Fluid flow structure and method of use for continuous motion washing machine
A fluid flow structure for a washing machine is located within a wash tank of the washing machine, which includes a fluid flow guide surface, and a support for the guide surface. The guide surface includes at least one region contoured inconsistently from the contour of at least one corresponding wall of the washing machine wash tank. The contour of the guide surface is generally curved so as to aide in reducing and/or preventing the pinning of items that often occurs in rectangular wash tanks of the prior art. The support for the guide surface creates a gap between the guide surface and at least one wall of the washing machine wash tank.
1 . A fluid flow structure for a washing machine wash tank the fluid flow structure comprising:
a first support element configured to interface with a wall of the wash tank;
a second support element configured to interface with said wall of the wash tank, positioned a first distance along said wall of the wash tank from said first support element; and
a flow guide positioned between said first and second support elements spanning said first distance,
wherein each of the first and second support elements include a receiving element positioned along a respective guidance edge of the first and second support elements, said receiving element configured to receive and support said flow quide.
2 . The fluid flow structure of claim 1 , wherein said receiving elements are projections which define a shelf, the flow guide configured to rest upon said shelf when positioned between said first and second support elements.
3 . The fluid flow structure of claim 2 , wherein each said receiving element is curved, thereby defining a fluid flow path.
4 . The fluid flow structure of claim 3 , wherein each said receiving element includes a hook at each end of said receiving element, each of said hooks configured to restrain an edge of said flow guide, thereby stressing the flow guide such that it conforms to the curve of the fluid flow path.
5 . The fluid flow structure of claim 1 , wherein said first support element comprises:
an upper edge with a front portion and a back portion, and
a rear edge with a top portion and a bottom portion,
wherein the top portion of the rear edge is connected to the back portion of the upper edge; and
wherein the guidance edge has a curved geometry running from the front portion of the upper edge to the bottom portion of the rear edge, the geometry of the guidance edge defining the general profile of a desired fluid flow path.
6 . The fluid flow structure of claim 5 , wherein said receiving element includes a ledge configured to receive an edge of said flow guide.
7 . The fluid flow structure of claim 6 , wherein said receiving element includes a hook at each end of said receiving element, each of said hooks configured to restrain an edge of said flow guide, thereby stressing the flow guide such that it conforms to the curve of the fluid flow path.
8 . The fluid flow structure of claim 1 , wherein said flow guide comprises:
a surface with a plurality of holes; and
a lengthwise edge, said lengthwise edge having two or more projections,
wherein one or more of said projections is a securing tab configured to interface with a hook of said receiving element of each of said support elements,
and wherein one or more of said projections are gap covers.
9 . The fluid flow structure of claim 8 , wherein said flow guide is configured to resiliently deform along said lengthwise edge to match the profile of such receiving elements.
10 . The fluid flow structure of claim 1 , wherein said flow guide has two opposing widthwise edges, said widthwise edge dimensioned such as to coincide with the first distance when said first and second support elements interface with the wash tank.
11 . A streamlined fluid-flow plate insert structure comprising:
a flow guide;
one or more support elements; and
one or more removable dividers,
wherein the one or more support elements each define one or more tabs configured to interface with one or more rim of a wash tank; and
wherein the fluid-flow plate insert structure is configured to be selectively placed within the wash tank, the one or more tabs bearing the weight of the structure and the one or more support elements providing guidance to shape the flow guide.
12 . The streamlined fluid-flow plate insert structure of claim 11 , wherein a surface of the flow guide includes a plurality of holes wherein at least one of the holes is a receiving hole for the one or more optional removable dividers.
13 . The streamlined fluid-flow plate insert structure of claim 12 , wherein the receiving hole is sized to receive a projection of the one or more removable dividers, thereby securing the one or more removable dividers relative to the one or more support elements.
14 . The streamlined fluid-flow plate insert structure of claim 13 , wherein a plurality of the holes are pass-through holes, the pass-through holes sized such that fluids pass through the holes while one or more articles are unable to pass through the holes.
15 . The streamlined fluid-flow plate insert structure of claim 14 , wherein the holes provide support for one or more articles being washed while allowing fluid and waste particles to be removed from the chamber in which the articles reside.
16 . The streamlined fluid-flow plate insert structure of claim 11 , wherein the flow guide element is configured to resiliently deform along a lengthwise edge to match the profile of one or more receiving elements of said one or more support elements.
17 . The streamlined fluid-flow plate insert structure of claim 16 , wherein the flow guide element has two opposing widthwise edges, wherein the widthwise edges are dimensioned such as to coincide with a space between the one or more receiving elements of the one or more support element when the one or more tabs interface with the one or more rims of the wash tank.
18 . The streamlined fluid-flow plate insert structure of claim 17 , wherein each widthwise edge includes at least two projections, each of said projections being a securing tab.
19 . The fluid flow structure of claim 1 , wherein each of the first and second support elements interface with the wall of the wash tank via one or more tabs defined by each of the first and second support elements which interface with a rim of the wall of the wash tank.
20 . The fluid flow structure of claim 19 , wherein the one or more tabs are configured to bear the weight of the fluid flow structure.
21 . A fluid flow structure for a washing machine wash tank the fluid flow structure comprising:
a first support element configured to interface with a wall of the wash tank;
a second support element configured to interface with said wall of the wash tank, positioned a first distance from said first support element; and
a flow guide positioned between said first and second support elements,
wherein each of the first and second support elements include a receiving element positioned along a respective guidance edge of the first and second support elements, said receiving element configured to receive and support said flow guide; and
wherein said receiving elements are projections which define a shelf, the flow guide configured to rest upon said shelf when positioned between said first and second support elements.
22 . A fluid flow structure for a washing machine wash tank the fluid flow structure comprising:
a first support element configured to interface with a wall of the wash tank;
a second support element configured to interface with a wall of the wash tank, positioned a first distance from said first support element; and
a flow guide positioned between said first and second support elements,
wherein said first support element comprises:
an upper edge with a front portion and a back portion;
a rear edge with a top portion and a bottom portion;
wherein the top portion of the rear edge is connected to the front portion of the upper edge; and
a guidance edge, the guidance edge having a curved geometry running from the front portion of the upper edge to the bottom portion of the rear edge, the geometry of the guidance edge defining the general profile of a desired fluid flow path.