Sylvester Konstruktion Construction Stöcker Hölzer Kantholz Profil Verbindung Compound Leightweight Firework Rockets Fireworkrocket Skewers

thingiverse

- 7 mm 7 mm = Sylvester Rocket Sticks in size of a 2020 Alu Profile, with oustanding 2 to 4 mm! The outst. belongs only to the corners, the rest of the Profile fits 20 by 20 you use for that lengthy part the 7 by 7 "2020mitAnlg7mm.stl" or "2020_9-4mmlang.stl" - 2020mitAnlg7mm = Flat Stabilizer, 7 by 7 Woods, In-Betweeners along the profile-axis, in size of a 2020 Alu profile (20 mm) with 4,7 mm Width, Hole through With-the-Profile-Axis - Corn_9degr = Corner, 7 by 7 Woods Sylvester Rocket Sticks, for size of a 2020 Alu Profile, ONLY SLA-print which is equiv. to 39degr - Corn_45degr = Corner, 7 by 7 Woods Sylvester Rocket Sticks, for size of a 2020 Alu Profile, ONLY SLA-print Use following to Enstrenghten Corners: (Querstrebe zum Winkel zum Verfestigen), (Und zum beliebigen Verlängern von ausgehenden Querstreben, Nutze einen Stand.stl um abgehende Q. zu fertigen): - CornerEn.stl (Short) For short and usual (ca. 2 inches) Corners - StandEnstrength.stl (Long) Like for Stands, large Corner, Foots, T-Forms - AllUseEnstrength_45(45).stl 45 Degree arbitrarily/any sized length - AllUseEnstrength_33(30).stl 33 Degree " 30° lookalike, It ´s 32° truely sry - AllUseEnstrength_57(60).stl 57 Degree " 60° lookalike, It ´s 56° truely sry - DoppelKappe_30_0.stl the same as Extension_30.stl ithink it came broken so I redone just try on of both = 30 ° Connector Cap to Cap - Extension_30.Corner.stl - 30 (true 30) Degree Connector to a profile, With a Drill Hole 4M - DoppelKappe_60.stl - 60 ° Connector Cap to Cap - DoppelKappe_45.stl - 45 ° Connector Cap to Cap, minimalized, for better, leigtherweidhgter construciticons - DoppelKappe_45_T.stl - 45 ° Connector Cap To Cap, With another Cap, orthogonal to one Cap, forming a arced I-- - Form, Very Useful building Silo-Objects oder Cagings-Objects -トLambda-Y-like - Y Part straight with 45° outgoing, connector - Lochmon0.stl = Flat Stabilizer with Hole, 7 by 7 Woods, In-Betweeners along the profile-axis, in size of a 2020 Alu profile (20 mm) with 9.4 mm width, Hole through M4 to Normal Face of the Profile Axis. Use for mount s\t\ onto the profile. - Extension_30.stl - 30 (true 30) Degree Connector to a profile - KappeLaengstloch.stl End cap, has a hole longitudinal\parallel to profile axis. - (To be continued ...) KappeQuerloch.stl End cap, has a hole perpendicular\through (to) the profile axis (yet to come) * Use following to build 90 degree Corners and Stands, Foots, T-Forms: - Corner.stl - Stand.stl - TWinkel.stl - An useful Corner 90 ° Edge or T - Form. Prnt it with 101+++% caused of thermal contraction with PLA !!! Otherwise: Holes are getting 6.8 mm instead 7.30275 mm - Bettkantediese.stl - For a bed, ..., use it with my (=remixed) Screws: https://www.thingiverse.com/thing:6480826 - K-Winkel (Bett)2-Cube.002.stl - K - Form normal, K-Winkel-LochUnten - Hole bottom M4, K-WinkelLochSeite - Drill Hole M4 besides - λ Lambda AllUseEnstrength_50(forOrthogonalHA_dessen_Fundament).stl - Orthogonalhalter_30_Spitze.stl - Use it with λ Lambda - Part to form a 30 ° triedron / hexagonal - pyramid Half, Very useful for enstrenghten a vertical axis from the middle\angle point of a 30° angle. - †-Stand.stl - An X - Form with an I out the middle; You'd better use ,TWinkel.stl´; it's more robust - T-Stand.stl - A T - Form, You'd better use ,TWinkel.stl´; it's more robust - Xsemi-Stand.stl An †-Stand.stl, where one Foot or one End is a V - Form - X-Stand.stl - A rotated X - Form, just a skewed (45°) foots, not like a +, but a x - Kugellager X.stl - Ball bearing part in an X - Form with an Ballbearing Axis Vertical to the cross of an X) For standard 608 - 1CylZu.stl, 1CubeZu.stl, 1CaseLi.stl, CaseRe.stl, 1CubeAuf.stl - A ball bearing conjunction to a 20x20 Profile/Cap. You can now move a profile transverse along its axis from the other axis. Use it for doing rotated things, prefer to use Kugellager X.stl for things rotate transverse to an axis that stand orthogonal to a plane. - 1CaseLi.3mf - Ballbearing Case (608) that makes sense, the above encasement doesn't work, here PrusaSlicer-Proj.-File for compensation :-) Hope you can\have the Software „Prusa Slicer“. - Corner.stl - Make Corners with this part\modell. Example: A Cube has 8 Corners. The following is for 2 Skewers, not 4, so you can build flatter strives: ┌–––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––┐ - 2er_90_Winkel_prmtv.stl - A 90 ° Corner Winkel Edge for only two Skewers! FLAT Part - 2er_Cvr_Hole.stl - A FLAT Part with a Screw out the Middle Point, part for Enlogation for example. Object has 32.638 mm width, 23,7 depth See https://www.thingiverse.com/thing:6516437 it 's also from the Sylvester-skewer idea. which is not mentioned here or in this design-site and the above 2er model have nothing to do with↑it └–––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––┘ The following is only for 5 x 5 Woods, that are commonly rare... ┌–––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––┐ Caution: The first one - 5 mm 5mm 34 mm . stl - has Very cheap print result, see slicer picture, but it IS indeed stable! Other ones are Okay - 5 mm 5mm 34 mm = Sylvester Rocket Sticks in size of a 34 mm handy timber (Kantholz) - 5.210 = Flat Stabilizer, In-Betweeners along the profile-axis, in size of a 2020 Alu profile (20 mm) - 5.210 Corn1,2= Screw Mount M4, Sylv. , in size of a 2020 Alu profile, hor., vert. - 5.210-W = Corner, Sylvester Rocket Sticks, in size of a 2020 Alu Profile, ONLY SLA-print (resin) if you don't have a SLA-Printer (resin) then use 5.210-corn1 and 5.210-corn2 - 5.210-S = Standup-Corner, Standing Corner ontop a profile, use it with 5.210-corn1 for that. - 5.210-D2 Mount. Stabilizers. Double sided, 33.0 degree - 5.210-DFo Mount. Foot. Stabilizers. Double sided 33 degree (to come) - .-everything that analoge to 4040 Alu profile (to come) * Build 3.4 cm (ca. 1 1/3 ") Kanthölzer for Super-Leightweight applications with skewers/wooden sticks from Firework Rocket * Some leightweight applications like a OpenScan Application can be build from this (last picture) or a Spray-Application. * Some rockets are 5 mm. The bigger rockets have 7 mm wideness In some places gaps use a little bit of glue IF Necessary. I have built a Edge Corner, a N20 Motor (Retangl. ones) Mount for this and I will build to this 2020 Alu-Profile a analogue 4040 Alu-Profile for this, as well Stay tuned. └–––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––┘ * Eco usage Recycle old wood ° Recycle Trash ° Common Size * Made with sticks from Sylvester rockets! ° 2020/(4040)(coming soon) Alu. profile * Rechangeable on multiple applications ° Attractive Damping properties of wood * Eco friendly No aluminium ° Only small motors, no more NEMA * Good for leightweight constructions, leightweight machines haV3 a N¹c e DAy