Robot park developer final revisions usa version

Presentation for global launch of innovative Japanese robotics firm (Lombard Global client).

1. Robot-Park
™
Fully Automated Parking Solution

2. Robots are transforming our
world, enhancing life by
providing added convenience,
more accuracy, higher quality,
and improved efficiency across
a growing number of industries.
The Transformation of Time and Space

3. Introducing
EITO & GLOBAL JAPAN
Automated Robot
Parking Systems
Developed the
Robot-Park™ system


EITO SYSTEMS,
COMPANY, LTD.
Machine/Robot
Manufacturing
Founded 1986
Research & Development,
Design & Manufacture,
Assembly
EITO & GLOBAL, INC.
Overseas Exporting
Company
Will introduce Robot-Park™
in the U.S. in 2013
A Global Leader in Robotics Development and Manufacturing!

4. Eito Systems Company: Product Divisions
Multilayered
Automatic
Warehouses
Environmental
Instruments
Design,
Manufacturing
& Sales of
World-Class and
High-Value
Technology
Products
Factory
Automation
Industrial
Robots

5. Robot-Park Transforms Parking Space
Into a High-Profile, High-Profit Differentiator
Robot-Park™ is an elegant technology
solution that creates higher real estate
value for developers and lower
operating costs for building owners,
while delivering an exceptional parking
experience for those parking in
commercial, residential, and municipal
buildings

6. But first, what’s the problem out there?
...It's so pervasive that we simply endure it!

7. Parking: A Bad Situation That’s Getting Worse
For Consumers, Residents, Visitors, and Employees, conventional parking structures and lots
create both tangible and perceptual problems.

Stressful

Wasted Time

Unsafe

Poor
price/ value

Theft Damage
Risk

Inconvenient &
limited spaces
Increasingly
off-putting experience
that creates negative
perceptions

8. Robot-Park Changes the Game
A cost effective, round-structured
and fully automated intelligent
platform for above-ground or
below-ground parking solutions.
Powered by sophisticated
Japanese technology

11. Solves the parking problem for everyone who parks in
a building or a lot
Safety, speed, no damage or theft, no stress, clean, reliable, unique high-quality service
engagement, positive perceptions of the building and the destinations therein.




In the first few years,
Robot-Park will be
unique and novel.
Then it will become a
requirement by tenants,
residents, and visitors
and a signature building
feature for owners.

12. High Aesthetic Value: Day scene

13. High Aesthetic Value: Night scene

14. Slower &
Lower ROI
7
High
Operating
Costs
6
Longer
Construction
Time Frames
5
Low
Aesthetic
Appeal
4
High
Construction
Costs
3
Requires
Large &
Expensive
Footprint
1
Inefficient
Use of
Space
2
Conventional Parking Structures Rob Developers of Profit
Challenges for Developers

15. More cars are stored resulting in
efficient use of narrow plots
Each level accommodates 10 cars
The robot automatically stores the car
Driver enters structure and exits the vehicle,
leaving car on the robot platform
How it works for vehicles

17. How it works for you
More Efficient Use of Real Estate
Less Expensive to Operate
Less Expensive to Construct
Less Liability
Green
Secure Investment; Low-Risk, High Return

Higher Real Estate Value

18. Round is the shape of profitability.
Round Structure

+High-strength, streamlined design
+Earthquake-resistant and quake-absorbing
+Simple design, yet highly effective and safe

Shorter construction time
+Round structure
+Steel module system is fast to construct
+Pre-fabricated caissons
+Simple to assemble and easy to dismantle
+Easy to relocate

19. Space Saving: Conventional vs. Round Automated
Problems:
+Lack of parking
space
+Inefficient use of
parking space

20. Solution: By installing round automated system…
+The effective car capacity is 3.5 times, while the
construction cost is ¼ of the conventional system
+System automation provides exceptional and
prompt customer service
+Dedicated software ensures efficient and speedy
allocation of vacant bays


Problems:
+Lack of parking
space
+Efficient use of
parking space

Space Saving: Conventional vs. Round Automated

21. Effective space utilization: Less space per car

22. Space Saving: Conventional vs. Round Automated

23. Above Ground
With the Robot-Park above-ground parking solution, towering over head means lower costs.

24. Above-Ground Parking: Conventional vs. Automated
Problems:
+In a conventional system, space for
commercial use used for large parking
spaces
+Low space utilization
+Car robbery or vandalism
+Security in the garage
+Difficulty of locating car in garage

25. Problems:
+In a conventional system, space for
commercial use used for large parking
spaces
+Therefore, low space utilization
+Car robbery or vandalism
+Security inside the garage
+Difficulty of locating car in a garage
Solution: By installing round
automated system…
+Systems vs. people ensure
security in garage
+Eliminates difficulty of finding car
+Effective space utilization ensures
more land for commercial
purposes
+increases value of the property

Above-Ground Parking: Conventional vs. Automated

26. Above-Ground Parking: Conventional vs. Automated

27. Problems:
+Requires large project scale with long
construction period
+Therefore, traffic problems, resulting in
complaints and business loss
+Low parking efficiency and low space utilization
+Vandalism, robbery and security leads to
liability concerns
+Space for parking operators, elevators,
ventilation and fire system required.
+Startup and operational costs higher
Underground Parking: Conventional vs. Automated

28. Solution: By installing round automated system…
+The construction cost is less than 1/4 of conventional system.
+Surface land space needed is less than 1/3 of conventional system.
+Substantially shorter construction period
+As construction area is smaller, traffic problems are reduced
+Multiple parking operators unnecessary. Complete automation is
achievable.
+No people enter underground space, therefore no safety, car
robbery and security issues.
+Compact design (1 unit accommodates 60 cars). Therefore, solution
for real estate in high population density centers.
Underground Parking: Conventional vs. Automated

29. Underground Parking: Conventional vs. Automated

30. For 500 cars, 5-8 sets can be implemented
Standard Model: Ø18m system
+10 cars/floor; 6 floors; 60 cars
+Vehicle Dimensions: Length=5m,
Width: 1.9 m, Height: 1.5 - 2.0 m,
Weight: 2.100 kg
+Offers the best performance to cost
benefits and meets the majority of
global customer requirements
+480-car system requires 254m² x 8 =
2,032m² of available land
Custom Model: Ø18m system
+10 cars/floor; up to 100 cars/system;
+Vehicle Dimensions: Length: 5.25 m,
Width: 2.2 m, Height: 2.5 m,
Weight: 2.500 kg
+Custom sizes can be manufactured but
these would incur additional investment.
+100 cars/system x 5 sets = 500 cars.
This 500-car system only requires
254m² x 5 = 1,270m² of available land
Features: Storage

31. 18 m
Features: Storage
80 cars

32. ‘Swallows’ one car every 6.0 seconds
*The above are estimates. These figures depend on stable
power/voltage ratings & the other factors. Further info can be
found in our “Cycle Duration” sheet.


•±45
seconds*
To store the car
•±70
seconds
To retrieve
the car

•±30
Vehicles/hour

*after pressing activation button
Features: Time Savings

33. Square Structure

Earth Pressure
Compression
Round Structure

+High tensile
strength leads
to easy
deformation

+Thicker walls
+No tensile
strength
+Small rate of
deformation.

+Thinner walls.
vs.
Features: Round Shape
Concrete is weak against tensile strength but strong against compression.

34. Square Structure
+Prepare for excavation  Excavate
+Construct (open caisson method)
+Concrete casting  Concrete cure
+Remove Framework & equipment

vs.
Round Structure
+Prepare for excavation  Excavate
+Assemble pre-cast segment
+Excavation & Placement
+(Repeat) Assemble pre-cast segment
Advantages: Construction Period

35. No temporary facility needed,
no extra time for concrete cure,
reduced earth excavation
&
Short work duration resulting
in high cost savings


Advantages: Construction Period
vs.
Round Structure
+Prepare for excavation  Excavate
+Assemble pre-cast segment
+Excavation & Placement
+(Repeat) Assemble pre-cast segment

36. One circular tower park
±40 cars per hour
+Loading time of ±1.5 minutes (90
seconds) per car
+±400 cars per hour
+one car every 9 seconds.
Sample Layout: 10 Tower Complex

37. Square Round
Area
270 sq. m/level
3780 m
3
(18 x15 x14) 100%
240 sq. m/level
3663 m
3
(17.5 x 14) 89%
Area per car 27 sq. m (100%)* (60 cars) 24 sq. m (88%)*
Civil cost 3780 x $500* = $1.89 million 3663 x $350*^ = $1.18 million
Civil cost/car $31,500 per car (100%) $19,600 per car (62%)
Center Space
0m
3
To be left open for car
movement
3sq.m x 12 x 10 spaces =
360m
3
/ system (36 fire engine capacity)
Can be utilized as utility room
An Illustration: Comparative Space Utilization
60 Car Parking System in Japan

38. Flexible design to meet individual city codes
System hardware, software, electric wiring and components built entirely
by Eito & Global
Rigorously tested before shipment
Easy to transport: Requires 2 x 40 ft. containers
Steel frames procured locally for additional cost savings
Automatic & manual operations mode for emergencies
Sales, training and maintenance support
Round outer can be used attractively for advertisements, and can help stimulate
commercial in surrounding areas
Other Key
Benefits
& Features

39. Conventional Parking Our parking system
Capacity/ Labor Assumptions
Capacity
Hours of Operation
892
24 / 7
892
24/ 7
Expenses
Payroll & Benefits
Insurance Expenses
Utilities Expenses
Repairs & Maintenance
Bank Fee Expense
Marketing Expense
Support Services Expense
Other Operating Expenses
Subtotal Operating Expenses
Real Estate Taxes Expense
Subtotal Non-Operating Expenses
TOTAL EXPENSES
$850,000
$95,000
$165,000
$145,000
$100,000
$20,000
$75,000
$150,000
$1,600,000
$150,000
$150,000
$1,750,000
$145,000
$50,000
$200,000
$50,000
$100,000
$20,000
$35,000
$75,000
$675,000
$150,000
$150,000
$825,000
Capital Costs
Security Camera/ DVR System
Capital Account
TOTAL CAPITAL COSTS

$30,000
$240,000
$270,000

$30,000
$60,000
$90,000
GRAND TOTAL $2,020,000 $915,000
Operating Expenses: A Comparison

40. Increases
the Value
of Real
Estate
Minimum Land
Occupation
Efficient Space
Utilization
High Aesthetic
Value
Less Expensive
to Construct
(compared to
conventional
system) Shorter
Construction
Period
Reduced
Operation Cost
(compared to
conventional
system)
Faster Return on
Investment
Robot-Park is the Shape of Higher Real Estate Value

41. Reduced system downtime
Consistent manufacturing quality
Professional advisory and problem-solving
Reduced failure rate
Extended maintenance support
Our Assurance

42. 1 year "Full Guarantee" for parking system (robot & steel frame portion)
2 years "Warranty" for parking system (robot & steel frame portion)
*Terms and conditions subject to specific agreement.
Guarantee & Warranty

43. EITO&GLOBAL INC.
15-60 Yoshinosakai
Matsuoka, Eiheiji-cho
Yoshida, Fukui
JAPAN
910-1127

USA Phone: [phone]

http://www.lombardglobal.com