阅读说明：本技术 一种光纤耦合器拉锥平行夹持机台 (Optical fiber coupler draws parallel centre gripping board of awl ) 是由 不公告发明人 于 2019-01-10 设计创作，主要内容包括：一种光纤耦合器拉锥平行夹持机台,包括：光纤放置槽,所述光纤放置槽由光纤工装夹具、真空吸附管组成；光纤平行夹持平台,所述光纤位置夹具设置在所述光纤放置槽中间,光纤夹持平台与光纤放置槽连接组成光纤耦合器拉锥机台。本发明新型光纤耦合器拉锥机台结构设计简单,稳定性好,实现光纤耦合器拉锥平行工艺操作简单,提高操作效率,实现低成本生产。(The utility model provides a parallel centre gripping board of fiber coupler tapering, includes: the optical fiber placing groove consists of an optical fiber tool clamp and a vacuum adsorption tube; the optical fiber parallel clamping platform is arranged in the middle of the optical fiber placing groove, and the optical fiber clamping platform is connected with the optical fiber placing groove to form an optical fiber coupler tapering machine table. The novel optical fiber coupler tapering machine table is simple in structural design and good in stability, the operation of the optical fiber coupler tapering parallel process is simple, the operation efficiency is improved, and low-cost production is realized.)

1. The utility model provides a parallel centre gripping board of fiber coupler tapering, includes: the optical fiber placing groove consists of an optical fiber tool clamp and a vacuum adsorption tube; the optical fiber position clamp is arranged in the middle of the optical fiber placing groove and is fixed on the tapering machine table through four groups of metal rods through metal clamping grooves; the optical fiber position clamp and the optical fiber placing groove are connected to form an optical fiber coupler taper parallel clamping machine table.

2. The fiber coupler tapering bench of claim 1, wherein the fiber placement groove comprises: the vacuum adsorption tube is arranged in the optical fiber tool clamp and is connected with the machine table through the built-in tube.

3. The optical fiber coupler taper parallel clamping machine table according to claim 1, wherein the optical fiber position clamp is arranged in the middle of the optical fiber placing groove.

4. The fiber position fixture of claim 3, wherein the fiber position fixture is connected to the fiber placement groove by four sets of movable metal rods, the positions of which are controlled by metal slots.

Technical Field

The invention relates to the field of physics, in particular to an optical fiber coupler in an optical fiber communication technology, and particularly relates to a novel tapered machine table of the optical fiber coupler.

Technical Field

The invention discloses a tapered parallel clamping machine table for an optical fiber coupler, which is simple in structural design and good in stability, simplifies tapered process operation of the optical fiber coupler, improves operation efficiency and realizes low-cost production.

The design and development of the optical fiber coupler tapering parallel clamping machine table meet the requirements of the current domestic and foreign adsorption type optical fiber coupler tapering machines on placing optical fibers in parallel, and the optical fiber coupler is used as a key device in a communication device and is also an optical device with strong market demand in these years. Are optical elements that are widely used in telecommunications, private enterprise networks, limited television, military/space (commercial and military specifications), professional applications (inside and outside housings, testing, industrial, laboratory, other applications). Therefore, the optical fiber coupler taper parallel clamping machine is developed, the requirements of the original functions are met, products and services with better performance and price are provided, the overall cost is reduced, and more resources are saved.

The novel optical fiber coupler tapering parallel clamping machine table is widely applied to an adsorption type optical fiber tapering machine. The optical fiber coupler tapering machine table is a reliable optical fiber coupler tapering machine table, is fixed in the optical fiber position in the tapering manufacturing process of the adsorption type tapering machine, and has wide application in ensuring the product quality of the optical fiber coupler.

Disclosure of Invention

The invention aims to provide a novel optical fiber coupler tapering machine table solution, which is characterized in that the position for fixing an optical fiber is controlled by a clamping platform, the problem that an adsorption type tapering machine needs an optical fiber knotting and tapering coupling mode is solved, the structure is simple, the requirement on the production process is low, the overall cost is reduced, and more resources are saved.

In order to solve the above technical problem, the novel tapered parallel clamping machine for an optical fiber coupler of the present invention comprises: the optical fiber placing groove consists of an optical fiber tool clamp and a vacuum adsorption tube; the optical fiber position clamp is arranged in the middle of the optical fiber placing groove and is connected with the optical fiber placing groove through the metal clamping groove control positions to form an optical fiber coupler tapering machine table.

The parallel centre gripping board of fiber coupler awl, its characterized in that, the optic fibre standing groove includes: the vacuum adsorption tube is arranged in the optical fiber tool clamp and is connected with the machine table through the built-in tube. Wherein the optical fiber position jig is disposed in the middle of the optical fiber placement groove.

The novel tapered parallel clamping machine table for the optical fiber coupler saves the time for fixing the tapered optical fiber of the optical fiber coupler by the structural design, and has the advantages of simple structure, good stability, simpler process operation and low cost.

Drawings

Fig. 1 is a schematic diagram of a tapered parallel clamping machine of the novel optical fiber coupler of the present invention.

Detailed Description

The following describes the tapered parallel clamping table of the novel optical fiber coupler in further detail with reference to the accompanying drawings.

As shown in FIG. 1, the novel tapered parallel clamping machine for fiber coupler of the present invention comprises a fiber placement groove, wherein the fiber placement groove comprises a fiber fixture, a vacuum adsorption tube, and movable metal rods (211,212, 213, 214).

Optical fibers (221, 222) are placed in an optical fiber placing groove, the optical fibers are adsorbed in the groove through a vacuum adsorption tube and then fixed through an optical fiber position clamp, four groups of metal rods (211,212, 213 and 214) are moved to fix the arrangement sequence of the optical fibers, and the optical fibers are subjected to tapering fusion coupling to form an optical fiber coupler, so that the optical fiber coupler tapering machine table for controlling the positions of the optical fibers to carry out tapering coupling is realized.

While the preferred embodiments of the novel invention have been described in detail, it is not intended that the novel invention be limited thereto, and that various equivalent modifications or substitutions can be made by those skilled in the art without departing from the spirit of the novel invention and are intended to be included within the scope of the appended claims.