Space1 Space Suit

Work on the Space Suit will increase
For security reasons, the actual space
suit cannot be shown. 

SPACE1 SPACE TOURISM
SPACE1 SPACE SUIT
SPACE1 ASTRONAUT CORE SPACE SUIT

Space1 has entered the Asian test zone, for the development of the current round of tests on one of the highest technology portions of the Safety Rocket involving the Space Suit.

Space1's RPL Rocket Propulsion Lab and Space Center are now creating a space suit to handle the functions required for safe space flight and tourism to Space Apogee in suborbital flights.

SCHEDULE: From December 10th, 2015 through March 2016, the center will actively work on the space suit with testing, new designs, and improvements for space flight. The space suit has an initial array of space sensors and devices that include the following:

* GFORCE SENSOR
* GFORCE LIMITING DEVICE
* VIBRATION ORRAY
* VIBRATION TRANFUSOR
* WEIGHTLESSNESS UNIT
* SOUND TRANSMUTATOR
* PROCESSORS

Work has progressed for approximately a year on the glove, suit, and helmet.  Part of this work includes communications and the continued miniaturization of components.

The sensors report to the Space Komputer for processing, analysis, and display. The Space Komputer currently uses an eight core chip, with enhancements to achieve greater 1,000 processor density per core. In the largest configuration, the SK has 240,000 computer processor cores. Smaller configurations are being tested with high densities.

Machine Antivibration Device

BUILD A MACHINE EARTHQUAKE AND VIBRATORY PROTECTION DEVICE
NO BUMP ALLOWED!

Protect your machine and increase its functioning, reliability and longevity with a simple Machine Antivibration Device

MAD PAD sandwiches under machine

During earthquakes and other physical situations, such as sliding, moving, placing, setting, dropping, shaking, bumping, tilting, and inertial inflections from picking up, holding and inherent vibratory transmissions, a machine is attacked and can undergo harsh oscillations and vibratory motions. The micro effects of these physical strains are also important considerations.

These physical conditions attack the mechanics of the machine and its electronic components and can cause a certain amount of degradation. With PCB based machines, components can degrade their silicon based structures and trace micro cracks can happen within the components sub structures and board trace elements. 

With solderless breadboards, the connector spring constants are attacked and weakened, and structures may lose their ability to strongly hold wiring. Wires can also shift, putting strain not only at connection points but stresses within the wire routing. The entire machine can lose its longevity functioning and prematurely fail.

Components have shifting mass and may pull out their connections in one or more places. To the unsuspecting person, merely switching on the machine can wreck havoc and blow out circuits when the effects add up, connections are lost, and components and wiring end up modified from the original machine.

What's the solution? Meet the Machine Antivibration Device. The MAD is designed to minimize vibrations. Mad dimensions are dependent on the machines structure, size, weight, and construction. MADs are created from a homogenized layer of flexible rubber that can flex in all directions. MAD layers are placed within the machine at stress points and allowed to flex when attacked. MAD layers are created to further increase anti vibratory effects. Island isolation points are advantageous to prevent further traveling vibrations throughout the machine.

In its simplest form for a typical Propeller based machine and breadboards, the MAD is created from a quarter inch thick continuously molded rubber platform on which the machine rides and is free to move. Microscopically, this isolates the machine in some degree from the base vibrations. The degree of isolation depends on many factors including the type of vibrations and their nature. The MAD can reduce and even eliminate vibrations from being transmitted to a machine. This increases the life and reliability of the machine.

In a typical test at the lab, small sections of MAD were created using discarded rubber inner tubes from tires. These are found at tractor supply centers, surplus trade centers, automotive repair centers and bike shops. Mads are created and place along a triangular three point geometric configuration. In physics, a plane will come to rest at three points. This config isolates the points of rest and lines of vibratory transmission.

The direction of MAD layers are set in multiple orthogonal directions for best functioning. Rotate each layer when putting together multiple layers in constructing a platform for the machine to best capture vibrations occurring in all directions.