Пікірлер

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  @user-te9ox4it4e9 сағат бұрын

  why you do not show most important angle of this 0:46 how much is angle ???????????otherwise how can i build dome.

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  @gabrielclark142520 сағат бұрын

  I've had a similar idea, though it started out as trying to figure out how to use less insecticides by having a bug zapper slowly move over the crops at night, which then grew to using a rail system because then you can set it up to run automatically without any fragile computer components, and then it expanded to having different machines you could run when you want to do various task.

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  @user-eh7nr9mk6l2 күн бұрын

  beautiful -- reduction in design to the best design-state!

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  @integratorzltd4 күн бұрын

  Hey, you answering your emails?

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  @t.thanatos39448 күн бұрын

  Love this, however if you try this at home, I would be extremely cautious with this compost as it is very likely extremely anaerobic, and therefore full of disease causing organisms that could make you very ill! The end result of this compost should really be “re-composted” as brown material because it was composted anaerobically and you want aerobic organisms dominating the microbiome in your soil, not anaerobic pathogens. If the compost is ofgassing ammonia, Putrescine, etc.. it’s full of pathogens. It must be aerobically stabilized!

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  @Geo-Dome8 күн бұрын

  The system is designed to compost aerobically by reaching temperatures of 65°C the pathogens are destroyed. Anaerobic decomposition doesn't produce as much heat so isn't desired in the unit. This video shows how air circulates through the bin: kzread.info/dash/bejne/eoN_r8l6d8q-h5s.html Hope this helps.

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  @beregapravdy9 күн бұрын

  Молодец мужик❤

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  @robertabbott854111 күн бұрын

  I. Hope you are going to shore up the opening. Then continue every 2’ for safety. Get a piece of plywood for your stream crossing. Try to make your work as easy as possible.

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  @deebrown586312 күн бұрын

  Amazing...thank you Where do I purchase these connections Nth Qld Australia

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  @mallahov13 күн бұрын

  Hello, Paul! Tell me, is it you? - Did you invent this mount? And, is this exactly your channel? Respect! Respect!!!✊ But then I have a question for you. I also have the know-how in the same field. and, I would like it to become the property of all people. and so that no one can patent it. Tell me, how do I do this? just record a video and post it on KZread? And is that enough??

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  @mallahov13 күн бұрын

  Здравствуйте, Паул! Скажите, это именно Вы? - Вы изобрели это крепление? И, это именно Ваш канал? Респект! Уважаю!!!✊ Но у меня тогда к Вам вопрос. у меня есть тоже ноу-хау, в этой же самой области. и, я бы хотел чтобы это стало достоянием всех людей. и, чтобы никто не смог это запатентовать. скажите, Как это сделать? просто записать видео и выложить на ютуб? и, этого достаточно??

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  @BobDeer-vd4nq13 күн бұрын

  Available next week on TEMU

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  @aleksanderenzokremzarbalab22817 күн бұрын

  Face in the corner at 2:57

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  @vishalontheline19 күн бұрын

  Why should I cover three with plastic as opposed to covering the whole thing with a giant plastic sheet like some other designs? Thanks!

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  @hoofheartedicemelted29620 күн бұрын

  Hi Mr Robinson. Hope your well sir. Due to ill health and an extended absence from social media, I lost track of you for a while. I was wondering sir. Did you get your book finished on the GeoDesic Domes? Thank you.

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  @emilefeno632527 күн бұрын

  Bonjour, je trouve votre série de vidéo sur la récupération de chaleur est très intéressante.

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  @EddieJalmestamАй бұрын

  You nead to work on your math. But it’s true, it doesn’t work.

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  @reivoorav1350Ай бұрын

  Genius

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  @ravimano1Ай бұрын

  This is the beat video. You have made around 20 feet dome. I want to construct 10 feet honeycomb dome. Do you have such a plan for 10 ft.

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  @gritzafurАй бұрын

  Thank you

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  @ThecrobeemanАй бұрын

  Beautiful ending of the video

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  @ndudman8Ай бұрын

  Took quite a while to get it joined :) but finally got it, thanks for your patience.

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  @ndudman8Ай бұрын

  cutting the beveled angles on the finished frames would be easier/safer no ? Thanks for all your generous info and videos, especially the tutorials on sketchup.

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  @michaelmcclure7283Ай бұрын

  This looks really great! Would work well.

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  @C-o-r-yАй бұрын

  DEGREES • FACES • EDGES • VERTICES Triangle: * Degrees: 180° * Each interior angle: 60° * Faces: 1 (triangle) * Edges: 3 * Vertices: 3 Square: * Degrees: 360° * Each interior angle: 90° * Faces: 1 (square) * Edges: 4 * Vertices: 4 Pentagon: * Degrees: 540° * Each interior angle: 108° * Faces: 1 (pentagon) * Edges: 5 * Vertices: 5 Hexagon: * Degrees: 720 * Each interior angle: 120° * Faces: 1 (hexagon) * Edges: 6 * Vertices: 6 Tetrahedron: * Degrees: 720 * Each interior angle: 60° * Faces: 4 (equilateral triangles) * Edges: 6 * Vertices: 4 Heptagon: * Degrees: 900 * Each interior angle: 128.57° * Faces: 1 (heptagon) * Edges: 7 * Vertices: 7 Octagon: * Degrees: 1080 * Each interior angle: 135° * Faces: 1 (octagon) * Edges: 8 * Vertices: 8 Nonagon : * Degrees: 1260 * Each interior angle: 140° * Faces: 1 (Nonagon) * Edges: 9 * Vertices: 9 Decagon: * Degrees: 1440° * Each interior angle: 144° * Faces: 1 (Decagon) * Edges: 10 * Vertices: 10 Pentagonal Pyramid * Degrees: 1440 * Each interior angle: 108° * Faces: 6 (5 triangles, 1 pentagon) * Edges: 10 * Vertices: 6 Octahedron: * Degrees: 1440 * Faces: 8 (equilateral triangles) * Edges: 12 * Vertices: 6 Stellated octahedron: * Degrees: 1440 * Faces: 8 (equilateral triangles) * Edges: 12 * Vertices: 6 Pentagonal Bipyramid * degrees: 1800 * Faces: 10 (10 triangles) * Edges: 15 * Vertices: 7 Hexahedron (Cube): * Degrees: 2160 * Faces: 6 (squares) * Edges: 12 * Vertices: 8 Triaugmented Triangular Prism: * Degrees: 2520 * Faces: 10 (6 triangles, 4 squares) * Edges: 20 * Vertices: 14 Octadecagon (18-sided polygon): * Degrees: 2880 * Faces: 1 (octadecagon) * Edges: 18 * Vertices: 18 Icosagon (20-sided polygon): * Degrees: 3240 * Faces: 1 (icosagon) * Edges: 20 * Vertices: 20 Truncated Tetrahedron * Degrees: 3600 * Faces: 8 (4 triangles, 4 hexagons) * Edges: 18 * Vertices: 12 Icosahedron: * Degrees: 3600 * Faces: 20 (equilateral triangles) * Edges: 30 * Vertices: 12 Cuboctahedron or VECTOR EQUILIBRIUM * Degrees: 3600 * Faces: 14 (8 triangles, 6 squares) * Edges: 24 * Vertices: 12 3,960 DEGREES 88 x 45 = 3,960 44 x 90 = 3,960 22 x 180 = 3,960 11 x 360 = 3,960 Rhombic Dodecahedron * Degrees: 4,320 * Faces: 12 (all rhombuses) * Edges: 24 * Vertices: 14 * Duel is Cuboctahedron or vector equilibrium Tetrakis Hexahedron: * Degrees: 4320 * Faces: 24 (isosceles triangles) * Edges: 36 * Vertices: 14 Icosikaioctagon (28-sided polygon): * Degrees: 4680 * Faces: 1 (icosikaioctagon) * Edges: 28 * Vertices: 28 Triacontagon: * Degrees: 5040 * Each interior angle: 168° * Faces: 1 (30-sided polygon) * Edges: 30 * Vertices: 30 Octagonal Prism: * Degrees: 5040° * Each interior angle: 135° * Faces: 10 (2 octagons, 8 rectangles) * Edges: 24 * Vertices: 16 5400 DEGREES 5,760 degrees 6,120 degrees Dodecahedron: * Degrees: 6480 * Faces: 12 (pentagons) * Edges: 30 * Vertices: 20 7560 DEGREES 6840 DEGREES 7,200 DEGREES 7560 DEGREES Rhombicuboctahedron: * Degrees: 7920 * Faces: 26 (8 triangles, 18 squares) * Edges: 48 * Vertices: 24 Snub Cube: * Degrees: 7920 * Faces: 38 (6 squares, 32 triangles) * Edges: 60 * Vertices: 24 Trakis Icosahedron: * Degrees: 7920 * Faces: 32 (20 triangles, 12 kites) * Edges: 90 * Vertices: 60 8,280 DEGREES 8640 DEGREES 9000 DEGREES 9,360 degrees 9,720 degrees Icosidodecahedron: * Degrees: 10,080° * Faces: 30 (12 pentagons, 20 triangles) * Edges: 60 * Vertices: 30 Truncated Icosidodecahedron: * Degrees: 10,080° * Faces: 32 (12 regular pentagons, 20 regular triangles) * Edges: 60 * Vertices: 30 ? 10,440 degrees Rhombic Triacontahedron: * Degrees: 10,800 * Faces: 30 (rhombuses) * Edges: 60 * Vertices: 32 11160 DEGREES 11,520 DEGREES 11,880 DEGREES 12,240 DEGREES 12,600 DEGREES 12960 DEGREES END OF 360 DEGREE POLAR GRID Small Triambic Icosahedron: * Degrees: 14400 * Faces: 20 (intersecting non-regular hexagons) * Edges: 60 * Vertices: 32 Small Ditrigonal Icosidodecahedron: * Degrees: 16,560 * Faces: 50 (12 pentagons, 20 triangles, 18 squares) * Edges: 120 * Vertices: 60 Truncated Cuboctahedron or Great Rhombicuboctahedron * Degrees: 16,560 * Faces: 26 (12 Squares, 8 Hexagons, 6 Octagons) * Edges: 72 * Vertices: 48 Small Rhombicosidodecahedron * Degrees: 20,880 * Faces: 62 (20 triangles, 30 squares, 12 pentagons) * Edges: 120 * Vertices: 60 Rhombicosidodecahedron * Degrees: 20,880 * Faces: 62 (30 squares, 20 triangles, 12 pentagons) * Edges: 120 * Vertices: 60 Truncated Icosahedron: * Degrees: 20,880 * Faces: 32 (12 pentagons, 20 hexagons) * Edges: 90 * Vertices: 60 Disdyakis Triacontahedron: * Degrees: 21600 * Faces: 120 (scalene triangles) * Edges: 180 * Vertices: 62 Deltoidal Hexecontahedron * Degrees: 21,600 * Faces: 60 (kites) * Edges: 120 * Vertices: 62 Ditrigonal Dodecadodecahedron: * Degrees: 24480 * Faces: 52 (12 pentagons, 20 hexagons, 20 triangles) * Edges: 150 * Vertices: 60 Great Rhombicosidodecahedron * Degrees: 31,680 * Faces: 62 (12 pentagons, 20 hexagons, 30 squares) * Edges: 120 * Vertices: 60 Small Rhombihexacontahedron: * Degrees: 31,680 * Faces: 60 (12 pentagons, 30 squares, 20 hexagons) * Edges: 120 * Vertices: 60 Pentagonal Hexecontahedron: * Degrees: 32,400 * Faces: 60 (pentagons) * Edges: 120 * Vertices: 62

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  @C-o-r-yАй бұрын

  combination 1 4 triangles: 4 x 180 = 720 3 Squares: 3 x 360 = 1080 4 pentagons: 4 x 540 = 2160 2 hexagons: 2 x 720 = 1440 Total = 5400 Combination 2 6 triangles: 6 x 180 = 1080 2 Squares: 2 x 360 = 720 4 pentagons: 4 x 540 = 2160 2 hexagons: 2 x 720 = 1440 Total = 5400 Combination 3 12 triangles: 12 x 180 = 2160 2 Squares: 2 x 360 = 720 2 pentagons: 2 x 540 = 1080 hexagons: 2 x 720 = 1440 Total = 5400 Combination 4 10 triangles: 10 x 180 = 1800 3 Squares: 3 x 360 = 1080 2 pentagons: 2 x 540 = 1080 2 hexagons: 2 x 720 = 1440 Total = 5400 Combination 5 8 triangles: 8 x 180 = 1440 4 Squares: 4 x 360 = 1440 4 pentagons: 4 x 540 = 2160 2 hexagons: 2 x 720 = 1440 Total = 5400 Combination 6 6 Triangles: 6 x 180 = 1080 5 Squares: 5 x 360 = 1800 2 pentagons: 2 x 540 = 1080 2 Hexagons: 2 x 720 = 1440 Total = 5400 Combination 7 4 Triangles: 4 x 180 = 720 6 Squares: 6 x 360 = 2160 2 pentagons: 2 x 540 = 1080 2 Hexagons: 2 x 720 = 1440 Total = 5400 Combination 8 8 triangles = 1440 2 squares = 720 2 pentagons = 1080 3 hexagons = 2160 Total = 5400

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  @ndudman8Ай бұрын

  many thanks, will do this with your great unity dome design :)

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  @NovaxSumeruАй бұрын

  Fantastic video. worth more than i know to say

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  @RashaFawzy-jx9hwАй бұрын

  اريد ان اتبرع لاهل فلسطين بمثل منتجكم فهل من اسعار تجارية

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  @cosmic.futureАй бұрын

  I would love the plans for this if they are still available

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  @jayjohnson3724Ай бұрын

  Outstanding.

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  @JoeyvanLeeuwenАй бұрын

  Hi Paul, I'm thinking about making one out of concert. What are the angles of intersecting between the panels? Are they all just the same as those of the original polygon base?

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  @theguy186Ай бұрын

  I work in company who is in steel industry. We can cut and bend. Can you send me a model please.

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  @ruthfrance229Ай бұрын

  Your floor looks lovely. We have some much smaller teak parquet. Probably 1960s. Plan to use as top surface of stair treads on top of 50mm birch ply. Star design is single steel stringer with treads bolted across. May I ask, does the glue you use work ok for timber to timber?

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  @samyoungblood3740Ай бұрын

  Wonder if this design could be a frame an build something to attach over it? Added strength an stability.. hide the Ugly?

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  @samyoungblood3740Ай бұрын

  How could you put Plexiglass in each triangle section? Thats what I want an can’t figure out how to do it this same way, add thick plexiglass and keep it from leaking.

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  @antoniiocaluso1071Ай бұрын

  is there a CALCULATOR available, please...for the strut lengths? thanks! :-)

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  @TonisuperflyАй бұрын

  Absolutely goddam genius.

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  @jessquive6905Ай бұрын

  Wow this is genious. Thanks a lot for sharing freely your research, knowlegde and building experience. What a rare great brain and heart you have! May you receive gifts from life as much as you gave yourself! Happy weekend.

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  @morphergaming0531Ай бұрын

  This is exactly the size I've been looking with the perfect height. Considering building a tiny home but I wanted the size of a yurt with a single story only. You have hit perfection.

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  @go4acroАй бұрын

  Dude so nice, I wanted to make one that can be moved and this one can turn into 4 pieces, amazing. Thanks

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  @sd247Ай бұрын

  Wow, I would like to make a shed out of this.

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  @JMVILLARUELАй бұрын

  Que criterio usan para definir el diámetro de los tubos.?

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  @fernandomortellaro96632 ай бұрын

  Ok excelente pero comparte los datos la frecuencia, las medidas los ángulos

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  @nicjames84652 ай бұрын

  Absolute legend.

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  @anaalvarez78772 ай бұрын

  thank you so much for this video!!! love u

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  @cornfall2 ай бұрын

  Nice tutorial

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  @cornfall2 ай бұрын

  Ingenious design

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  @cornfall2 ай бұрын

  Beautiful work

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  @cornfall2 ай бұрын

  Expert work

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  @ancsautonoisecreationstati68242 ай бұрын

  Start a mailing list, or put links to one down alongside the video..? Would love to keep up with the kickstarter, or whatever future plans. Respect.