BR-KCX type space mechanism innovative design assembly experimental platform - space overlap experimental platform - space design overlap simulation experimental platform - space mechanism innovative design overlap simulation experimental platform

Overview:
This experimental platform is a comprehensive experimental equipment specially designed, assembled, and analyzed for a new open laboratory in universities. The experimental platform is equipped with experimental components such as bevel gears, spiral gears, chains, couplings, worm gears, spherical groove wheel mechanisms, V-belts, and high and low moving pairs. By demonstrating various wheels and finally practicing the splicing of various spatial mechanisms, students can have a more comprehensive and in-depth understanding of the composition, motion characteristics, and structural motion diversity of spatial mechanisms. This experimental platform is an understanding platform for cultivating students' innovation ability, comprehensive design ability, and practical hands-on ability.

Function and features:
1. The experimental platform consists of a frame, motor, V-belt transmission device, various low pair basic gear groups, moving pairs, spherical pairs, cylindrical pairs, spherical groove wheels, planar groove wheels, worm and worm gears, and connecting components. It can assemble 30 types of spatial mechanisms:
1) Bevel gear transmission
2) Spiral gear transmission
3) Chain drive
4) Bevel gear helical gear transmission
5) Spiral bevel gear transmission
6) Spiral gear - single cross shaft universal joint
7) Bevel gear - single cross shaft universal joint
8) Spiral gear double cross shaft universal joint
9) Bevel gear double cross universal joint
10) Spiral Gear - Worm Gear
11) Bevel Gear - Worm Gear
12) Spiral gear worm gear single cross shaft universal joint
13) Bevel gear worm gear single cross shaft universal joint
14) Spiral gear - Double cross shaft universal joint - Worm and worm gear
15) Bevel gear - Double cross shaft universal joint - Worm and worm gear
16) Bevel gear groove wheel mechanism
17) Spherical groove wheel mechanism
18) SARRUT mechanism (3R-3R spatial six bar mechanism)
19) RSSR spatial crank rocker mechanism
20) RCCR coupling
21) RCRC kneading mechanism
22) Bevel gears - flat groove wheels and spherical groove wheels
23) Stacking mechanism
24) RRSC Institution
25) Ratchet mechanism
26) Gear and rack mechanism (two types)
27) Disc cam mechanism
28) Intermittent motion mechanism of cylindrical cam
29) RRRCRR Institution
30) Automatic conveyor chain device
2. The mechanism splicing method is flexible, and the position of the fixed motion pair can be adjusted arbitrarily; The connection joint has a novel concept and flexible rotation; Each component does not interfere during movement; The machining accuracy of the components is high, and they have undergone surface treatments such as spray molding, blackening, and chrome plating.

Teaching experiment project:
Undergraduate or graduate students study and research spatial mechanisms such as linkage mechanisms, intermittent motion mechanisms, directional mechanisms, and achieving expected trajectory movements.
Main configurations and technical parameters:
Experimental bench base 1 rack size: 1200 × three hundred and fifty × 650mm
Rotating motor 1 power N=90W, 220V output speed n=10 rpm
1 spare parts storage box for the experimental platform.