WO/2016/167399 METHOD FOR MANUFACTURING STENT||WO||20.10.2016|
||PCT/KR2015/004716||M.I.TECH CO.,LTD.||HAN, Jong Hyeon|
The present invention relates to a method for manufacturing a stent and, more particularly, to a method for manufacturing a stent, in which a jig, having a detachable protrusion pin installed at all transition points at which circumference-dividing lines and length-dividing lines cross one another, is used, the circumference-dividing lines and the length-dividing lines being set by equally dividing the circumference (W) and length (L) of a cylinder having the same diameter (R) and length (L) as the stent to be manufactured, and in which cells are formed by intersecting of wires while bending and moving the wires in upward and downward directions such that the wires start from any one reference transition point serving as a starting point and pass through the protrusion pin located in the diagonal direction, wherein a first stent, which is woven such that intersections formed by intersecting of the wires are arranged one by one on each of the length-dividing lines so as to be spaced apart from each other in the diagonal direction, and a second stent, which is woven for the structural stability and warpage prevention of the first stent, may be provided as a single stent.
WO/2016/167405 OPTICAL FILM, DISPLAY DEVICE INCLUDING SAME, AND METHOD FOR MANUFACTURING OPTICAL FILM||WO||20.10.2016|
||PCT/KR2015/005367||SAMSUNG SDI CO., LTD.||PARK, Ki Ho|
An optical film, a display device including the same, and a method for manufacturing the optical film are provided. The optical film comprises: a polarizer; and a protective film formed on at least one surface of the polarizer and including a cellulose-based resin, wherein an Nz value of the protective film can be in the range of -0.5 to 1.5.
WO/2016/167393 NOVEL HIGH-QUALITY SQUID ROLL LAVER HAVING IMPROVED STORABILITY AND METHOD FOR MANUFACTURING SAME||WO||20.10.2016|
||PCT/KR2015/004005||HWANG, Cheul Hee||KIM, Kyoung Su|
The present invention relates to a method for manufacturing squid roll laver, which has the taste, flavor, and texture of laver and squid and contains abundant nutrients, and thus can be eaten as a snack or an appetizer with drinks. The laver coated with an adhesive composition and a squid-flavored additive composition is put on squid, followed by roasting, and then any one selected from a viable lactobacillus powder, a viable yeast powder, a curcumin powder, and a chitosan powder is coated on a surface of the squid roll laver, and as a result, the present invention not only has an effect of giving the textures of chewy squid and crunchy laver even without changes in respective unique flavors and tastes of the squid and the laver, but also has excellent effects of significantly improving the value of the squid processed food in view of product quality associated with nutrition, sensory properties, and storability, and providing a novel convenience type processed product.
WO/2016/167394 NODE UNIT OF DISTRIBUTED ANTENNA SYSTEM||WO||20.10.2016|
||PCT/KR2015/004056||SOLID, INC.||CHO, Young Man|
The present invention is to provide a distributed antenna system which can automatically detect an abnormally operating remote unit. A node unit of a distributed antenna system, according to one embodiment of the present invention, comprises: a signal input part which receives and outputs n items of state information from n connected different units; and a control part which determines the states of uplink signals corresponding to the respective n items of state information by analyzing the n items of state information, wherein n is a natural number greater than or equal to 2, and the different units can generate the state information by analyzing signals received through a service antenna. The present invention can provide a distributed antenna system which can automatically detect an abnormally operating remote unit.
WO/2016/167378 DEVICE FOR SUPPORTING CONNECTION BETWEEN HOST AND CLIENT DEVICES CONCERNING PLURALITY OF KINDS OF PHYSICAL LAYERS||WO||20.10.2016|
||PCT/KR2015/003667||ROBOTIS CO.,LTD||LEE, Dong Hun|
The present invention provides a device for supporting connection between host and client devices concerning a plurality of kinds of physical layers, the device comprising: an input interface unit capable of processing N kinds of physical layer-related signals comprising kth physical layer-related signals, the input interface unit performing a function of receiving a host device signal transmitted from the host device; a host physical layer analysis unit (21) for performing functions of analyzing the host device signal and extracting information regarding the physical layer of the host device; a signal conversion unit (30) comprising N transceivers (31), each transceiver converting an input physical layer signal to an output physical layer signal and outputting the same, the kth transceiver processing the kth physical layer-related signal; a signal switching unit (40) configured such that, when it is confirmed as a result of analysis by the host physical layer analysis unit (21) that the host device signal is the jth physical layer-related signal, a signal path is formed to make the host device signal become an input physical layer signal of the jth transceiver; and an output interface unit connected to the client device to perform a function of transmitting the output physical layer signal of the jth transceiver to the client device.
WO/2016/167404 SUPERBLY ANTI-CORROSIVE ZIRCONIUM ALLOY FOR NUCLEAR FUEL CLADDING AND METHOD FOR PRODUCING THE ZIRCONIUM ALLOY||WO||20.10.2016|
||PCT/KR2015/005319||KEPCO NUCLEAR FUEL CO., LTD.||CHOI, Min Young|
The purpose of the present invention is to provide a zirconium alloy composition having an improved anti-corrosion characteristic which can be utilized for nuclear fuel cladding and as material for nuclear structures, and a method for producing the zirconium alloy, the optimal heat treatment conditions being considered for the zirconium alloy, wherein tin which has a negative effect on corrosion resistance is completely eliminated from the zirconium alloy, and copper is added thereto after increasing molybdenum content to greater than the solid solubility threshold level. The zirconium alloy for nuclear fuel cladding according to the present invention comprises 0.5-1.2 wt% niobium, 0.4-0.8 wt% molybdenum, 0.1-0.15 wt% copper, 0.15-0.2 wt% iron, and the remainder in zirconium, and the method for producing the zirconium alloy for nuclear fuel cladding comprises: a first step of producing an ingot by dissolving a mixture of zirconium alloy composition elements; a second step for solution heat-treating the ingot produced in the first step for 30-40 minutes at 1,000-1,050℃(β) and then β-quenching by rapidly cooling in water; a third step for heating the ingot heat-treated in the second step for 20-30 minutes at 630-650℃ and then hot-rolling at a 60-65% reduction ratio; a fourth step for a first intermediate vacuum heat treatment of the rolled material hot-rolled in the third step for 3-4 hours at 570-590℃ and then cold-rolling for the first time at 30-40% reduction ratio; a fifth step for a second intermediate vacuum heat treatment of the rolled material cold-rolled for the first time in the fourth step for 2-3 hours at 560-580℃ and then cold-rolling for the second time at 50-60% reduction ratio; a sixth step for a third intermediate vacuum heat treatment of the rolled material cold-rolled for the second time in the fifth step for 2-3 hours at 560-580℃ and then cold-rolling for the third time at a 30-40% reduction ratio; and a seventh step for the final heat treatment of the rolled material cold-rolled for the third time in the sixth step.
WO/2016/167398 ZIRCONIUM ALLOY COMPOSITION FOR NUCLEAR FUEL, AND PREPARATION METHOD THEREFOR||WO||20.10.2016|
||PCT/KR2015/004688||KEPCO NUCLEAR FUEL CO., LTD.||MOK, Yong Kyoon|
The purpose of the present invention is to provide a zirconium alloy composition and a preparation method therefor, the zirconium alloy composition having excellent mechanical properties and corrosion resistance and capable of being used within a nuclear power plant reactor which gradually becomes harsher while aiming not only for high-temperature, high-pressure, and water-chemistry environments within the reactor, but also long-period, high burn-up, and load-following operations. The zirconium alloy composition for nuclear fuel, according to the present invention for achieving the purpose, comprises: 0.9-1.7 % by weight of niobium (Nb); 0.01-0.3 % by weight of stannum (Sn); 0.1-0.7 % by weight of chromium (Cr); 600-1,400 ppm of oxygen (O); and zirconium (Zr) as the remainder. Further, the method for preparing a zirconium alloy composition for nuclear fuel, according to the present invention for achieving the purpose, comprises: a step of producing an ingot by melting elements of the alloy composition (SI); a step of subjecting the ingot produced in step SI to heat treatment at a phase region temperature and rapidly cooling the ingot to room temperature (SII); a step of subjecting the ingot cooled in step SII to preheating and hot-rolling (SIII); a step of subjecting the rolled material, which has been hot-rolled in step SIII, to primary intermediate heat treatment and then to primary cold-rolling (SIV); a step of subjecting the rolled material, which has been rolled in step SIV, to secondary intermediate heat treatment and then to secondary cold-rolling (SV); a step of subjecting the rolled material, which has been rolled in step SV, to tertiary intermediate heat treatment and then to tertiary cold-rolling (SVI); and a step of subjecting the rolled material, which has been rolled in step SVI, to final heat treatment (SVII).
||PCT/KR2015/003804||LEE, Sung||LEE, Sung|
The present invention relates to a container comprising: a body part which is formed of a transparent material and has a space for accommodating content; and a reflection sheet, located on the bottom surface of the body part, for reflecting light. As such, through the reflection sheet located on the bottom surface of the container, beautiful and brilliant colors are presented on the surface of the container, thereby improving the visual effect; as a sheet cover coupled to the bottom surface of the container can be detached and attached, the reflection sheet accommodated in the sheet cover can be easily replaced, thereby representing different colors; and as the color presented on the surface of the container varies depending on the color of the ground surface where the container is located, a variety of colors can be presented.
||PCT/KR2015/003805||LEE, Sung||LEE, Sung|
The present invention relates to a container, comprising: a body part which is formed of a transparent material and has a space for receiving contents; and a coating part, attached to the bottom surface of the body part, for reflecting light. As such, through the coating part attached to the bottom surface of the body part, beautiful and brilliant colors are presented on the surface of the container, thereby improving the visual effect, and the color presented on the surface of the container varies depending on the color of the ground surface where the container is located, thereby presenting a variety of colors.
WO/2016/167383 SYSTEM FOR MONITORING MULTIPLE HARMFUL SUBSTANCES||WO||20.10.2016|
||PCT/KR2015/003748||PARK, Gu Rak||PARK, Gu Rak|
A system for monitoring multiple harmful substances is disclosed. The disclosed system for monitoring multiple harmful substances comprises: an optical cable including six light source cables, each of the six cables including a three-strand optical fiber bundle, and one detection cable including a one-strand optical fiber, wherein the front ends of six of the 18 optical fibers of the six light source cables are arranged on a first concentric circle on the outside around the light-incident surface of the one detection cable, and the front ends of the remaining 12 optical fibers have a light-output surface arranged on a second concentric circle more outside than the first concentric circle; a plurality of probe devices installed at points, to be measured, at which the harmful substances are to be measured, and connected to the front end part of the optical cable so as to emit a light source from the six light source cables in the air of the points to be measured and reflect the same so as to concentrate reflected light source on the one detection cable; and a measurement device including a light source module, which is installed so as to be connected to the rear end of the optical cable and provides light sources of different wavelengths to each of the six light source cables, and a spectral analysis module analyzing a spectral signal detected through the one detection cable so as to trace components of pollutants and calculate the concentrations thereof, wherein the light source module comprises four light-emitting diodes connected to four of the six light source cables, a laser diode connected to one light source cable, and a tungsten halogen lamp connected to one light source cable, and the probe device comprises: a cylindrical-shaped probe body of which the front and rear are open and having cut holes formed at both sides of the outer circumferential surface; a cover plate coupled to the rear end of the probe body and having a cable connection tube of which the front end of the optical cable is connected to the center; and a concave reflector installed at the front end of the probe body so as to reflect light emitted from the front end of the optical cable to the inside of the probe body, thereby converging the reflected light at the detection cable arranged at the center of the front end of the optical cable.