Preparation method and device of translucent self-healing concrete

Abstract

The invention belongs to the technical field of concrete and particularly relates to a preparation method and device of translucent self-healing concrete. Through the preparation method and device oftranslucent self-healing concrete, provided by the invention, high-efficiency mechanized and accurate arrangement of optical fibers for translucent concrete is realized, microcracks occurring to the translucent concrete during industrial production are quickly and automatically healed in real time, the structural performance of the concrete is enhanced, and the artistic effect of the translucent self-healing concrete is guaranteed. The device comprises a movable track, a left mechanical hand and a right mechanical hand, wherein the left mechanical hand and the right mechanical hand are arranged on the movable track; a left template and a right template are arranged below the movable track in a matched mode; the left template and the right template are provided with optical fiber holes correspondingly; and the left mechanical hand and the right mechanical hand are arranged between the left template and the right template.

Description

technical field [0001] The invention belongs to the technical field of concrete, in particular to a preparation method and device for light-transmitting self-repairing concrete. Background technique [0002] Parallel placement of a certain proportion of optical fibers in a matrix between two planes of concrete is the key to achieving light transmission in concrete. At present, optical fiber laying is basically done manually, but the requirements for optical fiber content are high, and the optical fiber hole is a special-shaped structure and For densely distributed concrete, this method has low efficiency, long time-consuming, large operating errors, difficult to control precision, and difficult to meet the needs of modern industrial production. [0003] During the production process of prefabricated light-transmitting concrete, a cutting process is required to make plates of different types and sizes. However, practical experience shows that many fine cracks often appear aft...

AI Technical Summary

Problems solved by technology

[0002] Parallel placement of a certain proportion of optical fibers in a matrix between two planes of concrete is the key to achieving light transmission in concrete. At present, optical fiber laying is basically done manually, but the requirements for optical fiber content are high, and the optical fiber hole is a special-shaped structure and For densely distributed concrete, this method has low efficiency, long time-consuming, large operational errors, and difficult control of precision, which is difficult to meet the needs of modern industrial production.

[0003] During the production process of prefabricated light-transmitting concrete, a cutting process is required to make plates of different types and sizes. However, practical experience shows that many fine cracks often appear after the cutting process of the plates, which not only affects the structural performance, but also It will also seriously affect the artistic effect of light-transmitting concrete and reduce the value of the product

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