mhurhangee/ep-ind-claims huggingface dataset:
A method for machining a flange face of an aluminum alloy hub, characterized in that it comprises the steps of: pre-machining a hub flange; machining two times with a 120° R3 boring tool, at a forward speed of 1200-1500 r/min of the hub and a rough turning feed rate of 0.40-0.50 mm/r and with a total turning amount of 2 mm, and then reserving a machining allowance of 2.4 mm on the flange face blank; machining two times with the 120° R3 boring tool, at the forward speed of 1200-1500 r/min of the hub and the rough turning feed rate of 0.40-0.50 mm/r and with a total turning amount of 2 mm, and then reserving a machining allowance of 0.4 mm on the flange face blank; machining with a 95° R0.8 hook tool, at the forward speed of 1200-1500 r/min of the hub and a finish turning feed rate of 0.15-0.2 mm/r and with a turning amount of 0.35 mm, and then reserving a machining allowance of 0.05 mm on the flange face; and machining with the 95° R0.8 hook tool, at the forward speed of 1200-1500 r/min of the hub and a finish turning feed rate of 0.1-0.12 mm/r and with a turning amount of 0.05 mm, and then machining the remaining flange allowance, thus completing the machining.
A micro-optical bench comprising: a substrate having a multi-layer trench comprising a first trench (102.1) and a second trench (102.2), the first trench and the second trench communicating with each other, the second trench being deeper than the first trench; and a micro-lens aligned by and mounted to the substrate in the multi-layer trench the micro-lens having: two parallel lateral side faces and two diced edges, each of the two diced edges forming an angle with one of the two parallel lateral side faces that is less than 90°; a patterned notch in a bottom one of the two diced edges, the patterned notch being adhered to the first trench; and a lens center that extends parallel to an upper one of the two diced edges and extends through the micro-lens from a first one of the two parallel lateral side faces (121.1) to a second one of the two parallel lateral side faces (121.2), wherein an upper surface of the patterned notch is not parallel to the lens center. a substrate having a multi-layer trench comprising a first trench (102.1) and a second trench (102.2), the first trench and the second trench communicating with each other, the second trench being deeper than the first trench; and a micro-lens aligned by and mounted to the substrate in the multi-layer trench the micro-lens having: two parallel lateral side faces and two diced edges, each of the two diced edges forming an angle with one of the two parallel lateral side faces that is less than 90°; a patterned notch in a bottom one of the two diced edges, the patterned notch being adhered to the first trench; and a lens center that extends parallel to an upper one of the two diced edges and extends through the micro-lens from a first one of the two parallel lateral side faces (121.1) to a second one of the two parallel lateral side faces (121.2), two parallel lateral side faces and two diced edges, each of the two diced edges forming an angle with one of the two parallel lateral side faces that is less than 90°; a patterned notch in a bottom one of the two diced edges, the patterned notch being adhered to the first trench; and a lens center that extends parallel to an upper one of the two diced edges and extends through the micro-lens from a first one of the two parallel lateral side faces (121.1) to a second one of the two parallel lateral side faces (121.2), wherein an upper surface of the patterned notch is not parallel to the lens center.
An apparatus, comprising: a first optical-network node (110 i); a second optical-network node (110 j); and an optical fiber link connected, at least, to support transmission of an optical data stream between the first and second optical-network nodes, the first optical-network node including a first sensor (260 1) to make first measurements of a portion of said optical data stream at the first optical-network node, the second optical-network node including a second sensor to make second measurements of the portion of said optical data stream at the second optical-network node; and wherein the apparatus is further characterized in that the first and second optical-network nodes are configured to perform a negotiation of monitoring (402, 502) to set one or more common measurement times for the first and second measurements. a first optical-network node (110 i); a second optical-network node (110 j); and an optical fiber link connected, at least, to support transmission of an optical data stream between the first and second optical-network nodes, the first optical-network node including a first sensor (260 1) to make first measurements of a portion of said optical data stream at the first optical-network node, the second optical-network node including a second sensor to make second measurements of the portion of said optical data stream at the second optical-network node; and wherein the apparatus is further characterized in that the first and second optical-network nodes are configured to perform a negotiation of monitoring (402, 502) to set one or more common measurement times for the first and second measurements.
A method of transferring power and data between a first circuit and a second circuit, whereby the second circuit comprises a processing unit having an I/O terminal and an electric energy storage element, the electric energy storage element being configured to be charged by the first circuit via the I/O terminal and configured to power the processing unit, the method comprising: - establishing a wired communication link between an I/O terminal of the first circuit and the I/O terminal of the second circuit; - operating the I/O terminal of the second circuit as an output terminal and the I/O terminal of the first circuit as an input terminal; - transmitting data via the I/O terminal of the second circuit to the I/O terminal of the first circuit by modulating an output level of the I/O terminal of the second circuit between a high level and a low level; - determining whether the output level of the I/O terminal of the second circuit corresponds to the high level or the low level and, when the output level corresponds to the high level: - operating the I/O terminal of the first circuit as an output terminal; and - raising an output level of the I/O terminal of the first circuit to a level that is higher than the high level during at least part of a period when the output level of the I/O terminal of the second circuit corresponds to the high level, thereby charging the electric energy storage element. - establishing a wired communication link between an I/O terminal of the first circuit and the I/O terminal of the second circuit; - operating the I/O terminal of the second circuit as an output terminal and the I/O terminal of the first circuit as an input terminal; - transmitting data via the I/O terminal of the second circuit to the I/O terminal of the first circuit by modulating an output level of the I/O terminal of the second circuit between a high level and a low level; - determining whether the output level of the I/O terminal of the second circuit corresponds to the high level or the low level and, when the output level corresponds to the high level: - operating the I/O terminal of the first circuit as an output terminal; and - raising an output level of the I/O terminal of the first circuit to a level that is higher than the high level during at least part of a period when the output level of the I/O terminal of the second circuit corresponds to the high level, thereby charging the electric energy storage element. - operating the I/O terminal of the first circuit as an output terminal; and - raising an output level of the I/O terminal of the first circuit to a level that is higher than the high level during at least part of a period when the output level of the I/O terminal of the second circuit corresponds to the high level, thereby charging the electric energy storage element.
A method of making a bio-based polyethylene terephthalate product, comprising: (a) forming at least one PET component from at least one bio-based material, wherein the at least one PET component is selected from a monoethylene glycol ("MEG"), a terephthalic acid ("TA"), and combinations thereof and wherein the bio-based material is forestry waste or agricultural waste; (b) processing said bio-based PET component into a bio-based PET; (c) solid state polymerizing the bio-based PET to form a PET resin; and (d) processing the PET resin into a PET product selected from a PET preform, PET packaging, and combinations thereof. (a) forming at least one PET component from at least one bio-based material, wherein the at least one PET component is selected from a monoethylene glycol ("MEG"), a terephthalic acid ("TA"), and combinations thereof and wherein the bio-based material is forestry waste or agricultural waste; (b) processing said bio-based PET component into a bio-based PET; (c) solid state polymerizing the bio-based PET to form a PET resin; and (d) processing the PET resin into a PET product selected from a PET preform, PET packaging, and combinations thereof.
A gantry tube (15, 44) for a medical imaging system (10, 90), wherein the medical imaging system (10, 90) is a magnetic resonance/positron emission tomography (MR/PET) imaging system, comprising: a first tube located within a second tube, wherein the first tube is oriented about a longitudinal axis of the system; and a plurality of wall elements that extend between the first and second tubes (46, 48), to form a plurality of channels that extend in an axial direction substantially parallel to the longitudinal axis wherein each channel is configured to hold a PET detector (26, 74) of the system and wherein the PET detector (26, 74) is configured to be inserted into or removed from an associated channel in the axial direction, characterized in that, the gantry tube (15, 44) is fabricated by joining a plurality of segments that each include sections of the first and second tubes (46, 48), wall elements and a second plurality of channels. a first tube located within a second tube, wherein the first tube is oriented about a longitudinal axis of the system; and a plurality of wall elements that extend between the first and second tubes (46, 48), to form a plurality of channels that extend in an axial direction substantially parallel to the longitudinal axis wherein each channel is configured to hold a PET detector (26, 74) of the system and wherein the PET detector (26, 74) is configured to be inserted into or removed from an associated channel in the axial direction, characterized in that, the gantry tube (15, 44) is fabricated by joining a plurality of segments that each include sections of the first and second tubes (46, 48), wall elements and a second plurality of channels.
A pressure sensing device, comprising: a first elongated hollow member comprising a first opening located at a first end of the first elongated hollow member, a second opening located at a second end opposite to the first end of the elongate hollow member; a third opening located at between the first and the second end of the hollow member, and a second elongated hollow member, the second elongate hollow member being connected to the first elongated hollow member via the third opening, wherein the first opening being configured to connect the inside of the second elongated member to the inside of a third hollow member, one of the free end of the second elongated member or third opening being configured to open out to external atmospheric pressure (p atm) through an aperture having a diameter (D orifice) of maximum 1.2 mm; and a pressure sensing element (P Sensor) being connected to the other one of the free end of the second elongated member or the third opening, characterised in that the aperture is formed by an orifice plate. a first elongated hollow member comprising a first opening located at a first end of the first elongated hollow member, a second opening located at a second end opposite to the first end of the elongate hollow member; a third opening located at between the first and the second end of the hollow member, and a second elongated hollow member, the second elongate hollow member being connected to the first elongated hollow member via the third opening, wherein the first opening being configured to connect the inside of the second elongated member to the inside of a third hollow member, one of the free end of the second elongated member or third opening being configured to open out to external atmospheric pressure (p atm) through an aperture having a diameter (D orifice) of maximum 1.2 mm; and a pressure sensing element (P Sensor) being connected to the other one of the free end of the second elongated member or the third opening, characterised in that the aperture is formed by an orifice plate.
Machine tool for machining workpieces which comprises: a supporting surface to allow, in use, placing at least one workpiece, a plurality of openings being formed in said supporting surface; a first chamber connectable with means for generating a depression; a second chamber which is unconnected with said first chamber and which is connectable with means for generating a depression; and a plurality of locking devices each connected with said first chamber, said second chamber and a respective opening of said openings of said supporting surface; each locking device comprising a movable element which is selectively movable at least to a first position, where said respective opening is in fluid communication with said first chamber but not with said second chamber, and a second position, where said respective opening is in fluid communication with said second chamber but not with said first chamber, such that when placing said at least one workpiece on said supporting surface in correspondence with a determined number of openings of said plurality of openings, said at least one workpiece is lockable on said supporting surface by an attraction force which is exerted by a depression which is in said first chamber and generated by said means for generating a depression, and/or by a depression which is in said second chamber and generated by said means for generating a depression. a supporting surface to allow, in use, placing at least one workpiece, a plurality of openings being formed in said supporting surface; a first chamber connectable with means for generating a depression; a second chamber which is unconnected with said first chamber and which is connectable with means for generating a depression; and a plurality of locking devices each connected with said first chamber, said second chamber and a respective opening of said openings of said supporting surface; each locking device comprising a movable element which is selectively movable at least to a first position, where said respective opening is in fluid communication with said first chamber but not with said second chamber, and a second position, where said respective opening is in fluid communication with said second chamber but not with said first chamber, such that when placing said at least one workpiece on said supporting surface in correspondence with a determined number of openings of said plurality of openings, said at least one workpiece is lockable on said supporting surface by an attraction force which is exerted by a depression which is in said first chamber and generated by said means for generating a depression, and/or by a depression which is in said second chamber and generated by said means for generating a depression.
A solar energy collector system comprising: (a) a fixed array of reflectors extending in parallel rows, (b) a common focal receiver located above the fixed array and extending parallel to the rows of reflectors and upon which incident solar radiation from all of the reflectors is reflected, the receiver including a heat absorbing medium adapted to absorb heat from the reflected radiation, (c) an elevated support structure having a substantially planar surface upon which the fixed array of reflectors is mounted, and the receiver mounted on the elevated support structure, wherein each row of reflectors is oriented at a respective fixed angle relative to the support structure, and (d) upright elevation means to which the support structure is pivotally mounted to allow controlled rotation of the fixed array and receiver simultaneously about a pivotal axis extending parallel to the rows of reflectors so as to track the movement of the sun, characterized in that the reflectors are curvilinear reflectors. (a) a fixed array of reflectors extending in parallel rows, (b) a common focal receiver located above the fixed array and extending parallel to the rows of reflectors and upon which incident solar radiation from all of the reflectors is reflected, the receiver including a heat absorbing medium adapted to absorb heat from the reflected radiation, (c) an elevated support structure having a substantially planar surface upon which the fixed array of reflectors is mounted, and the receiver mounted on the elevated support structure, wherein each row of reflectors is oriented at a respective fixed angle relative to the support structure, and (d) upright elevation means to which the support structure is pivotally mounted to allow controlled rotation of the fixed array and receiver simultaneously about a pivotal axis extending parallel to the rows of reflectors so as to track the movement of the sun, characterized in that the reflectors are curvilinear reflectors.
An anhydrous cosmetic or dermatological preparation, comprising: a) silver sulfate in a total quantity from 1.4 to 145 ppm, based on the weight of the propellant-free composition according to the invention; b) one or more thickeners, selected from the group of phyllosilicates and/or talc; c) one or more active antiperspirant ingredients; and d) perfume. a) silver sulfate in a total quantity from 1.4 to 145 ppm, based on the weight of the propellant-free composition according to the invention; b) one or more thickeners, selected from the group of phyllosilicates and/or talc; c) one or more active antiperspirant ingredients; and d) perfume.
A tapping screw (1, 1a, lb, 1c, 1d), comprising: a shaft part (3, 3e); and a normal thread formed on an outer circumferential surface of the shaft part (3, 3e), wherein a clearance groove is formed by cutting out a portion of a ridge of the normal thread, and an engaging protrusion (30, 30a, 30b, 3lb, 30c) is provided on a bottom of the clearance groove along a portion or an entirety of an edge of the bottom that continuously extends from a flank surface of the normal thread, characterized in that the normal thread has an asymmetric shape, and the engaging protrusion (30, 30a, 30b, 3lb, 30c) is provided on an edge of the bottom of the clearance groove that continuously extends from a flank surface (11, 12) having a smaller flank angle.
A console for a vehicle interior comprising: - a housing formed with a tab; and - a cover pivotally coupled to the housing for movement between a closed position and an open position for access, wherein the tab is configured to function as a spring to exert a first force against the cover in the closed position, characterized in that the tab is integrally formed with the housing. - a housing formed with a tab; and - a cover pivotally coupled to the housing for movement between a closed position and an open position for access,
A vehicle interface, comprising: a sensor configured to monitor a driver and to output a signal indicative of driver distraction; characterized by a controller configured to determine whether the driver is distracted based on the signal and to selectively reduce content presented by the vehicle interface from a first level of content to a second level of content, less than the first level of content, while the driver is distracted, wherein the second level of content includes at least one element of content. a sensor configured to monitor a driver and to output a signal indicative of driver distraction; characterized by a controller configured to determine whether the driver is distracted based on the signal and to selectively reduce content presented by the vehicle interface from a first level of content to a second level of content, less than the first level of content, while the driver is distracted, wherein the second level of content includes at least one element of content.
A surface-treated steel sheet for battery containers, comprising a Ni-Co-Fe-based diffusion alloy plating layer on at least one surface of a base steel sheet, wherein: the diffusion alloy plating layer is consisted of a Ni-Fe alloy layer and a Ni-Co-Fe alloy layer, which are arranged sequentially from the base steel sheet side; the diffusion alloy plating layer has a Ni coating weight within a range of 3.0 g/m 2 or more and less than 8.74 g/m 2 and a Co coating weight within a range of 0.26 g/m 2 or more and 1.6 g/m 2 or less, with a total of the Ni coating weight and the Co coating weight being less than 9.0 g/m 2; when a surface of the diffusion alloy plating layer is analyzed by an X-ray photoelectron spectroscopy, Co: 19.5 to 60%, Fe: 0.5 to 30%, and Co + Fe: 20 to 70% in atom% are satisfied; and a thickness of the Ni-Fe alloy layer is within a range of 0.3 to 1.3 μm. the diffusion alloy plating layer is consisted of a Ni-Fe alloy layer and a Ni-Co-Fe alloy layer, which are arranged sequentially from the base steel sheet side; the diffusion alloy plating layer has a Ni coating weight within a range of 3.0 g/m 2 or more and less than 8.74 g/m 2 and a Co coating weight within a range of 0.26 g/m 2 or more and 1.6 g/m 2 or less, with a total of the Ni coating weight and the Co coating weight being less than 9.0 g/m 2; when a surface of the diffusion alloy plating layer is analyzed by an X-ray photoelectron spectroscopy, Co: 19.5 to 60%, Fe: 0.5 to 30%, and Co + Fe: 20 to 70% in atom% are satisfied; and a thickness of the Ni-Fe alloy layer is within a range of 0.3 to 1.3 μm.
A low-invasive percutaneous interspinous spacer, designed for insertion into the interspinous space to change the distance between two adjacent spinous processes (S1, S2) to a predetermined maximum value, the spacer comprising spacing means adapted for insertion into the interspinous space and having an adjustable transverse dimension (dmax), wherein said spacing means include a substantially cylindrical central guide member, which is adapted for insertion into the interspinous space, and a plurality of substantially tubular expander elements, having differentiated and progressively increasing outer diameters (φ e4,7), said expander elements being adapted to be selectively and slideably fitted onto said guide member for progressively increasing the transverse dimension (d max) of said spacing means to the predetermined maximum interspinous distance value, each of said expander elements having an inner surface (4'-7') that is substantially cylindrical and an outer surface (4"-7"); characterized in that the substantially cylindrical inner surface (4'-7') of each of said expander elements has an inner diameter (φ i4,7) that is substantially constant, the outer surface (4"-7") of each of said expander elements being at least partially frustoconical to allow mutual sliding of the expander elements while affording stable fit thereof in situ.