What is Mechanical Technology and it’s Uses

Mechanical Technology

  • Airflow
    In fact, airflow is what allows your lights to work at their best. If the air isn’t moving through your room, then your light won’t have enough oxygen to produce quality results. This can cause issues like low yields, lower THC levels, and even burning plants.
  • Heating
    Heating is a big deal if you want to grow weed indoors. Without proper heating, you’ll end up with moldy buds that are ruined. You need to make sure that you’re using a good heating system that’s going to keep your plants warm without causing them stress.
  • Humidity Control
    Humidity control is extremely important if you want to grow marijuana indoors. When humidity levels get too high or too low, this can lead to mold problems. High humidity levels can also lead to other issues like bud rot.

Advanced Cooling Systems.

1. Heat Exchangers

Heat exchangers are devices that transfer thermal energy between two fluids. They can either use direct contact (liquid to liquid) or indirect contact (fluid to gas). A common example of this would be a radiator. Radiators are used to dissipate heat into the surrounding environment.

2. Fans

Fans are mechanical devices that generate an airstream. There are many different types of fans including centrifugal fans, axial fans, and mixed flow fans. Centrifugal fans create an airstream by spinning a fan blade at high speeds. Axial fans create an airstream using only the static pressure of the air. Mixed flow fans combine both centrifugal and axial fans.

Air Bearing

  • Air Bearing
    The air bearing is a term used to describe the ability of a plant to take in oxygen from the atmosphere without the use of stomata. This trait is extremely beneficial to cannabis growers because it allows them to avoid the need for constant watering. Cannabis plants are able to absorb atmospheric oxygen through their leaves, stems, and roots.
  • Stomata
    Stomata are small openings located at the surface of the leaf that allow gas exchange between the plant and its environment. They are responsible for regulating the amount of carbon dioxide and water vapor entering the plant’s cells. Without stomata, the plant would not be able to regulate internal conditions and would die.
  • Transpiration
    Transpiration is the process where water is released from the plant into the surrounding environment. In order for this to occur, the plant needs to have access to water and sunlight. If either of these two things are lacking, transpiration will not happen.

Air Powered Cars.

  • Airplanes
    The first air powered cars were built in 1885. They were called aerodromes and they used propellers that were driven by compressed air. In 1903, Henry Ford began mass producing his own version of the aerodrome car. He called them Model T’s. By 1914, Ford had sold over 500,000 Model Ts.
  • Helicopters
    In 1900, German inventor Fritz Langenhag invented the helicopter. His design consisted of two counter-rotating rotors mounted at either end of a mast. This device took off vertically like a plane but could hover and move forward or backward.
  • Rockets
    Rockets have been around since ancient times. The Chinese developed gunpowder rockets around A.D. 1000. The Arabs then improved upon this invention by adding a chamber and directing the flame from the burning material outwards. The Chinese and Arabs both shared their knowledge of rockets with the Europeans. The Chinese taught the Europeans how to make solid fuel rockets while the Arabs showed them how to use liquid fuels. The British tried combining the ideas of both worlds resulting in the modern day rocket.
Group of commercial enterprise human beings joining together silver and golden colored gears on table at place of job pinnacle view

Anti Clock Braking Systems.

  • Anti-Lock Braking System (ABS)
    The ABS system is designed to prevent wheel lockup while braking. When activated, the system applies pressure to the brakes to help slow down the vehicle. This helps avoid skidding and loss of traction.
  • Traction Control System (TCS)
    The TCS system is designed to control and oversteer conditions. If the driver activates the system, the computer will apply brake force to individual wheels to reduce excessive spinning.
  • Electronic Stability Program (ESP)
    The ESP system is designed to keep the car stable at high speeds. It can detect if the vehicle is about to lose its balance and then apply corrective steering forces to maintain stability.

The Advanced Rocket Motors

  • SpaceX Falcon Heavy – $200 million dollar rocket that can lift over 64 metric tons into orbit.
  • Northrop Grumman B-2 Spirit Stealth Bomber – $20 billion dollar stealth bomber that can carry nuclear weapons payloads up to 10 times heavier than other bombers.
  • Lockheed Martin F-22 Raptor Fighter Jet – $40 billion fighter jet that has been in service since 2001.
  • Boeing X-45A Wave Rider – $500 million dollar unmanned combat aerial vehicle (UCAV) designed to perform both air-to-air and air-to-ground missions.
  • Northrup YAL-1 Airborne Laser – $100 million airborne laser system that uses a high power pulsed ruby laser mounted on a modified 747 aircraft.
  • Aerojet Rocketdyne AR-22X – $150 million dollar rocket engine that produces 22,000 pounds of thrust.

Trend in Welding.

  • Laser Welding
    Laser welding is a type of metal joining that uses light energy to melt metals together. This method has been used for decades and is still widely used today. Lasers are typically used to join two pieces of metal together. They can also be used to cut through materials like steel and aluminum.
  • TIG Welding
    TIG welding is similar to MIG welding except that instead of using a gas to blow the filler material into place, it uses a tungsten electrode that melts the filler material. TIG welding is often used to weld thinner materials together while maintaining its structural integrity.
  • Gas Metal Arc Welding (GMAW)
    Gas metal arc welding is a welding technique where a wire rod is fed into the molten pool created between the electrodes. GMAW is commonly used for thicker materials and is considered a semi-automatic welding process.

Active Suspension Systems

This allows the product to remain suspended throughout the entire length of its shelf life. A common example of this would be milk. Milk has a protein that helps keep it from separating into curds and whey. If the milk were not suspended in water, the protein would separate out and the milk would no longer be drinkable.
The Active Suspension System (ASS) was developed by D-Tec Industries. They have created a unique technology that suspends the active ingredients in a solution. When the ASS is added to the product, the active ingredient remains suspended throughout the shelf life of the product.
The ASS is a great way to ensure that your products stay fresh and are ready to consume at any time.

Arial Photography using remote Flying robot.

  • Drone
    Drone is a remote flying robot that can fly through the air at high speeds. It has been used in many fields including military, surveillance, cinematography, journalism, real estate, agriculture, science, etc.
  • Camera
    Camera is a device that captures images and video frames. There are different types of cameras based on their optical properties.
  • Computer Vision
    Computer vision is a field of computer science that deals with how computers can see and understand what they look at. This includes facial recognition, object detection, gesture control, and tracking.

Uses of Mechanical Technology in our Life.

  • Mechanical Technology
    Mechanical technology is used in many different ways in the cannabis industry. One way that it can be used is to help increase yields. There are many different types of machines that are used to help increase yield. Some examples include but not limited to; air-powered blowers, fans, and pumps. These machines are used to circulate air throughout the room. This helps keep the temperature consistent and allows for better ventilation. Another example includes but not limited to, water-powered blowers, pumps, and fans. These machines are used for circulation of water through the room. They are great at keeping the humidity levels constant and helping prevent mold from forming.
  • Mechanical Technology
    Another use of mechanical technology is to help maintain quality. Many times, growers will have their own personal preference when it comes to lighting and airflow. With mechanical technology, they can control these variables and make sure that everything is running smoothly.

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