mhurhangee/ep-ind-claims huggingface dataset:
An encapsulated overvoltage protection device in coaxial design having a cup-like housing, a first and a second electrode, a disc-shaped overvoltage arrester, in particular formed as a varistor, which is electrically connected to the electrodes and is located within the cup-like housing, as well as having a fusible element for producing a short-circuit between the electrodes in the event of the overvoltage arrester being overloaded, wherein at least parts of the cup-like housing constitute one of the electrodes, accommodate or support such an electrode, and the second of the electrodes contacts the disc-shaped overvoltage arrester in a stamp-like manner, characterized in that the second electrode has at least one radial recess or a blind hole at its portion facing the overvoltage arrester, wherein in the recess or the blind hole, a conductive contact bolt pretensioned by spring force is inserted, whose path of movement is blocked by the fusible element and is released when the overvoltage arrester is overloaded such that the contact bolt produces a stable short circuit between the second electrode and the cup-like housing.
Method for the powder bed-based additive manufacturing of a component, comprising - selective irradiation of a layer composed of a pulverulent material with a first energy beam and a second energy beam, different from the first, wherein the second energy beam ring-shapedly surrounds the first energy beam, wherein the first energy beam constitutes a melting laser and the second energy beam constitutes a further laser beam, having a lower radiation intensity than the melting laser, wherein the further laser beam brings about a local heating, in particular preheating, of the layer to a temperature of above 500°C, and - aselective heating of the layer, wherein a large portion of the layer is heated to a temperature of at least one quarter of the temperature which the layer experiences as a result of the selective irradiation, wherein the aselective heating is effected at a temperature of between 50°C and 100°C below an initial temperature for the formation of phase precipitates, in particular for the formation of a gamma prime phase of the material. - selective irradiation of a layer composed of a pulverulent material with a first energy beam and a second energy beam, different from the first, wherein the second energy beam ring-shapedly surrounds the first energy beam, wherein the first energy beam constitutes a melting laser and the second energy beam constitutes a further laser beam, having a lower radiation intensity than the melting laser, wherein the further laser beam brings about a local heating, in particular preheating, of the layer to a temperature of above 500°C, and - aselective heating of the layer, wherein a large portion of the layer is heated to a temperature of at least one quarter of the temperature which the layer experiences as a result of the selective irradiation, wherein the aselective heating is effected at a temperature of between 50°C and 100°C below an initial temperature for the formation of phase precipitates, in particular for the formation of a gamma prime phase of the material.
A fault monitoring system in an aircraft, the fault monitoring system comprising: a plurality of sensors located at selected nodes in an electrical network of the aircraft, each sensor having a local memory, and each sensor arranged to transmit data, a processor having a fault diagnosis algorithm, the processor remote from the plurality of sensors and commonly accessible to the plurality of sensors through a communication network, a memory connected to the processor, a data collection algorithm in one of the processor or the plurality of sensors, wherein each sensor is configured to continuously monitor voltage and current of the electrical network at its selected node and to transmit data representative of the monitored voltage and current to the processor, and wherein upon the occurrence of a fault event as identified by the fault diagnosis algorithm, the data collection algorithm selects a subset of the data related to the fault event including at least a portion of the continuously monitored voltage and current immediately preceding the fault event and at least one sensor transmits a selected subset of the data to the processor for storing in the memory. a plurality of sensors located at selected nodes in an electrical network of the aircraft, each sensor having a local memory, and each sensor arranged to transmit data, a processor having a fault diagnosis algorithm, the processor remote from the plurality of sensors and commonly accessible to the plurality of sensors through a communication network, a memory connected to the processor, a data collection algorithm in one of the processor or the plurality of sensors, wherein each sensor is configured to continuously monitor voltage and current of the electrical network at its selected node and to transmit data representative of the monitored voltage and current to the processor, and wherein upon the occurrence of a fault event as identified by the fault diagnosis algorithm, the data collection algorithm selects a subset of the data related to the fault event including at least a portion of the continuously monitored voltage and current immediately preceding the fault event and at least one sensor transmits a selected subset of the data to the processor for storing in the memory.
A storage apparatus, comprising: storage means for storing data, committing means for making a commitment concerning the availability of a certain storage space to a source device, wherein the storage apparatus and the source device are within a group of devices in a trust environment, wherein each device is bound by its respective commitment which must reach a predetermined minimum commitment of the group, detecting means for detecting the availability of the certain storage space to produce a detection result (i) by itself or (ii) in response to an inquiry received from the source device, and communication means for informing the source device about the detection result and for the storage apparatus being informed whether a commitment made by the source device is violated, whereby when the detection result indicates that the commitment made by the storage apparatus is violated, the source device takes action(s) according to the detection result with regard to one or more files originated from the storage apparatus, and when the storage apparatus is informed that a commitment made by the source device is violated, the storage apparatus takes action(s) with regard to one or more files originated from the source device, wherein the action(s) include deletion of one or more stored files. storage means for storing data, committing means for making a commitment concerning the availability of a certain storage space to a source device, wherein the storage apparatus and the source device are within a group of devices in a trust environment, wherein each device is bound by its respective commitment which must reach a predetermined minimum commitment of the group, detecting means for detecting the availability of the certain storage space to produce a detection result (i) by itself or (ii) in response to an inquiry received from the source device, and communication means for informing the source device about the detection result and for the storage apparatus being informed whether a commitment made by the source device is violated, whereby when the detection result indicates that the commitment made by the storage apparatus is violated, the source device takes action(s) according to the detection result with regard to one or more files originated from the storage apparatus, and when the storage apparatus is informed that a commitment made by the source device is violated, the storage apparatus takes action(s) with regard to one or more files originated from the source device, wherein the action(s) include deletion of one or more stored files.
A device for measuring the circumference of a limb, comprising a tape meter having two faces (20a,20b) and comprising a graduated scale and two ends (21,22), tensioning means to apply a tensioning force to said tape meter capable of producing the fully distension thereof, wherein the tensioning means comprise indication means of said tensioning force when subjected to said tensioning force, and control means functionally coupled to said tensioning means, said control means comprising control members (34,34a,34b) being able to cooperate with said indication means to verify the displacement of the indication means following the application of said tensioning force, characterised in that said tensioning means are coupled to both ends (21,22) of said tape meter.
A blow moulding apparatus for plastic objects, in particular for PET bottles, usable with parisons and comprising a plurality of moulds arranged along a circumference capable of rotating about a first axis, each mould comprising at least two semi-moulds (2, 3) capable of opening and closing to form mould forms of said objects, means suitable to perform the opening and closing of the semi-moulds by a relative rotational movement between the respective semi-moulds about a second axis perpendicular to the first axis, a supply device for supplying said parisons to the moulds, a control system for regulating said parison supply device, a system for supplying fluid under pressure for blowing the parisons and for regulating said means suitable to perform the opening and closing operations of the moulds, characterized in that each mould contains at least three mould forms (5, 6, 7) defining coplanar axes of symmetry, there are provided detection means which detects of the presence of a parison in each mould form (5, 6, 7), said control system has further means for regulating the supply of fluid under pressure to the mould forms (5, 6, 7) of each of the moulds, in the event of Interruption, and for performing the blowing operation only in mould forms in which there is a parison.
A method for securely communicating information to a communication device (110, 500), said method comprising: modulating a spectral source's radiation using authentication data, wherein said spectral source's radiation is adapted to operate as a first transmission medium for carrying said authentication data, said first transmission medium contained within an enclosure rendered spectrally opaque to said spectral source's radiation; transmitting said modulated authentication data via said first transmission medium, using a non-line-of sight link, to said communication device (110, 500) disposed in said enclosure; and transmitting encrypted information to said communication device (110, 500) via a second transmission medium, said encrypted information configured to be decrypted by using said authentication data. modulating a spectral source's radiation using authentication data, wherein said spectral source's radiation is adapted to operate as a first transmission medium for carrying said authentication data, said first transmission medium contained within an enclosure rendered spectrally opaque to said spectral source's radiation; transmitting said modulated authentication data via said first transmission medium, using a non-line-of sight link, to said communication device (110, 500) disposed in said enclosure; and transmitting encrypted information to said communication device (110, 500) via a second transmission medium, said encrypted information configured to be decrypted by using said authentication data.
A yarn-feeding apparatus, comprising a plurality of stacks of positive yarn feeders (A1,1, A1,2, A1,3, A2,1, A2,2, A2,3,..., Am,1, Am,2, Am,3) each provided with a respective microcontroller (MC1, MC2, MC3) which is electronically connected to the microcontrollers of the positive yarn feeders adjacent to it in the stack, and a control unit adapted to exchange data with said stacks of positive yarn feeders via a main serial bus, characterized in that at least one of said positive yarn feeders is connected to a respective secondary serial bus (K1, K2k,..., Km) which, in turn, is connected to said main serial bus via a respective gateway (G1, G2,..., Gm) which is programmed for reencoding messages transmitted by said control unit on said main serial bus into corresponding messages on said secondary serial bus (K1, K2k,..., Km), and vice versa.
A cushion (101, 201) for use as an inner cushion in a sealing interface as part of an apparatus for supplying a flow of respiratory gases to a user, comprising: a nasal bridge region, left and right cheek regions and either one of an upper lip region or a chin region, in use said regions being aligned with the corresponding nasal bridge region, left and right cheek regions and either the upper lip region or the chin region of a user, wherein the cushion (101, 201) comprises foam material, and the cushion (101, 201) includes a hinged region (103, 205), said hinged region (103, 205) is coupled to each said cheek region by a hinging portion (107, 207), and each said hinging portion (107, 207) is a narrow necked section (107, 207) formed between said hinged region (103, 205) and a corresponding said cheek region, said hinged region (103, 205) adapted to flex substantially independently of said cushion (101, 201) left and right cheek regions. a nasal bridge region, left and right cheek regions and either one of an upper lip region or a chin region, in use said regions being aligned with the corresponding nasal bridge region, left and right cheek regions and either the upper lip region or the chin region of a user, wherein the cushion (101, 201) comprises foam material, and the cushion (101, 201) includes a hinged region (103, 205), said hinged region (103, 205) is coupled to each said cheek region by a hinging portion (107, 207), and each said hinging portion (107, 207) is a narrow necked section (107, 207) formed between said hinged region (103, 205) and a corresponding said cheek region, said hinged region (103, 205) adapted to flex substantially independently of said cushion (101, 201) left and right cheek regions.
A method comprising: receiving, from a plurality of devices, a stream of time-series data comprising a plurality of records and a time identification associated with each of the records; associating one or more tags with individual ones of the records; chunking the stream by dividing the data stream into a plurality of time-contiguous chunks, each of the time-contiguous chunks including a plurality of records, wherein a chunk comprises a basic unit of transfer of data for storage and retrieval; creating an index (504, 602) of the chunks, the index associating the time identification and the one or more tags associated with each of the records comprised in each chunk; transmitting each of the chunks to a first, remote storage location; and storing the index in a second storage location. receiving, from a plurality of devices, a stream of time-series data comprising a plurality of records and a time identification associated with each of the records; associating one or more tags with individual ones of the records; chunking the stream by dividing the data stream into a plurality of time-contiguous chunks, each of the time-contiguous chunks including a plurality of records, wherein a chunk comprises a basic unit of transfer of data for storage and retrieval; creating an index (504, 602) of the chunks, the index associating the time identification and the one or more tags associated with each of the records comprised in each chunk; transmitting each of the chunks to a first, remote storage location; and storing the index in a second storage location.
A method for determining which of a first device and a second device is to execute a controlling boot image based on a boot negotiation, the method comprising: establishing, by the first device, a connection between the first device and the second device, comprising at least one of: establishing the connection between the first device in an operating system runtime and the second device in preboot, and establishing the connection between the first device in an operating system runtime and the second device in an operating system runtime; discovering, by the first device, capabilities of the second device; determining, by the first device, which of the first device and the second device is to execute the controlling boot image based at least in part on the capabilities of the first device and the second device (312, 316, 318); executing a first boot image by the first device when the first device is determined to execute the controlling boot image, the second device serving as a resource for the first boot image; and sending, by the first device, a second boot image stored on the first device to the second device when the second device is determined to execute the controlling boot image, the first device serving as a resource for the second boot image. establishing, by the first device, a connection between the first device and the second device, comprising at least one of: establishing the connection between the first device in an operating system runtime and the second device in preboot, and establishing the connection between the first device in an operating system runtime and the second device in an operating system runtime; establishing the connection between the first device in an operating system runtime and the second device in preboot, and establishing the connection between the first device in an operating system runtime and the second device in an operating system runtime; discovering, by the first device, capabilities of the second device; determining, by the first device, which of the first device and the second device is to execute the controlling boot image based at least in part on the capabilities of the first device and the second device (312, 316, 318); executing a first boot image by the first device when the first device is determined to execute the controlling boot image, the second device serving as a resource for the first boot image; and sending, by the first device, a second boot image stored on the first device to the second device when the second device is determined to execute the controlling boot image, the first device serving as a resource for the second boot image.
A tab to be affixed to a can end, the tab comprising: a nose portion located at a front end of the tab; a lift portion located at a back end of the tab, the nose portion and the lift portion having curled or hemmed portions located proximate to a peripheral surface of the tab; a rivet receiving portion located proximate to the nose portion with a rivet hole, the rivet receiving portion being attached to the nose portion; a first surface is provided on the tab which is a top surface of the tab; a second surface is provided on the tab which is a bottom surface of the tab; the tab being characterised in that one or more arcuate strips are provided on the second surface of the tab proximate to the peripheral surface of the tab; the one or more arcuate strips being a thinned portion, or thinned portions, of the tab structured to be formed further into a preselected portion of the curled or hemmed portions of the tab; the top surface of the tab defines a first horizontal axis; a wall segment of the curled or hemmed portion of the tab has a vertical rise; the preselected portion has a corner such that a contact portion of the tab, located proximate to the preselected portion, is in contact with the second surface of the tab; and the contact portion defines a second horizontal axis which is generally parallel to the first horizontal axis. a nose portion located at a front end of the tab; a lift portion located at a back end of the tab, the nose portion and the lift portion having curled or hemmed portions located proximate to a peripheral surface of the tab; a rivet receiving portion located proximate to the nose portion with a rivet hole, the rivet receiving portion being attached to the nose portion; a first surface is provided on the tab which is a top surface of the tab; a second surface is provided on the tab which is a bottom surface of the tab; the tab being characterised in that one or more arcuate strips are provided on the second surface of the tab proximate to the peripheral surface of the tab; the one or more arcuate strips being a thinned portion, or thinned portions, of the tab structured to be formed further into a preselected portion of the curled or hemmed portions of the tab; the top surface of the tab defines a first horizontal axis; a wall segment of the curled or hemmed portion of the tab has a vertical rise; the preselected portion has a corner such that a contact portion of the tab, located proximate to the preselected portion, is in contact with the second surface of the tab; and the contact portion defines a second horizontal axis which is generally parallel to the first horizontal axis.
Mechanical reduction gearbox comprising: - an input shaft designed to be rotatably driven by a motor, - an output shaft coaxial with the input shaft, - a worm mounted coaxially on the input shaft, and - a gearset comprising: - three first gears distributed uniformly around the worm, each one meshing with the worm and mounted with the ability to rotate about a first axis of which the direction is perpendicular to the axis of the worm, - for each first gear, a second gear which is a bevel gear and fixed coaxially to the first gear, - for each second gear, a third gear which is a bevel gear, which meshes with the second gear and which is mounted with the ability to rotate about a second axis of rotation parallel to the axis of the worm, - for each third gear, a fourth gear which is fixed coaxially to the third gear, and - a fifth gear mounted coaxially on the output shaft and which meshes with the or each fourth gear. - an input shaft designed to be rotatably driven by a motor, - an output shaft coaxial with the input shaft, - a worm mounted coaxially on the input shaft, and - a gearset comprising: - three first gears distributed uniformly around the worm, each one meshing with the worm and mounted with the ability to rotate about a first axis of which the direction is perpendicular to the axis of the worm, - for each first gear, a second gear which is a bevel gear and fixed coaxially to the first gear, - for each second gear, a third gear which is a bevel gear, which meshes with the second gear and which is mounted with the ability to rotate about a second axis of rotation parallel to the axis of the worm, - for each third gear, a fourth gear which is fixed coaxially to the third gear, and - a fifth gear mounted coaxially on the output shaft and which meshes with the or each fourth gear. - three first gears distributed uniformly around the worm, each one meshing with the worm and mounted with the ability to rotate about a first axis of which the direction is perpendicular to the axis of the worm, - for each first gear, a second gear which is a bevel gear and fixed coaxially to the first gear, - for each second gear, a third gear which is a bevel gear, which meshes with the second gear and which is mounted with the ability to rotate about a second axis of rotation parallel to the axis of the worm, - for each third gear, a fourth gear which is fixed coaxially to the third gear, and - a fifth gear mounted coaxially on the output shaft and which meshes with the or each fourth gear.