Conveying posture adjusting device for insulation board production line and monitoring method

Abstract

The invention relates to the technical field of intelligent production equipment, and discloses an intelligent automatic production line which can enable machining equipment such as a numerical control machine tool on a line body to automatically complete a preset procedure route and a technological process under the control of a specified program or instruction. The invention relates to a conveying posture adjusting device for an insulation board production line and a monitoring method. The conveying posture adjusting device can enable a conveying mechanism and other additional devices to automatically carry out auxiliary control or operation such as product conveying, measuring, sorting and packaging, and particularly relates to a conveying posture adjusting device for an insulation board production line and a monitoring method. Comprising a feeding rolling conveying belt, a turnover mechanism, a discharging rolling conveying belt, universal conveying belts, a flattening mechanism, a blanking mechanism and adsorption permeation equipment, wherein the universal conveying belts comprise a first universal conveying belt, a second universal conveying belt and a discharging universal conveying belt; the posture of the insulation board base plate is adjusted by controlling a plurality of universal driving units on a discharging universal conveying belt, so that the insulation board base plate can enter a blanking supporting plate of a blanking mechanism in a manner of being aligned with an adsorption groove of the adsorption permeation equipment; normalization processing is carried out on multiple types of size information of the insulation board substrate, such as length, height, width, surface flatness and other different types of size information of the insulation board substrate, and then the production state of an insulation board production line is reflected on the whole through calculation.

Description

technical field [0001] The invention relates to the technical field of intelligent production equipment, in particular to a conveying attitude adjustment device and a monitoring method for a thermal insulation board production line. Background technique [0002] With the development of the construction industry and the continuous increase of thermal insulation materials in the market, my country's building energy-saving thermal insulation industry has shown a blowout growth trend. However, the production level of industrial production lines of thermal insulation boards in my country is low, and the degree of automation and production efficiency are not high, which seriously limits the development of the building energy-saving thermal insulation industry. [0003] Automated production line intelligent operation and maintenance and health management system is an emerging science that uses mechanics, machinery, electronics, computer, signal processing and artificial intelligenc...

AI Technical Summary

Problems solved by technology

[0006]Absorptive penetration is an important part of the production process of insulation boards. By applying the fireproof penetrating liquid on the substrate of the insulation board, and passing through the negative The pressure generating device pumps air to the insulation board substrate, so that the fireproof penetrant can enter the gap of the insulation board substrate. Since the negative pressure device of the adsorption and penetration equipment needs to be attached to the surface of the insulation board substrate, it is necessary to use the correct posture on the production line. The fireproof insulation board is transported to the adsorption groove of the adsorption infiltration equipment, and the size deviation of the insulation board substrate in the production line cannot be too large, otherwise it will cause the negative pressure generating device due to the unevenness or excessive inclination of the insulation board substrate surface Can not fit well, which will affect the adsorption and penetration effect

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