Radius-adjustable sea oil adsorption fiber cluster insertion device

Abstract

The invention relates to the field of seawater purification, in particular to a radius-adjustable sea oil adsorption fiber cluster insertion device. The technical problem to be solved by the invention is to provide the radius-adjustable sea oil adsorption fiber cluster insertion device. According to the technical scheme, the radius-adjustable sea oil adsorption fiber cluster insertion device comprises a displacement assembly, a perforating assembly, an attaching assembly, a support table, a control screen, a right sliding rail and the like; and the control screen is installed on the support table. According to the device, mounting plate penetrating treatment, bottom pulling and integrated plate adhesion treatment are sequentially carried out on a fiber cluster, the lower end of the fiber cluster is tightened, so that a spiral structure of the fiber cluster can be prevented from being damaged when penetrating through a through hole of a mounting plate, and in addition, by changing the rotation radius, fiber clusters located on the inner layer, the middle layer and the outer layer are sequentially pulled to the integrated plate with the radius smaller than that of the mounting plate.

Description

technical field [0001] The invention relates to the field of seawater purification, in particular to a radius-adjustable sea oil adsorption fiber cluster insertion device. Background technique [0002] Crude oil treatment on the sea surface has the following treatment methods, the oil roping method and the oil pump oil absorption method. In order to enhance the adsorption area of ​​sea oil, there is a floating sea oil adsorption device, which can be put into various places on the sea surface in batches. , The fixed-point and multi-point sea oil adsorption work is carried out on the sea surface through the fiber cluster installed in the device, and the putting work is simple and the recovery is convenient. [0003] In the fiber tuft installation work of this device, the head end of the fiber tuft is in a non-connected floating state, while the tail end is adhesively installed in the installation hole of the collecting plate, and the fiber tufts in the helical state need to be...

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Problems solved by technology

[0003] In the fiber tuft installation work of this device, the head end of the fiber tuft is in a non-connected floating state, while the tail end is adhesively installed in the installation hole of the collecting plate, and the fiber tufts in the helical state need to be passed through in a bundled manner. In the through hole of the mounting plate, since the radius of the mounting plate is larger than that of the collecting plate, the fiber tufts passing through the outer layer of the mounting plate are pulled to the outer layer of the collecting plate, and the fiber tufts passing through the inner layer of the mounting plate are pulled to the outer layer of the collecting plate. The inner layer of the collecting plate needs to move a large path, so when pulling and installing fiber clusters at different positions, it is necessary to continuously move the collecting plate to shorten the pulling distance of the outer layer of fiber clusters. However, when the collecting plate is moved below the installation plate When fiber tufts are adhered to one side, the fiber tufts attached to the other side of the collecting plate will be stretched too long, resulting in a higher degree of deformation of the fiber tufts on one side of the outer layer than on the other side after installation. The degree of deformation of the fiber cluster is much larger, which eventually leads to a change in the adsorption structure of the fiber cluster to the crude oil. In addition, when the fiber cluster is passed through the through hole of the mounting plate, if the fiber cluster is not protected, the helical structure of the fiber cluster will be installed. board through-holes destroyed by

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