Macro-programming of educational and rotating quadrangular pyramids

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With the gradual advancement of national economic development and education reform, technology-applied talents have gradually become the needs of China's development and have become an urgent need for enterprises to work. Therefore, the vocational education of higher vocational colleges has become an important source of “high-quality technical skills talents” and “strong support for constructing a reasonable educational structure, promoting the transformation of economic development mode, and alleviating the structural contradictions of employment”. In order to meet the needs of the employing enterprise, the process must be based on factory management and teaching according to the knowledge of the personnel required by the factory. However, traditional cramming exam-oriented education is difficult to adapt to the curiosity and curiosity of students in vocational schools, and it is unable to stimulate the motivation of students' learning. In the teaching, our school stimulates students' interest through the analysis and processing of a typical part's processing technology, inspiring students to use all kinds of knowledge to think about problems, so that students can master CNC machining technology, clamping, tool use, programming, Good results have been achieved in terms of machine tool operation and so on.

The above picture is a topic for students to learn macro programs, and student processing is very interesting.

Learning knowledge points :

1. Variable programming;
2. The use of rotation instructions;
3. Removal method of residual material.
Processing technology:

1. Finishing the surface with a ball-end milling cutter;
2. The flat bottom end mill uses the point method to rough and finish the residual material.

The processing procedure is as follows :
%
O1111 (XZSLZ)
#100=5( tool radius)
#101=40(bottom side length)
#102=50(surface height)
#103=50(tilt)
#104=0.2(Z step)
#5=5(current knife compensation)
#6=-30(current Z value)
#105=35(upward rotation angle)
G80G40G54G90G49G17
G0Z50
G0Y-60
M3S5000
G1Z10F3000
G05.1Q1 (pre-read 20 blocks from this block)
WHILE[#6LE[#102+#100]]DO1
G68X0Y0R#105 (angle rotation)
G10L12P1R#5
G1Z#6
G1G41X[2*#100]Y-[#101/2+2*#100]D1
G3X0Y-[#101/2]R[2*#100]
G1X-[#101/2]
Y[#101/2]
X[#101/2]
Y-[#101/2]
X0Y-[#101/2]
G3X-[2*#100]Y-[#101/2+2*#100]R[2*#100]
G1G40X0G69
#6=#6+#104
#5=#5-[#104/TAN[#103]]
#105=#105+[#104*[90/#102]]
END1
G0Z100.
M5
G91G28Z0.
G28X0.Y0.
M30
%

Corrosion-Resistance Alloy,mainly refers to ordinary stainless steel resists atmosphere and sea water corrosion such as 300 series stainless steel including 304,316L, 317L etc.; comparatively strong corrosion resistance material including austenitic stainless steel 904L, 254SMOand Dual phase steel 2205,2507 etc.; Corrosion Resistant Alloy containing Cu 20 alloy; In comparison to non-metal corrosion resistant materials, corrosion-Resistance Alloy main refers to iron alloy (resistance to corrosion); nickel alloy (Ni-Cr alloy, Ni-Cr-Mo alloy, Ni-Cu alloy and other active metal.

Corrosion-Resistance Alloy

Corrosion-Resistance Alloy

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