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Basic information


updated on March 18, 2019

Unmanned operation made possible through image processing and information collected from on-board devices.
Information collected from on-board devices can be exchanged automatically and without human intervention when the vehicle is parked at a designated location.

Create Pro Co., Ltd.

Project name Development of a vehicle inspection system for unmanned EV (electric vehicle) car sharing stations
Target downstream fields Automobile、Energy、Environment
Response to the needs of downstream companies High function (improved precision / performance)
Optimization (improved productivity / work efficiency)
Environmental considerations (removal and detoxification of impurities / waste reduction / CO2 reduction)
Reliability / safety (realization of highly reliable inspection technologies etc.)
Cost reduction (running cost reduction / loss elimination / labor saving)
Specific numerical values relating to the above needs Diagnosis by on-board system for daily inspection of the next-generation vehicles completes in 30 seconds.
Secure inspection accuracy (average maximum detection accuracy) of 96.2%, depending on relative positions between automated exterior inspection equipment and inspection target
Commercialization status Undergoing supplementary research (Project undergoing research toward completion)

Project details

Project background
This project proposes a new system for effectively utilizing next-generation vehicles. The issue was largely raised as a result of the tragic "3/11 Disaster" of 2011. The most important issue is to eliminate elements of concerns in car sharing.
Against this background, we propose the construction of a system that enables operating costs to be substantially reduced while maintaining the reliability of the transportation means.
Points of R&D
The current situation of car sharing systems is that many stations are managed without being manned. Battery charging is done by users, but inspections for car damage, safety and potential breakdowns are not carried out at all. Therefore, the liability for an accident, breakdown, etc. cannot be ascertained in the current situation. This means that safety and reliable maintenance for assured transportation is insufficient. Solving this problem means regularly dispatching personnel to carry out exterior and safety inspections, thereby incurring labor and travel costs which must be born by the members. This issue is hindering the spread of car sharing. In the promotion of car sharing, which realizes efficient transportation and reduced environmental burdens, unmanned vehicle inspection stations are a central issue and are becoming a critical need among downstream companies. In this R&D project, the aim is to construct a system that allows, while vehicles are being charged at unmanned EV car sharing stations, exterior inspections for damage and verification of safety and reliability using information from on-board devices, operations which conventionally require human intervention.
Specific R&D results
Using IT, automatically collect and manage vehicle information for before and after a journey.
By managing the "interior and exterior condition" of a vehicle, damage can be discovered and liability ascertained, and safety and reliability can be secured through unmanned operation.
Anticipated fields / products etc. to which this technology may be applied in the future
This project aims to develop vehicle inspection system software for EVs that can guarantee reliability and safety through exterior inspections of a vehicle using image analysis technology and vehicle information collected from on-board devices. The results of the project will realize unmanned operation of car sharing stations, by installing the system into EV battery chargers.

Work toward commercialization

Future outlook For commercialization with a view to selling an "unmanned vehicle inspection system for EV car sharing" which uses the results of this R&D, we will develop a commercialization plan based on the needs of user companies related to cost and technical factors required for practical application. In addition, with regard to diagnostic devices for daily inspections of EVs / PHVs produced using technology developed through the R&D project for the collection and processing of on-board information from EVs / PHVs, next-generation battery charging facilities produced using built-in software technology developed through the R&D project for battery charging facilities which can be used in EV / PHV car sharing, etc., we will offer samples to downstream companies and, on the basis of their evaluations, review specifications with a view to application of the technology.

System of R&D

Organization managing the project Public Interest Incorporated Foundation Chubu Science and Technology Center
Certified business operators Create Pro Co., Ltd.

Promotion comments

Conventionally, carrying out exterior inspections for damage and daily inspections of vehicles at EV car sharing stations requires human intervention. The results of this R&D project will enable daily and exterior inspections of vehicles to be conducted without human intervention, using on-board data. This will enable substantial reductions in operating costs and secure transportation reliability, which will lead to an expansion of car sharing business. At the same time, we aim to promote the use of EVs. In addition, the results of this R&D project will enable the detection of "characteristic changes resulting from deterioration of consumable components" for next-generation automobiles, which will make applications in the aftermarket field possible.

Corporate information

Company name Create Pro Co., Ltd.
(Corporate Number:3180001075748)
Address 792-1 Oaza Kawachiyashinden, Komaki-shi, Aichi-ken, 485-0085, JAPAN
Phone number +81-568-71-1919
Number of employees 68(male  33,female  35)
Capital 10 million yen
Business content (1) Development and production of EV / PHV-related devices
(2) Development design and manufacture / sale of automotive ECU inspection equipment
(3) Development design and manufacture / sale of automotive inspection harnesses
(4) Production and sale of plastic molding parts
URL http://www.c-pro.jpn.com/
Production facilities owned and specifications 2 automatic pressure bonding machines
18 semi-automatic pressure bonding machines
2 low-pressure molding machines
Production base area Domestic location:Komaki-shi, Aichi-ken
Overseas location:Dongguan-city, Guangdong China
Overseas production response available  Available areas:China, Thailand
Main clients Denso Corporation, Denso Techno Co., Ltd., Mitsubishi Motors Corporation
Department handling inquiries for this project Marketing Group
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