WO/2017/007040 MIMO ANTENNA DEVICE HAVING MULTIBAND ISOLATION||WO||12.01.2017|
||PCT/KR2015/006943||CENTER FOR INTEGRATED SMART SENSORS FOUNDATION||LEE, Kyung Hak|
An MIMO antenna device having multiband isolation is disclosed. The antenna device comprises: a ground; a first feed point connected to the ground; a second feed point connected to the ground; a first antenna element electromagnetically coupled to the first feed point; a second antenna element electromagnetically coupled to the second feed point; and at least two decoupling pattern parts interconnecting a first antenna and a second antenna, wherein the first feed point and the first antenna element form the first antenna and the second feed point and the second antenna element form the second antenna.
WO/2017/007041 DUST COLLECTION DEVICE||WO||12.01.2017|
||PCT/KR2015/006944||LYU, Jae Jun||LYU, Jae Jun|
The present invention relates to a dust collection device and, more specifically, to a dust collection device for removing the contaminants generated in a welding device, the dust collection device comprising: an air inlet/outlet part through which the suction and the discharge of air are carried out; an opening/closing part connected with a front part through a predetermined pipe and controlling the operation of the air inlet/outlet part; an air distribution part connected with the opening/closing part through a predetermined pipe and controlling the discharge and the suction of air; a filter part including a predetermined filter unit and filtering the air suctioned through the air inlet/outlet part; and an air discharge line and an air suction line, which connect the air inlet/outlet part, the opening/closing part, the air distribution part, and the filter part so as to form an air flow path, wherein the air inlet/outlet part includes a discharge hole through which welding materials are discharged, and a nozzle for encompassing the periphery of the discharge hole such that a predetermine air flow encompasses the discharge path of the welding materials so as to form an air layer on the periphery of the discharge path.
WO/2017/007042 CAN HAVING SCREW CAP||WO||12.01.2017|
||PCT/KR2015/006972||LEE, Gean Hee||LEE, Gean Hee|
According to one preferred embodiment of the present invention, a can having a screw cap, in which a beverage is accommodated and having a cutting portion formed on a lid and opened by the rotation of a lever, comprises: a screw-coupling portion formed to extend downward from a lid side edge, which is opened by the cutting portion; an accommodation groove formed at one side of the lid and positioned at the lower side of the lever; and a screw cap formed to protrude at the lower portion of the lever, accommodated in the accommodation groove, separated from the lid with the lever when the cutting portion is opened, and selectively screw-coupled with the screw-coupling portion so as to close the cutting portion.
WO/2017/007039 BATCH EXOTHERMIC REACTOR||WO||12.01.2017|
||PCT/KR2015/006937||HANWHA CHEMICAL CORPORATION||HAN, Kee Do|
The objective of the present invention is to provide a batch exothermic reactor that effectively controls the inner temperature of an exothermic reaction chamber that performs an exothermic polymerization reaction. A batch exothermic reactor, according to one embodiment of the present invention, comprises: a reaction chamber having a reactant introduced thereinto and discharging a product generated in a polymerization reaction; and a jacket provided on the inner surface of the reaction chamber and circulating a cooling water to control the inner temperature of the reaction chamber, wherein the jacket includes: a wall body protruding inward from the inner surface of the reaction chamber and having a pitch in the height direction of the reaction chamber, the wall body being connected to the inner surface of the reaction chamber in a helical form along the same; and a jacket member connecting adjacent end portions of the wall body to form a helical cooling-water passage, the jacket member being exposed to the inside of the reaction chamber.
WO/2017/007043 METHOD FOR SENDING IMAGE TO RECEIVER COMPRISING HEAD-MOUNTED DISPLAY VIA NETWORK, AND TRANSMITTER, RELAY SERVER AND RECEIVER THEREFOR||WO||12.01.2017|
||PCT/KR2015/006988||FXGEAR INC.||CHOI, Kwang Jin|
A method for sending an image to a receiver comprising a head-mounted display (HMD) via a network may comprise the steps of: determining, on the basis of information stored in a user equipment or a relay server, one or more of a transmitter for transmitting wide viewing angle image data and a receiver comprising a HMD for receiving the wide viewing angle image data; and sending the wide viewing angle image data from the transmitter to the receiver via a transmission channel over a wide area network. An image can be sent freely to a receiver even in a peer-to-peer manner between users by a sender or a recipient of the image selecting a sender or a recipient using a local address book stored in the sender's or recipient's own user equipment, a user address book stored in a communication service server such as an SNS, a messenger service or a web site, or opened information.
WO/2017/007044 SIGNAL PROCESSING DEVICE AND METHOD||WO||12.01.2017|
||PCT/KR2015/007002||SAMSUNG ELECTRONICS CO., LTD.||LEE, Won-jae|
Provided is a signal processing device comprising: a processor including a memory and calculation units; and a hardware accelerator for performing calculations by using a shared calculation unit, which is not used by the processor, among the calculation units. According to one embodiment, while the processor performs a control operation, or accesses the memory or sets a parameter, the hardware accelerator can perform calculations by using the shared calculation units.
WO/2017/007045 DRONE, MOBILE TERMINAL, AND CONTROL METHOD FOR DRONE AND MOBILE TERMINAL||WO||12.01.2017|
||PCT/KR2015/007039||LG ELECTRONICS INC.||PARK, Chansul|
The present invention relates to a drone capable of wirelessly communicating with a mobile terminal, the mobile terminal, and a control method for the drone and the mobile terminal. The drone according to one embodiment of the present invention comprises: a communication unit for wirelessly communicating with a first mobile terminal; and a control unit for performing a function corresponding to a control signal received from the first mobile terminal, on the basis of the control signal, wherein the control unit transmits a control request signal to a second mobile terminal other than the first mobile terminal on the basis of the strength of a connected signal and/or the reception of a preset control signal in a state of being connected to the first mobile terminal so as to wirelessly communicate therewith.
WO/2017/007046 PET DEFECATION APPARATUS||WO||12.01.2017|
||PCT/KR2015/007041||RAONTEC CO., LTD.||CHOI, Young Do|
The present invention relates to a pet defecation apparatus and, more particularly, to a pet defecation apparatus which enables a series of processes for pet excretion disposal using a defecation pad, such as rolling up and packing the defecation pad to which excretion is added, and collecting and moving the defecation pad to a designated position, to be easily performed by means of automation.
WO/2017/007047 SPATIAL DEPTH NON-UNIFORMITY COMPENSATION METHOD AND DEVICE USING JITTERED COMPARISON||WO||12.01.2017|
||PCT/KR2015/007044||CENTER FOR INTEGRATED SMART SENSORS FOUNDATION||LEE, Yeong Min|
A spatial depth non-uniformity compensation method using jittered comparison comprises the steps of: acquiring a first image and a second image; detecting edges from each of the first image and the second image; performing the jittered comparison for pixels of the edges on the basis of an offset jitter map in which an offset jitter vector corresponding to each of sub-regions divided from the first image and the second image is stored; and determining a depth for the pixels of the edges for which the jittered comparison has been performed, by using a compensation model in which a depth corresponding to a blur size corresponding to each of the sub-regions is stored.
WO/2017/007048 METHOD AND APPARATUS FOR DETERMINING DEPTH IN IMAGE USING DEPTH PROPAGATION DIRECTION OF EDGE||WO||12.01.2017|
||PCT/KR2015/007067||CENTER FOR INTEGRATED SMART SENSORS FOUNDATION||KYUNG, Chong Min|
A method for determining a depth in an image using depth propagation direction (DPD) of an edge comprises the steps of: detecting an edge in an image; obtaining a depth of pixels of each of a plurality of edge segments included in the edge; determining a depth propagation direction of each of the plurality of edge segments -a direction in which the depth of the pixels of each of the plurality of edge segments propagates toward pixels of the area remaining after excluding the edge, which includes the plurality of edge segments, from the image- on the basis of the depth of the pixels of each of the plurality of edge segments and an orientation of each of the plurality of edge segments; and determining a depth of the pixels of the area remaining after excluding the edge from the image, using the depth propagation direction of each of the plurality of edge segments.