mhurhangee/ep-ind-claims huggingface dataset:
A laminate comprising a polyamide resin molded article and a thermoplastic polyurethane molded article thermally welded to each other, whereby the polyamide resin molded article is made from a thermal welding molding material comprising from 3 to 40 parts by mass of a compound represented by the following general formula based on 100 parts by mass of a polyamide resin having a (terminal amino group/terminal carboxyl group) molar ratio of 1 or more: wherein at least one of R 1 and R 2 represents an alkyl group having from 1 to 10 carbon atoms, with the remainder being a hydrogen atom or an alkyl group having from 1 to 10 carbon atoms; R 3 represents an alkyl group having from 1 to 4 carbon atoms; n represents an integer of from 0 to 5; and when n is 2 or more, each R 3 may be the same as or different from every other R 3; and whereby the thermoplastic polyurethane molded article is an ether based polyurethane molded article.
A method of capturing, with a camera, a desired image of multiple images of a subject, comprising: determining (610, 714) that a subject of an image does not have a gaze direction towards a camera with an open eye; and in response to determining that the subject of the image does not have a gaze direction towards the camera with an open eye: capturing (614; 720) a burst of images of the subject; identifying (616; 724) at least one image of the burst of images with an artificial neural network trained for blink detection and averted gaze detection, wherein the identified at least one image depicts the subject with the eye in an open state and gazing toward the camera that captures the multiple images; and storing (618; 718) the at least one image. determining (610, 714) that a subject of an image does not have a gaze direction towards a camera with an open eye; and in response to determining that the subject of the image does not have a gaze direction towards the camera with an open eye: capturing (614; 720) a burst of images of the subject; identifying (616; 724) at least one image of the burst of images with an artificial neural network trained for blink detection and averted gaze detection, wherein the identified at least one image depicts the subject with the eye in an open state and gazing toward the camera that captures the multiple images; and storing (618; 718) the at least one image. capturing (614; 720) a burst of images of the subject; identifying (616; 724) at least one image of the burst of images with an artificial neural network trained for blink detection and averted gaze detection, wherein the identified at least one image depicts the subject with the eye in an open state and gazing toward the camera that captures the multiple images; and storing (618; 718) the at least one image.
A surface modification method comprising bringing, into a flame formed by use of a combustible gas and a combustion-supporting gas, inorganic oxide powder A having an average particle size falling within a range of 0.5 to 200 μm as measured by means of laser diffraction/scattering particle size analysis and inorganic oxide powder B having a particle size calculated on the basis of its BET specific surface area (hereinafter may be referred to simply as "BET-based particle size") of 100 nm or less, to thereby modify the surfaces of particles of the powder A by means of particles of the powder B.
A grain oriented electrical steel sheet having a chemical composition comprising Si: 2.5-5.0 mass% and Mn: 0.01-0.8 mass%, and optionally one or more selected from Cr: 0.01-0.50 mass%, Cu: 0.01-0.50 mass%, P: 0.005-0.50 mass%, Ni: 0.010-1.50 mass%, Sb: 0.005-0.50 mass%, Sn: 0.005-0.50 mass%, Bi: 0.005-0.50 mass%, Mo: 0.005-0.10 mass%, B: 0.0002-0.0025 mass%, Te: 0.0005-0.010 mass%, Nb: 0.0010-0.010 mass%, V: 0.001-0.010 mass% and Ta: 0.001-0.010 mass%, and the remainder being Fe and inevitable impurities, wherein continuous or discontinuous linear grooves or linear strain regions are formed on one surface or both surfaces of the steel sheet in a direction crossing the rolling direction at an interval d in the rolling direction of 1-10 mm and a forsterite film and a tension coating are formed on the both surfaces of the steel sheet, characterized in that an area ratio S α6.5 of secondary recrystallized grains occupied in the surface of the steel sheet is not less than 90% when an absolute value of an angle α deviated from <001> ideal orientation around a direction perpendicular to a rolling face is less than 6.5° and an area ratio S β2.5 of secondary recrystallized grains occupied in the surface of the steel sheet is not less than 75% when an absolute value of an angle β deviated from <001> ideal orientation around a widthwise direction is less than 2.5°, and an average length (mm) of the secondary recrystallized grains in the rolling direction and an average value [β] of the angle β (°) satisfy the following equations and: 15.63 x β + L < 44.06 L ≤ 20
Machine for processing workpieces made of wood, glass, fiberglass, plastic, metal, ceramic comprising a base, which develops along a first horizontal axis, for resting said machine on a resting surface, said machine being characterized in that it comprises a detection system, capable of detecting the value of the inclination of said base, with respect to a horizontal plane, defined by said first horizontal axis and a second axis orthogonal to said first horizontal axis.
A stent graft assembly comprising: a graft of flexible material having the shape of a tube that is curved along a longitudinal axis of the tube when the graft is in an expanded, undeformed state; and a stent frame that supports the graft and is configured to be deformable between an expanded state and a radially collapsed state, the stent frame comprising a series of rings, each extending around the longitudinal axis of the graft in a zig-zag shape, wherein the stent graft assembly is deformable into a state in which the graft is deformed into the shape of a tube that is straight, and characterized in that the stent graft assembly further comprises linkages arranged to maintain the separation between each adjacent pair of rings in said series, the linkages being arranged on the side of the graft that is inside the curved shape when the graft is in an expanded, undeformed shape. a graft of flexible material having the shape of a tube that is curved along a longitudinal axis of the tube when the graft is in an expanded, undeformed state; and a stent frame that supports the graft and is configured to be deformable between an expanded state and a radially collapsed state, the stent frame comprising a series of rings, each extending around the longitudinal axis of the graft in a zig-zag shape, wherein the stent graft assembly is deformable into a state in which the graft is deformed into the shape of a tube that is straight, and characterized in that the stent graft assembly further comprises linkages arranged to maintain the separation between each adjacent pair of rings in said series, the linkages being arranged on the side of the graft that is inside the curved shape when the graft is in an expanded, undeformed shape.
An integrated circuit, comprising: a p-type substrate; an n-well in, and forming a junction with, the p-type substrate; a device in the n-well, wherein the device in the n-well is a p-type transistor with a p+ doped source and a p+ doped drain; a p-well in and contiguous with the p-type substrate, the p-well forming a junction with the n-well; a device in the p-well, wherein the device in the p-well is a n-type transistor with a n+ doped source and a n+ doped drain; electrical interconnections between (i) biasing circuitry and (ii) the device in the n-well and the device in the p-well; no electrical interconnections between (i) the biasing circuitry and (ii) the n-well and the p-well; and the biasing circuitry configured to provide all bias voltages required by the device in the n-well and the device in the p-well for operation, wherein during operation of the device in the n-well and the device in the p-well, the biasing circuit is configured to apply: (i) a bias voltage arrangement to the device in the n-well and to the device in the p-well, (ii) no well bias voltage to the n-well such that the n-well floats during operation of the device in the n-well, and (iii) no well bias voltage to the p-well such that the p-well floats during operation of the device in the p-well; wherein no electrical connection is shared by the n-well and the p-well such that the n-well and the p-well are operable to float separately. a p-type substrate; an n-well in, and forming a junction with, the p-type substrate; a device in the n-well, wherein the device in the n-well is a p-type transistor with a p+ doped source and a p+ doped drain; a p-well in and contiguous with the p-type substrate, the p-well forming a junction with the n-well; a device in the p-well, wherein the device in the p-well is a n-type transistor with a n+ doped source and a n+ doped drain; electrical interconnections between (i) biasing circuitry and (ii) the device in the n-well and the device in the p-well; no electrical interconnections between (i) the biasing circuitry and (ii) the n-well and the p-well; and the biasing circuitry configured to provide all bias voltages required by the device in the n-well and the device in the p-well for operation, wherein during operation of the device in the n-well and the device in the p-well, the biasing circuit is configured to apply: (i) a bias voltage arrangement to the device in the n-well and to the device in the p-well, (ii) no well bias voltage to the n-well such that the n-well floats during operation of the device in the n-well, and (iii) no well bias voltage to the p-well such that the p-well floats during operation of the device in the p-well; wherein no electrical connection is shared by the n-well and the p-well such that the n-well and the p-well are operable to float separately.
A method of communications, comprising: determining that a user equipment, UE, is able to establish a relay link with a candidate UE based on at least one of information associated with any existing access links with the UE, information associated with any existing access links within a threshold range of the UE, or any other UE uplink, UL, interference; determining that the candidate UE is able to support the relay link based on broadcast information indicating whether one or more existing device to device, D2D, links supported by a non-candidate UE within a threshold range of the UE can tolerate an additional interfering D2D link; and performing a link establishment process for the relay link with the candidate UE based on the determinations. determining that a user equipment, UE, is able to establish a relay link with a candidate UE based on at least one of information associated with any existing access links with the UE, information associated with any existing access links within a threshold range of the UE, or any other UE uplink, UL, interference; determining that the candidate UE is able to support the relay link based on broadcast information indicating whether one or more existing device to device, D2D, links supported by a non-candidate UE within a threshold range of the UE can tolerate an additional interfering D2D link; and performing a link establishment process for the relay link with the candidate UE based on the determinations.
A heat generating device comprising a first side adapted to be located proximate to the skin of a wearer and having air permeability, a second side adapted to be located distal to the skin of a wearer, and a heat generating member located between the first and second sides, wherein the second side is provided with an adhesive layer for attaching the heat generating device to a garment, and wherein the first side comprises a nonwoven fabric, characterized in that the nonwoven fabric has a first surface and a second surface and comprises a first fiber layer inclusive of the first surface and a second fiber layer inclusive of the second surface, the first and second fiber layers are partly bonded to each other, the nonwoven fabric has an uneven surface having a number of protrusions and recesses on its first fiber layer side, while the second fiber layer side has a generally flat surface topology; the first surface of the nonwoven fabric defines the first side of the heat generating device, and the heat generating member is a fibrous heat generating sheet.
A pharmaceutical composition comprising anserine in an amount of 100 mg to 600 mg per dose for use in the treatment of gout and/or to alleviate symptoms associated with a high uric acid level in blood.
A method for visualising production process information during the production of workpieces (23A,...), in particular sheet metal components, with a flat-bed machine tool, the workpieces (23A,...) being output as cut material on a pallet of the flat-bed machine tool, a sorting table, or a conveyor belt, and the cut material being in a plate-shaped arrangement according to a plate-shaped starting material, comprising the steps of: providing workpiece image data (23A',...) in a production control system, the workpiece image data (23A',...) being associated with at least one of the workpieces (23A,...) of the cut material and being configured to be displayed on a display unit (15, 16, 17), providing workpiece-specific production process information in the production control system, providing a database with depiction options in the production control system, the depiction options each being associated with a specific production feature of the production process information and being applicable to the workpiece image data (23A',...), in order to effect a depiction, specifically predefined for a production feature, of workpiece image data (23A',...) on a display unit, and displaying, on the display unit (15, 16, 17), the workpiece image data (23A',...) of the at least one of the workpieces (23A,...) of the cut material, taking into account workpiece-specific depiction options, characterised in that the production process information has been acquired in a workpiece-specific manner during the production of the workpieces (23A,...) in the flat-bed machine tool and comprises production features of the cutting processes carried out in the flat-bed machine tool during the production of the workpieces (23A,...). providing workpiece image data (23A',...) in a production control system, the workpiece image data (23A',...) being associated with at least one of the workpieces (23A,...) of the cut material and being configured to be displayed on a display unit (15, 16, 17), providing workpiece-specific production process information in the production control system, providing a database with depiction options in the production control system, the depiction options each being associated with a specific production feature of the production process information and being applicable to the workpiece image data (23A',...), in order to effect a depiction, specifically predefined for a production feature, of workpiece image data (23A',...) on a display unit, and displaying, on the display unit (15, 16, 17), the workpiece image data (23A',...) of the at least one of the workpieces (23A,...) of the cut material, taking into account workpiece-specific depiction options, characterised in that the production process information has been acquired in a workpiece-specific manner during the production of the workpieces (23A,...) in the flat-bed machine tool and comprises production features of the cutting processes carried out in the flat-bed machine tool during the production of the workpieces (23A,...).
A demister, comprising at least one demisting unit; wherein the demisting unit comprises a glow guide cylinder, a primary cyclone blade group mounted at a gas inlet of the flow guide cylinder and a liquid collection cylinder arranged outside the flow guide cylinder, wherein the liquid collection cylinder is provided with at least one flow guide cylinder, a water permeable structure is arranged on a side wall of the flow guide cylinder, and a gap is defined between an outer wall face of the flow guide cylinder and an inner wall face of the liquid collection cylinder and an interlayer chamber is formed; wherein the primary cyclone blade group comprises a plurality of blades that are annularly arranged and a supporting member for fixing the blades, adjacent blades form an oblique flow passage, and the blade comprises a section of curved plate; wherein a cross section of the curved plate is a gradually-varied arc curve whose curvature progressively increases along a gas flow direction; characterized in that the arc curve is a corrected involute, and the curve equation is: { x = k * r * cos φ + φ * sin φ y = r * sin φ − φ * cos φ k = 0.3 − 3 wherein φ is a spread angle, r is a base circle radius, and k is a correction coefficient. wherein the demisting unit comprises a glow guide cylinder, a primary cyclone blade group mounted at a gas inlet of the flow guide cylinder and a liquid collection cylinder arranged outside the flow guide cylinder, wherein the liquid collection cylinder is provided with at least one flow guide cylinder, a water permeable structure is arranged on a side wall of the flow guide cylinder, and a gap is defined between an outer wall face of the flow guide cylinder and an inner wall face of the liquid collection cylinder and an interlayer chamber is formed; wherein the primary cyclone blade group comprises a plurality of blades that are annularly arranged and a supporting member for fixing the blades, adjacent blades form an oblique flow passage, and the blade comprises a section of curved plate; wherein a cross section of the curved plate is a gradually-varied arc curve whose curvature progressively increases along a gas flow direction; characterized in that the arc curve is a corrected involute, and the curve equation is: { x = k * r * cos φ + φ * sin φ y = r * sin φ − φ * cos φ k = 0.3 − 3 wherein φ is a spread angle, r is a base circle radius, and k is a correction coefficient.
A method for providing cellularless roaming to a SIMless mobile device outside of a home location in a private cellular network, wherein the method is performed at a surrogate cellular device, the method comprising: establishing radio communication with a cellular base station associated with the home location in the private cellular network; converting the radio communication into messages utilizing an Internet protocol, the messages specifying a cellular identifier associated with a subscriber identity module installed in the surrogate cellular device; interfacing with a server via the Internet, such that the server acts as an intermediary between the surrogate cellular device and the SIMless mobile device; performing a cloud-based service using the server, wherein the cloud-based service provides routing information for cellularless roaming by determining an Internet protocol address associated with the SIMless mobile device, the SIMless mobile device having a subscriber identity module removed therefrom and installed in the surrogate cellular device; and sending the messages via the Internet to the SIMless mobile device associated with the Internet protocol address determined by performing the cloud-based service, the messages providing cellularless roaming to the SIMless mobile device outside of the home location in the private cellular network. establishing radio communication with a cellular base station associated with the home location in the private cellular network; converting the radio communication into messages utilizing an Internet protocol, the messages specifying a cellular identifier associated with a subscriber identity module installed in the surrogate cellular device; interfacing with a server via the Internet, such that the server acts as an intermediary between the surrogate cellular device and the SIMless mobile device; performing a cloud-based service using the server, wherein the cloud-based service provides routing information for cellularless roaming by determining an Internet protocol address associated with the SIMless mobile device, the SIMless mobile device having a subscriber identity module removed therefrom and installed in the surrogate cellular device; and sending the messages via the Internet to the SIMless mobile device associated with the Internet protocol address determined by performing the cloud-based service, the messages providing cellularless roaming to the SIMless mobile device outside of the home location in the private cellular network.
A compaction roller of a type that a front wheel or a rear wheel is including four tires (T1, T2, T3, T4) coaxially arranged side by side in a vehicle width direction and the four tires (T1, T2, T3, T4) are arranged in two pairs in which one pair is arranged in a right side of the compaction roller and the other pair is arranged in a left side of the compaction roller, the compaction roller comprising: a pair of traveling drive shafts (4, 4), each of which is arranged corresponding to one of the two pairs of tires and drives an outside tire (T1, T4) and its adjoining inside tire (T2, T3) of the corresponding pair of tires synchronously and transmits a vibration from a vibration device, which generates the vibration when driven by a vibration motor, to the outside and inside tires (T1, T4, T2, T3); a pair of traveling motors (5, 5), each of which is arranged corresponding to one of the pair of traveling drive shafts (4, 4) and drives the corresponding traveling drive shaft (4, 4); and a pair of first support brackets (8, 8), each of which is arranged corresponding to one of the pair of traveling drive shaft (4, 4) and is mounted through a first vibration proof device on a vehicle body and interposed between the outside and inside tires (T1, T4, T2, T3), and supports the corresponding traveling drive shaft (4, 4) through a bearing device, characterised in that the vibration device includes a pair of vibration sources (17, 17) each of which is disposed within the corresponding traveling drive shaft (4, 4). a pair of traveling drive shafts (4, 4), each of which is arranged corresponding to one of the two pairs of tires and drives an outside tire (T1, T4) and its adjoining inside tire (T2, T3) of the corresponding pair of tires synchronously and transmits a vibration from a vibration device, which generates the vibration when driven by a vibration motor, to the outside and inside tires (T1, T4, T2, T3); a pair of traveling motors (5, 5), each of which is arranged corresponding to one of the pair of traveling drive shafts (4, 4) and drives the corresponding traveling drive shaft (4, 4); and a pair of first support brackets (8, 8), each of which is arranged corresponding to one of the pair of traveling drive shaft (4, 4) and is mounted through a first vibration proof device on a vehicle body and interposed between the outside and inside tires (T1, T4, T2, T3), and supports the corresponding traveling drive shaft (4, 4) through a bearing device, characterised in that the vibration device includes a pair of vibration sources (17, 17) each of which is disposed within the corresponding traveling drive shaft (4, 4).