WO/2016/153082 CELL CULTURE APPARATUS||WO||29.09.2016|
||PCT/KR2015/002724||CHUNG-ANG UNIVERSITY INDUSTRY-ACADEMIC COOPERATION FOUNDATION||CHANG, Seung Hwan|
Provided is a technology to effectively study the culture of cells by mechanically and periodically stimulating cells even ex vivo to offer an in vivo environment. A cell culture apparatus according to a first embodiment of the present invention comprises: a first layer containing an electro-active polymer material and extended in at least one direction by the force applied from the outside; a first fixing part for fixing both ends in an extension direction of the first layer such that the extended state of the first layer is maintained; a second layer containing an electro-active polymer material, formed to be spaced from one surface of the first layer, and extended in at least one direction by the force applied from the outside; a second fixing part for fixing both ends in an extension direction of the second layer such that the extended state of the second layer is maintained; a first electrode part coated on one region of the first layer; and a second electrode part coated on one region of the second layer, wherein the second layer is formed such that cells to be cultured are located between one surface of the first layer and one surface of the second layer in a sandwich structure.
WO/2016/153083 TABLE TOP-TYPE HOLOGRAPHIC DISPLAY SYSTEM USING WEDGE PRISM||WO||29.09.2016|
||PCT/KR2015/002742||KOREA ELECTRONICS TECHNOLOGY INSTITUTE||HONG, Ji Soo|
Provided is a table top-type holographic display system using a wedge prism. A holographic display system according to an embodiment of the present invention comprises: a modulator for generating a holographic fringe pattern; a filter for allowing a part of a plane wave, which has passed through the fringe pattern, to pass therethrough; and a prism for refracting the plane wave which has passed through the filter. Accordingly, it is possible to provide a table top-type hologram image, which can be observed in various directions, by combining a viewing window holographic display and a wedge prism.
WO/2016/153100 IMAGE PROCESSING APPARATUS HAVING AUTOMATIC COMPENSATION FUNCTION FOR IMAGE OBTAINED FROM CAMERA, AND METHOD THEREOF||WO||29.09.2016|
||PCT/KR2015/004514||VADAS,LTD||LEE, Jun Seok|
The present invention relates to an image processing apparatus having an automatic compensation function for an image obtained from a camera, and a method thereof, and provides an image processing apparatus having an automatic compensation function for an image obtained from a camera, the apparatus comprising: an automatic compensation pattern of which one or more can be provided in an arbitrary place near a camera; an input/output module which receives an image as an input from the camera and transmits same to the image processing apparatus; and an image processing module which is a processing unit containing an algorithm for compensating for distortion of the image obtained from the camera, wherein the input/output module comprises an image input/output unit for transmitting/receiving data in between the camera and the image processing module, and a storage unit for storing information processed in the image processing module, and the image processing module comprises a distortion compensation unit, an image alignment estimation unit, and an image alignment generation unit, the distortion compensation unit extracting, from the received image, characteristic points of the automatic compensation pattern, estimating the absolute location and installation angle of the camera by using information on the base of the extracted characteristic points, and performing lens distortion compensation by using an inner parameter stored in the storage unit, the image alignment estimation unit estimating, in the image, the camera installation location and rotational error as a change parameter by using information on the absolute location and installation angle of the camera estimated in the distortion compensation unit, and the image alignment generation unit compensating for the three-dimensional location and size of the image by using the change parameter estimated in the image alignment estimation unit.
WO/2016/153081 ELECTRONIC DEVICE AND METHOD FOR CONTROLLING THE SAME||WO||29.09.2016|
||PCT/KR2015/002720||LG ELECTRONICS INC.||LEE, Joonhui|
An electronic device and a method for controlling the same are disclosed. The electronic device include a display unit and a controller configured to render a web page, display the rendered web page on the display unit, and detect the body of the web page satisfying a predetermined condition, to which a visual recognition method is applied, based on allignment information of objects of the web page when receiving a specific input through the display unit.
WO/2016/153080 MODELING TOOL FOR THREE-DIMENSIONAL PRINTER USING BLOCKS||WO||29.09.2016|
||PCT/KR2015/002715||WISEGECKO INC.||LEE, Sungdo|
The present relates to a modeling tool for a three-dimensional printer using blocks and, more particularly, to a modeling tool for a three-dimensional printer using blocks for three-dimensionally modeling a product which can be manufactured in the three-dimensional printer by assembling pre-modeled blocks. The modeling tool for a three-dimensional printer using blocks according to the present invention has an effect of providing a modeling tool for a three-dimensional printer using blocks, which can be manufactured using a three-dimensional printer by three-dimensionally modeling a three-dimensional shape for which dynamic operation is possible, by a simple and easy method.
WO/2016/153091 AIR FLOW CONTROL DEVICE||WO||29.09.2016|
||PCT/KR2015/002915||VOLVO CONSTRUCTION EQUIPMENT AB||YEOM, Hyun Woo|
The present invention relates to an air flow control device and, more specifically, to an air flow control device that can enhance the cooling efficiency of construction equipment to prevent an overheating/overcooling-induced failure in various components, including a main control valve (MCV), which are installed inside the construction equipment, thereby extending the lifetime of the construction equipment. To this end, the present invention provides the air flow control device that comprises: a plate disposed between a cooling fan installed on the frame of construction equipment and the inside of the construction equipment to face the cooling fan; a connecting part that is formed on an edge of one surface of the plate that faces the cooling fan, and connects the plate to the frame of the construction equipment; and a door that is formed on the surface of the plate so as to be opened and closed and adjusts the flow of air that is generated in a cooling process through a cooling system of the construction equipment and is introduced into the construction equipment after the cooling process is completed.
WO/2016/153101 MOBILE TERMINAL||WO||29.09.2016|
||PCT/KR2015/004524||LG ELECTRONICS INC.||CHO, Soheon|
The present invention relates to a mobile terminal. Provided is a mobile terminal comprising: a display unit having a window; a main body on which the display unit is seated, wherein an internal space is formed between the main body and the display unit; a sliding unit having a first battery accommodated therein, wherein the sliding unit implements a first state where the sliding unit is inserted into the internal space and a second state where the sliding unit is extracted from the internal space; and a second battery provided in the internal space to supply electric power when the first battery is extracted, wherein in the first state, wireless communication for mobile communication and an operation by software are performed using the first battery, and in the second state, the wireless communication for mobile communication is interrupted, and the operation by the software is performed using the second battery.
WO/2016/153090 METHOD FOR PREPARING COPPER THIN FILM BY USING SINGLE CRYSTAL COPPER TARGET||WO||29.09.2016|
||PCT/KR2015/002837||PUSAN NATIONAL UNIVERSITY INDUSTRIAL-UNIVERSITY COOPERATION FOUNDATION||JEONG, Se-young|
The present invention relates to a method for preparing a copper thin film by using a single crystal copper target and, more specifically, to a method for preparing a copper thin film by using a single crystal copper target, the method performing deposition on a sapphire disc substrate with a high-frequency sputtering method by using a single crystal copper target grown by the Czochralski process, thereby preparing a copper thin film with excellent quality with respect to crystallinity. The subject matter of the present invention is a method for preparing a copper thin film by using a single crystal copper target, the method using a disc-shaped single crystal copper target obtained by cutting cylindrical single crystal copper grown by the Czochralski process, so as to perform deposition on a sapphire disc substrate by a high-frequency sputtering method, thereby forming and preparing a copper thin film.
WO/2016/153095 DUCT-TYPE PROPULSION DEVICE FOR VESSEL||WO||29.09.2016|
||PCT/KR2015/002963||SAMWOO HEAVY INDUSTRIES. CO., LTD.||NA, Yun Cheol|
Disclosed is a duct-type propulsion device for a vessel. The duct-type propulsion device for a vessel disclosed herein comprises: a duct unit which is provided on a vessel body and has an impeller rotatably installed inside thereof; and a fluid induction unit connected to the duct unit so as to downwardly induce a fluid discharged from the duct unit by rotation of an impeller. As such, the duct-type propulsion device for a vessel can enhance propulsion force by reducing the area of contact between the bottom area of the vessel and the fluid which generates the propulsion force caused by the rotation of the impeller.
WO/2016/153093 TRANSFORMABLE TRANSPORT DEVICE AND JOINT MODULE PROVIDED THEREIN||WO||29.09.2016|
||PCT/KR2015/002944||RELAY INTERNATIONAL CO., LTD.||CHOO, Ro-ni|
The present invention relates to a transformable transport device and a joint module provided therein, the transformable transport device comprising: a main frame having opposite ends that are in communication with each other; a guide frame that has a specified length such that the main frame is mounted thereon, wherein the main frame moves to a specified position on the guide frame and is fixed to the specified position; a joint module detachably coupled to the main frame such that the angle of the joint module relative to the main frame is adjusted; a plurality of front-side units, each of which includes a front-side wheel and is selectively detachably coupled to one end portion of the guide frame; and rear-side units selectively detachably coupled to opposite end portions of the joint module so as to be rotatable, each rear-side unit comprising one or more rear-side wheels. As such, the transformable transport device can implement a plurality of transport means, which can be used from infancy to adolescence, with a single device.