SU47665A1 - Fabric washing machine - Google Patents

Description

It is known to the limestone that all surrogates, as well as all luepcfjJHbie fabrics on a paper basis, when washed on towed washers, acquire a number of flaws, distortions and creases. It is known that in the event that these defects are formed in the process of injection or dyeing, the harness machine does not correct them, but on the contrary, fixes even deeper and sharper.

When the product is flushed to the distribution unit, a significant part of the defects are eliminated, but machines of this type have low productivity.

The proposed batch washing machine has a high productivity due to an increase in the number of mechanical effects on the fabric when using a system of corrugated shafts, which is used to wash and wash their solution through the thickness of the fabric.

In FIG. 1 depicts a view of the proposed machine from the side; FIG. 2- distribution of corrugated shafts; FIG. 3- section of rubber tape; FIG. 4 (a, b, and c) -scheme of fluid movement in the tissue; FIG. 5 is an arrangement of grooved shafts.

In a conventional washer (FIG. 1), to rinse the fabric in a stretcher before

squeezing pair of vales 12 across the shuffle system of shafts 1, 2, 3, 4, 5, 6 and 7. The metal hollow drum 1 is covered with a smooth rubber rubber stocking and bears on itself a series of corrugated shafts 2, 3, 4, 5, 6 and 7 of a smaller diameter, twisted round like a rubber-shaped tape with a figurative cross-section (Fig. 3).

Balls 2-7 with necks lie loosely on guides 9 of arcs 10 (Fig. 2), fixed on the machine stack, and pressed against each other and to drum 1 by their own weight and spring A placed on the shaft by 7 and 3. Shafts 2, O and 4 are connected by gears with a large gear 11, tightly fastened on the shaft of a baraba; and 1, and the arms 5, 6 and 7 are pressed against the above-mentioned shafts and rotate due to the friction of them. The fabric, when it passes through the entire shaft system, is subjected to a nine-fold O; press 1-IX, as a result of which, thanks to the spiral-twisted shafts, the cleaning solution, which is filled with cloth, repeatedly moves in the fabric itself from one area to another. The shaft 2 with the drum 1 squeezes the cleaning solution in the fabric in the direction of the strips (Fig. 4a) located diagonally. The solution in the fabric is located on the sides of the diamonds 2 and 6 on the sides of the diamonds

(Fig. 45). When: yuzdeystiki valoi 6 and 7, the location of the solution in the fabric will change again (Fig. 48), and its pattern at each next moment and,; the passage between the others will be changed and broken.

The rapid movement of the solution into the tissue and the alternation of the pressing of the tissue with the roll shaft ;; mi 1-7, and then the shafts 12 accelerate the treatment process.

FIG. An example of the arrangement of the grooved shafts in the amount of 8 pieces per 10 wrists of fabric is shown.

PRELIEF me inventions. 1. A machine for flushing the fabric into a carcass with a gimeneiki bark with oval shafts and a trough located under them to collect wrung out liquid, characterized in that corrugated shafts 2, 3 and 4 are placed before the latter, 11 to rotate the latter, and the shafts 5, 6 and 7, of which two are pressed against the above three shafts, and the pipes are located by them and pressed against them at the same time as spring A (Fig. 1 and 2). 2. The form of the machine according to claim 1, characterized in that around the drum 1 there are four corrugated shafts to which three shafts are pressed in order to increase the number of wringing out of the fabric (Fig. 5).