This document discusses an opportunity to make money through a matrix board game called Ultrasonic 2012. It provides information on how to get started by joining a board and sponsoring others. Players can qualify to move up levels and earn bonuses when their positions are filled. Some testimonials are given of people earning $10,000-$80,000 through cycling on the boards within a few days. Cautionary notes are provided that it is being presented as a game and each player is responsible for their own risk tolerance and decisions.
River monitoring through wireless sensor networkeSAT Journals
Abstract
WSN system is the recent and cost effective system for monitoring and controlling the environmental applications. It is also a
demanding task to use efficiently the energy harvesting system (EHS) technology for WSN. The system performs the
measurements using integrated peripherals to process the measured data as well as to co-ordinate the data transport of the WSN
to work. Basically River mote is a case study for designing a low cost hardware system architecture combining low-power mote
and a highly efficient EHS architecture. The main requirement of this system is continuous operation using Energy Harvesting
System. The work includes first the water level monitoring platform using only the ultra-sonic sensor and second the PH balance
to know the toxicity present in water. This system provides a real-time guidance to those industry that depends on regional water
quality conditions like industry, agriculture, aquatic life etc.
Keywords: Energy Harvesting system (EHS), Zig-Bee module, Ultrasonic sensor, Ph sensor, Wireless sensor network
(WSN).
This document discusses abrasive machining and finishing processes. It provides figures and descriptions of various abrasive machining operations including grinding wheels, bonded abrasives, grinding processes like surface grinding and cylindrical grinding. It also covers superabrasive wheels, grinding parameters like speed and feed, and finishing processes like honing, lapping, polishing and chemical mechanical polishing. The document is from a manufacturing textbook and presents information on abrasive processes in a technical manner with many supporting figures and diagrams.
Ultra sonic sensor network communicating using NRF 24L01 radioAshok Raj
• Designed mixed signal circuit for ultrasonic sensor network using Arduino shield as programmed processor and NRF24L01 as the radio, PAMAS protocol was used for better efficiency.
• Software used: Arduino
This chapter discusses abrasive machining and finishing operations. It introduces abrasives and how they are used to remove small amounts of material. The key abrasive processes covered are grinding, including the different types of grinding operations and machines. Factors that affect grinding such as forces, temperature, and wheel wear are also summarized. The chapter outlines the various grinding operations like surface grinding, cylindrical grinding, and centerless grinding.
This presentation gives an insight in basic infrared technology (over the entire infrared wavelength range) and infrared applications.
You can find a recording of the presentation at https://imec.csod.com/default.aspx?p=imec&c=Guest&dlink=%2fDeepLink%2fProcessRedirect.aspx%3fmodule%3dlodetails%26lo%3da02ef314-45e0-4518-9f32-50a63a9ed2f0
River monitoring through wireless sensor networkeSAT Journals
Abstract
WSN system is the recent and cost effective system for monitoring and controlling the environmental applications. It is also a
demanding task to use efficiently the energy harvesting system (EHS) technology for WSN. The system performs the
measurements using integrated peripherals to process the measured data as well as to co-ordinate the data transport of the WSN
to work. Basically River mote is a case study for designing a low cost hardware system architecture combining low-power mote
and a highly efficient EHS architecture. The main requirement of this system is continuous operation using Energy Harvesting
System. The work includes first the water level monitoring platform using only the ultra-sonic sensor and second the PH balance
to know the toxicity present in water. This system provides a real-time guidance to those industry that depends on regional water
quality conditions like industry, agriculture, aquatic life etc.
Keywords: Energy Harvesting system (EHS), Zig-Bee module, Ultrasonic sensor, Ph sensor, Wireless sensor network
(WSN).
This document discusses abrasive machining and finishing processes. It provides figures and descriptions of various abrasive machining operations including grinding wheels, bonded abrasives, grinding processes like surface grinding and cylindrical grinding. It also covers superabrasive wheels, grinding parameters like speed and feed, and finishing processes like honing, lapping, polishing and chemical mechanical polishing. The document is from a manufacturing textbook and presents information on abrasive processes in a technical manner with many supporting figures and diagrams.
Ultra sonic sensor network communicating using NRF 24L01 radioAshok Raj
• Designed mixed signal circuit for ultrasonic sensor network using Arduino shield as programmed processor and NRF24L01 as the radio, PAMAS protocol was used for better efficiency.
• Software used: Arduino
This chapter discusses abrasive machining and finishing operations. It introduces abrasives and how they are used to remove small amounts of material. The key abrasive processes covered are grinding, including the different types of grinding operations and machines. Factors that affect grinding such as forces, temperature, and wheel wear are also summarized. The chapter outlines the various grinding operations like surface grinding, cylindrical grinding, and centerless grinding.
This presentation gives an insight in basic infrared technology (over the entire infrared wavelength range) and infrared applications.
You can find a recording of the presentation at https://imec.csod.com/default.aspx?p=imec&c=Guest&dlink=%2fDeepLink%2fProcessRedirect.aspx%3fmodule%3dlodetails%26lo%3da02ef314-45e0-4518-9f32-50a63a9ed2f0
This document summarizes a seminar presentation on ultrasonic motors. It describes how ultrasonic motors work using the piezoelectric effect to convert electric energy to motion. Ultrasonic motors offer advantages over electromagnetic motors like high torque, accuracy, and lack of magnetic interference. They can be used in applications requiring small precise motions like cameras, watches, robots, and hardware positioning. While ultrasonic motors have advantages, further research is needed to reduce friction and piezoelectric material costs to improve their usefulness.
Underwater optical communication is a promising alternative to acoustic methods for underwater wireless communication. Radio waves do not propagate well underwater, so optical methods using lasers and LEDs can provide line-of-sight transmission of data, video and signals for vehicle control. Several factors influence the performance of underwater optical links, including absorption and scattering by water constituents like phytoplankton and dissolved organic matter, as well as scattering from suspended particles.
This document provides a literature review and introduction to a major project report on developing a metallurgical polishing setup using magnetic abrasive finishing. The objectives are to achieve better surface finish, reduce operational time, increase accuracy and efficiency, and reduce human effort. The literature review covers magnetic materials, shapes of magnets, magnet strength, wheel materials, and workpiece movement mechanisms. Neodymium magnets were selected due to their strength. Rod magnets were chosen for their strength and fitting. The introduction discusses how magnetic abrasives are used to polish materials in metallurgical polishing.
Underwater acoustic communication uses sound waves to transmit data underwater instead of electromagnetic waves. It allows remote control of underwater instruments and real-time data transmission. Examples include acoustic modems that convert digital data to sound signals, the Deep-ocean Assessment and Reporting of Tsunamis program's acoustic sensors that detect tsunamis, and robotic crawlers equipped with cameras and modems that can locate underwater objects and transmit images.
This document summarizes a seminar presentation on ultrasonic motors. It describes how ultrasonic motors work using the piezoelectric effect to convert electric energy to motion. Ultrasonic motors offer advantages over electromagnetic motors like high torque, accuracy, and lack of magnetic interference. They can be used in applications requiring small precise motions like cameras, watches, robots, and hardware positioning. While ultrasonic motors have advantages, further research is needed to reduce friction and piezoelectric material costs to improve their usefulness.
Underwater optical communication is a promising alternative to acoustic methods for underwater wireless communication. Radio waves do not propagate well underwater, so optical methods using lasers and LEDs can provide line-of-sight transmission of data, video and signals for vehicle control. Several factors influence the performance of underwater optical links, including absorption and scattering by water constituents like phytoplankton and dissolved organic matter, as well as scattering from suspended particles.
This document provides a literature review and introduction to a major project report on developing a metallurgical polishing setup using magnetic abrasive finishing. The objectives are to achieve better surface finish, reduce operational time, increase accuracy and efficiency, and reduce human effort. The literature review covers magnetic materials, shapes of magnets, magnet strength, wheel materials, and workpiece movement mechanisms. Neodymium magnets were selected due to their strength. Rod magnets were chosen for their strength and fitting. The introduction discusses how magnetic abrasives are used to polish materials in metallurgical polishing.
Underwater acoustic communication uses sound waves to transmit data underwater instead of electromagnetic waves. It allows remote control of underwater instruments and real-time data transmission. Examples include acoustic modems that convert digital data to sound signals, the Deep-ocean Assessment and Reporting of Tsunamis program's acoustic sensors that detect tsunamis, and robotic crawlers equipped with cameras and modems that can locate underwater objects and transmit images.
1. Work hard on your job you can make a living. But if you work hard on yourself. You
can make a fortune
Quotes by Jim Rohn
2. Ask yourself
• Do i mind making more $$ ! Repent..!!
• Do i mind having multiple streams of no free
There is income.
Lunch in this
• Do i believes that i will neverworld, We have
be able to make
S$10,000 in a month. It is true if you believe it…
got to work !!
• i feels that it doesn’t takes much efforts to
make money…!!!
3. 2 Types of People in discussion
Investors - Those who work and saves a lot of money and made
their money makes more money for them.
(money is working for them, passive income)
2 Entity working for money
Savers - Those who works very hard and saves lots of money
in bank for rainy days, generally does not invest as not
very savvy, afraid of getting cheated or being scam. So
they trust the banks and placed much with them.
(Bank who helps to protect the money with some
interest)
1 entity working for money
5. Facts 2. Effects of inflation for savers in bank
5.4% Inflation
$12,480
6. Effects of inflation 2
• Local Bank • Inflation
Fixed Deposit 0.25%/Year
• Every $1000 in a
bank, you still
lose $51.50
every year to
inflation
7. Quotes from Jim Rohn
I used to say, “Things cost too Much.” Then my teacher straightened me out
on that by saying, “The problem isn’t that things cost too much.” The problem
is that you can’t afford it.” That’s when I finally understood that the problem
wasn’t “it”. The problem was “ME.”
8. Problems, Obstacles and excuses
• I am not making enough to make ends meet.
• Too tired after everyday of work, where got time to plan !!
• Wanted opportunity to make money but where got such good things..
• Nah… Too good to be true..
• If I don’t have a family to support I will be better!!!
• Where got money for 2nd property, I can’t even afford to pay up this one!!
• My kids are smart enough to go Harvard but I am not financially capable
enough to sent them there..
Things will remains the same if everything else being the same, nothing will
changed unless we changed first, our mindset and then our plans.
9. • Introducing An Opportunity
Ultrasonic 2012 Matrix Board Game
10. Disclaimer
• All information provided is based on what the presenter and his group has achieve and
understood from the matrix game.
• This matrix board is presented as a game and not a business. This game have products
which is less or equivalent to the initial starting game amount per account.
• Each players must understand his/her individual risk tolerance before wanting to join into
the matrix board game. Every player is responsible for their own decision and risk
involved.
• The players are responsible for their own explanation towards their enrollees.
• We, the presenters and partners holds no liability towards each players decision in
joining the game. Presentation of the board game and the objectives of this introduction
is merely to let the players understand how the game works.
• We welcome all participant to play it as a game and in turn make money from it.
11. Founder Profile
Mr. John Sittichai
Borned in Thailand
Mr. John Sittichai created part of his wealth playing Matrix
Board Game as a player for over 10 years.
Having played lots of different matrix Game, some difficult
to achieve and some totally inflexible and board stalled is so
often then.
He decided with his vast amount of knowledge in Matrix
game to create one which is easy to achieve and very
flexible so everyone who plays this game by the rules gets
rewarded immensely
www.ultrasonic2012.com
Launched in 3rd July 2012
16. Getting Started
• An existing player will act as a sponsor to enroll a new player
into the board. The buy-in fee for each position on a game
board is USD1,500.00/S$2,000 (Gold Board)
• Each player must acquire and enrolled minimum 2 down-lines
or 2 accounts to his/her position to qualify for Pay Line bonus
at Level 4 which is USD8,500
• A player who does not have minimum 2 down-lines will not be
able to qualify for level 4 and will be skipped during his/her
turn.
17. Day One – Joining the Board
A game board is made up of 15 positions set up as a matrix as shown below
Note: New players will start joining the board at Level 1, filling up the empty positions from
left to right. In this example, imagine you are the player “Draw”. You are being sponsored
by “Win” and you joined the board in Level 1.
Level 4 (Pay Line)
P01
- Tap
- John
Level 3
Tap Pet
- Win - Dean1
- Air - Dean2
Level 2
John Win Air Dean1
- Leo1 - Draw
- Leo2
Level 1 (Entry Level)
Dean2 Leo1 Leo2 Draw
Position 1 Position 2 Position 3 Position 4 Position 5 Position 6 Position 7 Position 8
18. Day One – Joining the Board (con’t)
Scenario: “Draw” which is you, a new player and fast sponsored 2 friends into this game
“Pen” and “Ink”. You now become qualified for payline level 4 when the board splits. In this
game, players with 2 downlines will qualified faster than those who are not qualified.
Level 4 (Pay Line)
P01
- Tap
- John
Level 3
Tap Pet
- Win - Dean1
- Air - Dean2
Level 2
John Win Air Dean1
- Leo1 - Draw
- Leo2
Level 1 (Entry Level)
Draw
Dean2 Leo1 Leo2 - Pen
- Ink Pen ink
Position 1 Position 2 Position 3 Position 4 Position 5 Position 6 Position 7 Position 8
19. Board Split / Level-Promotion and Board Splitting
Scenario: When level 1 is filled up, the Level 4 player (e.g. P01 in this scenario) will
recycle into another board at Level 1 following his sponsor. The existing board will then
be split into 2 new boards, the 2 new boards Positions are filled up from, left to right, top
to bottom for those who qualify first.
Level 4 (Pay Line)
P01
- Tap
To Split into new board - John
To Split into new board
Level 3
Tap Pet
Pet
- Win - Dean1
- Dean1
- Air - Dean2
- Dean2
Level 2
John Win
Win Air Dean1
- Ong
- Leo1 - Draw
- Draw
- Leo2
Level 1 (Entry Level)
Draw Ink
Dean2 Leo1 Leo2 - Pen Pen -Pete
Pete Ong
- ink
Position 1 Position 2 Position 3 Position 4 Position 5 Position 6 Position 7 Position 8
20. Step Up / Level-Promotion and Board Splitting (con’t)
Scenario: Note that when a board splits, P01 cycled out and Tap moves up to Level4
payline as he is qualified with 2 legs, P01 will make USD8,500 when Level 1 is filled up.
You which is „Draw” moves up to Level 3 now because you are the next most qualified to
move up the levels as you have 2 downlines. After Split – Tap Board
Level 4 (Pay Line)
Tap
- Win
- Air
Level 3
John Draw
- Leo1 - Pen
- Leo2 - Ink
Level 2
Ink Air Dean2 Leo1
- Pete
Level 1 (Entry Level)
Position 1 Position 2 Position 3 Position 4 Position 5 Position 6 Position 7 Position 8
21. Step Up / Level-Promotion and Board Splitting (con’t)
Scenario: Pet from level 3 moves up to level 4 Pay line as he is qualified also. A new
Level 1 is formed for players to qualifies thenselves. Once level 1 is filled up, Pet will
make USD8,500 into his eWallet and can withdraw into his bank account.
After Split – Pet Board
Level 4 (Pay Line)
Pet
-Dean1
- Dean2
Level 3
Win Dean1
- Draw - Ong
Level 2
Leo2 Pen Pete Ong
Level 1 (Entry Level)
Position 1 Position 2 Position 3 Position 4 Position 5 Position 6 Position 7 Position 8
22. Skipping level after Board Splits
Scenario: “Air is supposed to move up to Level 3 as he is in Level 2 and you “Draw”
from Level 1 to Level 2, but because “Air” has not qualified himself yet, therefore he
loses his chance to moves up to Level 3 and you “Draw” has taken over his position. This
is a game of speed and competition is fair and square. Qualified accounts moves first.
Level 4 (Pay Line)
P01
- Tap
To Split into new board - John
To Split into new board
Level 3
Tap Pet
Pet
- Win - Dean1
- Dean1
- Air - Dean2
- Dean2
Level 2
John Win
Win Air Dean1
- Ong
- Leo1 - Draw
- Draw
- Leo2
Level 1 (Entry Level)
Draw Ink
Dean2 Leo1 Leo2 - Pen Pen -Pete
Pete Ong
- ink
Position 1 Position 2 Position 3 Position 4 Position 5 Position 6 Position 7 Position 8
23. Skipping Level (con’t)
Scenario: When the board splits, you “Draw” skipped ahead of Air and is now
automatically assigned to Level 3, as Draw had sponsored 2 positions sooner than Air.
Positions are filled up from, left to right, top to bottom for those who qualify first.
After Split
Level 4 (Pay Line)
Pet
- Dean1
- Dean2
Level 3
John Draw
- Leo1 - Pen
- Leo2 - Ink
Level 2
Ink Air Dean2 Leo1
- Pete
Level 1 (Entry Level)
Position 1 Position 2 Position 3 Position 4 Position 5 Position 6 Position 7 Position 8
24. Bonus
Scenario: When you are in Level 4, A bonus of USD500 will be credited into your eWallet
for every positions filled in Level 1, and a bonus of USD5,000 credited at Position 8, you
will receives a total of USD8,500 Bonus. You might not know who are the players who
comes into level 1 as this is an international board game and everyone wants to qualified
themselves before the board splits, thus making it a very exciting and profitable game
Level 4 (Pay Line)
Draw
- Pen
- Ink
Level 3
P02 P03
- P04 - P06
- P05 - P07
Level 2
P04 P05 P06 P07
- P08 - P10 - P12 - P14
- P09 - P11 - P13 - P15
Level 1 (Entry Level)
P08 P09 P10 P11 P12 P13 P14 P15
+USD500 +USD500 +USD500 +USD500 +USD500 +USD500 +USD500 +USD5000
Position 1 Position 2 Position 3 Position 4 Position 5 Position 6 Position 7 Position 8
25. eWallet
Level 4 player gets rewarded by every position in level 1 which is filled up. In this example, player
“jkings” make USD8,500 within a day when all 8 accounts is filled up in Level 1 as we can see the
transaction dates are all similar. Its not necessary a player can only have 1 account, a player can buys
multiple accounts. Eg, “Andrew” enrolled himself another 2 accounts “ Andrew1” and “Andrew2”
thus qualifies “Andrew” so now “Andrew1 and 2 have to find another 2 accounts to qualifies
themselves
26. Actual Game example
Board will Split after last player
Adeline3 enrolled Adeline4
Adeline4
- Adeline4
29. Split Board – Biznis74
Last player “cloud” is in,
board splits again..
- John1
John1 John2 John3 Richy Roach iPhone ipad Cloud
- John2 - richy - iPhone
- cloud
- John3 - Roach - ipad
30. What happen after cycle !
• All players who cycled out will go to a new board where his/her sponsor is…
• Example A sponsor B and C –
– “A” cycled out to a new board into level 1
– “B” and “C” also cycled out after their board split
– BACK TO THE SAME BOARD AS THEIR SPONSOR “A”
– In level 1
– The more player you sponsor into the game the more player comes back to your board.
B C
34. Testimonials2012who cycled out
th
Started since 5 July
–
• Forexking group - 8 times USD80,000 ( 1st cycle in 2 days )
• JLkings Group - 6 times USD60,000 ( 1st cycle in 3 days )
• Kayaraya - 3 times USD30,000 ( 1st cycle in 2 days )
• jiwei - 2 times USD20,000
• Jenny - 1 time USD10,000
• Ros - 1 time USD10,000
• Kihkihkih - 2 time USD20,000 ( 1st cycle in 4 days )
• Jackpot - 1 time USD10,000
• Blessed - 1 time USD10,000
• Derick10 - 1 time USD10,000 (record holder – in 1 hour)
• Sayakaya - 1 time USD10,000
• Acmilan - 1 time USD10,000
• Blessed - 1 time USD10,000
• Wealth - 1 time USD10,000
• Hanijuta - 1 time USD10,000
• Jackpot - 1 time USD10,000
• Ziezie - 1 time USD10,000
• Moneyme - 1 time USD10,000
• Warnainc - 1 time USD10,000
• Norah - 1 time USD10,000
• Haji - 1 time USD10,000
• Didi - 1 time USD10,000
• Aziana - 1 time USD10,000
These are part of the information's we have collected so far, excluding the shy and the quiets, eg
Adamrico, Nizrul, Effa01, Barakah, Dragon1, Tigress board – as of 1st August 2012
More than 30 more positions on pay line – level 4
This presentation demonstrates the new capabilities of PowerPoint and it is best viewed in Slide Show. These slides are designed to give you great ideas for the presentations you’ll create in PowerPoint 2010!For more sample templates, click the File tab, and then on the New tab, click Sample Templates.