Définisi lan komponen mesin perakitan otomatis

Déwan sing diwujudake kanthi pangolahan manual (kontak, ngurutake, nyekel, mindhah, nempatake, ngetrapake pasukan, lan liya-liyane) saben komponen, kanthi tegas, mung bisa diarani perakitan manual. Majelis sing ora mbutuhake proses manual (kontak, ngurutake, nyekel, mindhah, nyelehake, lan liya-liyane) bagean lan komponen bisa diaraniDéwan otomatis. Ing antarane yaiku perakitan semi-otomatis.

1. Tata arah bagean, transportasi, sistem escapement

Perangan-perangan kang semrawut yaikuotomatisdisusun ing orientasi spasial sing trep kanggo proses otomatis dening mesin, lan banjur lancar diangkut menyang escapement sakteruse kanggo nyiapake kanggo grasping sakteruse dening manipulator ing.

2. mekanisme Grab-shift-panggonan

Nangkep utawa vakum bagean (bagean) dipanggonke ing titik tetep saka escapement, lan banjur pindhah menyang posisi liyane (biasane posisi karya perakitan).

3. Mekanisme kerja perakitan

Nuduhake mekanisme sing digunakake kanggo ngrampungake tumindak utama karya perakitan, kayata menet workpiece, clamping, screwing, snapping, bonding, welding, riveting, bonding, lan welding menyang komponen sadurunge.

4. Testing agency

It is used to detect the components assembled in the previous step or the previous work results of the machine, such as missing parts detection, size detection, defect detection, function detection, and material cleaning detection.

5. Mekanisme mbusak workpiece

A mechanism used to sort out the assembled qualified and unqualified parts from the machine.