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Download "Неразборные подвижные механизмы - моделирование и 3D-печать | Autodesk Fusion 360"

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fusion360
makertemple
3д печать
3д моделирование
3d печать
3d моделирование
fusion 360
cad
3d printing
diy
3d modeling
joints in fusion 360
joints
соединения
соединения fusion 360
Неразборные подвижные механизмы
печать на месте
печать в месте
fusion 360 tutorial
fusion 360 урок
fusion 360 уроки для начинающих
clearance
tolerance
clearance test
tolerance test
3d принтер точность
особенности 3Д печати
преимущества 3д печати
механизмы на 3д принтере
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  • ruRussian
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00:00:01
is the production of complex shapes that are
00:00:02
possible using other
00:00:04
automated methods, including the
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possibility of producing non-separable
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moving mechanisms.
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Today we will model the rotating mechanisms of both the
00:00:10
vertical and horizontal
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planes and the connections between these
00:00:14
elements. An example of vertical
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connections will be the following
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pliers, here in fusion we start in a sketch
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Czech three circles with a common center
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from here to the end of the video I will not
00:00:23
mention the dimensions used, they are not
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important for understanding the principle is different
00:00:26
for frequent cases and is always correctable from the
00:00:28
tree of history from the outer circle we
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make a small offset
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enough to reproduce with your 3D
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printer a garden and ticks just a set
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smoldering of the circle of rectangles
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[music]
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when drawing one part of the pliers
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we connect it with the outer circle
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when drawing 2 with the next we squeeze out the
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holey cylinder
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we remove the chamfer from both internal edges
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we move to the inner part I will give you
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a circle at an angle of minus 45 degrees
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[music]
00:01:24
we squeeze out the upper surface at a
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straight line angle we extrude the upper
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surface at an angle of 45 degrees,
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make sure that at this stage the geometry
00:01:33
extends beyond the boundaries of the sleeve and
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connect the last vertical extrusion with the
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rest of the sketch
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[music]
00:01:49
Prince of Persia of this element, you can
00:01:51
notice that the functional parts of the pliers
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really do not touch
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[music]
00:02:00
let's deal with these starks but draw circle
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hexagon
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[music]
00:02:09
orient vertically make offset
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cut out hexagon elastic all the way through
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[music]
00:02:20
project the edge onto the top surface
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[music]
00:02:27
make a circle
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[music]
00:02:31
extrude through operations cat
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slightly expand the hole
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again extrude but now connect with
00:02:42
parts along the way
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[music]
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remove unwanted ones elements, cut
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the thread, prepare it for printing
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[music]
00:03:04
to check the movement of our moving
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elements, let's define a connection, to do this, we
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need to convert the bodies into components and
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ground one of them relative to the
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stationary one, we begin to select a connection,
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it is advisable to select the boundary of components
00:03:21
from the same plane, avoid
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components from different planes in the program so that we did
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n’t have to reorient everything, the type of
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rotation movement
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[music]
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we repeat for all moving elements
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[music]
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after playing with turns, don’t
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forget to return everything to its place
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[music]
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to model an element rotating
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around a horizontal axis, we’ll make a completely
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model blank on one of the sides
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we’ll define centers draw a circle
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[music]
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extrude at an angle of 45 degrees
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make sure that the new geometry extends beyond the
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lower boundary again extrude at a
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right angle
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combine the elements by making subtractions
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do not forget to leave the body tool
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create a small space that
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your printer can reproduce
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[music]
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[music]
00:05:02
saw off the excess pieces
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[music]
00:05:19
check the movement of elements
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[music]
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if your printer suffers from major
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problems, model chamfers in critical
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places
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[music]
00:05:53
so as not to assemble the model slicers from
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pieces, export all models in one
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file
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when printing similar models,
00:06:00
use borders to solder parts
00:06:01
so as not to waste time, clean this in
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hard-to-reach places you can
00:06:05
model a custom border
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[music]
00:06:31
I mentioned several times the space
00:06:33
that your printer can reproduce
00:06:35
without knowing the exact translation, but by
00:06:37
requesting a tolerance test on
00:06:38
file repositories for 3D printing you can find models
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to determine this value
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[music]
00:06:51
choosing from two options vertically
00:06:53
or you rotate horizontally, you should pay
00:06:55
attention to several factors; the
00:06:57
advantage of vertical printing is that they
00:06:59
are laid in such a way that they create
00:07:00
grooves for each other and do not create
00:07:02
additional friction as
00:07:03
happens when laying layers along the axis of
00:07:05
rotation; however, in the latter case, the
00:07:07
element itself turns out to be more solid and
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less strong prone to breakdowns
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[music]
00:07:18
[music]

Description:

Одним из преимуществ 3д-печати является изготовление сложных форм, невозможных при использовании иных автоматизированных методов. В том числе возможно изготовление неразборных подвижных механизмов. Сегодня смоделируем и напечатаем на 3Д-принтере поворотные механизмы в вертикальной и горизонтальной плоскости и соединения между этими элементами в Autodesk Fusion 360 Видео входит в серию уроков по Autodesk Fusion 360 для начинающих и не только #MakerTemple #Fusion360

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