|
US2017069218A1
|
|
L-v-c operating system and unmanned aerial vehicle training/testing method using the same
|
|
KR101766344B1
|
|
Flow seperation control system on blade and wind turbine using the same
|
|
KR101783685B1
|
|
Low nox gas turbine combustor using catalyst
|
|
KR101772108B1
|
|
Memory management system and method based on spark
|
|
KR20170008170A
|
|
System and method for predicting rattle of vibration generating system
|
|
KR101694432B1
|
|
Blade for wind power generator
|
|
KR101746643B1
|
|
Skin for blade suitable for fluid structure and blade suitable for fluid structure with same
|
|
KR101731951B1
|
|
Blade for wind power generator
|
|
KR101784350B1
|
|
Dehazing method and device based on improved median dark channel prior
|
|
KR101781497B1
|
|
Vibration absorber
|
|
KR20170119136A
|
|
Method for manufacturing paraffin filled carbon nanotube, nano particles and heat storage
|
|
KR101771639B1
|
|
Time synchronizing method for various data rate supporting Zigbee and apparatus thereof
|
|
KR20170008140A
|
|
System and method for predicting states of polymer considering temperature based on degradation model
|
|
KR20170113873A
|
|
System and method for generating configuration information for throttling based real-time network
|
|
KR20170106707A
|
|
Automative inflatable flotation device having gas feeding module
|
|
KR101756747B1
|
|
Glass composition and infrared transmitting lens including the same
|
|
KR101743494B1
|
|
Flicker-noise improved receiver architecture
|
|
KR20170101723A
|
|
Apparatus and method for aerial scene labeling
|
|
KR101771100B1
|
|
Capacitive flexible sensor using graphene oxide
|
|
KR101718796B1
|
|
Solar cell using photon conversion and method for manufacturing the same
|
