Abstract: A standalone drum-mounted lint filter for a washing machine is provided. The filter includes a filter housing including a plurality of inner walls dividing the filter housing into a plurality of filter chambers, each filter chamber defining at least one inlet configured to allow wash water to flow into the respective chamber. The filter further includes at least one retainer barrel arranged within each filter chamber and configured to retain lint during operation of the washing machine. The filter also includes a porous removable filter cover defining front-facing outlets open to the drum, allowing for exit of the wash water back into the wash.

Abstract: A standalone drum-mounted lint filter for a washing machine is provided. The filter includes a filter housing including a plurality of inner walls dividing the filter housing into a plurality of filter chambers, each filter chamber defining at least one inlet configured to allow wash water to flow into the respective chamber. The filter further includes at least one retainer barrel arranged within each filter chamber and configured to retain lint during operation of the washing machine. The filter also includes a porous removable filter cover defining front-facing outlets open to the drum, allowing for exit of the wash water back into the wash.

Abstract: A standalone drum-mounted lint filter for a washing machine is provided. The filter includes a filter housing including a plurality of inner walls dividing the filter housing into a plurality of filter chambers, each filter chamber defining at least one inlet configured to allow wash water to flow into the respective chamber. The filter further includes at least one retainer barrel arranged within each filter chamber and configured to retain lint during operation of the washing machine. The filter also includes a porous removable filter cover defining front-facing outlets open to the drum, allowing for exit of the wash water back into the wash.

Abstract: The present invention related to the technological field of washing process of textile articles in general. The washing process here revealed can, by the orderly execution of its steps, separate physically part of the “standard detergent” particles defined on ordinance 185 from Inmetro, of Sep. 15, 2015, making the “detergent type A” to reach first the proteinaceous soils, and together, with perborate having bigger and more dense particles it is laid up on the bottom of the washing basket, needing to be taken inside the basket by the water flow generated by mechanic stirring of washing machine. Consequently, the process of perborate being dissolved and interacting with “detergent type A” enzymes.