關於 aircraft parts ，我們在網路上蒐集到這些相關的討論、資訊與評價

有外國網友想要知道這款陸軍特戰突擊車的介紹，嘛，這算是有點「家醜外揚」的感覺，不過既然人家有心想知道，晚點附上英文版介紹

***
陸軍SC-09A四輪傳動特戰突擊車，是由國內廠商「星僑企業」與陸軍合作的國造裝備案，陸軍要求可由直升機機動部署、能符合空降與機降的運用、同時也能支援山隘行軍的偵查，適用於山林間的產業道路，總數量56輛

以民用版福特 ESCAPE2.3越野休旅車為基礎改裝，全長4.1公尺，寬2.2公尺，重量1225公斤,可乘載三名戰鬥成員，採用汽油版的16V DOHC Duratec-HE反制式引擎，排氣量2261cc，最大馬力157 hp/20.4 kgm，底盤方面前輪懸吊採獨立麥佛遜防傾桿設計，後輪則使用獨立複合多車桿副車架，強化舒適性

車頭型式採用板狀外型，上層結構改為防滾鋼架籠型。車內儀表板改為板金件,座椅則採用筒形賽車椅,可供駕駛、車長及火力射手固定在座位上，車內並增設槍架、火箭筒固定架、車內中央通信裝備、防爆油箱，車外則加裝絞盤、防空燈、HID高照明頭燈、前保桿、後登踏保桿及防爆輪胎，該突擊車涉水深度稱可達23公分, 並有限制高度至1.9公尺，可輕易開入CH-47SD直升機機腹

https://m.xuite.net/blog/hojiyi/wretch/149706788
***
ENG

The Army SC-09A 4WD tactical assault vehicle(TAV), by domestic manufacturer "Shin-Chiao(星僑) Enterprise" and with Army in cooperation, requires that it can be deployed by helicopters, airborne and aircraft landing, supporting mountain pass reconnaissance, that can be used on roads in mountains and forests, totally needs 56 vehicles.

base on the civilian version of Ford ESCAPE 2.3 SUV, 4.1 meters length, 2.2 meters width, and 1225 kg weight, it can carry three combat crews, using a gasoline version 16V DOHC Duratec-HE counter-engine, 2261cc displacement, the maximum horsepower is 157 hp/20.4 kgm. In terms of chassis, the front wheel suspension uses an independent McPherson anti-roll bar design, and the rear wheel uses an independent composite multi-bar subframe to enhance comfort.

The front is designed with a plate-like appearance, and the upper structure is anti-rolling steel cage type. The instrument panel inside the car is changed to sheet metal parts, and the seat is a cylindrical racing seat for the driver, the captain and the fire shooter to be fixed on the seat. A gun rack, rocket mount, central communication equipment, bulletproof fuel tank are added in the car, and the outside of the car Adding winches, anti-aircraft lights, HID high-illumination headlights, front bumpers, rear bumpers, and anti-explosive tires. The tactical assault vehicle's wading depth can reach 23 cm, and the height is limited to 1.9 meters, enabling easy deployment In the belly of the CH-47SD helicopter.

รู้จัก EECi เมืองนวัตกรรมแห่งใหม่ของประเทศไทย / โดย ลงทุนแมน
สหรัฐอเมริกามี ซิลิคอนวัลเลย์ เป็นเมืองเทคโนโลยี
จีนมี เซินเจิ้น ที่เปลี่ยนตัวเองจากอาณาจักรก๊อบปี้ มาเป็นดินแดนนวัตกรรมล้ำสมัย

ทีนี้หลายคนคงถามแล้วเมืองไทย สถานที่นี้อยู่ที่ไหน? ...
Continue ReadingKnow EECi, Thailand's innovative city / by investman
USA has Silicon Valley as a tech city
China has Shenzhen that transforms itself from a photoby approach to a modern innovation land.

Many people may ask now. Where is Thailand?
We must have heard EEC or EC economic development area in the development of 3 provinces in the East, Chonburi, Rayong and Chachoengsao.
Which is one of the Mega projects under Thailand policy 4.0

With a total infrastructure investment of 1.5 trillion baht.
To have both high speed trains, double rail trains, airport and harbor.
To connect travel conveniently and uplift the Thai industry compared to world class.

Which 1 in 3 provinces will exist. One area that is raised to be a city of innovation.
EECi or Eastern Economic Economic Corridor of Innovation is located in Wang Moon Valley, Rayong province.
Area up to 3,454 Rai

How much time does EECi have to be a Silicon Valley of Thailand?
Invest man will tell you about it.
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EECi aims Thailand to move forward to innovative new industries.
To add economic value to long term countries

When it's like this, it's impossible to guess that EECi must be a source of scientists and good engineers.
Let's combine research materials to top up new industries with advanced technologies.
By this innovative city, there are ′′ 6 target industry ′′ that serves differently.

1. Modern agriculture that will change old agriculture completely.
Because you know that Thailand has 6.8 million farming households.
But it's only 8 % income from the total GDP value of 1.68 trillion baht.

From such information, it means indirect meaning that Thai farmers will have less income than other industrial sector. When it's like this, it's a result. The new generation doesn't want to be farmers.

EECi has another mission to innovate modern agriculture research. Modern Farming
To solve this problem by making productivity more but using less people but more quality.

With infrastructure such as Plant Factory (Plant Factory)
It's a technology to help new generation farmers to produce effectiveness.
Because it's a planting system. Shut up or semi-shut system can control the environment
Such as lighting, temperatures and food elements are suitable for plant growth.

Phenomics Greenhouse Technology Farmhouse (Phenomenics Greenhouse) will have equipment to measure the physical characteristics of plants.
Growing in various conditions of how high and growth is.
Then, gather as a database to help select strong plant species.

2. biofuels and biological chemicals
When the produce is much, it has to be sold more expensively.
This area will also serve advanced technology to privatize agricultural produce to increase in value.
One of them is Biorefinery. Biorefinery. A prototype to privatize agricultural produce.
Go to high value products

Which is Dr. Jane Kritthaya, Director EECi from National Science and Technology Development Office of the National Science and Technology Development Office (NCO) ) As the EECi regulatory agency says, ′′ EECi will help make more value for raw materials in the country to go to the world market. From the same time that Thailand sells ′′ tons of rice ′′ can be sold from rice to ′′ gram ′′ at the same time. More value added than ′′

By this prototype biological refinery starts from design, experimenting, agricultural produce.
Comes to the fermentation process, then separates the produce into 2 parts.

It's Non-GMP to produce fuel and biological materials.
And GMP will produce food, cosmetics and supplements.

3. high performance battery and modern transportation
Many people may not know that our country is the world's number 11 big car manufacturer.
But today. Car technology runs further than we think.

The trend of the world will surely occur, is that the combustion engine will gradually go extinct.
And will be replaced by BEV Car

And if we don't want to lose a huge income that will happen in the future.
It has to be Thailand as part of the manufacturing base of electric cars and future cars.
By one of the key structures is ′′ high performance battery production

For that reason, EECi will be a space to mobilize engineers and specialists in public and private sector. Think of how to make Thailand a top largest battery production base of Asia to develop unmanned automotive technology.

4. Automation, Robotics and Smart Electronics
We may have heard often that technology will replace human labor.
To keep industrial costs cheaper and more quality products.

EECi is not overlooked by the creation of robotics and intelligent industrial mechanical machines so that they can support and test the prototype development process, manufacturing products for entrepreneurs.

Make the innovation center sustainable or sustainable Manufacturing Center (SMC) develops people with knowledge.

So far, production line samples so that both small and medium produce sector have experimented with semi-automatic and automatic production processes. Make it suitable for your business or not. To bring information before making a real investment in your business.

5. Aviation and Space
Many people may question whether our country can actually do this?
But the government sector is considered in Thailand
World top manufacturing base and automotive parts
We should also be able to develop future aircraft and aircraft parts too.

When it's like this, EECi will be a gathering of good engineers to develop the aviation industry.
Unmanned aircraft to satellite

6. Medical Devices
From the facts of Thailand, we produce rubber gloves and condoms to the top of the world.

But.. another angle is a weakness.
Each year we import high tech medical devices, 7-8 billion baht per year.

Which if Thailand is a Medical Hub in the eyes of the world.
It's necessary to decrease imports and turn to manufacturers of advanced medical devices, technology.
Which would make EECi have a team to innovate to produce various medical instruments in the area.

Also, in the EECI area, there will be a 3 GeV Energy Level sin Light Generator
Which produces a million times brighter than the daylight.

With this brightness is like a special microscope.
Where we can see all kinds of material molecules on Earth thoroughly.

Interesting is this beam is an important science infrastructure.
Continuing research and development in various industries.

When looking at EECi, the side round must say this could be another turning point of the country.

We're doing all the way to build a higher business and new industries.
To add value to the Thai economic system.

Because if we don't hurry up to do it today.. in the future, we may be a country left behind.
It's hard to run a world that is changing so fast.

In the past, Thai research results invented at laboratory level, there are still limited to developing manufacturing processes to forward to useful users. We have weaknesses that are not invested in infrastructure and mechanism to expand research. And another side can't take much advantage of foreign advanced technology. Because of lack of infrastructure and mechanism to support technology adaptation to Thai context.

In the future, EECi would be an important infrastructure and mechanism of the country to shut down the weaknesses in this matter..
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References
- www.eeci.or.th/th/home
- Fact Sheet EECi DocumentTranslated

ทำไม เยอรมนี จึงเป็นประเทศแห่ง วิศวกรรม? / โดย ลงทุนแมน
“เยอรมนี” ประเทศที่เป็นสุดยอดแห่งความก้าวหน้าทางวิศวกรรม
ตั้งแต่เครื่องใช้ไฟฟ้า เครื่องจักร ยานยนต์ ไปจนถึงระบบอาณัติสัญญาณรถไฟฟ้า

เครื่องมือเครื่องใช้สัญชาติเยอรมันถึงแม้จะมีราคาสูง...
Continue ReadingWhy is Germany a country of engineering? / By Investing Man
′′ Germany ′′ the top country of engineering advancement
From electrical appliances, automotive to mandatory system, electric car signals.

German Citizenship Tools Even With High Prices
But it comes with more performance, durability and innovation than anyone.

Many companies that are even over 100 years old.
But these German brands still guarantee their unmatched quality and expertise.

And where does Germany's engineering progress come from?

Welcome to the article series ′′ Branding the Nation ′′ branding instead of country.
Episode why is Germany a country of engineering?
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Investman wants to take everyone back to the 19th century industrial revolution era.

As many people already know that
Britain is the first country in the world to have an industrial revolution since July. B.E. 1780
Followed by Belgium and France

While the economy of other countries in Europe is turning through to progress.
Germany just reunited countries by land which is now Germany. Just completely united for the first time on July. Year 1871 which is the same as the reign of King Rama 5 of the Kingdom of Siam.

From the gathering of German tribes led by the Northern Prussian Kingdom.
With little and big south under the lead of Emperor Wilhelm 1
And Prime Minister Ottoffon Bi Mark

The industrial revolution later made Germans not want to waste their time. Try wrong, try right.
To develop the country to thrive.

The important thing in this regard is to put the process of education and research systematically, therefore, the government puts ′′ education reform ′′ first.

Even many European countries have founded the university since medieval times.
But Europe's academics won't be much involved in the business and industry.

Academics are posing as ′′ gentlemen ′′ not doing business and not messing with industrial sector.
The mechanics, technicians, or anyone involved in the industrial sector will be seen as lower than academics.

But German education doesn't look that way..

With Germany's absence of colony and its revolutionizing industrial slower than many countries.
The only thing that could make the Empire that was recently advanced further than others.
It's scientific advancement, especially in ′′ applied science

Under the lead of Bismarck, huge educational budgeting occurred.
Educational welfare is founded in technical college.
Educational emphasis on Technician and Engineering Career Specifically

Berlin's Technical College of Berlin was established in Year B.E. 1879
Developed from the college of mining that was founded in kho. B.E. 1770
This place is currently the Technical University of Berlin (Technische Universität Berlin)

Apart from Berlin
Technical universities are also established at other states around the country during the evacuation time.
Technical University of Darmstutt, established in July. B.E. 1877
Hannopher Technical University established in July B.E. 1879

Having a unique university in Technician and Engineering
Make a lot of workforce and technicians
When these workers graduate, they can enter into industrial sector immediately.

Government also supports universities to cooperate with industrial sector.
There is a collaborative research between academics and businessmen in industry circles.

Engineering research is easily implemented in the business world.
When businesses can make profit, they give money back to support research.
Later on, many big companies start having their own research and development institutions.

Germany's engineering development is growing in a leap.
Especially in the steel industry.

The German Empire Steel Industry Center is located around the Roore River Valley.
Aka Ruhrgebiet (Ruhrgebiet) which is west of the country.
This area is a major source of iron and coal mineral, with an epicenter in Esseen.

But originally, most steel industries use mild steel, these iron are fragile.
Make it not yet applied for much use.

For steel to be stronger and more durable, it is necessary to transform the chemical structure of steel by fusing and filling the mineral into steel.

But ironing requires a very high temperature at the moment, no effective and cost effective stove for production.

How to produce Siemens-Martin Steel
Which was invented in July. 1865 by 2 researchers
One of them is German named Sir Carl Wilhelm Siemens
Created an accelerated steel squid oven that can heat up to 1,500 degrees Celsius.
It's called a pan stove or open hearth furnace.

With education system that strongly connects research and industrial sector.
Not long ago, German steel company brought a new refiner.
xỳāng rwdrĕw application in the steel industry

Led by steel company called ′′ Krupp ′′

Krupp company founded by the Krupp family has a history back to mid 16th century.
There is an office located in Esseen during which German railway expands rapidly.
Esen City becomes the center of the steel industry.
Krupp company also leads to manufacturing metal-based products such as railroad tracks and locomotives.

Alfred Krupp has funded research to find out how to produce steel.
Scholarship to the scholars when a new refiner comes out successfully.
Krupp company has become a leader in global export steel production.
From railroad tracks, development to machinery and factories.

Not long ago, Germany was on board, Europe's major steel manufacturer overtakes England.

Krupp company currently has merged with Thyssen steel company.
Became a ′′ Thyssenkrupp ′′ company.

Even the steel industry is going to lower the role.
But Thyssenkrupp has continued to be a leader in engine parts.
Aircraft, elevator and escalator components.

Apart from the steel industry, another industry in which German engineering knowledge has advanced over many countries during the same time is the electrical industry.
Led by a company called ′′ Siemens ′′

Founder of this company is Werner von Siemens Berlin electric engineer
This is the real brother of Sir Carl Wilhelm Siemens who invented steel production methods.

Werner von Siemens has automatically invented a typed telegram system.
Instead of knocking, using Morse code, then founded Siemens company in July. B.E. 1847

Siemens company has expanded its business across Europe and USA.

Werner von Siemens also the world's first electric elevator developer in July. B.E. 1880
The inventor of mechanical dynamo that transforms mechanical energy into electric energy.
And build an electric bus or Trolley Bus in July. B.E. 1882

Siemens are currently the world's leading electrical engineering company.
There are a variety of products from electronics, electric car, medical tools.
Electric train signal system to wind turbine technology

In addition to Thyssenkrupp and Siemens, the brand is under 100 years old.
Germany also has many engineering companies that all have the same age.

The whole Leica company founded in July. B.E. 1869
Expert in the production of eyelet lenses, medical devices and cameras.

AEG company founded in July. 1883 Manufacturer of large generator and tram system

Osram company separated from Siemens in July. Prof. 1909 is a leader in light bulb technology.

Dedication to developing applied science education and connecting to the business sector, opens new advancements in engineering.
And bring Germany to step up, standing in the front line of the world's leading industrial countries.

But not only the advancements in the steel and electrical industry.

Founded Technical University will produce important people in the science industry.
To take Germany to open the world into a new industry.

Industry that will forever change people's lifestyle
′′ The chemical industry "..

Prepare to meet the article series ′′ Branding the Nation ′′ to build brand instead of country.
In the next episode coming soon..
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Love this article. Must read this book.
′′ 1,000 year world economy ′′
If you want to know the possibilities of the world economy, you need to understand

1,000 year world economy, 6th print.

This book will talk about the history of the world economy since Fri 1100 Keep going until 1100 B.E. 2019

Lazada: https://www.lazada.co.th/products/1000-i714570154-s1368712682.html

Shopee: https://shopee.co.th/product/116732911/6716121161
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References
- Robert C. Allen, World Economic History
- Chattip Nak Supha, History of Comparative Industrial Revolution
-.. .. Chachphon Kolkathada, a war that never won.
-https://en.wikipedia.org/wiki/Open_hearth_furnace
-https://www.thyssenkrupp.com/en/productsTranslated

給阿神推個 Flan，順便偷推個肩上視角...
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～＊～＊～＊～＊～＊～＊～＊～＊～＊～＊～

【模組 ＆ 地圖】
Flan's Mod (1.7.10)
https://flansmod.com

Modern Weapons Pack, Simple Parts Pack
https://flansmod.com/content-packs

AirCraft Carrier
https://flansmod.com/maps

Shoulder Surfing (1.7.10)
https://github.com/laysdra7265/ShoulderSurfing-1.7/releases

～＊～＊～＊～＊～＊～＊～＊～＊～＊～＊～

【BGM】
曲：Landscape
作：びにゅP
專輯：Homeland

曲：オーケストラな『てってってー』
作：けいえむ（K.M）
源：http://www.nicovideo.jp/watch/sm13378372

曲：けもの達のたたかい
作：立山秋航
專輯：けものフレンズ Soundtrack

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【影片關鍵字】
Minecraft KAR Flan gun Modern Weapons free play Gun
阿神 路 槍枝 對戰 現代武器 航空母艦 肩上視角 死鬥 槍戰

Lotus(Lotus)
Lotus ELISE (Elise) is a light, efficient car of the roadster type that the Lotus manufactures. Car heavy 1t is under.
Feature

The feature of ELISE is in the lightness even if it says very much. Standard of car heavy phase 1 is because of the rejection of comfortable equipment such as the air conditioner car audio power steering power windows, and the omission to the ashtray finally, and it is official 690 a kg(750kg in the car verification) level and there is only weight at the light car level. As for the advantage of a light thing, a good kinematic performance in the power of few engines can be demonstrated, and there are a lot of improvements of the brake performance etc.Moreover, a setting that is cheaper than about 400?7,000,000 yen and other overseas high-level brands might be one of the features in ELISE for the performance.
History

The ELISE that the Lotus on the verge of the threat of bankruptcy was staked the fate of a corporation on and developed debuted brilliantly in the Frankfurt show in 1995 as an epoch-making aluminum chassis hung. It comes for the chassis that doesn't use a conventional rivet stop to grab a lot of attention, and to hold a back order that is more a large amount of than at first in 1996 next year of delivery. The sprinkled ELISE received high acclaim very much on the handling side, and repeatedly, produced ..F1 in addition to indeed 690kg and a light thing.. everywhere in an initial lot an active technology well. The Big minor change is accomplished receiving the addition of the closed coupe model who is called the variation and Ekishege of the engine etc. in 2001, and it has evolved to phase II (It is named Mk1/Mk2 and S1/S2, etc. in foreign countries). Moreover, Uke of the engine is begun from Toyota in 2004, and the expansion of a further grade is aimed at. It can be said that it is a model that both name and reality becomes the framework of the Lotus now since the production of esprits ends. The origin originates in name "Eliza" of the granddaughter of chairman Romano Altiorri of the Bugatti company who was a Lotus stockholder at that time though the name of the Lotus tradition that starts by E is named as for ELISE.
Structure

The aluminum chassis is fixed without doing with the adhesive of the epoxy system for the aircraft manufacturing, and contributes to lightening (It is 68kg in the chassis unit) with a conventional rivet stop with the rigidity securing and the assembly accuracy improvement. As for the ELISE of an initial lot, the engine bay and Riyahabcaria are made from aluminum because of lightening. Moreover, even the brake rotor used aluminum (metal matrix) disk of a mass production first car. In the lot after 1998, another changed to usual steel and other aluminum parts are changed to iron or FRP because the supply company on the aluminum disk went bankrupt, and weight increases in no small way. The engine is Middoshippmaunted to rear side put, and drives the rear wheel. Double wishbone that can be called suspension royal road of both reception desk/rear sports car. The body is made of the cloth, exists in the fold type neither total FRP nor the hood, and is a detaching type in the manual operation. When opening, it becomes Talgatopp form. Two seat type.
Engine

Edit May, year of ?2006

It is four 1.8LNA series cylinders (DOHC and the form name are 18K. It is named the K series) that become basic that the Rover company supplies. The lineup that installed the changeable valve timing mechanism that was called VVC in 1998 joined. In addition, it had the displacement of 1.8 liters similarly in 2004, 2ZZ-GE engine made by Toyota that cleared exhaust emissions regulations of the United States (equipped with VVTL-i) was additional, and it became three kinds of variation developments. A basic grade is made and the type equipped with 111 and 2ZZ-GE is made a name of 111R with standard and VVC. The K series is a side twin ..muffler.. putting out, and 2ZZ-GE is a twin putting out of the center. the identification point on the faceMoreover, Riadifuzar is standard and the model is a three-piece structure since single peace and 111.