WO/2015/099204 HORIZONTAL SHAFT WIND POWER GENERATOR||WO||02.07.2015|
||PCT/KR2013/010933||SAM WON TECH CO.,LTD||LEE, Taek Woo|
The present invention relates to a horizontal shaft wind power generator comprising: a power generation unit which is positioned at a given height from the ground; a rotational blade unit which is positioned on one side of the power generation unit and includes a plurality of blades; and a reinforcement support unit which is positioned between the rotational blade unit and the power generation unit, wherein the reinforcement support unit includes a reinforcement support unit housing, the reinforcement support unit housing including a bearing unit and a coupler unit. Since a horizontal shaft is dualized into a first horizontal shaft connected to the rotational blade unit and a second horizontal shaft connected to the power generation unit, even if the size of the blades increases and excessive force is applied to the first horizontal shaft, the force is distributed to the reinforcement support unit including the first horizontal shaft so that excessive force is not applied to the second horizontal shaft. Therefore, the present invention can prevent malfunctions of the power generator caused by an increase in the size of the blades.
WO/2015/099235 ULTRA-LOW-LOSS OPTICAL FIBER||WO||02.07.2015|
||PCT/KR2014/000284||TAIHANFIBEROPTICS CO.,LTD.||OUH, Chi-Hwan|
The present invention provides an ultra-low-loss optical fiber comprising: a core part positioned at the center of the optical fiber and having the maximum refractive index in the optical fiber; an inner cladding part disposed outside the core part and having the minimum refractive index in the optical fiber; and an outer cladding part disposed outside the inner cladding part and having a refractive index lower than that of the core part and higher than that of the inner cladding part, wherein the relative refractive index difference (Δ+) between the refractive index of the core part and that of the outer cladding part is 0.0040 to 0.0055 and the relative refractive index difference (Δ-) between the refractive index of the inner cladding part and that of the outer cladding part is -0.0010 to -0.0003.
WO/2015/099239 MOBILE DEVICE FOR CAPTURING IMAGES AND CONTROL METHOD THEREOF||WO||02.07.2015|
||PCT/KR2014/001309||LG ELECTRONICS INC.||CHUN, Sinae|
Disclosed is a mobile device that displays an image in consideration of a relationship among a plurality of captured images in a window mode. The mobile device includes a storage unit configure to store an image, a display unit configured to display the image, a sensor unit configured to detect a touch input to the display unit, and a controller configured to display an image in any one selected from between a navigation mode to display a plurality of thumbnail images and a window mode to display at least one image selected from among the plurality of thumbnail image, wherein the controller captures a first image and a second image having an upper and lower position relationship or a left and right position relationship to the first image from a first source, captures a third image from a second source, and in a case in which the controller displays the first image of the first source in the window mode, if the controller detects a first gesture in a first direction, switches from the first image of the first source to the third image of the second source and displays the third image of the second source, and, if the controller detects a second gesture in a second direction, switches from the first image of the first source to the second image of the first source and displays the second image of the first source.
WO/2015/099231 SYSTEM, APPARATUS, AND METHOD FOR PROVIDING TAILORED SAMPLES||WO||02.07.2015|
||PCT/KR2013/012365||HUNITY||KIM, Young Hee|
Disclosed are a system, an apparatus, and a method for providing tailored samples. According to one embodiment of the present invention, provided is the method for providing tailored samples, comprising the steps of: (a) receiving, from an advertiser terminal, registration of a sample partnership request; (b) categorizing the samples based on a plurality of skin types and saving to a sample DB; (c) providing, to a customer terminal, a skin consulting interface (including age, gender, et cetera); (d) collecting at least one type of basic information inputted through the skin consulting interface; (e) obtaining the state of the skin of a customer by applying the collected basic information to a skin test table; and (f) accessing the sample DB, searching a sample for the skin type that matches the state of the skin, and introducing same to the customer terminal.
WO/2015/099236 ENZYME-FERMENTED GIGANTIC BLACK GARLIC USING NATURAL ENZYME LIQUID AND COMPLEX FERMENTATION LIQUID OF YEAST AND RIBOFLAVIN AND METHOD FOR PREPARING SAME||WO||02.07.2015|
||PCT/KR2014/000323||EFG"GEUMSAN CO.,LTD||PAEK, Seung-Han|
The present invention relates to gigantic black garlic using a natural enzyme liquid and a complex fermentation liquid of yeast and riboflavin, and to a method for preparing the same. Provided are a method for preparing enzyme fermented gigantic black garlic and gigantic black garlic prepared by the method, wherein the method comprises: a fermentation step of spraying a complex fermentation liquid to gigantic garlic, followed by fermentation at 40-70°C for 18-30 hours, the complex fermentation liquid being obtained by inoculating and culturing Saccharomyces cerevisiae into a natural enzyme liquid and then adding riboflavin thereto, the natural enzyme liquid being obtained by fermenting natural plant ingredients essentially including Scutellaria, fresh ginseng, and garlic while including at least five selected from Scutellaria, fresh ginseng, garlic, ginger, pepper, soybeans, and brown rice; a steam-drying step of steam-drying the gigantic garlic, which has gone through the fermentation step, at 60-85°C for 192-240 hours; an aging step of aging the gigantic garlic, which has gone through the steam-drying step, at 40-55°C for 96-120 hours; and a drying step of drying the gigantic garlic, which has gone through the aging step, at 25-30°C for 60-84 hours. According to the present invention, enzyme-fermented gigantic black garlic which has greatly increased biologically active substances beneficial to the health, especially, antioxidative materials and various amino acid components, and is good to the palate due to increased acidity and sugar content can be obtained by fermenting and aging gigantic garlic using the complex fermentation liquid at a low temperature.
WO/2015/099203 METHOD FOR PREPARING BARIUM TITANYL OXALATE, METHOD FOR PREPARING BARIUM TITANATE, AND BARIUM TITANATE||WO||02.07.2015|
||PCT/KR2013/010812||SAMSUNG ELECTRO-MECHANICS CO., LTD.||CHA, Kyoung Jin|
A method for preparing barium titanyl oxalate, a method for preparing barium titanate, and barium titanate are disclosed. The disclosed method for preparing barium titanyl oxalate comprises: a step for preparing a barium compound solution, a titanium compound solution, and an oxalic acid solution (a raw material solution preparation step); a step for making the barium compound solution and the titanium compound solution come into contact with the oxalic acid solution so as to synthesize barium titanyl oxalate [BaTiO(C2O4)2·4H2O] (hereinafter, simply referred to as BTO) (a BTO synthesis step); a step for wet milling the synthesized BTO (a BTO wet milling step); a step for drying the wet milled BTO so as to obtain BTO powder (a BTO drying step); and a step for dry milling the dried BTO (a BTO dry milling step), wherein the BTO dry milling step is carried out until the bulk density of the dry milled BTO is 0.2g/cm3 - 0.50g/cm3.
WO/2015/099238 FLEXIBLE FABRIC SUBSTRATE AND METHOD FOR MANUFACTURING SAME||WO||02.07.2015|
||PCT/KR2014/000574||KOLON GLOTECH, INC.||PARK, Byoung Cheul|
The present invention relates to a flexible fabric substrate for interrupting gas and a method for manufacturing the same, the flexible fabric substrate comprising: a fabric base material; an adhesive layer formed on the fabric base material as a coating; a film stacked on the adhesive layer; and a flattening membrane stacked on the film.
WO/2015/099207 TRAVELING CONTROL DEVICE FOR CONSTRUCTION MACHINE AND CONTROL METHOD THEREFOR||WO||02.07.2015|
||PCT/KR2013/012026||VOLVO CONSTRUCTION EQUIPMENT AB||PARK, Hyung-Seok|
Disclosed are a traveling control device for a construction machine, which can prevent biased traveling during a traveling manipulation and a control method therefor. The present invention provides a traveling control device for a construction machine, comprising: variable capacity-type first and second hydraulic pumps and a pilot pump; variable capacity-type first and second traveling motors; a first traveling control valve installed in a channel between the first hydraulic pump and the first traveling motor; a second traveling control valve installed in a channel between the second hydraulic pump and the second traveling motor; a first traveling manipulation device installed in a channel between the pilot pump and the first traveling control valve; a second traveling manipulation device installed in a channel between the pilot pump and the second traveling control valve; a traveling speed selection valve installed in a channel between the pilot pump and a driving unit of the first and second traveling motors; and a controller which, in the case of high-speed traveling as a result of switching by the traveling speed selection valve, compares the operating oil pressure in the first and second hydraulic pumps with a preset specific pressure and, when the detected operating oil pressure in the first and second hydraulic pumps is equal to or less than the preset specific pressure, maintains the high-speed traveling of the first and second traveling motors or, when the operating oil pressure in the first and second hydraulic pumps is equal to or above the specific pressure, converts the first and second traveling motors to low-speed traveling by means of switching by the traveling speed selection valve.
WO/2015/099210 VACUUM KILN FOR PRODUCING SALT AND SYSTEM USING SAME||WO||02.07.2015|
||PCT/KR2013/012056||MIGAFOOD AGRICULTURAL UNION CORPORATION||MOON, Ji-Eun|
The present invention relates to a vacuum kiln for producing salt and a system using the same. The vacuum kiln comprises: an inlet through which salt water is introduced; a storage part having the salt water stored therein; a heating part enclosing the outer peripheral surface of the storage part and heating the storage part; a salt water discharge part for discharging salt generated by heating and the salt water from the storage part; and a lead part for maintaining the storage part at a pressure lower than the atmospheric pressure, wherein the salt water reaches a boiling point in the range of 20°C to 100°C.
WO/2015/099213 METHOD FOR CONTINUOUSLY CASTING DIFFERENT GRADES OF STEEL||WO||02.07.2015|
||PCT/KR2013/012130||POSCO||KIM, Sung Jool|
The present invention relates to a method for continuously casting different grades of steel, comprising the steps of: obtaining dimensionless relative concentrations of following grades of steel with respect to preceding grades of steel respectively in real time at the central portion and the surface portion of a strand continuously being casted; calculating the longitudinal position of the strand having the real-time obtained dimensionless relative concentrations of the central portion and the surface portion; comparing each of the obtained dimensionless relative concentrations of the central portion and the surface portion with a reference concentration to predict a mixing portion in the strand; and trimming the predicted mixing portion. According to embodiments of the present invention, the respective dimensionless concentrations of the central portion and the surface portion of a strand are obtained whenever continuously casting different grades of steel, and the position of the strand having the obtained dimensionless concentrations is calculated to predict the position and the length of a mixing portion, instead of trimming the mixing portion in a predetermined length regardless of working conditions when continuously casting different grades of steel as in the prior art. Accordingly, accuracy of predicting the position and the length of the mixing portion is improved, thereby being capable of preventing profit reduction caused by over-trimming of the mixing portion and preventing a poor quality product due to under-trimming of the mixing portion from being shipped to a client company.