Space1 China Rocket

Chinese Rocket Less than Stellar
When visiting a Chinese science center, a dismantled rocket was discovered. Having the good fortune of purchasing the rocket with a slight discount, it was returned to the lab where assembly ensued. 

Little did we realize the magnitude of complicated compounding anomalies that would incur over the first three day assembly work period. Work was halted over multiple problems with the fuel valve. Several factors led to its imminent failure - too small of a regulation orifice, dissimilar component materials leading to fuel interface joint failures, and the lack of including a specially created Chinese installation tool. Plus, the Chinese translator abandoned the project when seeing the number of highly specialized rocket and aerospace words and related terminology spread throughout the pages of assembly notes.

Attaching an American valve would simplify things however the two dissimilar materials problem would still remain. The fuel valve interface was of a polymer type and the valve was metal. Fatigue would ensue causing failure in both cases.

Next, it became apparent the rocket had no ability to self stabilize, either through gyro or mechanics, electronics or fins. This could be remedied at two different levels but with increased substantial work and added redesign.

Not a total loss, the reentry method seemed simple enough to be incorporated in other designs with its spring tension and gears resulting in a self timing unit for the release of a nose cone and parachute.

At this time, due to the excessive hours and days spent on the Chinese rocket, and the added time required for complete assembly, all work is halted until further notice.

Update
http://space1usa.blogspot.tw/2018/01/space1-chinese-rocket-construction.html

Space1 Adiabatic Earth Motor Specifications

Humanoido invented Adiabatic Earth Motor AEM decades ago and now it's getting renewed interest. In the planning are construction projects for building 12 new motors and experimenting with variations on the original design. AEM is expected to have numerous applications in the physics science field and may provide revenue if a smaller version is put on the market.

Humanoido has provided Space1 with the only
Adiabatic Earth Motor AEM. It was air flown
7,600 miles from Humanoido's  Science Laboratory
in the USA to the Taiwan Rocket and Space
Sciences Lab. Earth Motor is an Adiabatic motor 
that can do work by displacing mechanical 
pressure waves, even though the motor is
comprised of an electronic invention. AEM passed
all airport TSA luggage security in the USA and
checkpoints in Japan and Taiwan.

Overview
About the Earth Motor. Basically a motor can do work by generating displacing mechanical pressure waves. This induces a vibratory nature as well as a sound harmonic compression of first and second "mechanical spectral" levels, regions which can be tuned for destructive or constructive interference of waves thus generating nodal points of power. The nodes can yield places of energy or no energy which then can be utilized in real time or collected, recorded and stored. Therefore the motor is capable of sending out or transmitting work to other points in space, but within the confines of a medium. 

Tuning & Calibration
The motor is thus tuned to the pressure, density, and temperature of the medium. This calibration determines the speed of the motor, along with an electronic tuning that adjusts the mechanical frequency of transmitting work. The motor is not electromagnetic in nature, in terms of its transmitted work. However, the motor itself is electronic and driven by CMOS and integrated circuit technology. 

Motor Work & Power Equations
The equation for the work done is the energy transferred from one place to another. The amount of work done is the force times the distance. The motor power is a measure of how quickly work is being done. Power is expressed as work done divided by time taken. Motion of the medium can effect work perform by the motor thus increasing or decreasing its mechanistic speed. Viscosity can also be used to provide motor attenuation.

Penetrating Power
Adiabatic Earth Motor AEM generates power waves that can penetrate and travel through all forms of matter, such as a solid, liquid, gas or plasma stream. The energy carried by the motor's oscillating wave converts back and forth between potential energy of the extra compression or lateral displacement stream (with a transverse function) of matter, and the kinetic energy of the displacement velocity of particles of the medium.

Motor Attributes
The motor does work in a vector from 17m to 17mm. The speed and direction will make up a velocity vector while the wave number and direction create a wave vector. The motor is not isothermal but rather adiabatic.

Periodicy
The periodicy of the motor is yet to be measured but will depend on frequency, amplitude, pressure, speed and direction.

Refraction
If the medium does not have constant physical properties, the motor can be refracted, and either disperse or focus its work. Refraction has potential space-time applications and the ability to splay energy for work to multiple places at the same time from only one AEM motor. Drawing refraction energy does not tax the AEM in any way, therefore maximum draw is allowable from a maximum number of nodals.

Amplification
The original AEM did not have internal amplification. The new AEM has provisions for amplification to significantly increase power. The horsepower will vary with the size of the AEM packaging and the size of the motor.

Motor Speed Equation
The speed of the motor is defined according to the Newton-Laplacian equation c = square root of K/rho where K = elastic bulk modulus, c = sound velocity, rho = density. Therefore the motor speed is proportional to the square root of the ratio of the bulk modulus of the medium to its density.

Motor or Engine?
The difference between a motor and an engine is that motors run on electricity while engines run on combustion.

Space1 Electronic Motor

Space1 Index
Big Brain Site

Space1 What Happened in June & July 2016?

In June and July of 2016, unique conditions created some very interesting Space1 effects!

International Space1 work was long, hard and very busy - it proceeded on the space hangar, housing, communications, truck, property development, painting, construction of amenities, international travel passport, tools acquisition, mail routing, construction of a new small transport vehicle and the development of the Corporate Office.

Space Anomalies and Frogs
First, someone had run over the organization's mail center and it was then restored it to original condition. A change from historically dry weather to extreme humidity caused the Corporate Office structure to begin mold, mildew, and rot from the ground up! This was immediately addressed but with considerable labor involved. Then, the Space1 construction truck went awry and required repairs more than once. Next, again at the USA location, summer weather was very uncooperative with strong whole-gale force wind, extremely hot temperatures, mosquito swarms carrying West Nile Disease, and continuing high humidity alternating with rain every other day. Launch fields remained wet, muddy, and not available.

The Shocking Launch Site
The shocking story on one such launch field resulted in its cancellation. Vast farming site fields were initially deemed useful but then fell into a period of disuse due to extreme work schedules, high winds, and prevailing mud. When the winds subsided and the mud momentarily dried, a farmer was quoted as saying, "You will never use the field after planting crops." As crops were already planted, Space1 held a meeting to immediately cancel all such farming sites. Additional Space1 meetings found new launch sites and a technique to create portability.

Manned Space Labor Shortage
When Due to the remote and rural nature of Space1's location, skilled manned labor was in short supply. Supplies were trucked in from sources as far away as China for construction missions and S1 continued to utilize its own skilled staff on many projects.

Humidity
Humidity was not a problem in the past, but introduce global warming and quickly the weather changed. On the good side, strong humidity protected launch fields from fire hazards but on the bad side curtailed rocket launches due to thick ground mud, and prevented high peaking altitudes due to unusually high (thick) atmospheric pressure.

New Computer Systems
New networked computer systems, backup and wireless color high resolution printer peripheral was purchased and installed along with WIFI and security cameras. The internet remains engaged 24/7 and enables monitoring from any location in the world.

Introducing Office Humanoids
An autonomous humanoid robot with machine intelligence was brought into the main structure to oversee the location and to introduce security. The humanoid can speak, hear and interpret human speech, use its nose to detect air content, move from one room to another, use its ultrasonic vision to see in total darkness, and carry it's own battery operated, rechargeable power supply. This award winning autonomous robot is programmed in a version of BASIC with its on-board miniature computer and keyboard.

Space Hangar
The Space1 Hangar was rebuilt to completion and reinforced internally and externally for improvements in handling harsh weather and high wind. Over the winter months, the Space Hangar was set to house the Space Truck.

Stormy Summer
It's estimated, during the summer period, approximately 60 storms with heavy rain ensued. This often included gail force damaging wind, large damaging hail, thunder and fierce lightning electrical storms. The electrical storms were powerful enough to knock out equipment function electricity and electricity-supplying transformers on several occasions.

Security
Security systems were beefed up with new lighting systems in place, motion detectors in multiple places, internet ISP cameras to broadcast views of the space premises, alarm systems and signage. Plans proceeded for vast fencing systems to keep out vermin and strays. On the Space1 Corporate Office building, the door was completely removed and boarded over, to minimize the number of access points and super security the structure.

Space Electronics
Space1 electronics remained on proprietary power devices and safety regulators, thus preserving the validity of the equipment before, during and after storms. The space property was maintained and service housing was upgraded. Equipment was added to the maintenance division as well.

This concludes the story of Space1 during June and July of 2016. Much of the work accomplished pertained to building up the premises, housing, equipment, structures, and related amenities as described.