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SPI module ready, Only a few tests to be done and then installed in a small black box.
SPI clock: 500 KHz
Refresch time scan min : 52 usec
Inputs: 24, 3K3 pullups, 12 inputs with 10nF filter.
Input Levels: TTL or 5V
Power to input devices: 5V
this module has connecable air locks a landing pad with incomming ship and is under seige by a alien creature.
I took inspirtion from Dune and Star Wars for the ground dwelling creature.
I matched the LEGO green and painted the modules. This made a huge difference in appearance when they were all laid out. The painted edge blended in really well with the green baseplates.
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Front view with equipment removed. (From L to R) - Lab, Collector Pod, Shutt;e Pod, Sensor bouys, Sensor module, cabin module, storage module, and cabin module.
Photo by Bullard photography.
The Apollo 14 Lunar Module (LM) as seen by the two moon-exploring crewmen of the Apollo 14 lunar landing mission, photographed against a brilliant sun glare during the first extravehicular activity (EVA). A bright trail left in the lunar soil by the two-wheeled modularized equipment transporter (MET) leads from the LM. While astronauts Alan B. Shepard Jr., commander, and Edgar D. Mitchell, lunar module pilot, were exploring the moon, astronaut Stuart A. Roosa, command module pilot, was maneuvering the Command and Service Modules (CSM) in lunar orbit.
spaceflight.nasa.gov/gallery/images/apollo/apollo14/html/...
Much better:
This up-Sun photo was taken from near the ALSEP Central Station back toward the LM, in order to provide relative location information. As with the astronauts' bootprints, the tracks made by the MET tires are compact, smooth, and, as can be seen so dramatically in this picture, more highly reflective than the rough undisturbed surface.
Credit: ALSJ
Description:
We design, develop, manufacture and sell variety of monocrystalline modules ranging from 5 W to 290 W in power output, built to general specifications for use in a wide range of on-grid and off-grid residential, commercial, industrial and other solar power generation systems.
To assemble solar modules, we interconnect multiple solar cells by taping and stringing the cells into a desired electrical configuration. The interconnected cells are laid out, laminated in a vacuum, cured by heating and then packaged in a protective light-weight aluminum frame. Once sealed, our solar modules become weatherproofed and are able to withstand high levels of ultraviolet radiation and moisture.
Our 220W series modules conform to IEC61215 and IEC61730 electrical and quality standards. With continuous commitment to research and design, our engineers work every day to improve quality, efficiency and reliability of our modules. Manufactured under ISO9001 and ISO14000 certified conditions, our modules are engineered to withstand extreme temperatures and harsh weather conditions.
Product benefits
Applies to commercial, residential and utility scale applications
Easily installed ground, roof, building face or tracking system
Smart choice for on-grid and off-grid applications
Reduces electricity bill and creates energy independence
Modular, no moving parts, fully scalable and easily installed
Reliable and virtually maintenance-free power generation
Helps environment by reducing air, water and land pollution
Provides clean, quiet and reliable electricity generation
Increases resale value of the property the day installed
Product features
High powered modules from 165W to 290W, providing solutions for variety of applications.
All modules designed and manufactured at an ISO 9001 certified and ISO14000 factory.
Modules are IEC61730 safety rated for high wind pressure, hail impact, snow load and fire.
Integrated bypass diodes to protect the solar cell circuit from hot spots during partial shadowing.
Anodized aluminum frame improves load resistance capabilities for heavy wind loads.
Our module technology ensures there are no problems of water freezing and warping.
Low power tolerance of +/-3% helps higher output power, by reducing module string mismatch losses.
High efficiency 156x156mm photovoltaic cells technology for improved performance and reliability, its efficiency reach to 17.25%.
Highly transparent, low-iron, and tempered glass and antireflective coating increases energy yield.
New eco-friendly packaging minimizes cardboard waste and requires less transportation and storage space.
The Orion crew and service module stack for Artemis I was lifted out of the Final Assembly and Test (FAST) cell on Monday, November 11. The spacecraft has been stationed in the FAST cell since July 2019 for mating and closeout processing.
The service module and crew module were moved separately into the cell, stacked and connected together for the mission.
After lifting out of the cell, Orion will be attached to a tool called a verticator that rotates the stack from its vertical configuration to a horizontal configuration for transport to NASA’s Plum Brook Station in Sandusky, Ohio, USA, where it will undergo full environmental testing to certify the complete vehicle for flight.
Once the vehicle returns to NASA's Kennedy Space Centre it will return to the FAST cell for installation of final panels left off for environmental testing purposes and the service module’s four solar arrays.
Credit: NASA–Rad Sinyak
The Orion crew and service module stack for Artemis I was lifted out of the Final Assembly and Test (FAST) cell on Monday, November 11. The spacecraft has been stationed in the FAST cell since July 2019 for mating and closeout processing.
The service module and crew module were moved separately into the cell, stacked and connected together for the mission.
After lifting out of the cell, Orion will be attached to a tool called a verticator that rotates the stack from its vertical configuration to a horizontal configuration for transport to NASA’s Plum Brook Station in Sandusky, Ohio, USA, where it will undergo full environmental testing to certify the complete vehicle for flight.
Once the vehicle returns to NASA's Kennedy Space Centre it will return to the FAST cell for installation of final panels left off for environmental testing purposes and the service module’s four solar arrays.
Credit: NASA–Rad Sinyak
The Orion crew and service module stack for Artemis I was lifted out of the Final Assembly and Test (FAST) cell on Monday, November 11. The spacecraft has been stationed in the FAST cell since July 2019 for mating and closeout processing.
The service module and crew module were moved separately into the cell, stacked and connected together for the mission.
After lifting out of the cell, Orion will be attached to a tool called a verticator that rotates the stack from its vertical configuration to a horizontal configuration for transport to NASA’s Plum Brook Station in Sandusky, Ohio, USA, where it will undergo full environmental testing to certify the complete vehicle for flight.
Once the vehicle returns to NASA's Kennedy Space Centre it will return to the FAST cell for installation of final panels left off for environmental testing purposes and the service module’s four solar arrays.
Credit: NASA–Rad Sinyak
The module is actually a 1/2 Windmill Base with colour-change. The top left module [pink] shows the front side while the top right one [blue] shows the reverse side. Below are two modules assembled. 4 modules can be assembled to form a Greek Cross while 3 modules can be assembled to from a cube corner. The modules are folded from 7.5cm square Kami.
SPI module ready, Only a few tests to be done and then installed in a small black box.
SPI clock: 500 KHz
Refresch time scan min : 52 usec
Inputs: 24, 3K3 pullups, 12 inputs with 10nF filter.
Input Levels: TTL or 5V
Power to input devices: 5V
Lunar Module 2 was the second spacecraft built by Grumman Aerospace for use in the Apollo program. Originally, it was supposed to have flown in space, but the flight of Lunar Module 1 during the Apollo 5 mission was so successful that a second unmanned flight was considered unnecessary. Instead, Lunar Module 2 was used in drop tests to evaluate the performance of the landing gear. This craft is very similar to Eagle (Lunar Module 5), which carried Apollo 11 astronauts Armstrong and Aldrin to the surface of the Moon in 1969.
This Square shaped coaster is assembled from rectangles instead of squares. The 4 modules are 15cm x 7.5cm rectangular Korean Duo-coloured pattern papers. The module is simply a 45 degrees reverse-fold and assembled without glue. The front and the back of the model are the same.
This series was created in 1990 and first published in Modular Origami [self-publication].
OK, one diagram. Each polygon cross module has its own folding sequence to find the right angle. So I would have here enough models to write a book (puuh, let's see).
You can see in this sequence what is important for the modules. The angle, that I need for the octagon, is marked in step 7 (67.5 degrees). The first steps are similar to the folding of a wire frame module. The only difference is step 8. Here I open the pocket of the wire frame modules to get a new pocket and flap for the cross modules. And you have to pay attention that the width of the new flap is equal to the width of the pocket. That is the reason for the steps 5 and 6.
You can influence the size of the opening at the center by changing the starting point of the folding in step 2. Here it is at the center of the bottom line. You can shift it more to the left. You only have to pay attention that it is still a 45 degrees fold.
Btw. just by using the 45 degrees crease in step 2 for the wire frame pocket, you get the square cross module. And If you again bisect the crease of step 3 then you come to the 16er. Are you ready for the 32er ???
The assembly of the modules is similar to the assembly of the square cross modules, only now with 8 modules.
The left of the Octagon Crosses is the finished model from this diagram.
Good luck !!
N scale town module -- various kits
One of my favourite places in this module -- the steps leading up to the Market Square.
Paper: 3.75 cm
Modules: 4 flat triangle (JG), 4 triangular dimples (JD)
from Tomoko Fuse
Book: Origami Hana Kusudama
Model: own assembly
The Joints from that book may be combined to build new models. One Example is that one, a octahedron where every second triangle is replaced by an inside pointing pyramid. It is called Tetrahemihexahedron and consists of three squares intersecting each other and four triangles. It is one-sided as a Möbius strip. The photo doesn't show well the model, it has to be turned around to fully enjoy it.
This is the diagram for the modular cube.
RED for valley folds and
GREEN for mountain folds
Step 1- Pre-crease to a 4x4 grid. Fold along the lines AB and CD.
Step 2:Mountain fold along the lines shown, only on the bottom layer so that there will be two flaps sticking out as shown in the next step.
Step 3:
Only valley folds as shown.
Step 4:
Now you have the module. Easy part is over. You will need
12 modules for this
24 for this
and finally 48 for this
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N scale town module -- various kits
My only regret is that the escapement should have more of a slope and be less vertical.
The plastic guard was there so the trains don't fall off into the abyss during display by accident. I probably shouldn't build it so close to the edge anyway. Depends what I'm doing with this module I may extend out anyway, who knows.