Single motor input optical fiber grinding machine core assembly

A technology of input optical fiber and single motor, which is applied in the direction of grinding machine tools, grinding devices, grinding tools, etc., can solve the problems of poor synchronization, large deceleration space, and shortened life, so as to improve revolution stability, ensure parallelism and coaxiality degree of effect

Pending Publication Date: 2020-09-25
深圳市易通光讯设备技术有限公司
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  • Abstract
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AI Technical Summary

Benefits of technology

This patented technology allows for better rotation by adding two different types of bearings: one at each end of the machine's drive train system. These bearings help keep it stable during operation while also allowing torque from both ends to be transmitted effectively through them.

Problems solved by technology

This patents describes how current methods used for machining Optical Fiber Connecting Plugs (OFCs) involve twist or bending wires that can cause damage when they come into contact with another connector due to friction forces caused from their own weight. Current solutions such as centally driven gratings require expensive components like electricity and batteries, while quadrangular grinds only work at certain angles without stabilizing them over time. However, these techniques also increase stress concentration and reduce durability compared to center driving systems.

Method used

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  • Single motor input optical fiber grinding machine core assembly
  • Single motor input optical fiber grinding machine core assembly
  • Single motor input optical fiber grinding machine core assembly

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Embodiment Construction

[0018] like Figure 1-3 As shown, the device mainly includes a grinding chassis 1, a grinding auxiliary disc 3, a main motor 4, and a grinding track 15. An optical fiber ceramic ferrule 2 to be ground is installed on the top of the grinding chassis 1, and a grinding connection is connected to the bottom of the grinding chassis 1. disc 13, the grinding connecting disc 13 is connected with the main motor 4 for speed regulation, the original grinding structure, the auxiliary motor 5 drives the grinding auxiliary disc 3 to rotate, and the grinding auxiliary disc 3 is installed at the bottom of the grinding chassis 1 , the grinding chassis 1 produces the grinding track 15 when grinding the fiber optic ceramic ferrule 2, the main parameters of the grinding track 15 include a helical pitch 15-1 and a grinding main diameter 15-2; the main motor 4 outside Even with the main input shaft 9, the main input shaft 9 is sequentially installed with a first-stage gear A6 and a first-stage gear B7

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Abstract

The invention discloses a single motor input optical fiber grinding machine core assembly. The assembly mainly comprises a grinding base disc, a grinding auxiliary disc, a main motor, and a grinding track; an optical fiber ceramic insert core to be ground is arranged on the upper part of the grinding base disc; a grinding connecting disc is connected with the bottom of the grinding base disc; andthe grinding connecting disc is rotationally connected with the main motor in a speed regulation mode. Compared with an original grinding structure, an auxiliary motor drives the grinding auxiliary disc to rotate, the grinding auxiliary disc is installed at the bottom of the grinding base disc, the grinding base disc generates the grinding track in the process of grinding the optical fiber ceramicinsert core, and main parameters of the grinding track include spiral spacing and grinding main path. The beneficial effects include: a single motor input optical fiber grinding machine core assemblyis designed, runner system reasonable distribution motion parameters are adopted, orbit rotation and autorotation are integrally combined via single motor input, stability of a grinding curve is guaranteed, and grinding quality is ensured.

Description

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Claims

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Application Information

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Owner 深圳市易通光讯设备技术有限公司
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