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Sir Topham Hat (aka The Fat Controller) and his wife Lady Hat. In the background are Thomas and Toby, two of his most useful engines on the island of Sodor.
Partial drawing of the mechanical part. This basic carrier is now ready. It is now time to assemble all components. Then, the cabling can be done.
It is time that the unit is ready, the critters already starting to fly... I count off, another 2 weeks and it should be ready. Yesterday I have the last delivery of the components received.
Layout of the new Atmega328p universal wireless controller. Used for most of my projects where I need a microcontroller. Display and keyboard are via SPI lines. Wireless controller via RFM12B module. Power via batteries and/or extern power supply at 6..12V.
Next days I will give the full assembled module.
Board assembled see: www.flickr.com/photos/fotoopa_hs/5918772542/
Shema see: www.flickr.com/photos/fotoopa_hs/5918207383/
Say what you will about Microsoft, but they really considered Design and Usability (two big and very important words in my lexicon) when they created the 360 controller. Placement of the sticks and buttons, shapes, weight, textures, triggers that are designed like real triggers, bumpers — you name it, they thought of it.
Sony, meanwhile, redesigned their Dual Shock into a boomerang, which was an instant non-hit with the kids and critics when they first announced the PS3. So they went back to the old tried and true.
Tried and true isn't necessarily the best solution. How do you take a good idea and not only NOT improve upon it but make it less substantial than it's predecessor?
Introducing the PS3 Sixaxis controller. This controller is wimpy. It's light. It lacks rumble vibration. The left stick and D-pad are where they left it (which now feels completely foreign to me after a year plus with the 360) and the triggers — don't even get me started about the triggers. And the battery. They obviously had customer satisfaction in mind when they decided that when the non-replaceable battery powered controller dies, that they'll replace it for you free of charge. Guess you'll have to play your 360 or Wii until the new controller arrives. And sure, it's got motion sensitivity, a là Wii. But how many games really take advantage of this in a good gameplay mechanic kind of way?
After all the time spent coming up with the marvel that is the PS3, they didn't feel like they needed to change something that was already so popular. A real shame, considering there is still room for lots of improvement. And i'm just starting with the controller.
These controllers :-D
1: They put the 347s NippyStreet on the 239
2: They put one of the 239s OmniCities on the 497
3: They put one of the 497s Nimbuses on the X1????
This winamp controller is made to support COM-Control software wor winamp. As you can see buttons are from the computer keyboards and panel is from aluminum trafic sign.
Check out this page for more details about software diba.hotbox.ru/comctrl/index.html
The controller of CE 22 is of a slightly younger date as the tram. It was made by Siemens-Schuckert, so it must be made after the merging of Siemens & Halske and Schuckert & co in 1903.
Quadrotor Flight Controller class at the HiTech STEM Lab at the East Columbia Branch of the HCLS. The purpose of the class is to introduce students to quadcopters through hand-on learning. The studets investigated the physics behind multirotor liftoff, stabilization, direction of flight, and landing the aircraft. Students worked in teams to assemble the
propulsion system and wire the flight controller and power system. Students honed their flight skills through a flight simulator before flight testing their builds in the final class.
Incoming Cadre with the 4th Regiment, Advanced Camp, spend their first day in Fort Knox, Ky. at observer controller training, June 12, 2023. During OCT, the Observer Coach Trainer Academcy prepares the Cadre for the role they will be taking on during Cadet Summer Training. | Photo by Kate Koennecke, Ohio State University, CST Public Affairs Office
The controller contain a DE1 FPGA board from Terasic. All timings and settings can be entred by a keyboard and readout by a LCD display. rotary encoders are used for fast adjusting of some parameters like amplitude of the waveform for the waterfigures. multiple waveform are predefined for optimal shapes on the figures. This waves are digital samples and are saved into a flash memory.
You can read about the TinyG Board Here:
www.synthetos.com/wiki/index.php?title=Projects:TinyG
The TinyG stack consists of:
Motion Control Node Hardware
Running an Atmel xmega chip.
Managing up to 4 local motors via on-board stepper controllers.
Node Controller Firmware
G code interpreter for coordinated motion control.
Low-level canonical motion control command and configuration set.
Networking to allow multiple nodes to be assembled into a large number of coordinated motion axes.
A Robust Packet Communications Protocol
Runs an RS-485 bus to drive a collection of nodes (2 wire, multi-master protocol).
Supports node-to-node addressable communications as well as unacknowledged and acknowledged broadcast transmissions.
Implements an easy-to-use ASCII protocol, as well as a more efficient binary form.
Easy to drive from Arduino (mega) serial monitor or by println() statements.
Tonghe Electric Motor and Controller Co. Ltd is a motor company that was established since 1992, located in Guangzhou and Dongguan P.R. China, our main product is AC/DC electric motor and controller. The powertrain is from 300W to 100kW. This product can be applied in many industries. Currently, our products are mainly supply around China and around 30% of their products are being exported to India, SE Asia, Europe and Northern America.
AC / DC electric motors are found in myriad uses such as industrial fans, blowers and pumps, machine tools, household appliances, power tools, and computer disk drives, among many other applications. Electric motors may be operated by direct current from a battery in a portable device or motor vehicle, or from alternating current from a central electrical distribution grid. The smallest motors may be found in electric wristwatches. Medium-size motors of highly standardized dimensions and characteristics provide convenient mechanical power for industrial uses. The very largest electric motors are used for propulsion of large ships, and for such purposes as pipeline compressors, with ratings in the thousands of kilowatts. Electric motors may be classified by the source of electric power, by their internal construction, and by application.
Contact: Lawrence
Email: lawrensales@gmail.com
Tel: +61-412125425
聯繫人:黃立志(Lawrence)
電郵:lawrensales@gmail.com
電話:+61-412125425
The TinyG stack consists of:
Motion Control Node Hardware
Running an Atmel xmega chip.
Managing up to 4 local motors via on-board stepper controllers.
Node Controller Firmware
G code interpreter for coordinated motion control.
Low-level canonical motion control command and configuration set.
Networking to allow multiple nodes to be assembled into a large number of coordinated motion axes.
A Robust Packet Communications Protocol
Runs an RS-485 bus to drive a collection of nodes (2 wire, multi-master protocol).
Supports node-to-node addressable communications as well as unacknowledged and acknowledged broadcast transmissions.
Implements an easy-to-use ASCII protocol, as well as a more efficient binary form.
Easy to drive from Arduino (mega) serial monitor or by println() statements.