Industry-Academia-Government Collaboration

Trinity driving forces by Education, Research and Innovation

Trinity driving forces by Education_Research and Innovation

Technology Domain

Technology Domain

Governmental / Collaborative Projects

Government Funded Projects (47 projects at 2014)

  • Safe Driving Support Systems project
  • Energy Management House Project
  • High Efficient Motor development project
  • Micro Bubble Injection and Ablation project
  • and more

Industry-Academia Collaboration (196 projects at 2014)

  • A Deepwater Exploration Shuttle Vehicle “Edokko No.1”
  • Separating foreign objects from dry vegetables
  • and more
Industry-Academia Collaboration01
Industry-Academia Collaboration02
Industry-Academia Collaboration03
Industry-Academia Collaboration04

Case Studies of Collaborative Projects

Deepwater Exploration Shuttle Vehicle “Edokko No.1”

  • 4 small private companies, 2 Colleges, 1 bank, 1 public lab
  • 8,000m under the ocean
  • 3D video Shooting at Deepwater
Deepwater Exploration Shuttle Vehicle01
Deepwater Exploration Shuttle Vehicle02
Deepwater Exploration Shuttle Vehicle03

The Project of Renovation for Tokyo Bay Area

The Project of Renovation for Tokyo Bay Area- Reactivating wood processing industry by utilizing and marketing lumber for the infill of apartment houses -
Renovation of an old apartment by collaboration with wood distributorsRenovation of an old apartment by collaboration with wood distributors
Senior people live in old aptSenior people live in old apt.

Separation of foreign objects from Dehydrated Vegetables

Some contaminants are so small that it is hard
  • to find them with the naked eyes,
  • to sift them through foods by hands,
  • to remove them thoroughly by conventional separators.

Process & Mechanism

  1. Prior to separation, particles to be separated become negatively charged using the charging device. In the drum, particles are attracted toward the inside of the drum.
  2. Vegetables are so heavy that they fall from the inclined drum.
  3. Foreign objects are so light that they rise together with the rotating drum and are collected by the suction device.

Rotary Type Electrostatic SeparatorRotary Type Electrostatic Separator
Process & MechanismProcess & Mechanism
ContactResearch and Development Office
3-7-5 Toyosu, Koto-ku, Tokyo 135-8548, Japan (3F Research Building Toyosu campus)
TEL +81-(0)3-5859-7180 / FAX +81-(0)3-5859-7181