WO/2016/114410 SAFE DRIVING GUIDE SYSTEM||WO||21.07.2016|
||PCT/KR2015/000279||SOOSANGST CO.,LTD.||LEE, Seongjong|
The present invention provides a safe driving guide system. The safe driving guide system comprises: a vehicle information reception unit for receiving vehicle device information from an OBD terminal provided in a vehicle; a camera information reception unit for receiving image information on the surroundings of the vehicle from a camera provided in the vehicle; and a safety index scoring unit for deriving a safety index by setting a point for each driving action of a user on the basis of the received vehicle device information and image information.
WO/2016/114411 DEVICE FOR CONTROLLING FLOW OF HYDRAULIC PUMP FOR CONSRUCTION MACHINE, AND CONTROL METHOD THEREFOR||WO||21.07.2016|
||PCT/KR2015/000280||VOLVO CONSTRUCTION EQUIPMENT AB||LEE, Sang-Hee|
Disclosed are: a device for controlling the flow of a hydraulic pump so as to prevent the generation of cavitation due to the weight of an operation device such as a bucket when the operation device is operated; and a control method therefor. The present invention relates to a device for controlling flow, and provides a device for controlling the flow of a hydraulic pump for a construction machine, the device comprising: first and second hydraulic pumps; a first operation lever; a control valve provided on the flow path of the first hydraulic pump; a hydraulic cylinder operating by hydraulic oil of the second hydraulic pump; an operation device control valve provided on the flow path of the second hydraulic pump; a joining path for making hydraulic oil of the first hydraulic pump join hydraulic oil supplied to the hydraulic cylinder when changing the state of the control valve; first, second and third pressure sensors for sensing the hydraulic oil pressure of the first and second hydraulic pumps and the pilot pressure generated due to the operation of the first operation lever; first and second regulators for adjusting swivel angles of swash plates of the first and second hydraulic pumps; and a controller for controlling a discharge flow of the first hydraulic pump by using a difference between the detected hydraulic oil pressure of the first hydraulic pump and preset control pressure.
WO/2016/114412 NECKLACE-TYPE FAN||WO||21.07.2016|
||PCT/KR2015/000298||NOVEL INNOVATIONS INC.||LEE, Jun Hyung|
A necklace-type fan is disclosed. The necklace-type fan of the present invention comprises: a curved necklace part having a tube shape, and having a plurality of wind discharge holes formed longitudinally; a wind generation part having an interior part communicating with the necklace part, and having a fan provided therein, thereby sending wind into the necklace part by pressure; and a control unit for controlling the rotation velocity of the fan, wherein the wind having entered through the wind generation part is discharged through the wind discharge holes while the strength of the wind varies by means of the control unit. According to the present invention, provided is the necklace-type fan capable of evenly providing wind to the neck and to the upper body or to the face while being worn even if a user grabs and moves the necklace-type fan with the hand, having no strain on the neck or preventing the generation of a heat rash and an abrasion on the neck even if worn on the neck for a long time, and enabling the wind strength to vary automatically.
WO/2016/114413 MANUFACTURING METHOD FOR ALUMINUM NITRIDE WHISKER||WO||21.07.2016|
||PCT/KR2015/000306||LTC CO., LTD||JUNG, Woosik|
The present invention relates to a manufacturing method for an aluminum nitride whisker, and more particularly, to a manufacturing method for an aluminum nitride whisker, the method including: forming a mixture by mixing an aluminum supply source with a carbon supply source; and reduction-nitriding the aluminum supply source to be an aluminum nitride whisker by reacting the mixture under nitriding atmosphere, in which the carbon supply source contains an activator having a predetermined content.
WO/2016/114414 VEHICLE WASHING APPARATUS, ASSEMBLY METHOD THEREFOR, AND WATER PURIFICATION METHOD THEREFOR||WO||21.07.2016|
||PCT/KR2015/000310||CLEANWORLD CO., LTD||GANG, Ji-gu|
The present invention relates to a vehicle washing apparatus, an assembly method therefor, and a water purification method therefor, in which a purification unit may be disposed in the central area of a base plate to purify water used for washing a vehicle and to reuse the same; unit plates may be disassembled and assembled; and the amount of foreign substances accumulated in the purification unit of the base plate may be sensed in order to inform of the period at which the foreign substances are to be removed. The vehicle washing apparatus comprises: a base plate having support parts disposed in opposite edge areas of a purification unit; a cover part that supports a vehicle to be washed; a water passage part that collects the water used for washing the vehicle, which is introduced from the cover part, and transfers the collected water to one side of the purification unit; and a water passage cover that covers the upper portion of the water passage part. Here, the base plate includes: a first unit plate disposed at one end thereof in the longitudinal direction; a second unit plate disposed at the opposite end thereof in the longitudinal direction; and at least one third unit plate disposed between the first and second unit plates, one side of which is coupled to the first unit plate and the opposite side of which is coupled to the second unit plate.
WO/2016/114415 LEVEL SHIFTER CIRCUIT HAVING IMPROVED TIME RESPONSE CHARACTERISTICS AND CONTROL METHOD THEREFOR||WO||21.07.2016|
||PCT/KR2015/000324||SILICON WORKS CO., LTD.||LEE, Seung Jong|
The present invention relates to a level shifter circuit converting a voltage level of an input logic signal so as to generate an output logic signal having the converted voltage level and, more specifically, to a level shifter circuit capable of performing switching quickly through improved time response characteristics. The level shifter circuit according to one embodiment of the present invention comprises: an output stage circuit of a level shifter, comprising a first pass switch for delivering a voltage level from a first power source of the level shifter to an output node, and a second pass switch connected between a second power source and the first pass switch; and a booster circuit for accelerating a switching operation of the level shifter by accelerating a time response when the first pass switch performs a turn-on or turn-off operation.
WO/2016/114416 INDUCTIVE LOAD DRIVING CIRCUIT INCLUDING BALANCING CIRCUIT FOR CLAMPING CIRCUIT AND CONTROL METHOD THEREFOR||WO||21.07.2016|
||PCT/KR2015/000325||SILICON WORKS CO., LTD.||CHO, Hoo Hyun|
The present invention relates to a circuit for driving an inductive load and, more particularly, to an inductive load driving circuit which maintains a balance with surge protection and over-current protection functions. An inductive load driving circuit according to an embodiment of the present invention comprises: a first switch for driving an inductive load; a pulse driving circuit for generating a pulse signal for driving the voltage of a gate node of the first switch; a first protection circuit for, when a surge occurs, limiting a drain-source voltage such that the drain-source voltage of the first switch does not exceed a breakdown voltage; and a balancing circuit for, when the surge occurs, separating the pulse driving circuit from operations of the first protection circuit and the first switch.
WO/2016/114417 HEATING PASSAGE HAVING INSULATING BLOCK FIXED THERETO||WO||21.07.2016|
||PCT/KR2015/000326||ETEC INC.||BAEK, Cheol-Jin|
The present invention relates to a heating passage having an insulating block fixed thereto, the heating passage being installed on the top of the deck of a vessel to radiate heat in order to prevent a safety accident caused by surface freezing of the deck, which is exposed to a polar region or cold weather condition, and a slide on the deck, in which a plurality of base members may be connected to each other and insulating blocks and a heating cable may then be installed within the base members at the same time so that it is possible to reduce the construction time and cost, thereby achieving the advantage of being economical. The heating passage having an insulating block fixed thereto, according to an exemplary embodiment of the present invention, comprises: a plurality of base members installed on the top of the deck of a vessel, the base members being connected and fixed to each other to form a single receiving space therein; a plurality of insulating blocks accommodated in the receiving space; a heating cable that is continuously arranged on the top of the plurality of insulating blocks and selectively radiates heat according to whether electric power is supplied thereto; a plurality of foothold members disposed to hermetically cover the base members and the insulating blocks, where the heating cable is arranged, and coupled and fixed to the top of the deck of the vessel; and a controller located on one side of the deck of the vessel and electrically connected with the heating cable to control the radiation of heat from the heating cable according to the manipulation thereof.
WO/2016/114418 AIR FOIL BEARING HAVING SENSING DEVICE USING PIEZOELECTRIC ELEMENT||WO||21.07.2016|
||PCT/KR2015/000333||BOOKANG TECH CO., LTD.||SUNG, Kyoung Hwan|
The present invention relates to an air foil bearing having a sensing device using a piezoelectric element. The purpose of the present invention is to provide an air foil bearing having a sensing device using a piezoelectric element, wherein the piezoelectric element is arranged and provided at a suitable position of the air foil bearing, thereby being capable of measuring load generated during operation of the air foil bearing. The other purpose of the present invention is to provide an air foil bearing having a sensing device using a piezoelectric element, which enables a point at which a problem occurs due to rotation and vibration of a shaft to be clearly discovered, thereby being capable of ultimately gaining effects of predicting the lifespan of a bearing, preventing damage thereto, etc.
WO/2016/114419 TURBO BLOWER EQUIPPED WITH FLOW PATH ADJUSTMENT DEVICE||WO||21.07.2016|
||PCT/KR2015/000339||BOOKANG TECH CO., LTD.||SUNG, Kyoung Hwan|
The present invention relates to a turbo blower equipped with a flow path adjustment device. The purpose of the present invention is to provide a turbo blower equipped with a flow path adjustment device, formed to enable variable air blast flow paths, which allows the driving range of the turbo blower to be varied appropriately. In particular, the purpose of the present invention is to provide a turbo blower equipped with a flow path adjustment device, wherein the feature which allows variable air blast flow paths has a simple structure, and the feature leads to substantially no increase in the weight or volume thereof.