mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a fiber-reinforced resin molded article comprising: a step of overlaying a sheet molding compound, an article constituting a barrier layer, and a prepreg to be laminated in this order; wherein the article has a structure with a plurality of fibers crossing one another and is not impregnated with a composition containing a resin, and wherein the prepreg is either a UD prepreg or a cloth prepreg respectively impregnated with a composition containing thermosetting resin, and a step of carrying out molding by melting a resin of the sheet molding compound; wherein the barrier layer is a layer formed by the molding and interposed between a layer composed of a cured product of the sheet molding compound and a layer composed of a cured product of the prepreg, and wherein a resin derived from the prepreg is present on a surface layer part of the barrier layer being in contact with the layer composed of a cured product of the prepreg, and also near the surface layer part in thickness direction, wherein near the surface layer part in thickness direction means a range from the surface layer part to almost half of the thickness of the barrier layer. a step of overlaying a sheet molding compound, an article constituting a barrier layer, and a prepreg to be laminated in this order; wherein the article has a structure with a plurality of fibers crossing one another and is not impregnated with a composition containing a resin, and wherein the prepreg is either a UD prepreg or a cloth prepreg respectively impregnated with a composition containing thermosetting resin, and wherein the article has a structure with a plurality of fibers crossing one another and is not impregnated with a composition containing a resin, and wherein the prepreg is either a UD prepreg or a cloth prepreg respectively impregnated with a composition containing thermosetting resin, a step of carrying out molding by melting a resin of the sheet molding compound; wherein the barrier layer is a layer formed by the molding and interposed between a layer composed of a cured product of the sheet molding compound and a layer composed of a cured product of the prepreg, and wherein a resin derived from the prepreg is present on a surface layer part of the barrier layer being in contact with the layer composed of a cured product of the prepreg, and also near the surface layer part in thickness direction, wherein near the surface layer part in thickness direction means a range from the surface layer part to almost half of the thickness of the barrier layer. wherein the barrier layer is a layer formed by the molding and interposed between a layer composed of a cured product of the sheet molding compound and a layer composed of a cured product of the prepreg, and wherein a resin derived from the prepreg is present on a surface layer part of the barrier layer being in contact with the layer composed of a cured product of the prepreg, and also near the surface layer part in thickness direction, wherein near the surface layer part in thickness direction means a range from the surface layer part to almost half of the thickness of the barrier layer.
A system for smelting tin-containing materials, comprising a pretreatment mechanism, a screening mechanism, a feeding mechanism, a smelting mechanism, a slag treatment mechanism and a tail gas treatment mechanism; the screening mechanism comprises a screening machine, a fine material bin and a coarse material bin; the upstream of the screening machine is connected with the downstream of the pretreatment mechanism, the upper-screen material outlet of the screening machine is connected with the coarse material bin, the under-screen material outlet of the screening machine is connected with the fine material bin, and the coarse material bin and the fine material bin are respectively connected with the smelting mechanism through the feeding mechanism; the feed mechanism comprises a feeding device, a batching bin, a first front bin, a second front bin, a spray gun and a pulverized coal bin; the coarse material bin is communicated with the batching bin through the feeding device, and the batching bin is communicated with the smelting mechanism through the feeding device; the upstream of the first front bin is communicated with the fine material bin, and the downstream is communicated with the smelting mechanism through the spray gun; the upstream of the second front bin is respectively communicated with the slag treatment mechanism and the tail gas treatment mechanism, and the downstream is communicated with the smelting mechanism through the spray gun; wherein the pulverized coal bin communicated with the smelting mechanism through the spray gun. the screening mechanism comprises a screening machine, a fine material bin and a coarse material bin; the upstream of the screening machine is connected with the downstream of the pretreatment mechanism, the upper-screen material outlet of the screening machine is connected with the coarse material bin, the under-screen material outlet of the screening machine is connected with the fine material bin, and the coarse material bin and the fine material bin are respectively connected with the smelting mechanism through the feeding mechanism; the feed mechanism comprises a feeding device, a batching bin, a first front bin, a second front bin, a spray gun and a pulverized coal bin; the coarse material bin is communicated with the batching bin through the feeding device, and the batching bin is communicated with the smelting mechanism through the feeding device; the upstream of the first front bin is communicated with the fine material bin, and the downstream is communicated with the smelting mechanism through the spray gun; the upstream of the second front bin is respectively communicated with the slag treatment mechanism and the tail gas treatment mechanism, and the downstream is communicated with the smelting mechanism through the spray gun; wherein the pulverized coal bin communicated with the smelting mechanism through the spray gun.
A prosthetic heart valve comprising: an annular supporting structure including an annular stent portion (200; 1200; 2200, 4200; 5200; 6200; 7200; 8200), and a ring portion (100; 1100; 2100; 4100; 5100; 6100; 7100; 8100; 9100; 10100) that is substantially concentric with the stent portion but that is downstream from the stent portion in the direction of blood flow when the valve is in use in a patient, the stent portion having a blood-outflow region that includes a plurality of annularly spaced free-end commissure tips (236; 1236; 2236) at which the stent portion is closest to the ring portion, the ring portion being connected to the stent portion substantially solely by flexible strut structures (280; 1280; 2280; 4280) that extend from the stent portion to the ring portion adjacent to the commissure tips, each of the strut structures starting from a respective point or points on the stent structure that are farther from the ring portion than the commissure tips; and a plurality of valve leaflets supported by the stent portion, the ring portion being downstream from the stent portion sufficiently far that the leaflets cannot contact the ring portion; charaterised in that the ring portion is more resistant to annular compression than the stent portion. an annular supporting structure including an annular stent portion (200; 1200; 2200, 4200; 5200; 6200; 7200; 8200), and a ring portion (100; 1100; 2100; 4100; 5100; 6100; 7100; 8100; 9100; 10100) that is substantially concentric with the stent portion but that is downstream from the stent portion in the direction of blood flow when the valve is in use in a patient, the stent portion having a blood-outflow region that includes a plurality of annularly spaced free-end commissure tips (236; 1236; 2236) at which the stent portion is closest to the ring portion, the ring portion being connected to the stent portion substantially solely by flexible strut structures (280; 1280; 2280; 4280) that extend from the stent portion to the ring portion adjacent to the commissure tips, each of the strut structures starting from a respective point or points on the stent structure that are farther from the ring portion than the commissure tips; and a plurality of valve leaflets supported by the stent portion, the ring portion being downstream from the stent portion sufficiently far that the leaflets cannot contact the ring portion; charaterised in that the ring portion is more resistant to annular compression than the stent portion.
Transmission path comprising at least two lead segments (20, 21, 22; T1, T2, T3, T4) which are coupled by at least one inductive coupling or transformer element (31; L k) characterized in that the inductive coupling or transformer element (31; L k) is provided in the form of a distributed circuit element which electrically extends over at least a part of adjacent lead segments (20, 21, 22; T1, T2; T3, T4) in the form of overlapping closed or short-circuited ends of each two wires of the adjacent lead segments (20, 21; T1, T2; T3, T4).
A wearable device (100, 600, 900), comprising: a) a distal member (103, 624, 934) wearable by an individual distal to a skeletal joint of the individual; b) a proximal member (104, 626, 937) wearable by the individual proximal to the joint, wherein one or other of the distal member (103, 624, 934) and the proximal member (104, 626, 937) includes a crossing member (130, 632, 936); and c) a link between the distal member (103, 624, 934) and the proximal member (104, 626, 937), wherein the link extends from the crossing member (130, 632, 936)of the distal member (103, 624, 934) or the proximal member (104, 626, 937), to the other of the distal member (103, 624, 934) or the proximal member (104, 626, 937), and characterised in that actuation of the link will be translated to a force at the said other of the distal or proximal member that is normal to a longitudinal axis of the said other of the distal or proximal member. a) a distal member (103, 624, 934) wearable by an individual distal to a skeletal joint of the individual; b) a proximal member (104, 626, 937) wearable by the individual proximal to the joint, wherein one or other of the distal member (103, 624, 934) and the proximal member (104, 626, 937) includes a crossing member (130, 632, 936); and c) a link between the distal member (103, 624, 934) and the proximal member (104, 626, 937), wherein the link extends from the crossing member (130, 632, 936)of the distal member (103, 624, 934) or the proximal member (104, 626, 937), to the other of the distal member (103, 624, 934) or the proximal member (104, 626, 937), and characterised in that actuation of the link will be translated to a force at the said other of the distal or proximal member that is normal to a longitudinal axis of the said other of the distal or proximal member.
An N-methyl d-aspartate receptor (NMDAR) antagonist that is ketamine for use in treating a condition associated with thalamocortical dysrhythmia in a patient undergoing transcranial low voltage electrical stimulation (TLVES) therapy or transcranial magnetic stimulation therapy, wherein the TLVES or the TMS is applied during an administration of ketamine.
An electric vacuum cleaner comprising: a main body case including an electric blower, and a dust collecting portion communicating with a suction side of the electric blower; a driving wheel allowing the main body case to travel on a surface to be cleaned; and a cleaning portion including a main body portion with a bottom surface portion facing the surface to be cleaned, being capable of moving up and down, a suction port provided on the bottom surface portion being configured to communicate with the dust collecting portion, and a gap retaining member configured to protrude downward from the bottom surface portion to contact the surface to be cleaned, thereby causing the main body portion to move up and down in such a way as to trace the surface to be cleaned, wherein the gap retaining member is arranged at a front position of the suction port in the main body portion, characterized in that the main body portion is located in a lower portion inside of a profile of the main body case and is journaled at a rear position of the suction port so as to be capable of moving up and down with respect to the main body case. a main body case including an electric blower, and a dust collecting portion communicating with a suction side of the electric blower; a driving wheel allowing the main body case to travel on a surface to be cleaned; and a cleaning portion including a main body portion with a bottom surface portion facing the surface to be cleaned, being capable of moving up and down, a suction port provided on the bottom surface portion being configured to communicate with the dust collecting portion, and a gap retaining member configured to protrude downward from the bottom surface portion to contact the surface to be cleaned, thereby causing the main body portion to move up and down in such a way as to trace the surface to be cleaned, wherein the gap retaining member is arranged at a front position of the suction port in the main body portion, characterized in that the main body portion is located in a lower portion inside of a profile of the main body case and is journaled at a rear position of the suction port so as to be capable of moving up and down with respect to the main body case.
Electric system with circuitry including a first branch to supply electric current to a load, the first branch including a diode connected in series with the load; characterised by a second branch to supply electric current to an integrated circuit, the second branch including a diode connected in series with the integrated circuit, wherein the integrated circuit is configured to control operation of the load. a first branch to supply electric current to a load, the first branch including a diode connected in series with the load; characterised by a second branch to supply electric current to an integrated circuit, the second branch including a diode connected in series with the integrated circuit, wherein the integrated circuit is configured to control operation of the load.
A method for detecting malicious code in an address space of a process comprising: detecting a launching of a trusted process from a trusted executable file executing on a computer system, wherein the trusted executable file is a component of an application listed in a database of trusted applications; detecting access to a suspicious address within a suspicious memory area in an address space of the trusted process, wherein the suspicious memory area is a memory area that contains executable code that should not be in the memory area and lies outside the boundaries of a trusted executable image representing the trusted executable file and is an executable memory area; analyzing one or more memory areas within a vicinity of the suspicious address space in the computer system to determine whether another executable image representing another executable file is located in the one or more memory areas; analyzing the another executable image to determine whether the another executable image contains malicious code found in an antivirus record of a malicious code signature database; concluding malicious code is contained in the address space of the trusted process when the another executable image contains malicious code; and performing one of removing, halting or quarantining the malicious code from the address space of the trusted process. detecting a launching of a trusted process from a trusted executable file executing on a computer system, wherein the trusted executable file is a component of an application listed in a database of trusted applications; detecting access to a suspicious address within a suspicious memory area in an address space of the trusted process, wherein the suspicious memory area is a memory area that contains executable code that should not be in the memory area and lies outside the boundaries of a trusted executable image representing the trusted executable file and is an executable memory area; analyzing one or more memory areas within a vicinity of the suspicious address space in the computer system to determine whether another executable image representing another executable file is located in the one or more memory areas; analyzing the another executable image to determine whether the another executable image contains malicious code found in an antivirus record of a malicious code signature database; concluding malicious code is contained in the address space of the trusted process when the another executable image contains malicious code; and performing one of removing, halting or quarantining the malicious code from the address space of the trusted process.
A display panel (100A, 100B, 300A, 300B, 400, 500, 600A, 600B, 700A, 700B, 800, 900) having a first region and a second region surrounded by the first region, the display panel (100A, 100B, 300A, 300B, 400, 500, 600A, 600B, 700A, 700B, 800, 900) comprising: a top substrate (120, 520); a bottom substrate assembled with the top substrate (120, 520); a display medium layer disposed between the top substrate (120, 520) and the bottom substrate; a patterned light shielding layer (110, 410, 510, 610A, 610B, 710A, 710B, 810) disposed on a top surface of the top substrate (120, 520) and located in the first region, wherein the patterned light shielding layer (110, 410, 510, 610A, 610B, 710A, 710B, 810) comprises a top portion (112, 412, 512, 712) and a plurality of extending portions (114, 414, 514, 614, 714A, 714B, 814) extending from the bottom of the top portion toward the top substrate (120, 520); and a plurality of embedded patterns (180, 480, 580, 980) located in the first region, wherein each of the embedded patterns (180, 480, 580, 980) is located between two of the adjacent extending portions (114, 414, 514, 614, 714A, 714B, 814) and covered by the top portion (112, 412, 512, 712). a top substrate (120, 520); a bottom substrate assembled with the top substrate (120, 520); a display medium layer disposed between the top substrate (120, 520) and the bottom substrate; a patterned light shielding layer (110, 410, 510, 610A, 610B, 710A, 710B, 810) disposed on a top surface of the top substrate (120, 520) and located in the first region, wherein the patterned light shielding layer (110, 410, 510, 610A, 610B, 710A, 710B, 810) comprises a top portion (112, 412, 512, 712) and a plurality of extending portions (114, 414, 514, 614, 714A, 714B, 814) extending from the bottom of the top portion toward the top substrate (120, 520); and a plurality of embedded patterns (180, 480, 580, 980) located in the first region, wherein each of the embedded patterns (180, 480, 580, 980) is located between two of the adjacent extending portions (114, 414, 514, 614, 714A, 714B, 814) and covered by the top portion (112, 412, 512, 712).
Mechanism for progressive braking applicable to brakes comprising friction elements secured to the vehicle, which act on frictional tracks secured to the wheels, the friction elements being actuated by means of a primary hydraulic circuit; wherein the friction elements comprise primary sectors actuated by the primary hydraulic circuit and secondary sectors actuated by, at least, one secondary hydraulic circuit; said friction elements are mounted on the vehicle through attachment means partially moveable in the direction of rotation of the frictional tracks; and the partially moveable attachment means are associated with, at least, one hydraulic actuator which regulates the pressure in the secondary hydraulic circuit, in order to regulate the braking pressure of the secondary sectors according to the movement of the friction elements, characterized in that the partially moveable attachment means comprise rails through which slide carriages equipped with derailment retainers travel.
An information processing unit comprising: a case (1, 2); an operation part that is capable of various input operations; a display part that displays an image based on an input by the operation part; a biometric authentication part that is capable of reading characteristics of a human body; and a grip part comprising a handle supporting part (41, 42) and handle that can be gripped by a user with a hand, wherein the case (1, 2) comprises a first case on which the operation part is disposed and a second case on which the display part is disposed; the first case and the second case are pivoted to open and close by rotation about a shaft; characterized in that: the handle supporting part (41, 42) is fixed to the side face at the front of the first case, opposite to the back side of the first case connected to the second case through shaft; wherein the case (1, 2) and the supporting part (41, 42) on which the biometric authentication part is disposed, are separate members detachable from each other, and the grip part comprising the handle and the supporting part (41, 42) with the biometric authentication part, protrudes from the case (1, 2) when the first case and the second case are in a closed position. a case (1, 2); an operation part that is capable of various input operations; a display part that displays an image based on an input by the operation part; a biometric authentication part that is capable of reading characteristics of a human body; and a grip part comprising a handle supporting part (41, 42) and handle that can be gripped by a user with a hand, wherein the case (1, 2) comprises a first case on which the operation part is disposed and a second case on which the display part is disposed; the first case and the second case are pivoted to open and close by rotation about a shaft; characterized in that: the handle supporting part (41, 42) is fixed to the side face at the front of the first case, opposite to the back side of the first case connected to the second case through shaft; wherein the case (1, 2) and the supporting part (41, 42) on which the biometric authentication part is disposed, are separate members detachable from each other, and the grip part comprising the handle and the supporting part (41, 42) with the biometric authentication part, protrudes from the case (1, 2) when the first case and the second case are in a closed position. the handle supporting part (41, 42) is fixed to the side face at the front of the first case, opposite to the back side of the first case connected to the second case through shaft; wherein the case (1, 2) and the supporting part (41, 42) on which the biometric authentication part is disposed, are separate members detachable from each other, and the grip part comprising the handle and the supporting part (41, 42) with the biometric authentication part, protrudes from the case (1, 2) when the first case and the second case are in a closed position.
Method for separating and recovering silicon debris from sawing waste, comprising the following steps: - treating the sawing waste so as to deoxidize the silicon debris in a manner that reduces their surface energy, said deoxidation being achieved by a chemical reaction with a reactive agent, - applying to the sawing waste thus treated a flotation method using a flotation liquid and a nonoxidizing flotation gas, and - recovering the silicon debris at the surface of the flotation liquid, characterized in that the reactive agent is a fluoride. - treating the sawing waste so as to deoxidize the silicon debris in a manner that reduces their surface energy, said deoxidation being achieved by a chemical reaction with a reactive agent, - applying to the sawing waste thus treated a flotation method using a flotation liquid and a nonoxidizing flotation gas, and - recovering the silicon debris at the surface of the flotation liquid, characterized in that the reactive agent is a fluoride.