehicles are capable of and information on one or more cooperative driving maneuvers currently executed by the one or more second vehicles, wherein the driving behavior of the one or more second vehicles is predicted based on the information on the one or more cooperation capabilities the one or more second vehicles are capable of and the information on the one or more cooperative driving maneuvers currently executed by the one or more second vehicles.
A stator antenna ring for a telemetry system for transmitting measured values and measuring energy between a rotatable measurement transducer and a stationary device component, wherein the stator antenna ring consists of a carrier ring with a groove and an induction coil arranged therein, and can be attached to the stationary device component, wherein the carrier ring consists of at least two removable radial sections (6, 7) made of an isolating plastic material, wherein the induction coil, which consists at least of a single wire winding, is attached in the carrier ring, characterised in that the wire winding likewise consists of two radial wire winding sections (11, 12) which are removable with the sections (6, 7) and that the wire winding sections (11, 12) are electrically connected to form the wire winding.
An assembly to be positioned between an aircraft pylon and a turbomachine of longitudinal axis, the pylon and the turbomachine each comprising front and rear longitudinal areas, the assembly comprising a rear support configured to connect the rear area of the turbomachine to the rear area of the pylon, the rear support comprising a sliding pivot connection to be arranged between the rear area of the turbomachine and the rear area of the pylon so as to allow the turbomachine only translational and rotational movements along the longitudinal axis and translational and rotational movements along a vertical axis and a rotational movement along a transverse axis.
A method for authenticating a web site to a user, including: receiving, at a third party authentication server, an indication of a text string and another item from a user; subsequent to receiving the indication of the text string and the other item from the user, receiving, at the third party authentication server, a request from the user, the request based upon a URL contained in a page sent from a web site to the user, where the URL points to the authentication server; the third party authentication server authenticating the web site; and the third party authentication server providing an authentication device to the user, the authentication device being a combination of the text string and the other item received from the user. receiving, at a third party authentication server, an indication of a text string and another item from a user; subsequent to receiving the indication of the text string and the other item from the user, receiving, at the third party authentication server, a request from the user, the request based upon a URL contained in a page sent from a web site to the user, where the URL points to the authentication server; the third party authentication server authenticating the web site; and the third party authentication server providing an authentication device to the user, the authentication device being a combination of the text string and the other item received from the user.