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Talk:Gravity fed drip irrigation, semi-automated

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Revision as of 11:31, 15 January 2017 by 46.84.12.138 (Talk) (Thank you Lonny)

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My article will continue to develop as the growing season begins. I went public to get the info out for others to use this year, in the hopes that someone would ask questions or express interest. I'm still waiting! Big O (talk) 13:42, 12 February 2016 (PST)

Can someone tell me how to go public please?

Hi! It looks like you're off to a good start. I'm not sure what you mean by "go public"? If you want, this page can be moved to something like Semi-automated gravity fed drip irrigation. I see it's a work in progress, though, so maybe you want to leave it here for awhile? I like that you have included information on trial and error and thought out a lot of questions. One recommendation, since you state that low cost is important, is to list the cost for parts; for example. If you need anything, please message me. --Ethan (talk) 20:21, 21 February 2016 (PST)
Thank you for the kind words, at least I know now that I'm on the right track. I don't want to include costs, because I used parts meant for a pressurized system, this makes them overly expensive. I'm searching for 3D printed alternatives and will continue to update. :-)

Please feel free to comment, I'd love to know you're out there.

looking good

Howdy,

I will be suggesting this to students next semester to test, iterate and implement! --Lonny (talk) 12:58, 24 May 2016 (PDT)

OMG, thank you Lonny! That is my only real purpose in creating it. Please have them look at my web site also. It contains my ideas to change the world by combining simple tech with homesteading to create automated solutions. :-)

Are there any other professors who'd like to join us? There are so many simple answers to impossible questions, they're only waiting to be found.

Now that I know I've reached someone I'll continue adding to it! If you could only see the grin on my face atm.

I am so glad to hear that. I am also interested in seeing if there is a design that can be implemented for Swale (early article, recent HuffPost video).
You might also be interested in requesting parts made at Requests for 3-D printable open source appropriate technology.
Enjoy! --Lonny (talk) 14:35, 29 August 2016 (PDT)

Thank you Lonny

I appreciate your kind words, but I'd like a follow up please! If no one took my idea for their project, I can accept that. What I'd like you to know though is that I'm willing to work with any group. Anything they'd like to try, I'd be willing to create it (as long as they explain how) to see the project through to it's usefulness. It specifically needs computer people such as Networking, Linux server and programming with DB, Rasp Pi and Ubunbtu Phone skills, app or site to follow individual plants real time, home (or garden) automation, 3d printing and drawing, robotics, artificial intelligence maybe. Sensors to report things like drip frequency, ground moisture levels (possibly at various levels), and more (I'll add to this as I think of more.It has many many intricate problems, but each is relatively simple, but not thought out yet. With WLAN and location it would be possible to have roving cameras (possibly actual robots.

What I want to show with this is that many people could answer small pieces little by little, each individual addition is only somewhat linked with other ideas. which allows people in various parts of the world to each do their part and so perfect for a WIKI. I believe it would be a homesteaders dream to be able to plant a vegetable garden and then let it manage its self, even tells you when things are ripe.

As an example: If I put a step motor (or equivalent) at the plant, along with sensors, what's the most inexpensive way to get the info to and from the server? Maybe IoT? Simply drip automation is the one step which could, for almost no money, be regulated and monitored without people.

Most importantly, this could, if designed properly, be done for under $1.00 per plant.

Please tell me how to make my project more interesting? I'd be happy to answer any questions, with video if that helps!

Solving this problem would, in my opinion, do a great deal toward making homesteading efficient, while putting a big dent in the Zero Hunger timetable. PLEASE contact me!

—The preceding comment was added by Big O (talkcontribs) 06:28, 23 November 2016‎


Hi Big O,
My Engr305 class starts in January. You can see some of the projects here - Engr305 Appropriate Technology Projects. That class does not usually do IoT work, but I will suggest it to class. I will also show them this page and offer this project up as a possible project. I added your page to the potential project list at Engr305 Appropriate Technology potential projects. Feel free to add more context.
Thanks! --Lonny (talk) 17:13, 23 November 2016 (PST)
Thank you Lonny, I couldn't ask for more!
I want to make one point before January, the IoT part is only an option. I originally saw this as a building block project to begin simply as a dripper which is computer controlled, but can be expanded with sensors and controllers of various types when time and requirements call for them. The first and utmost priority is that a low budget version be created which could be deployed in great number to feed entire villages at low cost. All the rest is fluff which can be added to enhance automation at a reasonable price. As IoT comes down in price it will eventually become the way to go, but the beginning should be modest.
 :-) Big O --Big O (talk) 16:00, 14 December 2016 (CET)

A Challenge

Dear students,
If you're reading this, consider yourself challenged!
[1] Follow this link to find out more!
The #GlobalGoalsClub challenge is looking for people interested in bringing about change in the world and it begins here. Please accept my garden idea and make it awesome. I'd be happy to work with you
in any way I can, I have a small Greenhouse and am retired, so have time. What I don't have is your intelligence or your ingenuity.
 :-) Big O --Big O (talk) 15:27, 02 January 2017 (CET)
Hi again, whoever is reading this.
I thought it might be good to explain my motivation in creating this article, my challenge. For years I've carried water to the plants in my garden and considered how I could eliminate steps, reduce repetitive work and simplify the production of veggies to the point where I could plant them the let my garden take care of them until ripe. Oh, what a wonderful dream, but I believe I've found the way to do it relatively inexpensively using todays low cost technology and the old fashioned plant in the ground. I know that Aquaponics or Hydroponics may or may not be better, but until we've tried we won't know, hence my idea.
I ask you to try my idea and simplify it, prove that a garden can be run without human intervention at a small price. If the parts can be created from recycled plastic and the cost of automation held to a bare minimum that these gardens could be created anywhere where water can be collected.
I believe you will prove that it's possible to make hundreds of these gardens in villages where help is needed, to provide a source of vitamin rich food to the poorest of the poor. If we combined this project with modern water gathering and storage along with 3d printing and all the other things possible today, that we will change the world. If these people can be fed, they'll not only be able to survive, but to send their children to school and bring home food for them. We can stop their need to try to find a better life somewhere else, because there's no place like home, when home can provide enough food and money, enough to educate my children, the world will find peace.
And you were a part of it!
 :-) Big O --Big O (talk) 17:30, 15 January 2017 (CET)