WO/2015/111761 A METHOD FOR REGENERATING PRECURSOR RAW MATERIAL USING WASTE POSITIVE ELECTRODE MATERIAL OF LITHIUM ION BATTERY, AND PRECURSOR, POSITIVE ELECTRODE MATERIAL, AND LITHIUM ION BATTERY MANUFACTURED USING RAW MATERIAL REGENERATED THEREBY||WO||30.07.2015|
||PCT/KR2014/000576||ENERGY MATERIAL TECHNOLOGY CO., LTD||KANG, Dong-Hyun|
Disclosed is a method for regenerating a precursor raw material using a waste positive electrode material of a lithium ion battery, wherein the method is capable of regenerating the precursor raw material through a low-cost and high-efficiency process to allow simultaneous recycling of nickel, cobalt, and manganese. The method for regenerating a precursor raw material using a waste positive electrode material of a lithium secondary battery comprises the steps of: (a) purifying impurities in a complex sulfate solution state using selective hydrolysis; and (b) after the purification of step (a), recollecting at least one of cobalt, nickel, or manganese component in a leachate containing the impurities using solvent extraction.
WO/2015/111784 FLOORING MATERIAL AND METHOD FOR PREPARING SAME||WO||30.07.2015|
||PCT/KR2014/001032||LG HAUSYS, LTD.||LEE, Ju Hyung|
Provided is a flooring material comprising: a plasticizer; a fiber material containing one or more inorganic fibers or one or more organic fibers; and a thermoplastic resin, wherein the fiber material has an orientation. In addition, provided is a method for preparing a flooring material, comprising the steps of: producing a first mixture by mixing, into a liquid plasticizer, a fiber material containing one or more inorganic fibers or one or more organic fibers; producing a second mixture in which the fiber material is dispersed in the liquid plasticizer by stirring the first mixture; producing a third mixture by mixing a thermoplastic resin into the second mixture; and producing a flooring material by thermally pressing the third mixture.
WO/2015/111772 METHOD FOR DETERMINING ALCOHOL CONSUMPTION, AND RECORDING MEDIUM AND TERMINAL FOR CARRYING OUT SAME||WO||30.07.2015|
||PCT/KR2014/000727||FOUNDATION OF SOONGSIL UNIVERSITY-INDUSTRY COOPERATION||BAE, Myung Jin|
Disclosed are a method for determining alcohol consumption capable of analyzing alcohol consumption in a time domain by analyzing a formant slope of a voice signal, and a recording medium and a terminal for carrying out same. An alcohol consumption-determining terminal comprises: a voice input unit for generating a voice frame by receiving a voice signal; a voiced/unvoiced sound analysis unit for determining whether a received voiced frame corresponds to a voiced sound; a formant frequency extraction unit for extracting a plurality of formant frequencies of the voice frame corresponding to the voiced sound; and an alcohol consumption determining unit for generating a formant slope between the plurality of formant frequencies, and determining the state of alcohol consumption depending on the formant slope, thereby determining alcohol consumption by analyzing the formant slope of an inputted voice.
WO/2015/111781 TRANSPORTATION CONTAINER BLOWER FOR MORTALITY PREVENTION AND WELFARE DURING LIVESTOCK TRANSPORTATION||WO||30.07.2015|
||PCT/KR2014/000771||KIM, kwang soo||KIM, kwang soo|
The purpose of the present invention is to externally discharge air in every corner on the inside of a container evenly by mounting a blowing means and a blowing pipe on the upper section of a body, and pleasantly maintain the air on the inside by forcing outside air to flow in, thereby maintaining hygienic welfare of livestock in an optimum state while controlling diseases during livestock transportation so that mortality of livestock can be prevented. The livestock hygienic transportation blower of the present invention comprises: a body (100) connected with a transportation means, having a space for accommodating livestock provided on the inside thereof and having a first blowing port (110) openly formed at the lower sections of both sides; a blowing path (200) mounted lengthways in the lengthwise direction on the upper end of the body (100) and having a second blowing port (210) openly formed to communicate with the inside of the body (100); and a blowing means (300) mounted in the body (100) and connected with the blowing path (200), wherein the blowing means (300), when operated, forces the air on the inside of the body (100) to be blown through the first blowing port (110) and the second blowing port (210), thereby controlling diseases of livestock accommodated in the body (100) and pleasantly maintaining the hygienic condition of the livestock so that mortality of the livestock is prevented.
WO/2015/111764 TERMINAL CRADLE||WO||30.07.2015|
||PCT/KR2014/000623||ACE-HINGE TECH CO., LTD.||GWAG, Su Man|
The present invention relates to a terminal cradle characterized by comprising: a cradle attachment unit; a terminal cradling unit on which a terminal is cradled; multiple arms connected so as to be able to move relative to each other between the cradle attachment unit and the terminal cradling unit; and an arm connection unit coupled to a first and a second arm, which are a pair of adjacent arms among the multiple arms, the arm connection unit overlapping the first and second arms on each other along the longitudinal direction of the first and second arms and swiveling the first and second arms.
WO/2015/111777 OUTRIGGER AND DOZER CONTROL USING GUI||WO||30.07.2015|
||PCT/KR2014/000745||VOLVO CONSTRUCTION EQUIPMENT AB||KIM, Ji-Eun|
The present invention provides an outrigger and dozer control device of a construction machine which includes one or more outriggers and one or more dozers, the device comprising: an actuator which drives outriggers or dozers of a vehicle; a first key input means which can select one of an outrigger set and a dozer set; a second key input means which can specifically select an outrigger or a dozer; a screen display unit which displays a selected outrigger or dozer while a specific outrigger or a dozer is being selected by the first key input means and the second key input means; and a control unit which receives a selection of an outrigger and a dozer from the first key input means and the second input means and controls an actuator of each selected outrigger and each selected dozer. The present invention simplifies the equipment operation environment for a worker and makes the equipment operation more convenient and easier.
WO/2015/111779 TRAVELLING CONTROL DEVICE FOR CONSTRUCTION MACHINE AND CONTROL METHOD THEREOF||WO||30.07.2015|
||PCT/KR2014/000753||VOLVO CONSTRUCTION EQUIPMENT AB||KIM, Dong-Soo|
Disclosed are a travelling control device for a construction machine for travelling a long distance by adjusting only one of left and right travelling pedals and a control method thereof. The present invention provides a travelling control device for a construction machine, the travelling control device comprising: a hydraulic pump; left and right travelling motors which are connected to the hydraulic pump; left and right travelling operation devices which output an operation signal during an operation; a travelling operation signal detection means which detects an operation signal by an operation of the left and right travelling operation devices; a travelling mode configuration means which selects a straight travelling mode or a general travelling mode; and a controller which, when the straight travelling mode has been selected, identically controls driving speeds of the left and right travelling motors in accordance with an operation signal of one travelling operation device among the left and right traveling operation devices in the case of operating the one travelling operation device, and applies a control signal to make a difference of the driving speeds occur in driving units of the left and right travelling motors in order to change a travelling direction by a driving speed difference of the left and right travelling motors in a case of operating the other travelling operation device among the left and right travelling operation devices.
WO/2015/111780 DEVICE AND METHOD FOR RECYCLING COMPOSITE MATERIAL CABLE||WO||30.07.2015|
||PCT/KR2014/000754||INSTITUTE FOR ADVANCED ENGINEERING||CHO, Sung Su|
Disclosed are a device and a method for recycling a composite material cable. A composite material cable recycling device according to an embodiment of the present invention comprises: a transfer table through which a waste composite material cable is introduced; a separation unit for ejecting a fluid at a high pressure to the waste composite material cable, which is introduced through the transfer table, thereby removing a high-molecular resin coating from the waste composite material cable, the separation unit also removing jelly and discharging copper wires; and a copper wire storage unit for storing copper wires discharged from the separation unit.
WO/2015/111762 SYSTEM FOR BATTERY CUTOFF AFTER BATTERY CHARGING||WO||30.07.2015|
||PCT/KR2014/000578||VOLVO CONSTRUCTION EQUIPMENT AB||PARK, Joong-Ho|
Provided is a warning system, comprising: warning devices; a display device; an IC CPU for controlling operations of the display device and the warning devices; and a master ECU which is connected with the IC CPU through a communication channel, is connected with one or more warning devices through hardware channels, and controls operations of the warning devices through the IC CPU, wherein the master ECU includes a fault detection module for periodically monitoring data validity of the communication channel, the warning devices and a response of the IC CPU, and an ON/OFF module for operating the warning devices, and when the fault detection module detects a fault in data validity of the communication channel, the warning devices, or the response of the IC CPU, the master ECU controls the ON/OFF module to directly operate the warning devices by using the hardware channels.
WO/2015/111763 HIGH THERMAL CONDUCTIVE AL-CU ALLOY FOR DIE CASTING||WO||30.07.2015|
||PCT/KR2014/000611||KOREA INSTITUTE OF INDUSTRIAL TECHNOLOGY||KIM, Ki-tae|
The present invention relates to an aluminum alloy for die casting which can be applied to various structural products requiring a heat-radiating property because the aluminum alloy has an excellent castability and a good mechanical property as well as an excellent thermal conductivity. The aluminum alloy for die casting according to the present invention is characterized by comprising 0.8-2.5 wt.% of Cu, 0.5-1.5 wt.% of Mg, 0.5-1.0 wt.% of Fe, and the remainders being Al and inevitable impurities.