Inha-industry Partnership Institute

Korea Institute of Science and Technology

Sensirion Automotive Solutions Korea Co., Ltd.

Taejung Kim

Jungyeob Ham

Pilju Choi

Young Tae Park

Joonyeon Chang

Junyoup Lee

Taeyoon Lee

Tae-Yoon Lee

BumHee Hong

According to an aspect of the disclosure, there is provided a microwave reactor including a container for storing a bath fluid, a tube including an inlet at one end through which a target fluid is introduced, an outlet at another end through which the target fluid is discharged, wherein at least a portion of the tube is submerged in the bath fluid, and at least one radiator located outside the container and configured to irradiate microwaves into the container.

Microwave reactor

The present invention relates to a sensor module and an auto defog sensor. The sensor module includes a housing, a flexible substrate, and a temperature sensor. The housing has a contact face arranged and configured for installation on a surface, wherein the contact face of the housing has an opening. A flexible substrate has a base substrate part fixed inside the housing and a curved substrate part which extends in a bent form from the base substrate part and has an extension end fixed inside the housing so that a contact part of the curved substrate part is withdrawn via the opening of the housing and configured to press against the surface. The temperature sensor is arranged on or in the contact part of the curved substrate part and configured to measure a temperature of the surface.

Sensor module and auto defog sensor

Disclosed herein is a method of extracting 3-dimension object information by a shadow analysis from a single image without meta information, and a technical problem to be solved is to extract three-dimension information of an object such as a height of the object and a footprint surface position of the object from a single image without meta information.

Method of extracting three-dimensional objects information from a single image without meta information

Disclosed herein is a method of extracting three-dimensional building information using shadow analysis. In the method, an image of a building captured through a manmade satellite, an airplane or some other means, and metadata to be used for extraction of building information is received, the azimuth and altitude angles of a sun in an area of capture, and the azimuth and altitude angles of a camera are calculated. The contour of the roof of the building, the location and height of which are desired to be obtained, is extracted from the image. A height value is assigned to the extracted contour of the roof of the building, and the height value is adjusted until the assigned height value satisfies a predetermined condition. The vertical line and shadow of the building, which are based on the height value, is projected onto the image. The location of the building is extracted using the height value and vertical line of the building if the location of the projected shadow coincides with the location of the shadow of the building.

Method of extracting 3D building information using shadow analysis

Growing community of inventors

Seoul, South Korea

Taejung Kim