mhurhangee/ep-ind-claims huggingface dataset:
A channel board-to-device interface board junction multi-module comprising: a) a plurality of performance critical channel electronics modules (310a-310d) onto which are mounted integrated circuit chips (350, 355, 360) which perform at least the driver, comparator, and load functions that are critical to the operation of an automatic test equipment system; b) an enclosure encasing the plurality of performance critical channel electronics modules therewithin; c) a fluid coolant distribution apparatus (335, 328, 405, 445) within the enclosure to provide cooling within the enclosure; d) a channel board connection apparatus (420a-420d) at a channel board end of the channel board-to-DIB junction multi-module; and e) a cable-less connection apparatus at a DIB end of the channel board-to-DIB junction multi-module. a) a plurality of performance critical channel electronics modules (310a-310d) onto which are mounted integrated circuit chips (350, 355, 360) which perform at least the driver, comparator, and load functions that are critical to the operation of an automatic test equipment system; b) an enclosure encasing the plurality of performance critical channel electronics modules therewithin; c) a fluid coolant distribution apparatus (335, 328, 405, 445) within the enclosure to provide cooling within the enclosure; d) a channel board connection apparatus (420a-420d) at a channel board end of the channel board-to-DIB junction multi-module; and e) a cable-less connection apparatus at a DIB end of the channel board-to-DIB junction multi-module.
A memory system comprising: a plurality of partitions (401-404; 601-608; 901-904), each including a plurality of memory banks (M 0 -M 31, M 32 -M 63, M 64 -M 95 and M 96 -M 127; B00-B07, B10-B17, B20-B27, B30-B37); a plurality of partition interfaces (411-414; 611-618; 911-914), wherein each of the partition interfaces controls accesses to a corresponding one, and only one, of the partitions at a first frequency, and wherein the partition interfaces include means for accessing the multi-bank partitions in a cyclic manner; and a global interface (420; 620; 920) coupled to the partition interfaces, wherein the global interface controls accesses to the partition interfaces at a second frequency, which is faster than the first frequency, wherein the second frequency is equal to the first frequency times the number of partition interfaces, and wherein the global interface includes means for accessing the partition interfaces in a cyclic manner. a plurality of partitions (401-404; 601-608; 901-904), each including a plurality of memory banks (M 0 -M 31, M 32 -M 63, M 64 -M 95 and M 96 -M 127; B00-B07, B10-B17, B20-B27, B30-B37); a plurality of partition interfaces (411-414; 611-618; 911-914), wherein each of the partition interfaces controls accesses to a corresponding one, and only one, of the partitions at a first frequency, and wherein the partition interfaces include means for accessing the multi-bank partitions in a cyclic manner; and a global interface (420; 620; 920) coupled to the partition interfaces, wherein the global interface controls accesses to the partition interfaces at a second frequency, which is faster than the first frequency, wherein the second frequency is equal to the first frequency times the number of partition interfaces, and wherein the global interface includes means for accessing the partition interfaces in a cyclic manner.
A suspicious person report system, comprising: a biometric sensor adapted to detect biometric data of a person in a first region; a presuming unit adapted to calculate, from the biometric data, a stress index indicating a degree of stress and to presume that the person is a suspicious person when the calculated stress index is higher than a predetermined reference value; a first camera for acquiring first image data including an image of the person in the first region; a second camera for acquiring second image data including an image of the person in a second region, the second region being a route that the person passes after leaving the first region before entering a third region; a monitoring unit adapted to check the second image data with the first image data corresponding to the person presumed as the suspicious person to thereby track the person presumed as the suspicious person in the second region and determine whether or not the person presumed as the suspicious person enters the third region; and a warning unit adapted to emit a warning when the monitoring unit determines that the person presumed as the suspicious person enters the third region. a biometric sensor adapted to detect biometric data of a person in a first region; a presuming unit adapted to calculate, from the biometric data, a stress index indicating a degree of stress and to presume that the person is a suspicious person when the calculated stress index is higher than a predetermined reference value; a first camera for acquiring first image data including an image of the person in the first region; a second camera for acquiring second image data including an image of the person in a second region, the second region being a route that the person passes after leaving the first region before entering a third region; a monitoring unit adapted to check the second image data with the first image data corresponding to the person presumed as the suspicious person to thereby track the person presumed as the suspicious person in the second region and determine whether or not the person presumed as the suspicious person enters the third region; and a warning unit adapted to emit a warning when the monitoring unit determines that the person presumed as the suspicious person enters the third region.
A method for analyzing a polymer membrane having a block copolymer which is formed in trenches disposed at regular intervals and self-assembled, the method comprising: a step of blurring an original image of the polymer membrane, characterized in that the step of blurring the original image of the polymer membrane is to separate the region corresponding to the trenches and the region corresponding to the self-assembled block copolymer from the original image of the polymer membrane, and characterized in that the method further comprises: a step of Fourier-transforming the original image and the blurring-processed image, and a step of removing noise from the image generated by the Fourier transformation of the original image, wherein the step of removing noise is a step of removing the overlapping range of the Fourier transformation result of the original image and the Fourier transformation result of the blurring-processed image. a step of blurring an original image of the polymer membrane, characterized in that the step of blurring the original image of the polymer membrane is to separate the region corresponding to the trenches and the region corresponding to the self-assembled block copolymer from the original image of the polymer membrane, and characterized in that the method further comprises: a step of Fourier-transforming the original image and the blurring-processed image, and a step of removing noise from the image generated by the Fourier transformation of the original image, wherein the step of removing noise is a step of removing the overlapping range of the Fourier transformation result of the original image and the Fourier transformation result of the blurring-processed image. a step of Fourier-transforming the original image and the blurring-processed image, and a step of removing noise from the image generated by the Fourier transformation of the original image, wherein the step of removing noise is a step of removing the overlapping range of the Fourier transformation result of the original image and the Fourier transformation result of the blurring-processed image.
An exhaust purifying system comprising: a selective reduction catalyst provided on an exhaust passage of an engine;; a fluid supply device for supplying a urea fluid to a section of the exhaust passage that is upstream of the selective reduction catalyst; a gas separator for separating source gas into oxygen-enriched gas and nitrogen-enriched gas; an ozone generator that includes an ozone producing space, to which the oxygen-enriched gas is introduced, and produces ozone from the introduced oxygen-enriched gas; an ozone supplier for supplying ozone to a section of the exhaust passage that is upstream of the selective reduction catalyst; a vortex tube for separating the nitrogen-enriched gas into cool air and warm air and discharging the cool air and the warm air; and a cooling device for cooling the ozone producing space by applying the cool air discharged from the vortex tube to the ozone generator. a selective reduction catalyst provided on an exhaust passage of an engine;; a fluid supply device for supplying a urea fluid to a section of the exhaust passage that is upstream of the selective reduction catalyst; a gas separator for separating source gas into oxygen-enriched gas and nitrogen-enriched gas; an ozone generator that includes an ozone producing space, to which the oxygen-enriched gas is introduced, and produces ozone from the introduced oxygen-enriched gas; an ozone supplier for supplying ozone to a section of the exhaust passage that is upstream of the selective reduction catalyst; a vortex tube for separating the nitrogen-enriched gas into cool air and warm air and discharging the cool air and the warm air; and a cooling device for cooling the ozone producing space by applying the cool air discharged from the vortex tube to the ozone generator.
A method of disposing an accessory on an electronic device the electronic device having a plurality of magnetic device elements disposed adjacent to first and second edges of the electronic device, the accessory comprising a cover which has a plurality of magnetic cover elements disposed in the cover and disposed adjacent to first and second edges of the cover; the method comprising: flipping the cover, when at least one of the magnetic cover elements adjacent to one of the first and second edges of the cover is magnetically attracted to at least one of the magnetic device elements along the first edge of the electronic device, said first edge being in touch with the one of the first and second edges of the cover, the cover being flipped along the first edge of the electronic device while the at least one of the magnetic cover elements along the one of the first and second edges of the cover is continuously magnetically attracted to the at least one of the magnetic device elements along the first edge of the electronic device, and flipping the cover, when at least one of the magnetic cover elements adjacent to one of the first and second edges of the cover is magnetically attracted to at least one of the magnetic device elements along the second edge of the electronic device, said second edge being in touch with the one of the first and second edges of the cover, the cover being flipped along the second edge of the electronic device while the at least one of the magnetic cover elements along the one of the first and second edges of the cover is continuously magnetically attracted to the at least one of the magnetic device elements along the second edge of the electronic device. flipping the cover, when at least one of the magnetic cover elements adjacent to one of the first and second edges of the cover is magnetically attracted to at least one of the magnetic device elements along the first edge of the electronic device, said first edge being in touch with the one of the first and second edges of the cover, the cover being flipped along the first edge of the electronic device while the at least one of the magnetic cover elements along the one of the first and second edges of the cover is continuously magnetically attracted to the at least one of the magnetic device elements along the first edge of the electronic device, and flipping the cover, when at least one of the magnetic cover elements adjacent to one of the first and second edges of the cover is magnetically attracted to at least one of the magnetic device elements along the second edge of the electronic device, said second edge being in touch with the one of the first and second edges of the cover, the cover being flipped along the second edge of the electronic device while the at least one of the magnetic cover elements along the one of the first and second edges of the cover is continuously magnetically attracted to the at least one of the magnetic device elements along the second edge of the electronic device.
Silo unloader bucket intended to be hitched to handling equipment for cutting material in a silo (Sl) or slicing a bale (Bt) of forage and loading it in order to transport it, comprising: - a loading bin (Bn) delimited by walls, a loading opening (Oc), - a C-shaped cradle (Bc) borne by two arms (Br) that are mounted so as to be able to pivot on said bin against at least one manoeuvring member (Vr), in front of its loading opening (Oc), - a sawing member (Os) for sawing the material or the bale (Bt), this member being attached below the cradle, - a separating and discharging means (Msd) that is mounted transversely and on the opposite side from the sawing member (Os), characterized in that the separating and discharging means (Msd) is mounted in articulated fashion on the cradle (Bc) and in that the separating and discharging means (Msd) is able to move between an open collecting position in order to slide along the cutting face in the silo (Sl) or in the bale (Bt) and to collect, on the side of the bin (Bn), a slice of material cut by the sawing member (Os), the silo unloader bucket being tipped into a loading position, and a closed position in which it is tipped back towards the bin (Bn) in order to discharge its contents into the bin (Bc), the silo unloader bucket being tipped into a transport position. - a loading bin (Bn) delimited by walls, a loading opening (Oc), - a C-shaped cradle (Bc) borne by two arms (Br) that are mounted so as to be able to pivot on said bin against at least one manoeuvring member (Vr), in front of its loading opening (Oc), - a sawing member (Os) for sawing the material or the bale (Bt), this member being attached below the cradle, - a separating and discharging means (Msd) that is mounted transversely and on the opposite side from the sawing member (Os), characterized in that the separating and discharging means (Msd) is mounted in articulated fashion on the cradle (Bc) and in that the separating and discharging means (Msd) is able to move between an open collecting position in order to slide along the cutting face in the silo (Sl) or in the bale (Bt) and to collect, on the side of the bin (Bn), a slice of material cut by the sawing member (Os), the silo unloader bucket being tipped into a loading position, and a closed position in which it is tipped back towards the bin (Bn) in order to discharge its contents into the bin (Bc), the silo unloader bucket being tipped into a transport position.
An epoxy resin composition for fiber-reinforced composite material comprising the following components,, and: an epoxy resin, a dicyandiamide, and an imidazole compound, wherein the composition satisfies the following conditions [a], [b], and [c]: [a] time interval between reaching to 100°C and reaching of the heat flow to the top of the peak is up to 25 minutes when the epoxy resin composition is isothermally analyzed at 100°C by using a differential scanning colorimeter in nitrogen stream, [b] time interval between reaching to 60°C and reaching of the heat flow to the top of the peak is at least 15 hours when the epoxy resin composition is isothermally analyzed at 60°C by using a differential scanning colorimeter in nitrogen stream, and [c] ratio of the number of the epoxy groups to the number of imidazole rings in the epoxy resin composition is at least 25 and up to 90 [a], [b] and [c] being measured as in the description, wherein the average epoxy equivalent weight is at least 250 g/eq to up to 500 g/eq. an epoxy resin, a dicyandiamide, and an imidazole compound, wherein the composition satisfies the following conditions [a], [b], and [c]: [a] time interval between reaching to 100°C and reaching of the heat flow to the top of the peak is up to 25 minutes when the epoxy resin composition is isothermally analyzed at 100°C by using a differential scanning colorimeter in nitrogen stream, [b] time interval between reaching to 60°C and reaching of the heat flow to the top of the peak is at least 15 hours when the epoxy resin composition is isothermally analyzed at 60°C by using a differential scanning colorimeter in nitrogen stream, and [c] ratio of the number of the epoxy groups to the number of imidazole rings in the epoxy resin composition is at least 25 and up to 90 [a], [b] and [c] being measured as in the description, wherein the average epoxy equivalent weight is at least 250 g/eq to up to 500 g/eq. [a] time interval between reaching to 100°C and reaching of the heat flow to the top of the peak is up to 25 minutes when the epoxy resin composition is isothermally analyzed at 100°C by using a differential scanning colorimeter in nitrogen stream, [b] time interval between reaching to 60°C and reaching of the heat flow to the top of the peak is at least 15 hours when the epoxy resin composition is isothermally analyzed at 60°C by using a differential scanning colorimeter in nitrogen stream, and [c] ratio of the number of the epoxy groups to the number of imidazole rings in the epoxy resin composition is at least 25 and up to 90 [a], [b] and [c] being measured as in the description, wherein the average epoxy equivalent weight is at least 250 g/eq to up to 500 g/eq.
A covering for an NFC-capable mobile device (110, 120), the covering comprising: at least one NFC-readable data storage device, the at least one NFC-readable data storage device attached to the covering and comprising persistent memory readable by an NFC-capable mobile device (110, 120), the persistent memory comprising data stored therein, the data configured to enable a processor of the NFC-capable mobile device (110, 120) to: determine, based at least partly on at least one data transfer between the NFC-capable mobile device (110, 120) and the at least one NFC-readable data storage device, an orientation of the covered NFC-capable mobile device (110, 120) within the covering, and based at least partly on the determined orientation of the covered NFC-capable mobile device (110, 120) within the covering, execute a device control command, wherein the data comprises information about to which portion of the covering the at least one NFC-readable data storage device is attached. at least one NFC-readable data storage device, the at least one NFC-readable data storage device attached to the covering and comprising persistent memory readable by an NFC-capable mobile device (110, 120), the persistent memory comprising data stored therein, the data configured to enable a processor of the NFC-capable mobile device (110, 120) to: determine, based at least partly on at least one data transfer between the NFC-capable mobile device (110, 120) and the at least one NFC-readable data storage device, an orientation of the covered NFC-capable mobile device (110, 120) within the covering, and based at least partly on the determined orientation of the covered NFC-capable mobile device (110, 120) within the covering, execute a device control command, determine, based at least partly on at least one data transfer between the NFC-capable mobile device (110, 120) and the at least one NFC-readable data storage device, an orientation of the covered NFC-capable mobile device (110, 120) within the covering, and based at least partly on the determined orientation of the covered NFC-capable mobile device (110, 120) within the covering, execute a device control command, wherein the data comprises information about to which portion of the covering the at least one NFC-readable data storage device is attached.
- A large-caliber weapon, characterised in that it is equipped with a base deflector at a base ejection opening, in the vicinity of a breech of the weapon, the deflector including a panel attached, by one of its edges, to the weapon, wherein the panel is attached to the weapon by an articulation and the deflector includes an actuator positioned on a rear face of the breech of the weapon and capable of pivoting the panel between a deflection position in which the deflector is positioned on the ejection trajectory of a base in order to deflect it, and a folded position in which the panel is placed over the breech, in a vicinity thereof.
Device for injecting fuel into the combustion chamber of an internal combustion engine, with at least one injector, the at least one injector comprising a high-pressure accumulator integrated in the injector body, comprising an injection nozzle which comprises an axially displaceably guided nozzle needle surrounded by a nozzle chamber, comprising a high-pressure bore which connects the high-pressure accumulator to the injection nozzle, and comprising a resonator bore which is connected in parallel with respect to the high-pressure bore and which is connected to the injection nozzle and which issues, via a resonator throttle, into the high-pressure accumulator, characterized in that the high-pressure bore comprises a first section, which adjoins the high-pressure accumulator, and a second section, which issues into the injection nozzle, wherein the first section has a larger throughflow cross section than the second section.
Tracking system for operating an autonomous vacuum cleaner, the tracking system comprising: a position determination device configured to detect position data (101, 101a, 101b, 101c, 101d, 101x, 101y) of the autonomous vacuum cleaner within a spatially defined area; a storage device configured to store at least one threshold value of sucked particles along the traveled path (102, 201, 301); characterized in that the storage device is further configured to store a traveled path (102, 201, 301) of the autonomous vacuum cleaner based on the determined position data (101, 101a, 101b, 101c, 101d, 101x, 101y) within the spatially defined area and wherein the tracking system is configured to adjust a sucking capacity of the autonomous vacuum cleaner depending on the at least one previously stored threshold value in case that the autonomous vacuum cleaner at least partially overlaps the traveled path (102, 201, 301). a position determination device configured to detect position data (101, 101a, 101b, 101c, 101d, 101x, 101y) of the autonomous vacuum cleaner within a spatially defined area; a storage device configured to store at least one threshold value of sucked particles along the traveled path (102, 201, 301); characterized in that the storage device is further configured to store a traveled path (102, 201, 301) of the autonomous vacuum cleaner based on the determined position data (101, 101a, 101b, 101c, 101d, 101x, 101y) within the spatially defined area and wherein the tracking system is configured to adjust a sucking capacity of the autonomous vacuum cleaner depending on the at least one previously stored threshold value in case that the autonomous vacuum cleaner at least partially overlaps the traveled path (102, 201, 301).