WO/2015/076431 APPARATUS AND METHOD FOR CALCULATING PROFIT AND LOSS LIST AT TIME OF ADDITIONALLY PURCHASING POSSESSED ITEM BY SCALE TRADING WITH BALANCE IN ACCOUNT FOR STOCK AND DERIVATIVE||WO||28.05.2015|
||PCT/KR2013/010591||YANG, Yongcheol||YANG, Yongcheol|
The present invention relates to an apparatus and method for analyzing profit and loss (list) for each stock price, which will be generated in the future after a scale trading purchase is made, in advance, when an additional scale trading purchase for an item identical to a possessed item is to be made in a state where the existing stock is possessed, in cyber stock and derivative trading. The method comprises the steps of: identifying a possessed item in the existing account; inputting purchase information for additionally purchasing the same item; and calculating a comprehensive profit and loss list for each stock price according to the possessed item and the additional scale trading purchase. Accordingly, an investor can identify all profits and losses for each stock price at a current time in advance after the scale trading purchase is made, thereby maximizing investment profits.
WO/2015/076428 SMALL-CAPACITY IMS CORE SYSTEM||WO||28.05.2015|
||PCT/KR2013/010558||CORE TREE CO., LTD||HAN, Jong Woo|
The embodiments of the present invention relate to a small-capacity IMS core system which can be applied to a group client. The above-mentioned present invention relates to a system for supporting a group client so as to enable the group client (businesses, institutions, schools, and the like) using an IMS service of a small-capacity IMS core to internally operate both a plain old telephone service (POTS) system and an Internet telephone system, and to use a non-IMS terminal such as a wired/wireless IP telephone, a smartphone, or the like, with an IMS terminal, the system, comprising: a main control unit (MCU) for simply providing only functions necessary for the group client, among each function of an IMS structure; a PSTN processing unit (line interface unit (LIU)) used for extending a physical port of a POTS; a SIP gateway for converting a standard SIP message into an IMS message; and an FMC controller for supporting a wireless terminal such that the wireless terminal such as a wireless IMS terminal/smart phone and the like can be used in a mobile environment. The system includes an IP communication-based virtual Ethernet backplane so as to enable each unit to exchange information at high speeds.
WO/2015/076438 CDI ELECTRODE USING PERMEABLE HYBRID ACTIVATED CARBON FIBER||WO||28.05.2015|
||PCT/KR2013/010684||CHEONGYEON CO., LTD.||KIM, Chang Soo|
The present invention increases an effective adsorption area by the activation of carbon fiber in order to improve ion adsorption/desorption efficiency, is configured as a hybrid electrode by doping the surface of the electrode in order to improve adsorptivity and easily remove polyvalent ions, and prevents adsorptivity deterioration due to a voltage drop in the electrode by reducing volume resistivity in each part of the electrode. The present invention relates to the manufacture of a CDI hybrid activated carbon fiber electrode module configured such that residual static electricity is minimized by increasing electrostatic force of the electrode through mechanical compression of electrode spacing in order to reduce ion adsorption/desorption reaction time and then widening the electrode spacing through relaxing during ion desorption, and all components of the electrode module have permeability and thus many ions in water come into contact with the electrode within a short time.
WO/2015/076444 BRAIN WAVE MEASUREMENT AND BRAIN STIMULATION SYSTEM||WO||28.05.2015|
||PCT/KR2013/010883||Y-BRAIN INC.||YUN, Kyongsik|
A brain wave measurement and brain stimulation system according to an embodiment of the present invention comprises: a first electrode unit which applies a micro current for stimulating a brain; and a second electrode unit which is connected to the first electrode unit and measures a brain wave received from the brain, wherein the second electrode unit includes a blocking filter for blocking the micro current.
WO/2015/076446 ROBOTIC ARM FOR SEVERELY DISABLED PEOPLE||WO||28.05.2015|
||PCT/KR2013/011196||NATIONAL REHABILITATION CENTER||KIM, Jong Bae|
A robotic arm for severely disabled people according to the present invention comprises: a controller mounted to the lower portion of an armrest of an electric wheelchair; a first arm installed on the upper portion of the controller to substitute for one armrest of the electric wheelchair; a first joint part formed on the tip end of the first arm; a second arm having a base end coupled to the first joint part;
a second joint part formed on the tip end of the second arm; and a composite working module connected to the second joint part. Thus, the robotic arm can assist with a manual labor function for severely disabled people, thereby raising public participation of the severely disabled people. (Representative drawing) FIG. 1
WO/2015/076441 DEVICE FOR MANUFACTURING SILICON NANOPARTICLES USING ICP||WO||28.05.2015|
||PCT/KR2013/010729||KOREA INSTITUTE OF ENERGY RESEARCH||JANG, Bo-Yun|
According to the present invention, a first gas injection tube is positioned adjacent to a plasma reaction unit, a second gas injection tube is positioned far from the plasma reaction unit, and the injection tubes are arranged to intersect with regard to each injected gas such that not only sufficient mixing between first gases occurs, but a uniform plasma reaction between first and second gases in a plasma reaction area is also possible, and the plasma density is increased during a short staying time, thereby minimizing spreading of plasma, making particle size control easier, and suppressing formation of particle aggregation between generated particles.
WO/2015/076435 METHOD FOR DIAGNOSING FAULT OF FACILITIES USING VIBRATION CHARACTERISTIC||WO||28.05.2015|
||PCT/KR2013/010653||LEE, Sun Hwi||LEE, Sun Hwi|
The present invention relates to a facility fault diagnosing method using a vibration characteristic, which comprises the steps of: dividing a vibration generated according to a fault of a facility into a plurality of vibration characteristics, configuring detailed vibration code items by subdividing the vibration characteristics, and associating and databasing the detailed vibration code items for each fault type to store the detailed vibration code items; receiving an input of a detailed vibration code item selection signal for the each vibration characteristic from a user; and determining a fault type of a facility on the basis of the each input detailed vibration code item and association information between the fault type and the detailed vibration code items. According to the present invention, a vibration fault is diagnosed through a combination of a plurality of detailed vibration components by breaking a scheme of diagnosing the vibration fault using only one vibration component so that a more reliable facility fault diagnosis can be performed.
WO/2015/076442 3-DIMENSIONAL ULTRASONIC SCANNER AND METHOD FOR SWINGING ULTRASONIC TRANSDUCER THEREOF||WO||28.05.2015|
||PCT/KR2013/010733||ALPINION MEDICAL SYSTEMS CO., LTD.||WOO, Jeong-Dong|
The present invention relates to a 3-dimensional ultrasonic scanner and a method of swinging an ultrasonic transducer thereof. The ultrasonic transducer of the 3-dimensional ultrasonic scanner is supported by a swing shaft to perform a swinging motion. A screw is disposed lengthwise in a perpendicular direction to the swing shaft and rotates in forward and backward directions by a forward/backward rotating force of a motor. A movable member linearly reciprocates in the longitudinal direction of the screw by the forward and backward rotation of the screw. A linear moving member linearly reciprocates together with the movable member. A connection part has a connection hole formed in a long hole shape in the ultrasonic transducer and allowing one end of the linear moving member to be inserted thereinto to swing the ultrasonic transducer within a range of a set angle about the swing shaft according to the linear reciprocation of the linear moving member, and adjusts the range of the set angle of the ultrasonic transducer depending on the length of the connection hole.
WO/2015/076443 DRUM WINDING DEVICE FOR MONORAIL, AND MONORAIL CONVEYING DEVICE INCLUDING SAME||WO||28.05.2015|
||PCT/KR2013/010844||KUMKANG KATEC CO., LTD.||KANG, Choon Sik|
A drum winding device for a monorail is provided. The drum winding device for a monorail includes: a motor for providing driving force; a shaft rotating by the driving force of the motor; a drum fixed to the shaft so as to rotate; a first belt of which one end is coupled to a first position on the outer periphery of the drum; a second belt of which one end is coupled to a second position on the outer periphery of the drum; and an idle roller provided at one side of the drum and inducing the movement of the second belt, wherein the first position and the second position have predetermined angles with respect to the axis of the shaft such that the other ends of the first belt and the second belt simultaneously move upwards or downwards.
WO/2015/076440 STYRENATED PHENOL WHICH IS USEFUL AS HARDENER OR PLASTICIZER OF EPOXY RESIN||WO||28.05.2015|
||PCT/KR2013/010723||KOREA KUMHO PETROCHEMICAL CO., LTD.||ROH, Kee Yoon|
The present invention relates to a styrenated phenol which is useful as a hardener or a plasticizer of an epoxy resin and, more specifically, to a use of styrenated phenol as a hardener or a plasticizer for an epoxy hardening paint since the styrenated phenol has viscosity properties and hardening properties similar to those of nonylphenol and, especially, has excellent hardening properties with respect to an epoxy resin.