Background of the Invention
The present invention relates generally to washing basins for laundry machines. Generally, cleaning, in laundry machines, is accomplished by shrinking and expanding the structure of the items being cleaned so that the dirty material and scale accumulated on the items may be easily removed as the items are manipulated. The conventional laundry machine has a basin with smooth and flat surfaces. As a result, the water flow inside the conventional laundry basin does not maximize the cleaning process.
Summary of the Invention
In the present invention, independently pivoting washing bars are attached to the laundry basin cause a significant disruption of the water flow and so as to knock, twist and thoroughly clean the items being washed.
Each bar has a spherical base which may also rotate within a base socket. Each of the sockets is biased against a packing ring positioned proximate the wash basin by means of four springs mounted on screws. The spherical base is positioned between the packing ring and socket, and is urged toward the packing ring, and therefore the basin wall, by the springs. Whenever a force is extending on a washing bar by the water flow within laundry basin, the bar will be pivoted and bent as the spherical base is rotating within the socket so as to disrupt the water flow and knock, twist and clean the item in the basin thoroughly.
Brief Description of the Drawings
FIG. 1 is a sectional drawing of the laundry basin wall having the washing bars in accordance with the present invention.
FIG. 2 is the drawing showing the allocation of fixation screws of the packing ring and socket outside the basin wall.
FIG. 3 is the perspective drawing of the parts of the preferred embodiment is accordance with the present invention.
FIG. 4 is the partial sectional drawing of the laundry machine in accordance with the present invention.
Description of the Preferred Embodiment
As shown in the drawings, washing bar (1) and the spherical base (2) of the bar are made integrally of high grade rubber or plastics having the characteristics of strength toughness and flexibility. Spherical base (2) is connected to the basin wall by packing ring (3) and socket (4). Washing bar (1) extends through basin wall (5), soft washer (6) and protecting cap (7).
In order to prevent the water leakage, curvature of opening (8) of protecting cap (7) and the soft washer may correspond to the curvature between washing bar (1) and the spherical base (2). The design of opening (8) enables closer contact between washing bar (1) and to prevent water leakage and prolong the service life of the laundry machine.
Whenever water applies a force to washing bar (1), spherical base (2) may rotate within packing ring (3) and socket (4) so that bar (1) may rotate 360 degrees, i.e., the end of bar (1) not attached to base (2) may move so as to define a portion of a sphere. Packing ring (3) and socket (4) are provided with oil grooves (9) to enable lubrication use.
As shown in FIGS. 2 & 3, socket (4) is attached to packing ring (3) by four screws (10) extending from packing ring (3) and passing through socket (4). The end of each of screws (10) is held in position by washer (11), spring (12) and 2 nuts (13). Packing ring (3) is attached to wall (5) by screws (14) of protecting cap (7) which pass through soft washer (6) and basin wall (5) and the packing ring itself. The end of each of screws (14) is held in position by nut (15). The effect of spring (12) is to keep a suitable pressure on spherical base (2) and adhesive between spherical base (2) and packing ring (3). It cooperates with soft washer (6) to enhance the absorption and buffering of vibration and the prevention of water or oil leakage.
As shown in FIG. 1, when washing bar (1) is struck by the water flow and deflected to the utmost position as shown by the dotted line, the toughness & flexibility of the bar will disrupt the water flow and cause turbulence which will aid in complete cleaning.
The maximum deflection angle of washing bar (1) may correspond to the slope of protecting cap (7) which angle is selected so as not to tangle the small clothings and so as to enhance the frictional and turbulence effects of the bar.
As rotating the pan provided on the bottom of the laundry machine (FIG. 4) is rotated, the water flow will cause washing bars (1) to deflect and vibrate thereby aiding the cleaning process.
The effects of the present invention includes:
(a) Disrupting the flow of rotating water;
(b) Rubbing and twisting the clothing; and
(c) Knocking the clothing and enhancing the diffusion of water through items being washed by means of the vibration of the washing bar.