mhurhangee/ep-ind-claims huggingface dataset:
An electrophotographic photosensitive member comprising: a cylindrical support; and a photosensitive layer disposed on the cylindrical support, wherein a peripheral surface of the electrophotographic photosensitive member has a plurality of flat portions having a width e that satisfies the relationship 0.1 μm ≤ e ≤ 25 μm; the sum e sum of the widths e of the flat portions per each width of 100 μm in the axial direction of the peripheral surface satisfies the relationship 5 μm ≤ e sum ≤ 75 μm; and e σ /e Av satisfies the relationship e σ /e Av ≤ 0.46, where e Av (μm) is the average value of the widths e of the flat portions, and e σ is the standard deviation thereof, the electrophotographic photosensitive member being characterized in that the peripheral surface has a plurality of groove portions having a width w that satisfies the relationship 0.1 μm ≤ w ≤ 25 μm and a depth d that satisfies the relationship 0.1 μm ≤ d ≤ 3.0 μm; and the flat portions and the groove portions are alternately formed in such a manner that each of the flat portions extends continuously without any intersecting groove portions in a circumferential direction across the entire electrophotographic photosensitive member at an angle θ (°) that satisfies the relationship 80 ≤ θ ≤ 100 with respect to the axial direction of the electrophotographic photosensitive member. a cylindrical support; and a photosensitive layer disposed on the cylindrical support, wherein a peripheral surface of the electrophotographic photosensitive member has a plurality of flat portions having a width e that satisfies the relationship 0.1 μm ≤ e ≤ 25 μm; the sum e sum of the widths e of the flat portions per each width of 100 μm in the axial direction of the peripheral surface satisfies the relationship 5 μm ≤ e sum ≤ 75 μm; and e σ /e Av satisfies the relationship e σ /e Av ≤ 0.46, where e Av (μm) is the average value of the widths e of the flat portions, and e σ is the standard deviation thereof, the electrophotographic photosensitive member being characterized in that the peripheral surface has a plurality of groove portions having a width w that satisfies the relationship 0.1 μm ≤ w ≤ 25 μm and a depth d that satisfies the relationship 0.1 μm ≤ d ≤ 3.0 μm; and the flat portions and the groove portions are alternately formed in such a manner that each of the flat portions extends continuously without any intersecting groove portions in a circumferential direction across the entire electrophotographic photosensitive member at an angle θ (°) that satisfies the relationship 80 ≤ θ ≤ 100 with respect to the axial direction of the electrophotographic photosensitive member.
A method for transmitting a wake-up packet, the method comprising: generating, by a transmitting device, a first preamble including a first length indication indicating a length of a payload for a first receiving device; generating, by the transmitting device, a wake-up packet, WUP, for a second receiving device; generating, by the transmitting device, a second preamble including a second length indication of a summation of lengths of the first preamble, the payload, and the WUP; and transmitting, by the transmitting device, the second preamble, the first preamble, the payload, and the WUP. generating, by a transmitting device, a first preamble including a first length indication indicating a length of a payload for a first receiving device; generating, by the transmitting device, a wake-up packet, WUP, for a second receiving device; generating, by the transmitting device, a second preamble including a second length indication of a summation of lengths of the first preamble, the payload, and the WUP; and transmitting, by the transmitting device, the second preamble, the first preamble, the payload, and the WUP.
A manipulation device permitting to manipulate and/or process workpieces, in particular for an assembly machine, including: - a main body, - a first guide having two guide rails provided on said main body which are aligned in parallel with each other and along which a first and a second carriage (26, 31) may be displaced, - a first motor which drives the first carriage and a second motor which drives the second carriage, each of said first and second motors (41, 44) being separately activatable, - a third carriage which is guided by a second guide on the first and second carriages (26, 31), said second guide having two guide rails held on said first and second carriages (26, 31) by means of at least one guide element, respectively, and the two guide rails of said second guide being oriented in a V-shaped manner with respect to each other, with the first guide being vertically oriented when the manipulation device is in a position of use and the second guide being movable in a vertical plane of the first guide, said third carriage having a support element arranged thereon which, on its free end, has an interface for accommodating a processing tool or a handling apparatus, characterised in that - the motors (41, 44) are fixedly arranged on the main body between the two guide rails of the first guide, - at a bottom of the main body, a mounting plate is provided which may be fastened to a base frame of the assembly machine. - a main body, - a first guide having two guide rails provided on said main body which are aligned in parallel with each other and along which a first and a second carriage (26, 31) may be displaced, - a first motor which drives the first carriage and a second motor which drives the second carriage, each of said first and second motors (41, 44) being separately activatable, - a third carriage which is guided by a second guide on the first and second carriages (26, 31), said second guide having two guide rails held on said first and second carriages (26, 31) by means of at least one guide element, respectively, and the two guide rails of said second guide being oriented in a V-shaped manner with respect to each other, with the first guide being vertically oriented when the manipulation device is in a position of use and the second guide being movable in a vertical plane of the first guide, said third carriage having a support element arranged thereon which, on its free end, has an interface for accommodating a processing tool or a handling apparatus, - the motors (41, 44) are fixedly arranged on the main body between the two guide rails of the first guide, - at a bottom of the main body, a mounting plate is provided which may be fastened to a base frame of the assembly machine.
A secondary battery pack comprising: a battery cell having an electrode assembly of a cathode/separator/anode structure mounted in a battery case together with an electrolyte in a sealed state; an insulative mounting member having openings (201, 202), through which electrode terminals (120, 130) of the battery cell are exposed to the outside, the insulative mounting member being configured to have a structure in which a safety element is mounted to the top of the insulative mounting member, the insulative mounting member being disposed in direct contact with the top of the battery cell; and an insulative cap coupled to the top of the battery cell so that the insulative cap surrounds the insulative mounting member in a state in which the safety element is mounted to the insulative mounting member, characterised in that: the battery case is provided at the top thereof with a coupling groove, and the insulative cap is provided at the bottom thereof with a coupling protrusion formed in a shape corresponding to the coupling groove, a coupling between the insulative cap and the battery cell being achieved by the insertion of the coupling protrusion into the coupling groove. a battery cell having an electrode assembly of a cathode/separator/anode structure mounted in a battery case together with an electrolyte in a sealed state; an insulative mounting member having openings (201, 202), through which electrode terminals (120, 130) of the battery cell are exposed to the outside, the insulative mounting member being configured to have a structure in which a safety element is mounted to the top of the insulative mounting member, the insulative mounting member being disposed in direct contact with the top of the battery cell; and an insulative cap coupled to the top of the battery cell so that the insulative cap surrounds the insulative mounting member in a state in which the safety element is mounted to the insulative mounting member, characterised in that: the battery case is provided at the top thereof with a coupling groove, and the insulative cap is provided at the bottom thereof with a coupling protrusion formed in a shape corresponding to the coupling groove, a coupling between the insulative cap and the battery cell being achieved by the insertion of the coupling protrusion into the coupling groove. the battery case is provided at the top thereof with a coupling groove, and the insulative cap is provided at the bottom thereof with a coupling protrusion formed in a shape corresponding to the coupling groove, a coupling between the insulative cap and the battery cell being achieved by the insertion of the coupling protrusion into the coupling groove.
A speaker structure comprising: a housing that forms an enclosure; a first enclosure in which a first speaker is installed; a second enclosure in which a second speaker is installed; and a single bass reflex port, characterized in that: said speaker structure further comprises a partition plate; the partition plate divides the enclosure into the first enclosure and the second enclosure; the partition plate has a communication hole that is provided between the first enclosure and the second enclosure and allows the first enclosure and the second enclosure to communicate with each other; the bass reflex port is disposed over the first enclosure and the second enclosure and has a length that spans a width of the housing; and the partition plate is provided from a front face side of the enclosure in which the first speaker and the second speaker are installed to an opposite face side to the front face side which configures the wall of the bass reflex port. a housing that forms an enclosure; a first enclosure in which a first speaker is installed; a second enclosure in which a second speaker is installed; and a single bass reflex port, characterized in that: said speaker structure further comprises a partition plate; the partition plate divides the enclosure into the first enclosure and the second enclosure; the partition plate has a communication hole that is provided between the first enclosure and the second enclosure and allows the first enclosure and the second enclosure to communicate with each other; the bass reflex port is disposed over the first enclosure and the second enclosure and has a length that spans a width of the housing; and the partition plate is provided from a front face side of the enclosure in which the first speaker and the second speaker are installed to an opposite face side to the front face side which configures the wall of the bass reflex port. said speaker structure further comprises a partition plate; the partition plate divides the enclosure into the first enclosure and the second enclosure; the partition plate has a communication hole that is provided between the first enclosure and the second enclosure and allows the first enclosure and the second enclosure to communicate with each other; the bass reflex port is disposed over the first enclosure and the second enclosure and has a length that spans a width of the housing; and the partition plate is provided from a front face side of the enclosure in which the first speaker and the second speaker are installed to an opposite face side to the front face side which configures the wall of the bass reflex port.
A drop-in probe for determining phase changes by thermal analysis of a sample of a molten metal, the drop-in probe comprising: - a measurement head including a first end which is an immersion end and an opposing second end having an end face, a body of the measurement head being formed of a first body half and a second body half configured to mate with the first body half along a parting line; - a sample chamber arranged within the measurement head, the sample chamber being thermally isolated from a cooling mass of the measurement head, the sample chamber including a first thermocouple having a first hot junction enclosed within a metal wall, the metal wall having a thickness of 2.5 mm or less; and - an inlet tube having an inlet opening of a diameter D inlet, the inlet opening being spaced apart from the end face of the second end of the measurement head at a distance of at least D i n l e t 2, - wherein, when the sample chamber is filled with a sample of the molten metal, a ratio of a mass of the metal accommodated in the sample chamber to a mass of the metal wall of the sample chamber is greater than 2.6 and less than 6. - a measurement head including a first end which is an immersion end and an opposing second end having an end face, a body of the measurement head being formed of a first body half and a second body half configured to mate with the first body half along a parting line; - a sample chamber arranged within the measurement head, the sample chamber being thermally isolated from a cooling mass of the measurement head, the sample chamber including a first thermocouple having a first hot junction enclosed within a metal wall, the metal wall having a thickness of 2.5 mm or less; and - an inlet tube having an inlet opening of a diameter D inlet, the inlet opening being spaced apart from the end face of the second end of the measurement head at a distance of at least D i n l e t 2, - wherein, when the sample chamber is filled with a sample of the molten metal, a ratio of a mass of the metal accommodated in the sample chamber to a mass of the metal wall of the sample chamber is greater than 2.6 and less than 6.
An image processing device (60a, 60b) comprising: a decoding unit that decodes scaling list data to generate a first quantizing matrix of a first size; a generating unit (167a, 167b) that generates a second quantizing matrix for a transform block of a second size, different from the first size, to which zeroing of a high-frequency component is applied, by referring to only a partial matrix of the first quantizing matrix generated by the decoding unit; and an inverse quantizing unit (63a, 63b) that inversely quantizes a quantized transform coefficient of the transform block of the second size, using the second quantizing matrix generated by the generating unit (167a, 167b, wherein a ratio of a size of the partial matrix to the first size is equal to a ratio of a size of a non-zero part to the second size. a decoding unit that decodes scaling list data to generate a first quantizing matrix of a first size; a generating unit (167a, 167b) that generates a second quantizing matrix for a transform block of a second size, different from the first size, to which zeroing of a high-frequency component is applied, by referring to only a partial matrix of the first quantizing matrix generated by the decoding unit; and an inverse quantizing unit (63a, 63b) that inversely quantizes a quantized transform coefficient of the transform block of the second size, using the second quantizing matrix generated by the generating unit (167a, 167b, wherein a ratio of a size of the partial matrix to the first size is equal to a ratio of a size of a non-zero part to the second size.
Vibrating pump, applicable in the displacement of liquids, and comprising a hydraulic system and an electromagnetic system, the hydraulic system consisting of a hydraulic head with an inlet and an outlet for the liquid, said hydraulic head is joined by screws to the electromagnetic system composed of a metal frame which integrates a rear bolt and it is situated around a coil which at its turn is located around bushings (9, 10, 11) constituting a force chamber through which a magnetic core positioned between two springs (27, 28) moves in axial direction and alternative sense and; characterized in that: said magnetic core extends in a plunger inside a compression chamber through a leak recovery chamber wherein the leak recovery chamber, which is limited by a pressure seal that limits and separates the compression chamber from the leak recovery chamber and by sealing seals (18, 19) that separate the leak recovery chamber from the force chamber, recovers any losses of water from the compression chamber and conducts it through a conduit to the inlet of the compression chamber which draws in and re-infuses the water from the leak recovery chamber to the compression chamber.
System for converting electrical energy, comprising: - a first electrical transformer able to be connected to an alternating electrical network, the first transformer comprising a first primary winding and two first secondary windings (22A, 22B), - two electrical converters (24A, 24B), each being connected to a first secondary winding (22A, 22B) respectively, characterized in that the system also comprises a second electrical transformer and an auxiliary electrical device, the second transformer comprising a second primary winding and two second secondary windings (32A, 32B), each second secondary winding (32A, 32B) being connected to a first secondary winding (22A, 22B) respectively, and the auxiliary device being connected to the second primary winding. - a first electrical transformer able to be connected to an alternating electrical network, the first transformer comprising a first primary winding and two first secondary windings (22A, 22B), - two electrical converters (24A, 24B), each being connected to a first secondary winding (22A, 22B) respectively,
A furniture fitting for movably supporting at least one furniture part on a furniture carcass, comprising: - a lever mechanism for moving the at least one furniture part, the lever mechanism including at least one lever pivotally supported about a hinge axis, and the at least one lever has at least one, in particular cylindrical, opening in which the hinge axis is arranged with a clearance, - at least one force storage member, preferably including a spring device, for applying a force to the lever mechanism, wherein the at least one hinge axis, upon a pivoting movement of the at least one lever, is movable from a first bearing location within the at least one opening to a second bearing location within the at least one opening under the influence of the at least one force storage member, characterized in that at least one spring element is provided, the at least one spring element pressurizing the hinge axis with a force (F1, F2) at least in a direction extending transversely to a notional connecting line of the two bearing locations (24a, 24b) of the at least one hinge axis within the at least one opening of the at least one lever. - a lever mechanism for moving the at least one furniture part, the lever mechanism including at least one lever pivotally supported about a hinge axis, and the at least one lever has at least one, in particular cylindrical, opening in which the hinge axis is arranged with a clearance, - at least one force storage member, preferably including a spring device, for applying a force to the lever mechanism, wherein the at least one hinge axis, upon a pivoting movement of the at least one lever, is movable from a first bearing location within the at least one opening to a second bearing location within the at least one opening under the influence of the at least one force storage member,
A battery charging device, comprising: a conversion part that converts an alternating current output from an alternating-current generator into a direct current by a switching element (Q1-Q6) and supplies the direct current to a battery; a number-of-revolutions acquisition part that acquires a number of revolutions of the alternating-current generator based on a signal responsive to the operation of the alternating-current generator; and an output control part that determines an energization phase angle that defines a timing of energization of the switching element of the conversion part for supplying a charging current from the alternating-current generator to the battery, and controls energization of the switching element (Q1-Q6) based on the energization phase angle, characterized in that the output control part has a table that defines a relationship between the charging current of the battery and the energization phase angle and a relationship between the number of revolutions of the alternating-current generator and a correction value with which the energization phase angle is corrected in response to the number of revolutions, and the output control part acquires the energization phase angle and the correction value by referring to the table for the charging current to be output and the number of revolutions acquired by the number-of-revolutions acquisition part, and corrects the energization phase angle with the correction value. a conversion part that converts an alternating current output from an alternating-current generator into a direct current by a switching element (Q1-Q6) and supplies the direct current to a battery; a number-of-revolutions acquisition part that acquires a number of revolutions of the alternating-current generator based on a signal responsive to the operation of the alternating-current generator; and an output control part that determines an energization phase angle that defines a timing of energization of the switching element of the conversion part for supplying a charging current from the alternating-current generator to the battery, and controls energization of the switching element (Q1-Q6) based on the energization phase angle, characterized in that the output control part has a table that defines a relationship between the charging current of the battery and the energization phase angle and a relationship between the number of revolutions of the alternating-current generator and a correction value with which the energization phase angle is corrected in response to the number of revolutions, and the output control part acquires the energization phase angle and the correction value by referring to the table for the charging current to be output and the number of revolutions acquired by the number-of-revolutions acquisition part, and corrects the energization phase angle with the correction value.