mhurhangee/ep-ind-claims huggingface dataset:
Receiver circuit for processing of electrical signals, and comprising: - an antenna, - at least one amplifier coupled to the output of the antenna, - an automatic gain control circuit coupled to the at least one amplifier to modify a gain thereof, the automatic gain control circuit including a comparator, a peak detector and a threshold value generator, wherein the peak detector and the threshold value generator are coupled to inverting and non-inverting inputs of the comparator, respectively, and - at least one voltage offset-compensating circuit embedded in the automatic gain control circuit and including a clock generator, which is coupled with the peak detector as well as with the threshold value generator, and first and second capacitors (42, 44) provided, respectively, between the peak detector and an input of the comparator and between the output of the threshold value generator and another input of the comparator, to effectively compensate an offset voltage, and wherein at least one of first and second capacitors (42, 44) is operable to accumulate an offset voltage of the peak detector and/or of the threshold value generator when the peak detector and/or the threshold value generator are driven in reset mode by a lower clock signal of the clock generator. - an antenna, - at least one amplifier coupled to the output of the antenna, - an automatic gain control circuit coupled to the at least one amplifier to modify a gain thereof, the automatic gain control circuit including a comparator, a peak detector and a threshold value generator, wherein the peak detector and the threshold value generator are coupled to inverting and non-inverting inputs of the comparator, respectively, and - at least one voltage offset-compensating circuit embedded in the automatic gain control circuit and including a clock generator, which is coupled with the peak detector as well as with the threshold value generator, and first and second capacitors (42, 44) provided, respectively, between the peak detector and an input of the comparator and between the output of the threshold value generator and another input of the comparator, to effectively compensate an offset voltage, and
A steering device comprising: a steered shaft that moves in an axial direction on the basis of rotation of a steering shaft to steer steered wheels; a motor that applies an assist force to the steered shaft via a speed reducer; and a housing that covers a periphery of the speed reducer, wherein a drain valve is provided at a bottom wall portion of the housing under the speed reducer in a vertical direction, and the drain valve comprises: a first case that opens into the housing and that has a bottomed cylindrical shape having a bottom portion in which at least one through hole is formed; a second case that is mounted to an outer peripheral portion of the bottom portion of the first case and that has a bottomed cylindrical shape having a bottom portion which is disposed with a gap from the bottom portion of the first case and in which a discharge hole is formed; and a valve element formed of an elastic member characterized in that said valve element closely contacts a bottom surface of the first case to block an opening portion of the through hole and that is held between the first case and the second case, while a part of said valve element is held between the first case and the second case. a steered shaft that moves in an axial direction on the basis of rotation of a steering shaft to steer steered wheels; a motor that applies an assist force to the steered shaft via a speed reducer; and a housing that covers a periphery of the speed reducer, wherein a drain valve is provided at a bottom wall portion of the housing under the speed reducer in a vertical direction, and the drain valve comprises: a first case that opens into the housing and that has a bottomed cylindrical shape having a bottom portion in which at least one through hole is formed; a second case that is mounted to an outer peripheral portion of the bottom portion of the first case and that has a bottomed cylindrical shape having a bottom portion which is disposed with a gap from the bottom portion of the first case and in which a discharge hole is formed; and a valve element formed of an elastic member characterized in that said valve element closely contacts a bottom surface of the first case to block an opening portion of the through hole and that is held between the first case and the second case, while a part of said valve element is held between the first case and the second case. a first case that opens into the housing and that has a bottomed cylindrical shape having a bottom portion in which at least one through hole is formed; a second case that is mounted to an outer peripheral portion of the bottom portion of the first case and that has a bottomed cylindrical shape having a bottom portion which is disposed with a gap from the bottom portion of the first case and in which a discharge hole is formed; and a valve element formed of an elastic member characterized in that said valve element closely contacts a bottom surface of the first case to block an opening portion of the through hole and that is held between the first case and the second case, while a part of said valve element is held between the first case and the second case.
A vacuum filtration system comprising: a) a vacuum filtration table comprising a filter support comprising at least one vacuum table tray providing a surface comprising a spacer material providing support for a filtering material and configured to allow drainage; b) the filtering material disposed on the spacer material, the filtering material comprising pores with a median pore size of no more than about 5 microns for filtering a carbonaceous composition comprising graphene oxide, wherein the filtering material is configured to retain the graphene oxide while allowing filtrate to drain; c) at least one spray bar assembly positioned to dispense at least one of the carbonaceous composition comprising the graphene oxide and a wash liquid onto the filtering material, wherein the at least one spray bar assembly is movable horizontally for dispensing the carbonaceous composition over the filtering material; and d) a vacuum source configured to apply negative pressure to the filter support to enhance filtration of the carbonaceous composition comprising the graphene oxide; wherein the at least one vacuum table tray is configured to be removable to allow transfer of the carbonaceous composition comprising the graphene oxide after filtration. a) a vacuum filtration table comprising a filter support comprising at least one vacuum table tray providing a surface comprising a spacer material providing support for a filtering material and configured to allow drainage; b) the filtering material disposed on the spacer material, the filtering material comprising pores with a median pore size of no more than about 5 microns for filtering a carbonaceous composition comprising graphene oxide, wherein the filtering material is configured to retain the graphene oxide while allowing filtrate to drain; c) at least one spray bar assembly positioned to dispense at least one of the carbonaceous composition comprising the graphene oxide and a wash liquid onto the filtering material, wherein the at least one spray bar assembly is movable horizontally for dispensing the carbonaceous composition over the filtering material; and d) a vacuum source configured to apply negative pressure to the filter support to enhance filtration of the carbonaceous composition comprising the graphene oxide; wherein the at least one vacuum table tray is configured to be removable to allow transfer of the carbonaceous composition comprising the graphene oxide after filtration.
An arrangement for controlling flow speed in a mold for continuous casting of metal, comprising: at least two first front cores with associated first magnetic coils arranged on one side of the mold; at least two second front cores with associated second magnetic coils arranged on an opposite side of the mold in substantial alignment with the first front cores; an external magnetic loop (7, 8, 9) connecting the second front cores to the first front cores, to allow a one-directional magnetic flux to pass through the mold from the first front cores to the second front cores or vice versa; and a control interface enabling independent control of two subsets of the first magnetic coils, characterized in that the front cores are provided with reconfigurable flux-shaping elements for allowing a spatially non-uniform magnetic flux to pass through the mold, wherein the reconfigurable flux-shaping elements comprise a plurality of freely positionable magnetic protrusions. at least two first front cores with associated first magnetic coils arranged on one side of the mold; at least two second front cores with associated second magnetic coils arranged on an opposite side of the mold in substantial alignment with the first front cores; an external magnetic loop (7, 8, 9) connecting the second front cores to the first front cores, to allow a one-directional magnetic flux to pass through the mold from the first front cores to the second front cores or vice versa; and a control interface enabling independent control of two subsets of the first magnetic coils, characterized in that the front cores are provided with reconfigurable flux-shaping elements for allowing a spatially non-uniform magnetic flux to pass through the mold, wherein the reconfigurable flux-shaping elements comprise a plurality of freely positionable magnetic protrusions.
A memory comprising: an array of memory cells including word lines (10, 53 -1, 82 - 87, 416) and bit lines, memory cells in the array having dielectric charge trapping structures (99, 104); control circuitry coupled to the array arranged to control read, program and erase operations; and means coupled to the array for thermally annealing the dielectric charge trapping structures (99, 104) in the memory cells in the array, characterized in that wherein the word lines have narrow region in order to concentrate current, with wide regions at opposing ends, wherein the thermally annealing is applied during a negative gate voltage erase, to improve an erase speed, and the bit line and a common source line are biased with a positive erase voltage during the thermally annealing. an array of memory cells including word lines (10, 53 -1, 82 - 87, 416) and bit lines, memory cells in the array having dielectric charge trapping structures (99, 104); control circuitry coupled to the array arranged to control read, program and erase operations; and means coupled to the array for thermally annealing the dielectric charge trapping structures (99, 104) in the memory cells in the array,
A robot control apparatus comprising: a storage unit in which teaching data is stored; a memory; and an accepting unit that accepts sensing results of a laser sensor at intervals, from a robot including a working tool and the laser sensor configured to detect a shape of a working target before an operation of the working tool, and accumulates pieces of information according to the sensing results, in the memory, a memory management unit that is configured, when judging that the memory is running short of free space, to delete one or more pieces of information stored in the memory; and a control unit that moves the working tool based on the teaching data, and corrects the movement of the working tool based on information stored in the memory, the control unit being configured to delete, from the memory, the information that has been read by the control unit for the correction, wherein the accepting unit accumulates a dispersion level indicating a level of dispersion of differences between a shape of the working target estimated based on each of the sensing results, and said sensing result, in the memory in association with the piece of information according to said sensing result, and the memory management unit deletes a piece of information according to a sensing result associated with a highest dispersion level, out of the pieces of information according to sensing results stored in the memory, and then rearranges the remaining pieces of information stored in the memory such that they are gathered into one unit. a storage unit in which teaching data is stored; a memory; and an accepting unit that accepts sensing results of a laser sensor at intervals, from a robot including a working tool and the laser sensor configured to detect a shape of a working target before an operation of the working tool, and accumulates pieces of information according to the sensing results, in the memory, a memory management unit that is configured, when judging that the memory is running short of free space, to delete one or more pieces of information stored in the memory; and a control unit that moves the working tool based on the teaching data, and corrects the movement of the working tool based on information stored in the memory, the control unit being configured to delete, from the memory, the information that has been read by the control unit for the correction, wherein the accepting unit accumulates a dispersion level indicating a level of dispersion of differences between a shape of the working target estimated based on each of the sensing results, and said sensing result, in the memory in association with the piece of information according to said sensing result, and the memory management unit deletes a piece of information according to a sensing result associated with a highest dispersion level, out of the pieces of information according to sensing results stored in the memory, and then rearranges the remaining pieces of information stored in the memory such that they are gathered into one unit.
A kit for refurbishing and expanding an electrical enclosure, the electrical enclosure comprising a pair of left and right vertical side bars (10, 11), horizontally spaced from one another and fixed or fixable to a vertical rear structure; and one or more horizontal mounting rails, mounted to the side bars (10, 11), for supporting a plurality of electrical devices; the kit comprising: - a front casing having a rectangular front wall, vertical in use, with four corners, a peripheral wall extending rearwardly from the front wall, and one or more windows vertically spaced and formed in the front wall; - at least one additional mounting rail; - at least one pair of additional, left and right support elements (20, 21), each adapted to support one of the two opposite ends of the additional mounting rail, wherein each of the support elements provides at least one seat (24, 26) for fastening the support element (20,21) to the rear support structure, characterized in that the support element (20,21) is configured to be fastened in a position substantially aligned vertically above or below a respective one of the side members (10, 11), at least one tubular projection which extends forward for engaging a corner area of the front casing and receiving an element for fastening the front casing to the additional support element (20, 21). - a front casing having a rectangular front wall, vertical in use, with four corners, a peripheral wall extending rearwardly from the front wall, and one or more windows vertically spaced and formed in the front wall; a rectangular front wall, vertical in use, with four corners, a peripheral wall extending rearwardly from the front wall, and one or more windows vertically spaced and formed in the front wall; - at least one additional mounting rail; - at least one pair of additional, left and right support elements (20, 21), each adapted to support one of the two opposite ends of the additional mounting rail, wherein each of the support elements provides at least one seat (24, 26) for fastening the support element (20,21) to the rear support structure, characterized in that the support element (20,21) is configured to be fastened in a position substantially aligned vertically above or below a respective one of the side members (10, 11), at least one tubular projection which extends forward for engaging a corner area of the front casing and receiving an element for fastening the front casing to the additional support element (20, 21).
A turbine-engine rectifier stage comprising a plurality of fixed vanes connecting an inner ferrule support to an outer ferrule support, said inner ferrule support and said outer ferrule support defining an aerodynamic vein, the plurality of fixed vanes comprising so-called structural vanes surrounding so-called non-structural or aero vanes so as to form boxes, said structural vanes being rigidly attached to inner ferrule support by means of attachment elements in order to impart increased stiffness to the boxes, the so-called rectifier stage being characterised in that the inner ferrule support and the outer ferrule support comprise respectively a plurality of platforms (20,15) assembled side by side.
A tire comprising at least one structural element including a crosslinked elastomeric material obtained by crosslinking a crosslinkable elastomeric composition comprising: (a) 100 phr of at least one elastomeric polymer; (b) from about 1 phr to about 150 phr of diatomite particles having a BET surface area, measured according to Standard ISO 5794-1:2005, higher than or equal to about 10 m 2 /g and an average maximum dimension higher than or equal to about 0.3 μm; (c) from about 5 phr to about 120 phr of at least one reinforcing filler, said tire comprising - a carcass structure of a substantially toroidal shape, having opposite lateral edges associated with respective right-hand and left-hand bead structures; - a belt structure applied in a radially external position with respect to said carcass structure; - a tread band applied in a radially external position with respect to said belt structure; - a pair of sidewalls applied laterally on opposite sides with respect to said carcass structure; wherein said structural element is at least one of said pair of sidewalls or a pair of anti-abrasive layers placed in an axially external position with respect to said bead structures. (a) 100 phr of at least one elastomeric polymer; (b) from about 1 phr to about 150 phr of diatomite particles having a BET surface area, measured according to Standard ISO 5794-1:2005, higher than or equal to about 10 m 2 /g and an average maximum dimension higher than or equal to about 0.3 μm; (c) from about 5 phr to about 120 phr of at least one reinforcing filler, - a carcass structure of a substantially toroidal shape, having opposite lateral edges associated with respective right-hand and left-hand bead structures; - a belt structure applied in a radially external position with respect to said carcass structure; - a tread band applied in a radially external position with respect to said belt structure; - a pair of sidewalls applied laterally on opposite sides with respect to said carcass structure;
An image displaying apparatus comprising: a first group of keys (71a - 71f) provided for respective items to operate the image displaying apparatus, the first group of keys (71a - 71b) being arranged on a front surface of the image displaying apparatus; and a first light source (20a, 20b) configured to illuminate the first group of keys, wherein the image displaying apparatus is configured to turn on the first light source (20a, 20b) when one of the keys (71a - 71f) of the first group is operated, without performing the operation of the operated key, and configured to turn off the first light source (20a, 20b) when one of the keys (71a - 71f) of the first group is operated in a preset period after a preceding key operation and to perform the operation of one of the keys (71a - 71f) which is operated in the preset periode. a first group of keys (71a - 71f) provided for respective items to operate the image displaying apparatus, the first group of keys (71a - 71b) being arranged on a front surface of the image displaying apparatus; and a first light source (20a, 20b) configured to illuminate the first group of keys, wherein the image displaying apparatus is configured to turn on the first light source (20a, 20b) when one of the keys (71a - 71f) of the first group is operated, without performing the operation of the operated key, and configured to turn off the first light source (20a, 20b) when one of the keys (71a - 71f) of the first group is operated in a preset period after a preceding key operation and to perform the operation of one of the keys (71a - 71f) which is operated in the preset periode.
Outlet exhaust pipe assembly system for assembling an exhaust pipe on an outlet pipe end, wherein the assembly system comprises a resilient arrangement of at least three resilient elements, which can be secured to the exhaust pipe, wherein each resilient element is bent in an undulating shape and comprises a first end having a connection end portion which is provided for connection to an inner surface of an exhaust pipe, a second end which forms a gripping portion of the distal end, having at least one cut-out at the distal end of the spring for forming at least two acute ends, and wherein the acute ends of the gripping portion are provided for gripping in an external surface of an outlet pipe, characterised in that the undulating shape of each spring comprises: a first bending zone between the connection end portion and a first downward shaft portion, wherein the first downward shaft portion comprises a second bending zone and a third bending zone, wherein the second bending zone has a bending radius of from 2.5 mm to 5.5 mm and the third bending zone has a bending radius of from 2.0 mm to 3.0 mm, a first upward shaft portion having a fourth bending zone, a second downward shaft portion having a fifth bending zone and a sixth bending zone, wherein the fifth bending radius is at least 8.0 mm and wherein the sixth bending zone has a bending radius of from 2.0 mm to 3.0 mm, and wherein the second downward shaft portion is followed by a second upward shaft portion having a seventh bending zone which connects the second downward shaft portion and the gripping portion of the distal end, wherein the seventh bending zone connects the gripping portion of the distal end to an upwardly extending resilient portion between the sixth bending zone and the seventh bending zone at an angle of from 35° to 45°, and wherein the gripping portion of the distal end is angled away at an angle of from 75° to 85° with respect to the longitudinal axis of the spring. a first bending zone between the connection end portion and a first downward shaft portion, wherein the first downward shaft portion comprises a second bending zone and a third bending zone, wherein the second bending zone has a bending radius of from 2.5 mm to 5.5 mm and the third bending zone has a bending radius of from 2.0 mm to 3.0 mm, a first upward shaft portion having a fourth bending zone, a second downward shaft portion having a fifth bending zone and a sixth bending zone, wherein the fifth bending radius is at least 8.0 mm and wherein the sixth bending zone has a bending radius of from 2.0 mm to 3.0 mm, and wherein the second downward shaft portion is followed by a second upward shaft portion having a seventh bending zone which connects the second downward shaft portion and the gripping portion of the distal end, wherein the seventh bending zone connects the gripping portion of the distal end to an upwardly extending resilient portion between the sixth bending zone and the seventh bending zone at an angle of from 35° to 45°, and wherein the gripping portion of the distal end is angled away at an angle of from 75° to 85° with respect to the longitudinal axis of the spring.