BR-LCX type wheel system innovative design lap experimental platform wheel system innovative solution lap wheel system design lap experimental platform wheel system innovative design lap simulation experimental platform

Overview:
The experimental platform for innovative design of wheel systems focuses on the classification, design, analysis, and application of wheel systems. It is a new type of innovative design integrated experimental platform developed to guide students to engage in positive thinking, innovative design, and cultivate their comprehensive design and practical skills.
By overlapping various types of gear systems, students can have a more comprehensive, clear, and thorough understanding and mastery of the structure, classification, and application of gear systems, the calculation of gear transmission ratios, and the basic issues that should be paid attention to in planetary gear system design (including type selection, transmission efficiency, and tooth number determination).
The experimental project integration of the experimental platform is high, the institutional overlap is convenient, the size accuracy is high, and the positioning is accurate. Teaching practice has shown that the experimental platform can stimulate students' learning initiative, innovation ability, and cultivate their independent work ability. It is worth promoting and using in higher education institutions.
1、 Characteristics of the experimental platform
1. The experimental platform is carefully conceptualized, exquisitely designed, and can ensure that the various moving components of the composition mechanism do not interfere during movement. The components have good universality and are easy for students to operate in experiments.
2. Almost all parts of this experimental platform have high machining accuracy, beautiful appearance, convenient maintenance, and long service life.
3. Each set of the experimental platform has a frame, equipped with an electric motor and a V-belt transmission device that is tensioned through a cantilever rod tensioning wheel. The overlapping method of the experimental platform mechanism is flexible, and the position of the fixed motion pair can be adjusted freely on the plane coordinate.
★ The device has added a remote communication protocol module, which can achieve:
Remote teaching function:
1) Real time teacher and student one-on-one remote teaching, remote communication function;
2) Manufacturers and equipment administrators provide real-time guidance on equipment operation and maintenance;
Laboratory management functions:
1) The equipment is equipped with a set of laboratory management system software and hardware, implementing a one person, one account mode for administrators. Through the mobile APP communication protocol, administrators with more than 10 people can manage the equipment at any distance, including recording (automatic start) and playback of the equipment operation process, as well as automatically starting the infrared alarm function when the equipment is turned off.
2、 Application scope
Conduct gear system design assembly experiments in course design and graduation project.
Extracurricular students engage in experimental assembly of innovative design schemes for institutional sports.
3、 Types of overlapping mechanisms
16 types of 2K-H planetary gear trains
24 types of 2K-H differential gear trains
1 type of 3K turnover gear system
1 type of fixed axle wheel system
Two types of composite gear trains
Two types of motion decomposition and synthesis
4、 Main technical parameters
Outline dimensions of the experimental bench frame (length × wide × Height: 1200mm × 350mm × 650mm
Rotating motor power N=60W 220V
Speed: Output speed n=10 rpm
5、 Attachment
A set of six overlapping diagrams
One copy of overlap detail table
A detailed list of components (proxy packing list)