mhurhangee/patent-ind-claim-en huggingface dataset:
Locking device of padlock type, comprising a body and a shackle mounted movably with respect to translation and rotation relative to said body , in which said body is provided with an aperture and a bore formed within said aperture , said shackle comprises a thinned end portion mounted in said aperture of said body , and said device further comprises a mounting member mechanically connected to said thinned end portion of said shackle and accommodated in said bore , said mounting member being configured to enable the rotation of said shackle relative to said body and also the translation of said shackle in said aperture of said body , between a first position in which said device is in an open state and a second position in which said device is in a closed state, and said mounting member forms a stop on said thinned end portion of said shackle ; said mounting member has a predetermined height and said bore has a height at least equal to or greater than the predetermined height of said mounting member; said device is configured such that said mounting member is translated with said thinned end portion of said shackle within said aperture and said bore of said body , between said first and second positions; and said thinned end portion of said shackle has a length approximately equal to said predetermined height of said mounting member , and said bore has a height considerably greater than said length of said thinned end portion.
Amorphous ductile Ni-based brazing foil having a composition consisting of Ni Rest Cr a B b P c Si d with 21 atomic % < a ≤ 28 atomic %; 0.5 atomic % ≤ b ≤ 7 atomic %; 4 atomic % ≤ c ≤ 12 atomic %; 2 atomic % ≤ d ≤ 10 atomic %; any impurities ≤ 1.0 % by weight; rest Ni, wherein a/c ≥ 2.
A method, comprising: receiving , by a persistent storage device comprising persistent storage , a first identifier programming command , the first identifier programming command being for defining a first physical security identifier (PSID 1); storing , by the persistent storage device , the first physical security identifier (PSID 1); receiving , by the persistent storage device , a revert command, the revert command including an input physical security identifier ; erasing , by the persistent storage device , based on the input physical security identifier matching the first physical security identifier (PSID 1), a portion of the persistent storage ; receiving, by the persistent storage device , a read-only command or a lock command, the read-only command for causing the persistent storage device to transition into a read-only mode, the lock command for causing the persistent storage device to transition into a locked mode, wherein the received command includes the first physical security identifier (PSID 1); and transitioning, by the persistent storage device , into the read-only mode or the locked mode, wherein in the read-only mode: write commands are declined, and erase commands lacking a physical security identifier are declined, and wherein in the locked mode: read commands are declined, write commands are declined, and erase commands lacking a physical security identifier are declined. receiving , by a persistent storage device comprising persistent storage , a first identifier programming command , the first identifier programming command being for defining a first physical security identifier (PSID 1); storing , by the persistent storage device , the first physical security identifier (PSID 1); receiving , by the persistent storage device , a revert command, the revert command including an input physical security identifier ; erasing , by the persistent storage device , based on the input physical security identifier matching the first physical security identifier (PSID 1), a portion of the persistent storage ; receiving, by the persistent storage device , a read-only command or a lock command, the read-only command for causing the persistent storage device to transition into a read-only mode, the lock command for causing the persistent storage device to transition into a locked mode, wherein the received command includes the first physical security identifier (PSID 1); and transitioning, by the persistent storage device , into the read-only mode or the locked mode, wherein in the read-only mode: write commands are declined, and erase commands lacking a physical security identifier are declined, and wherein in the locked mode: read commands are declined, write commands are declined, and erase commands lacking a physical security identifier are declined.
A method to automatically optimize waveform captures from an electrical system, comprising: capturing at least one energy-related waveform using at least one Intelligent Electronic Device (IED) in the electrical system; analyzing the captured at least one energy-related waveform to determine if the at least one captured energy-related waveform is capable of being compressed, while maintaining relevant attributes for characterization, analysis and/or other use; in response to determining the at least one captured energy-related waveform is capable of being compressed, while maintaining relevant attributes for characterization, analysis, and/or use, compressing the at least one captured energy-related waveform using at least one compression technique to generate at least one compressed energy-related waveform; and taking one or more actions based on or using the at least one compressed energy-related waveform. capturing at least one energy-related waveform using at least one Intelligent Electronic Device (IED) in the electrical system; analyzing the captured at least one energy-related waveform to determine if the at least one captured energy-related waveform is capable of being compressed, while maintaining relevant attributes for characterization, analysis and/or other use; in response to determining the at least one captured energy-related waveform is capable of being compressed, while maintaining relevant attributes for characterization, analysis, and/or use, compressing the at least one captured energy-related waveform using at least one compression technique to generate at least one compressed energy-related waveform; and taking one or more actions based on or using the at least one compressed energy-related waveform.
A method of radiation treatment planning comprising: determining, by one or more processors, an estimate of radiation dose distribution within an anatomical region of a patient; and determining, by the one or more processors using the estimate of radiation dose distribution, a cost matrix representing an objective function defined in terms of the estimate of radiation dose distribution and patient specific data; characterized by : projecting, by the one or more processors, the cost matrix on each of a plurality of fluence planes, each of the plurality of fluence planes associated with a corresponding gantry-couch orientation of a plurality of gantry-couch orientations of a medical linear accelerator device; and determining, using projections of the cost matrix on each of the plurality of fluence planes, a sequence of gantry-couch orientations among the plurality of gantry-couch orientations representing a treatment path. determining, by one or more processors, an estimate of radiation dose distribution within an anatomical region of a patient; and determining, by the one or more processors using the estimate of radiation dose distribution, a cost matrix representing an objective function defined in terms of the estimate of radiation dose distribution and patient specific data; characterized by : projecting, by the one or more processors, the cost matrix on each of a plurality of fluence planes, each of the plurality of fluence planes associated with a corresponding gantry-couch orientation of a plurality of gantry-couch orientations of a medical linear accelerator device; and determining, using projections of the cost matrix on each of the plurality of fluence planes, a sequence of gantry-couch orientations among the plurality of gantry-couch orientations representing a treatment path. projecting, by the one or more processors, the cost matrix on each of a plurality of fluence planes, each of the plurality of fluence planes associated with a corresponding gantry-couch orientation of a plurality of gantry-couch orientations of a medical linear accelerator device; and determining, using projections of the cost matrix on each of the plurality of fluence planes, a sequence of gantry-couch orientations among the plurality of gantry-couch orientations representing a treatment path.
Method for processing an electrical component having a layer structure, in particular a heating device comprising a thick-film heating element, wherein at least one functional layer is applied on to a carrier , wherein said functional layer is intended to be completely severed by means of a separating laser , comprising the following steps: - a height profile of the functional layer above the plane of the carrier is generated at the location at which the functional layer is intended to be severed, - the information of the height profile of the functional layer is passed to a controller for a separating laser , - the separating laser is set using known layer parameters of the functional layer such that said separating laser completely severs the functional layer in a manner adapted to the height profile. - a height profile of the functional layer above the plane of the carrier is generated at the location at which the functional layer is intended to be severed, - the information of the height profile of the functional layer is passed to a controller for a separating laser , - the separating laser is set using known layer parameters of the functional layer such that said separating laser completely severs the functional layer in a manner adapted to the height profile.
A system comprising: a first network controller configured to communicate over a higher-level industrial process control network ; a second network controller configured to communicate over a first lower-level industrial process control network ; a third network controller configured to communicate over a second lower-level industrial process control network ; and a bus configured to transport data messages between the network controllers; wherein the first network controller is configured to provide first data messages from the higher-level industrial process control network to the second and third network controllers for transmission over the lower-level industrial process control networks; wherein the second and third network controllers are configured to provide second data messages from the lower-level industrial process control networks to the first network controller for transmission over the higher-level industrial process control network; and wherein each of the second and third network controllers is configured to provide third data messages from one of the lower-level industrial process control networks to another of the second and third network controllers for transmission over another of the lower-level industrial process control networks. a first network controller configured to communicate over a higher-level industrial process control network ; a second network controller configured to communicate over a first lower-level industrial process control network ; a third network controller configured to communicate over a second lower-level industrial process control network ; and a bus configured to transport data messages between the network controllers; wherein the first network controller is configured to provide first data messages from the higher-level industrial process control network to the second and third network controllers for transmission over the lower-level industrial process control networks; wherein the second and third network controllers are configured to provide second data messages from the lower-level industrial process control networks to the first network controller for transmission over the higher-level industrial process control network; and wherein each of the second and third network controllers is configured to provide third data messages from one of the lower-level industrial process control networks to another of the second and third network controllers for transmission over another of the lower-level industrial process control networks.
Thermoplastic resin foamed particles comprising one or more functional additive selected from inorganic powder and inorganic fibers, wherein each particle comprises a core layer formed of a thermoplastic resin and a coating layer in a foamed state formed of a thermoplastic resin, the mass ratio of the coating layer to the core layer is 99 : 1 to 50 : 50, the content (X) of the functional additive in the core layer is 5 to 90% by mass, the functional additive may be contained or not contained in the coating layer, and the functional additives in the core and coating layers may be the same or different, and the content of the functional additive in the coating layer is smaller than the content (X) of the functional additive in the core layer; the average cell diameter of the coating layer, measured by the method of the description, is 40 to 300μm; wherein said thermoplastic resin foamed particles are obtainable by foaming composite resin particles obtained by cutting a string-shaped composite formed of a co-extruded core layer and coating layer coating the core layer. each particle comprises a core layer formed of a thermoplastic resin and a coating layer in a foamed state formed of a thermoplastic resin, the mass ratio of the coating layer to the core layer is 99 : 1 to 50 : 50, the content (X) of the functional additive in the core layer is 5 to 90% by mass, the functional additive may be contained or not contained in the coating layer, and the functional additives in the core and coating layers may be the same or different, and the content of the functional additive in the coating layer is smaller than the content (X) of the functional additive in the core layer; the average cell diameter of the coating layer, measured by the method of the description, is 40 to 300μm; wherein said thermoplastic resin foamed particles are obtainable by foaming composite resin particles obtained by cutting a string-shaped composite formed of a co-extruded core layer and coating layer coating the core layer.
An ultraviolet (UV) light-emitting module for disinfecting one or more components, the UV light-emitting module comprising: an enclosure comprising: a rear wall ; a face plate spaced from the rear wall and comprising a light-transmitting aperture ; and at least one sidewall extending between the rear wall and the face plate; at least one UV light emitter within the enclosure; at least one UV light emitter support within the enclosure , fabricated from a fluoropolymer, and at least one UV light emitter support within the enclosure fabricated from a conductive material; and at least one cooling feature selected from a sidewall ventilation opening in the at least one sidewall and a heat sink feature extending from the rear wall. an enclosure comprising: a rear wall ; a face plate spaced from the rear wall and comprising a light-transmitting aperture ; and at least one sidewall extending between the rear wall and the face plate; a rear wall ; a face plate spaced from the rear wall and comprising a light-transmitting aperture ; and at least one sidewall extending between the rear wall and the face plate; at least one UV light emitter within the enclosure; at least one UV light emitter support within the enclosure , fabricated from a fluoropolymer, and at least one UV light emitter support within the enclosure fabricated from a conductive material; and at least one cooling feature selected from a sidewall ventilation opening in the at least one sidewall and a heat sink feature extending from the rear wall.
A window comprising a glazed element , at least one portion of a profiled seal , at least one insert such as a trim, and at least one fastener for fastening said insert to said portion of the profiled seal , whose said fastener includes a plate (7, 7', 7") having a longitudinal axis, said plate being at least partially overmolded in said portion of the profiled seal and supports at least three flanges (8, 8', 8") that are located outside said portion of a profiled seal , for fastening said insert to said fastener , said flanges being longitudinally offset, characterized in that three flanges (8, 8', 8") are located symmetrically with respect to a plane of symmetry perpendicular to said plate, with the central flange having a length equal to the sum of the length of the two other flanges (8, 8").
An apparatus comprising: a transmission line comprising a first portion and a second portion , the first portion configured to be connected to a source and the second portion configured to be connected to a load ; and a capacitive element coupled to the transmission line and configured to compensate for an impedance difference between the load and at least one of the source or the transmission line , at a frequency within a frequency bandwidth of the load ; and wherein a difference between an internal capacitance of the first portion of the transmission line and an internal capacitance of the second portion of the transmission line substantially matches the capacitance of the capacitive element , wherein the first portion of the transmission line differs from the second portion of the transmission line in at least one physical dimension so as to create the difference between the internal capacitance of the first portion of the transmission line and the internal capacitance of the second portion of the transmission line . a transmission line comprising a first portion and a second portion , the first portion configured to be connected to a source and the second portion configured to be connected to a load ; and a capacitive element coupled to the transmission line and configured to compensate for an impedance difference between the load and at least one of the source or the transmission line , at a frequency within a frequency bandwidth of the load ; and wherein a difference between an internal capacitance of the first portion of the transmission line and an internal capacitance of the second portion of the transmission line substantially matches the capacitance of the capacitive element , wherein the first portion of the transmission line differs from the second portion of the transmission line in at least one physical dimension so as to create the difference between the internal capacitance of the first portion of the transmission line and the internal capacitance of the second portion of the transmission line .
Window pane, particularly a windscreen of a vehicle like a car, which comprises at least one thin film electroluminescent electronic display that is optically transparent so that additional information displayed on the thin film electroluminescent electronic display is viewable in superposition to environment light from outside of the window pane, characterized in that the window pane comprises at least two transparent sheets each made of glass, plastic material or a vitreous ceramic material, and at least one or several adhesive interlayer(s) between each two sheets to form a laminated compound, that the window pane is a bulletproof windscreen to be used in a car, wherein the windscreen comprises a transparent outer sheet of bullet resistant glass directed to outside of the car, a transparent inner sheet of bullet resistant glass directed to inside of the car, and a first transparent adhesive interlayer , a second transparent adhesive interlayer , a third transparent adhesive interlayer arranged in this sequence between the outer sheet and the inner sheet , the optically transparent thin film electroluminescent electronic display or TASEL display is integrated within a recess or opening of the second adhesive layer provided between the first and third adhesive layers and ; and that the window pane comprises thin film electrically conducting tracks or contacts on a substrate embedded in the adhesive interlayer for coupling the thin film electroluminescent electronic display to a connector (7.3).
Low-voltage circuit breaker device , having at least one outer conductor path from an outer conductor supply terminal of the low-voltage circuit breaker device to an outer conductor load terminal of the low-voltage circuit breaker device , and a neutral conductor path from a neutral conductor terminal of the low-voltage circuit breaker device to a neutral conductor load terminal of the low-voltage circuit breaker device , wherein a mechanical by-pass switch is arranged in the outer conductor path , wherein a semiconductor circuit arrangement of the low-voltage circuit breaker device is connected parallel to the bypass switch , wherein in the outer conductor path a current measurement arrangement is arranged, which is connected to an electronic control unit of the circuit breaker device , wherein the electronic control unit is configured to actuate the by-pass switch and the first semiconductor circuit arrangement on detection of a predefinable overload current by the current measurement arrangement , wherein the semiconductor circuit arrangement has at least one first semiconductor component , and wherein the semiconductor circuit arrangement has at least one second semiconductor component , characterised in that the at least one first semiconductor component is arranged on a first side of a component carrier , and in that the at least one second semiconductor component is arranged on a second side of the component carrier facing away from the first side .
A pull-out guide for pulling a pull-out furniture part out of a furniture carcass , having rails , movable relative to one another and formed by shaped sheet-metal profiles or having the like, which comprise a carcass rail , a pull-out rail and a middle rail which is arranged between the carcass rail and the pull-out rail and whose sheet-metal profile has a vertical elongated member and horizontal elongated members adjoining the vertical elongated member at the upper and lower end, the free edges of which horizontal elongated members are provided with flanged edges directed towards one another, characterized in that over at least a portion of its longitudinal extension, the middle rail has at least one channel running in the direction of the longitudinal extension of the middle rail , which channel is bounded by wall portions which viewed in a viewing direction parallel to the longitudinal extension of the middle rail together extend around the channel over the entire circumference, wherein to form the channel , a lower portion, U-shaped in the viewing direction parallel to the longitudinal extension of the middle rail , of the sheet-metal profile of the middle rail , which portion comprises a lower part of the vertical elongated member , the lower horizontal elongated member and the upwardly flanged edge of the lower horizontal elongated member , is closed over at least part of the longitudinal extension of the middle rail , namely by at least one supplementary part which, related to the direction of the circumference around the channel , is connected to the sheet-metal profile at at least two connection sites spaced apart from one another around the channel in the direction of the circumference, wherein both the sheet-metal profile and the supplementary part each form a wall portion bounding the channel , or by at least one tongue which is cut out and shaped from at least one portion of the sheet-metal profile and forms a wall portion of the channel and which is connected to a further portion, likewise forming a wall portion of the channel , of the sheet-metal profile , wherein the tongue is connected at a connection site to the further portion of the sheet-metal profile , which connection site is, related to the direction of the circumference around the channel , spaced apart from a window opening , formed by the cutting out and bending of the tongue , of the sheet-metal profile .